Item 15 2025-00835 Contract - Med Center Electrical Rehab (PN-Z14130512) (B25141363001) — Sacramento City Council, April 22, 2025 (part 2 of 2)

L. Manufacturers standard production test results.

M. Factory and Field Acceptance Test.

1. Testing procedures and equipment being used.

2. Visual, mechanical, operational, and control functional testing forms with spaces to check off each line items and signature spaces for the City and testing agency.

3. Punch list form for corrective items.

Med Center Electrical Rehab 26 24 13-2 July 2024
Low Voltage Switchboards
N. Training submittal per Part 3 herein.

O. Installation information and seismic certification.

P. O&M manual with all as-built drawings.

PART 2 - PRODUCTS

2.01 GENERAL REQUIREMENTS
A. Switchboards shall be designed, constructed and rated in accordance with UL489, UL891, NEMA PB2 and be labeled suitable for service entrance.

B. All equipment to be furnished under this contract shall be designed, constructed, and installed in accordance with the earthquake regulations of the California Building Code, Title 24, and the International Building Code for Seismic Zone 3.

C. Panelboard rated current, voltage, short circuit rating, breaker arrangement, and breaker types shall be as shown on the drawings.

D. Manufacturer of the Switchboard shall be the manufacturer of the major components. Acceptable products include; Eaton Pow-R-Line, Square D QED-2 or approved equal.

2.02 CONSTRUCTION AND FINISH
A. Switchboard frame shall be die formed 12-gauge steel with reinforced corner gussets with the required number of vertical sections bolted together to form a rigid assembly. The assembly shall be provided with adequate lifting means attached to structural members. The sides and rear shall be covered with removable bolt-on covers. All edges of front covers or hinged front panels shall be formed.

B. Switchboards sections shall have open bottoms and removable top plate to install conduits. Devices shall be front removable and load connections front accessible enabling the switchboard to be mounted against a wall.

C. Main and Generator circuit breakers equal or greater than a 400AF shall be front removable via a drawout mechanism.

D. Removal of deadfront covers shall not be required prior to removal of drawout devices.

E. Molded case circuit breaker load connections shall be front accessible enabling switchboard to be mounted against a wall.

F. Provide each drawout circuit breaker unit with a rotary drawout mechanism.

The breaker cassette shall positively align the breaker in the stationary Med Center Electrical Rehab 26 24 13-3 July 2024
Low Voltage Switchboards
structure during insertion and removal operations and provide the operator with indication of breaker position (connected/disconnected).

G. Line and load connections for molded case circuit breakers up to 600 amps shall remain with the breaker cassette base inside the switchboard when the breaker drawout element is removed. Designs that require removal of line or load conductors to remove the drawout element are not acceptable.

H. Each drawout unit shall be equipped with two (2) grab handles to facilitate safe handling. Handles shall be mounted to the drawout unit deadfront cover.

I. Provide non-defeatable interlocks to block operation of the drawout mechanism when circuit breaker contacts are closed.

J. All steel surfaces shall be chemically cleaned, coated with rust-inhibiting phosphatized primer and finish coated with ANSI 61 light gray.

2.03 ENCLOSURE
A. Switchboard arrangement and main cable entrance shall be as shown on the drawings. Enclosures shall be rated for the Area Designation specified in Section 26 05 00 Electrical Work, General: NEMA 1-Interior, NEMA 3R- Exterior.

B. Incoming section shall be arranged for bottom entry incoming cable.

2.04 UTILITY METERING
A. Provide utility metering section as indicated on the drawings. Pull section and metering compartment shall comply with EUSERC and SMUD requirements. Compartment shall be barriered from the rest of the section, have a hinged lockable front cover, meter jaw with aluminum snap ring, removable bus links with provisions for mounting instrument transformers and meter supplied and installed by SMUD.

2.05 BUS
A. Bus bars shall be silver-plated copper with enough cross-sectional area to meet UL891 temperature rise criteria and rated 1000 amperes per square inch of copper. Bus joints shall be bolted with high tensile strength steel Grade 5 bolts with Belleville type washers.

B. Main horizontal bus bars shall be vertically aligned. A-B-C bus arrangement shall be left to right, top to bottom and front to rear. Bus shall be rigidly supported by high impact, insulated, non-tracking supports to prevent vibration or short circuit mechanical damage.

Med Center Electrical Rehab 26 24 13-4 July 2024
Low Voltage Switchboards
C. Full capacity neutral bus shall be included when a neutral is shown on the drawings. Copper ground bus sized per UL891 shall be secured to each vertical section extending the entire length of the switchboard.

2.06 MAIN AND GENERATOR BREAKER ≥400AF
A. The main breaker shall be an Eaton Power Circuit Breaker type Magnum DS with Digitrip [1520][520M][520MC] [1150+] trip unit with LSIG protection.

The breaker's interrupting rating shall be 65 kA RMS Symmetrical at 480V.

The breaker shall be draw-out as indicated on the drawings. Accessories shall be plug-in type and viewable from the front of the breaker. Magnum DS breaker shall be manually operated, or electrically operated, as specified.

2.07 MAIN, GENERATOR AND DISTRIBUTION CIRCUIT BREAKERS < 400AF A. Circuit breakers shall be fully rated, bolt-on, molded-case, quick make/break, mechanically trip-free, and trip indicating conforming to UL489.

Contacts shall be non-welding silver alloy with arc extinguishing chutes.

Manual push-to-trip feature shall be accessible on the face of the breaker.

Energy Reducing Maintenance Switch (ERMS) for each breaker shall be accessible on the front of the switchboard with local indication that will engage an independent, reduced instantaneous pickup and reduce the total clearing time when activated. Breakers shall have interrupting ratings, current ratings, pole configurations, rating plugs and trip units as shown on the drawings. Interrupting rating of breakers shall not be less than the maximum short circuit current available at incoming line terminals shown on the drawings.

B. All circuit breakers shall have Electronic trip units consisting of a solid state, microprocessor-based programmer, tripping means, current sensor, power supply and all other devices necessary for proper operation. Overcurrent sensing shall be true RMS technology. Units shall have key pad for setpoint entry and display of settings, trip targets, normal, pickup, trip and error messages. Case shall be equipped with integral jack for testing via a portable test unit. Units shall be furnished with long time pickup & delay, instantaneous, short time pickup & delay, ground fault pickup & delay.

Acceptable products include: Eaton 310+, or approved equal.

C. Provide auxiliary contact for breaker status.

2.08 SURGE PROTECTORS
A. See Section 26 43 00 - Surge Protective Device.

Med Center Electrical Rehab 26 24 13-5 July 2024
Low Voltage Switchboards

2.09 POWER QUALITY METER, CURRENT TRANSFORMER AND ACCESSORIES A. Power Quality Meter shall be Shark 250-60-10-V4-D2-INP300S-X-X, no equal. Power Quality Meter shall have 2 Meg data logging, and 100 BaseT Modbus TCP/IP Ethernet communications to the PLC Panel.

B. Current transformer shall conform to IEEE C57.13 metering accuracy 0.3% at B0.1 burden rated 600V, 10kV BIL. Core shall be annealed grain oriented silicon steel wound with heavy enameled copper wire encapsulated in resin with a molded case with integral baseplate mounting. Terminals shall be tin plated brass screws with compression plate with shorting device interlocked into plastic cover. Acceptable products include GE JAK-OC series, or equal.

C. Current transformer shorting terminal block shall conform to UL1059 rated 30A, 600V with number of terminals to suit the current transformer arrangement. Block shall have phenolic base, nickel plated brass terminals & pins, brass insert and tin-plated brass shorting bar. Acceptable products include: Marathon 15xx SC, series or equal.

2.10 ACCESSORIES
A. Key interlock shall be a single cylinder, captive key, auxiliary switch, bolt type compatible with the breakers being interlocked. Bolt and cylinder housing shall be brass, bolt shall be 303SS, with 7-pin tumbler and nickel- silver key. Protective cover shall be stainless steel push-on type. Auxiliary switch contracts shall be rated 3.2A at 48Vdc to monitor the position of the lock bolt when the key is rotated. Auxiliary switch housing shall be suitable for ¾ conduit connection. Acceptable products: Kirk Key Interlock Co Type F/B/T/D with Type S Switch and SD cover.

B. Strip heaters shall be rated 150W, 120/240Vac, stud mounted with chrome steel sheath. Acceptable products include: Chromalox OT series, or equal.

Use high temperature wire and crimp eyes to connect to heater.

C. Temperature control switches shall be rated 15A, 120VAC with adjustable thermostat set point 30˚ to 140˚F to control fans or heaters. Acceptable products include: Dayton 1UHH2, Hoffman Bulletin A80, ATEMNC/O, or equal.

D. Internal control wiring shall be type SIS with locking spade terminals and identified with machine printed heat shrink markers. Terminal blocks shall be screw clamp type with steel clamps, copper alloy terminal bars and polyamide insulated housing. Acceptable products include: Brady TLS2200 PermSleeve system, ABB CR151B screw clamp, or equal.

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Low Voltage Switchboards
E. All line and load terminals shall be provided with tin-plated copper compression connectors conforming to UL486A rated for 75°C of the size shown on the drawings. Acceptable products includes: Thomas & Betts TBM-series, or equal.

2.11 FACTORY TESTING
A. Standard factory testing shall include visual inspection, mechanical operation and insulation resistance. After assembly the compete switchboard shall be tested for operation under simulated service conditions. Main circuit shall be given a (1) one-minute dielectric test of 2200V each phase to ground and each phase-to-phase. Wiring circuits shall be given a (1) one-minute dielectric test of 1500V live parts to ground.

PART 3 - EXECUTION

3.01 INSTALLATION
A. Install Switchboard in accordance with suppliers published instructions conforming to these contract documents. Conduit installation shall be coordinated with suppliers as-fabricated drawings so that all conduit stub- ups are within the area allotted for conduit. Conduit shall be stubbed up in the section that contains the devices to which conductors are terminated.

B. Torque all bus bar bolts to Manufacturer's recommendations; tighten all sheet metal and structure assembly bolts.

C. Visual and mechanical inspection after installation shall include the following. Inspection for physical damage, proper anchorage and grounding. Torque check tightness of bolted connections.

D. Configure Power Quality Meter. Verify communication between PQMs and PLC, confirm with City. Test per Section 26 01 26 Electrical Testing Attachment A Test Forms TF26.

1. If the phasor diagram is not correct as determined by the City the contractor shall make all necessary adjustments such as wiring, CT placement, and/or programming to the power meter so that the phasor diagram is acceptable to the City.

3.02 GROUNDING
A. Switchboards shall be grounded in accordance with the NEC and Section 26 05 26 - Grounding.

Med Center Electrical Rehab 26 24 13-7 July 2024
Low Voltage Switchboards

3.03 ARC FLASH LABELS
A. Provide arc flash labels in conformance with Section 26 05 73 - Electrical Studies on each section of the Switchboard.

3.04 PRE-DEMONSTRATION TESTING
A. Pre-demonstration testing shall conform to Section 01 77 00 - Contract Closeout and as specified herein.

B. Provide electrical shock warning labels each section of the Switchboard in addition to arc flash labels prior to energization.

C. Perform NETA testing in conformance with the requirements of Section 26 05 73 - Electrical Studies and 26 01 26 - Electrical Testing. Adjustable trip devices shall be set at the required set points and tested. NETA testing shall be successfully completed and approved prior to Switchboard energization.

D. Pre-demonstration testing shall be performed by the contractor and witnessed by the Engineer and/or City. All testing sheets shall be signed off by the Engineer and/or City to be considered valid.

3.05 DEMONSTRATION TESTING
A. Perform seven (7) day demonstration of functional integrity per Section 01 65 00 - Facility Startup.

3.06 TRAINING
A. The CONTRACTOR shall train the OWNER'S personnel on the maintenance, calibration and repair of all instruments provided under this Contract. The contractor shall provide training as specified herein and in Section 01 65 00 Facility Startup. The Training submittal shall be approved before any training can be scheduled.

1. Instructions: The training shall be performed by the equipment manufacturers and shall be specific to each piece of equipment.

2. Duration: Each training class shall be a minimum of 4 hours in duration and shall cover, as a minimum, operational theory, maintenance, troubleshooting/repair, and calibration of the instrument.

3. Schedule: Training shall be performed during the pre- commissioning phase of the project. The training sessions shall be scheduled a minimum of 3 weeks in advance of when the courses are to be initiated. The ENGINEER will review the course outline for suitability and provide comments that shall be incorporated.

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Low Voltage Switchboards

4. Course Outline: The contractor shall provide a course outline for each training class for City approval prior to each class. a. The training shall include operation and maintenance procedures, troubleshooting with necessary test equipment, and changing set points, and calibration for that specific piece of equipment.

5. Documentation: The Contractor shall provide a copy of the training materials utilized during the lesson with all notes, diagrams, and comments.

END OF SECTION
Med Center Electrical Rehab 26 24 16-1 July 2024
Low Voltage Panelboards
26 24 16 LOW VOLTAGE PANELBOARDS
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. Provide low voltage panelboards complete and operable, in accordance with the Contract Documents.

1.02 SUBMITTALS
A. General: Contract submittals shall be in accordance with Section 01 33 00 - Submittals and Section 26 05 00 - Electrical Work, General.

B. Manufacturers product data including catalog number, dimensioned circuit breaker layout drawing, conduit entry locations, voltage & current rating, short circuit rating, enclosure rating, and manufacturers production test results.

C. Electronic PDF submittal files shall include bookmarks in the viewing pane following the structure of the table of contents, sub-level components, and drawing page numbers.

PART 2 - PRODUCTS

2.01 GENERAL REQUIREMENTS
A. Panelboards shall be designed, constructed and rated in accordance with UL50, UL67, and NEMA PB1. Panelboards shall be seismically qualified in conformance with ANSI C37.81 and the IBC.

B. Panelboard rated current, voltage, short circuit rating, breaker arrangement, and breaker types shall be as shown on the drawings.

C. Acceptable products include; ABB/GE Spectra series, Eaton PRL2/3/4 series, or equal.

2.02 CONSTRUCTION
A. NEMA 1 branch-circuit panels shall have hinged door-in-door trim with locking mechanism for the inner door and the outer door shall have three- point latching mechanism. NEMA 4/X branch circuit panels shall have an outer door with compression clamps, three-point lockable latch and inner swing out dead-front. Hinges shall be stainless steel, semi-concealed. A metal framed directory holder with clear plastic cover shall be mounted on the inside of the outer door. NEMA 1 distribution panel trims shall cover all live parts with the switching handles accessible.

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Low Voltage Panelboards
B. Panelboard interiors shall be designed such that breakers can be replaced without disturbing adjacent devices. Gutter space shall be provided on all sides of the breaker assembly to allow conductor bending radius in accordance with the NEC.

2.03 BUS
A. Bus bars shall be tin-plated copper with sufficient cross-sectional area to meet UL67 temperature rise requirements and rated 1000 amperes per square inch of copper.

B. Bus bars shall be vertically aligned phase A-B-C left to right and be rigidly supported by high impact resistant insulated supports to prevent vibration or short circuit mechanical damage.

C. Full size (minimum 100%-rated) insulated stand-off neutral bus shall be included for panels shown with a neutral on the drawings. Neutral and Ground busing shall have a suitable lug for each outgoing feeder requiring a neutral and ground connection. Ground bus and neutral bus shall be Cooper and included in all panelboards. All bus terminations shall be suitable for copper conductors.

2.04 CIRCUIT BREAKERS
A. Circuit breakers shall be fully rated, bolt-on, molded-case, quick make/break, and trip indicating conforming to UL489. Breakers shall have interrupting ratings, current ratings, pole configurations, rating plugs and trip units as shown on the drawings. Interrupting rating of breakers shall not be less than the maximum short circuit current available at incoming line terminals shown on the drawings.

B. Thermal-magnetic circuit breakers shall have a common handle for multipole breakers. Circuit breakers shall be UL489 listed as type SWD for lighting circuits. Circuit breakers shall be UL489 listed for reverse connection and capable of being mounted in any position. Provide with locking handles where shown on the drawings.

C. Distribution circuit breakers shall be fixed mounted type and equipped with high/low plugs, thermal magnetic rating plugs or electronic trip units as shown on the drawings.

D. Electronic trip units shall consist of a solid state, microprocessor-based programmer, tripping means, current sensor, power supply and all other devices necessary for proper operation. Overcurrent sensing shall be true RMS technology. Units shall have keypad for setpoint entry and display of settings, trip targets, normal, pickup, trip and error messages. Case shall Med Center Electrical Rehab 26 24 16-3 July 2024
Low Voltage Panelboards
be equipped with integral jack for testing via a portable test unit. Units shall be furnished with long time pickup & delay, instantaneous, short time pickup & delay, ground fault pickup & delay, and reduced energy let-through as shown on the drawings. Acceptable products include: ABB/GE microEntelliGuard, Eaton 310+, or equal.

2.05 SURGE PROTECTORS
A. Surge protectors shall conform to UL1449 and UL1283 rated 200kA (SCCR) with 20kA nominal discharge current. Surge suppressor shall be specifically selected for the nominal voltage and electrical system configuration of the utility service. Protection modes shall include L-N, L-L (normal) and L-G, N- G (common) with nanosecond response time. Surge suppressors shall have a built-in diagnostic package with LED display for the status of each phase. Suppressor shall have 20-year free replacement warranty.

Acceptable products include: Eaton PTX160 series or equal.

2.06 ENCLOSURES
A. Panelboard mounting style, trim and main cable entrance shall be as shown on the drawings. Enclosures shall be rated for the Area Designation specified in Section 26 05 00 Electrical Work, General; NEMA 1-Interior, NEMA 4- Exterior, NEMA 4X-Corrosive, and NEMA 7- Class1/Div1. NEMA 1 & 4 cabinets shall be fabricated from hot-dipped galvanized steel conforming to UL50. Fronts shall be phosphatized, and finish coated ANSI light gray baked on powder coat. NEMA 4X cabinets shall be 304 stainless steel. NEMA 7 cabinets shall cast ferrous steel.

2.07 FACTORY TESTING
A. Standard factory testing shall include visual inspection, mechanical operation, torque test of each breaker, and insulation resistance in accordance with UL50.

PART 3 - EXECUTION

3.01 INSTALLATION
A. Install panelboards in accordance with NEMA PB1. Raceway connections shall be made with conduit hubs per Section 26 05 44 Electrical Raceway Systems. Lace branch circuits with ty-raps and terminate conductors with torque indicating screw-drivers.

B. Follow the circuiting shown on the drawings and mark any changes on the as-built drawings.

C. Ensure the panelboard circuit loading is properly balanced.

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Low Voltage Panelboards

3.02 GROUNDING
A. Panelboards shall be grounded in accordance with the NEC and Section 26 05 26 - Grounding.

3.03 NAMEPLATES AND DIRECTORIES
A. Identify panelboards with their equipment name, amperage, voltage and number of phases engraved on plastic nameplates installed with 4-40 SS machine screws.

B. Circuit directories shall be typewritten with circuit description shown on the drawings after all field changes are complete to show the final as-built conditions.

3.04 ARC FLASH LABELS
A. Provide arc flash labels in conformance with the latest edition of the NEC and Section 26 05 73 - Electrical Studies on each section of the Switchboard.

3.05 PRE-DEMONSTRATION TESTING
A. Pre-demonstration testing shall conform to Section 01 77 00 - Contract Closeout and as specified herein.

B. Provide electrical shock warning labels each section of the Switchboard in addition to arc flash labels prior to energization.

C. Perform NETA testing in conformance with the requirements of Section 26 01 26 - Electrical Testing. Adjustable trip devices shall be set at the required set points and tested. NETA testing shall be successfully completed and approved prior to Switchboard energization.

D. Pre-demonstration testing shall be performed by the contractor and witnessed by the Engineer and/or City. All testing sheets shall be signed off by the Engineer and/or City to be considered valid.

3.06 DEMONSTRATION TESTING
A. Perform seven (7) day demonstration of functional integrity per Section 01 65 00 - Facility Startup.

3.07 TRAINING
A. The CONTRACTOR shall train the OWNER'S personnel on the maintenance, calibration and repair of all instruments provided under this Contract. The contractor shall provide training as specified herein and in Section 01 65 00 Facility Startup. The Training submittal shall be approved before any training can be scheduled.

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Low Voltage Panelboards

1. Instructions: The training shall be performed by the equipment manufacturers and shall be specific to each piece of equipment.

2. Duration: Each training class shall be a minimum of 1 hours in duration and shall cover, as a minimum, operational theory, maintenance, troubleshooting/repair, and calibration of the instrument.

5. Documentation: The Contractor shall provide a copy of the training materials utilized during the lesson with all notes, diagrams, and comments.

END OF SECTION
Med Center Electrical Rehab 26 24 19-1 July 2024
Low Voltage Motor Control Center
26 24 19 LOW VOLTAGE MOTOR CONTROL CENTER
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. Provide Low Voltage Motor Control Center (MCC) complete and operable, in accordance with the Contract Documents.

1.02 SUBMITTALS
A. General: Contract submittals shall be in accordance with Section 01 33 00 - Submittals and Section 26 05 00 - Electrical Work, General.

B. This specification section with checks for compliance or marked deviations.

C. Contract control diagrams with checks for compliance or marked deviations.

D. Electronic PDF submittal files shall include bookmarks in the viewing pane following the structure of the table of contents, sub-level components, and drawing page numbers.

E. Master drawing index, component bill of materials and product data sheets for the MCC, starters, VFDs, filters, overloads, breakers, trip units, ERMS and surge suppressor.

F. Assembly and major component ratings; interrupting, short-circuit, voltage & current.

G. Single-line, schematic and unit wiring connection diagrams.

H. Dimensioned front view elevation, top view, floor plan, with conduit entry/exit locations.

I. Starter, VFD and component schedule.

J. Nameplate engraving schedule.

K. Connection details and composite floor plan for close coupled assemblies.

L. Accessory product data sheets for heater/thermostat, control conductors, spade terminals, wire markers, terminal blocks, and compression connectors.

M. Manufacturers standard production test results.

N. Factory and Field Acceptance Test.

1. Testing procedures and equipment being used.

2. Visual, mechanical, operational, and control functional testing forms with spaces to check off each line items and signature spaces for the City and testing agency.

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Low Voltage Motor Control Center

3. Parameter and configuration list for VFD, RVSS, and power quality meter

4. Punch list form for corrective items.

O. Installation information and seismic certification.

P. Seismic calculations in accordance with Section 26 05 00 - Electrical Work, General
Q. Certified welders qualifications and resume
R. Soft Starter and VFD setup, programming parameter and setpoint list S. Spare parts list
PART 2 - PRODUCTS

2.01 GENERAL REQUIREMENTS
A. MCCs shall be designed, constructed, and rated in accordance with UL845 and NEMA ICS18 [and ANSI C37.20.7 arc-resistant]. Internal devices shall conform to UL508, NEMA ICS1, ICS2, and ICS6 as appropriate for the device. Insert for Arc Reduction MCC
B. MCC shall be provided with NEMA Class II, Type B wiring. All starter units shall have split type terminal blocks with machine printed terminal labels for control wiring. Internal control wiring shall be type SIS insulated stranded copper with locking spade terminals and identified with machine printed heat shrink markers.

C. All equipment to be furnished under this contract shall be designed, constructed, and installed in accordance with the earthquake regulations of the California Building Code, Title 24, and the International Building Code for Seismic Zone 3.

D. MCC rated current, voltage, number of wires and short circuit rating shall be as shown on the drawings. Unit arrangement shall be as shown on the drawings or rearranged to suit specific manufacturing requirements.

E. The manufacturer of the MCC shall be the manufacturer of the major components. Acceptable products includes; Rockwell/Allen-Bradley Centerline, Schneider/Square D Model 6 [6R], Eaton Freedom 2100, or approved equal.

2.02 CONSTRUCTION AND FINISH
A. MCC shall be totally enclosed, dead-front, free-standing assembly, height as shown on the plans and 20 deep. MCC frame shall be heavy gauge sheet steel with the required number of vertical sections bolted together to Med Center Electrical Rehab 26 24 19-3 July 2024
Low Voltage Motor Control Center
form a rigid assembly. The assembly shall be provided with removable lifting means attached to structural members across the top and removable channel sills front and back on the bottom extending the length of the lineup.

B. MCC sections shall have open bottoms and top area to install conduits.

Vertical sections shall be equipped with side barriers to inhibit fault travel between sections. Devices shall be front removable and wiring connections front accessible enabling the MCC to be mounted against a wall.

C. Structure shall contain isolated horizontal top and bottom wireways accessible via hinged covers. Vertical wiring trough shall be furnished in each section adjacent to plug-in units accessible via hinged doors.

Structures with communication wiring shall include metal shielding in the wiring trough.

D. All steel surfaces shall be chemically cleaned, coated with rust-inhibiting phosphatized primer and finish coated with polyester urethane thermosetting powder paint with the manufacturers standard ANSI-61 light gray and white for unit interior surfaces.

2.03 ENCLOSURE AND MAIN BREAKER
A. Enclosures shall be rated for the Area Designation specified in Section 26 05 00 - Electrical Work, General; NEMA 1 Gasketed-Interior, NEMA 3R (non-walk in)- Exterior.

B. MCC arrangement, size, layout, and main cable entrance shall be as shown on the drawings. Incoming section shall be direct cable connection to main breaker arranged for bottom entry incoming cable. Main breaker shall be bolted to the incoming vertical bus and equipped with lugs suitable for copper conductors.

C. Main breaker shall be molded case conforming to UL489 with short circuit rating equal to that of the MCC. Breaker shall have rating plug and an adjustable trip unit with long time, short time and instantaneous pickups, shape curves and time delays, ground fault pickup and delay. Energy Reducing Maintenance Switch (ERMS) shall be accessible on the front of the MCC with local indication that will engage an independent, reduced instantaneous pickup and reduce the total clearing time of the main breaker when activated.

2.04 UNITS
A. Units shall be equipped with a flange-formed pan type hinged door with an operating handle directly connected to the disconnecting device with indication of OFF, ON & TRIP. Handle shall be mechanically interlocked Med Center Electrical Rehab 26 24 19-4 July 2024
Low Voltage Motor Control Center
with the door (with defeater mechanism) to prevent the door being opened with the disconnect closed or disconnect closed with the door open. Handle shall have provisions to be padlocked in the OFF position. Units shall also have provisions to lock in the partially withdrawn position with the stabs free of the vertical bus.

2.05 BUS
A. Each vertical section shall contain a main horizontal tin-plated copper bus with ampacity as shown on the drawings and braced to 65,000A RMS symmetrical. Main bus shall be fully rated and arranged for future extension.

Main horizontal bus shall be rigidly supported by high impact, insulated, non-tracking supports to prevent vibration or short circuit mechanical damage. Main bus shall be isolated by barriers form wire troughs, starters, and other areas.

B. Vertical bus shall be tin-plated copper bus with ampacity as shown on the drawings and braced to 65,000A RMS symmetrical. Vertical bus shall be enclosed in a labyrinth design with flame-retardant glass-polyester insulation. Labyrinth shall insulate each bus front and rear and isolate each phase from each other. Openings in the labyrinth for units shall have an automatic shutter mechanism covering the bus when the unit stabs are removed. Bus joints shall be bolted with high tensile strength steel Grade 5 bolts with Belleville type washers accessible from the front or top of the MCC.

C. Full capacity tin-plated copper neutral bus shall be included when a neutral is shown on the drawings. Tin-plated copper ground bus rated 600A shall be secured to each vertical section extending the entire length of the MCC.

Ground bus shall be drilled and furnished with (6) #4/0 copper ground lugs.

2.06 CIRCUIT BREAKERS
A. Circuit breakers shall be fully rated, bolt-on, molded-case, quick make/break, mechanically trip-free, and trip indicating conforming to UL489.

Contacts shall be non-welding silver alloy with arc extinguishing chutes.

Manual push-to-trip feature shall be accessible on the face of the breaker.

Breakers shall have interrupting ratings, current ratings, pole configurations, rating plugs and trip units as shown on the drawings. Interrupting rating of breakers shall not be less than the maximum short circuit current available at incoming line terminals shown on the drawings.

B. Electronic trip units shall consist of a solid state, microprocessor-based programmer, tripping means, current sensor, power supply and all other devices necessary for proper operation. Overcurrent sensing shall be true Med Center Electrical Rehab 26 24 19-5 July 2024
Low Voltage Motor Control Center
RMS technology. Units shall have keypad for setpoint entry and display of settings, trip targets, normal, pickup, trip and error messages. Case shall be equipped with integral jack for testing via a portable test unit. Units shall be furnished with long time pickup & delay, instantaneous, short time pickup & delay, ground fault pickup & delay.

2.07 FULL VOLTAGE STARTERS
A. Full voltage starters shall be combination style with HOA/control switches, indicating lights, relays, terminal blocks, control power transformer, starter, overloads and a motor circuit protector with disconnect handle capable of being locked out with the unit door closed. Full voltage starter units through NEMA Size 5 and feeder breakers through 400A shall be the draw-out style with guide rails and stab shrouds. Draw-out units shall have tin-plated copper stab assemblies for connection to the vertical bus. Draw-out units shall be equipped with split-type control terminal blocks front mounted to allow removal of the unit without disconnecting control wiring.

B. Motor circuit protector shall be molded case breaker operating on magnetic sensing coils on each phase to provide an instantaneous trip for short circuit protection. Motor circuit protector shall be rated 65,000 AIC symmetrical at 480Vac. Trip settings shall be adjustable to 1700% of the motors full load current.

C. Contactors shall be NEMA rated, full voltage, 600Vac, NEMA Size 1 minimum. Contacts shall be double break, silver alloy and weld resistant.

Contacts shall be isolated to prevent arcing. Coils and magnets shall be capable of being removed or replaced without special tools. Reversing starters shall be additional contactors mechanically interlocked to prevent simultaneous engagement. Auxiliary contacts shall be rated 10A at 120Vac and shall be provided as shown on the contract control diagrams with two spare NO/NC contacts.

D. Transient surge suppressor shall be provided in each starter rated 120Vac.

Suppressor shall be an encapsulated module mounted directly on each starter coil or contactor interposing relay coil.

E. Overload relays shall be solid state, ambient insensitive, self-powered, with adjustable FLA, phase unbalance & phase loss protection, selectable overload class, ground fault protection, built-in thermal memory, and equipped with ethernet IP. Furnish with NO and NC isolated auxiliary contacts. Overload reset shall be manual via external pushrod with the unit door closed.

Med Center Electrical Rehab 26 24 19-6 July 2024
Low Voltage Motor Control Center

2.08 SOLID STATE REDUCED VOLTAGE (SOFT) STARTERS
A. Soft Starter shall conform to Section 26 29 13.16 - Reduce-Voltage Motor Controllers, be the same manufacturer of the MCC, and meet the following specification herein.

2.09 VARIABLE FREQUENCY DRIVES (VFD), REACTORS AND FILTERS A. VFD shall be per Section 26 29 23 - Variable-Frequency Motor Controllers and the following specification herein.

2.10 CONTROL POWER TRANSFORMERS
A. 120VAC control power shall be derived from an individual control transformer in each unit. Control transformer shall have two primary fuses rated to interrupt 200,000A at 600VAC and one time-delay, slow-blow secondary fuse rated to interrupt 10,000A at 250VAC. Secondary fuse holder shall be draw-out indicating type mounted on the door of the unit.

B. 24VDC control power shall be derived from an individual power supply in each unit. Power supply shall have two primary fuses rated to interrupt 200,000A at 600VAC and one time-delay, slow-blow secondary fuse rated to interrupt 10,000A at 250VDC. Secondary fuse holder shall be draw-out indicating type mounted on the door of the unit.

2.11 POWER QUALITY METER, CURRENT TRANSFORMER AND ACCESSORIES A. Power Quality Meter shall be Shark 250-60-10-V4-D2-INP300S-X-X, no equal. Power Quality Meter shall have 2 Meg data logging, and 100 BaseT Modbus TCP/IP Ethernet communications to the PLC Panel.

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Low Voltage Motor Control Center

2.12 CONTROL DEVICES
A. Pushbuttons, switches, contacts, legend plates and nameplates shall be furnished to meet the control functions and identification shown on the drawings. Provide devices with the following color scheme.

Device Description Color
Start, open & reset push button Black
Stop & close push button Red
Emergency stop Red
Selector switches White insert
Running pilot light Red lens
Ready pilot light Green lens
Alarm or Fault pilot light Amber lens
B. Push buttons shall be metal, flush head, 30mm, non-illuminated, momentary contact style rated NEMA4/13, 10A at 120AC and 2.5A at 24VDC. Acceptable products include: Allen-Bradley 800TA series, or equal.

C. Reset/Overload push button shall be mounted on the exterior door to avoid opening of the door.

D. 2, 3 & 4-position selector switches shall be metal, 30mm, non-illuminated, maintained contact style rated NEMA4/13, 10A at 120AC and 2.5A at 24VDC. Acceptable products includes: Allen-Bradley 800T series, or equal.

E. Emergency stop mushroom head push-pull switches shall be metal, 30mm, non-illuminated, maintained contact style rated NEMA4/13, 10A at 120AC and 2.5A at 24VDC. Acceptable products includes: Allen-Bradley 800TFX series, or equal.

F. Pilot lights shall be metal, 30mm, push-to-test, LED rated NEMA4/13.

Acceptable products includes: Allen-Bradley 800TPTH series, or equal.

G. Spring-wound timer for Booster Pump controls shall be rated 20A, 120VAC.

Switch shall be SPST, 30-minute time cycle with no hold feature.

Acceptable products include: Intermatic FF30MC with engraved legend.

H. Provide Elapsed Time Meters (ETMs) for all motor starters connected to motors larger than 2 horsepower, even if not shown on electrical schematics.

2.13 CONTROL RELAYS AND SOCKETS
A. Relay types, contact number and arrangement shall be furnished to meet the control functions shown on the drawings.

B. General purpose relays shall be enclosed with LED indicator, check button, hold down springs, clips, and DIN-rail blade socket type with diode module.

Med Center Electrical Rehab 26 24 19-8 July 2024
Low Voltage Motor Control Center
Contacts shall be silver-cadmium oxide, SPDT thru 4PDT rated 10A 30VDC/240VAC. Acceptable products includes: Idec RH(x)B-ULC, SH(x)B- 05C series, or equal.

C. Timer relays shall be multi-mode selectable, enclosed, LED indicator, DIN- rail pin socket type. Time range shall be adjustable between 0.1 seconds to 180 hours. Contacts shall be SPDT rated 10A at 240VAC and 1A at 30VDC.

Acceptable products includes: Idec RTE-P1, SR2P-06C series, or equal.

D. Latch relays shall be enclosed with check button, DIN-rail socket type.

Relay shall latch with a self-holding permanent magnet that requires signal to the set or re-set coil to change contact state. Contacts shall be DPDT silver rated 10A 30VDC/240VAC. Acceptable products includes: Idec RR2KP-UC, SR3P-05 series, or equal.

E. Intrinsically safe relay shall be single channel isolated barrier designed to transfer digital signals for hazardous area to unclassified area. Input signal shall control a form C relay output contact rated 2A at 40VDC. Relay shall have LED status indicators, built-in line fault detection and automatic output de-energization. Acceptable products includes: Pepperl+Fuchs KFD2-SR2 series, or equal.

F. Phase monitor relays shall be enclosed pin and socket base type that monitors 3-phase, 60Hz system to detect phase loss, phase reversal and low voltage. Relay shall continuously monitor voltage and phase angle utilizing solid state circuit to drive an electromechanical relay. Output contact shall be SPDT 10A at 240VAC. Fault condition shall de-energize the relay that will automatically reset when fault is corrected. Relay shall have LED indicators for normal and fault modes. Acceptable product:

Timemark Model A258B, 51X120 series 600V rated socket, no equal.

2.14 ACCESSORIES
A. Surge protectors shall conform to UL1449 and UL1283 rated 200kA (SCCR) with 20kA nominal discharge current. Surge suppressor shall be specifically selected for the nominal voltage and electrical system configuration of the utility service. Protection modes shall include L-N, L-L (normal) and L-G, N- G (common) with nanosecond response time. Surge suppressors shall have a built-in diagnostic package with LED display for the status of each phase. Suppressor shall have 20-year free replacement warranty.

Acceptable products includes: Eaton SPD series or approved equal.

B. Strip heaters shall be rated 150W, 120/240Vac, stud mounted with chrome steel sheath. Temperature control switches shall be rated 15A, 120VAC Med Center Electrical Rehab 26 24 19-9 July 2024
Low Voltage Motor Control Center
with adjustable thermostat set point 30˚ to 140˚F to control fans or heaters. [NEMA 3R outdoor installations]
C. Terminal blocks shall be screw clamp type with steel clamps, copper alloy terminal bars and polyamide insulated housing.

D. Fuse holders shall be Allen Bradley 1492-FB3C30-L, Bussman, or equal.

E. All line/load and ground bus connections shall be provided with tin-plated copper compression connectors conforming to UL486A rated for 75°C of the size shown on the drawings.

F. Conductor markers shall be permanent thermal transfer machine printed black characters in conformance with ASTM E162 & E662. Markers shall be white colored sleeves with heat shrink ration of 2:1.

G. Nameplates shall be machine engraved laminated black plastic with white letters.

2.15 STANDARD FACTORY TESTING
A. Standard factory testing shall include visual inspection, mechanical operation and insulation resistance. After assembly the compete MCC shall be tested for operation under simulated service conditions. Main circuit shall be given a (1) one-minute dielectric test of 2200V each phase to ground and each phase-to-phase. Wiring circuits shall be given a (1) one-minute dielectric test of 1500V live parts to ground.

PART 3 - EXECUTION

3.01 FACTORY ACCEPTANCE TEST
A. Factory acceptance testing (FAT) shall be in conformance with Section 26 01 26 Electrical Testing and herein. Approved submittals including O&M manuals with connection diagrams and bill of materials, approved test procedures with test sheets, letter from manufacturer stating MCC is ready for FAT, pre-FAT test documentation.

B. Manufacturers standard factory tests shall be performed on the MCC and witnessed by the City in accordance with 26 05 00 - Electrical Work, General. All tests shall be in accordance with the latest version of UL and NEMA standards. The tests shall include electrical continuity check, dielectric tests for each circuit, and inspection for proper functioning of all components including controls, protective devices, metering, and alarm devices. A copy of the Project Plan, Technical Specifications, approved submittal documents, and shop drawings shall be available for use at the factory test.

Med Center Electrical Rehab 26 24 19-10 July 2024
Low Voltage Motor Control Center
C. All signed test forms and punch list items with corrective actions and status shall be submitted to the City after the factory acceptance test.

D. The manufacturer shall provide certified copies of the factory test reports in the O&M manual.

3.02 INSTALLATION
A. Install MCC in accordance with suppliers published instructions conforming to these contract documents. Conduit installation shall be coordinated with suppliers as-fabricated drawings so that all conduit stub-ups are within the area allotted for conduit. Conduit shall be stubbed up in the section that contains the devices to which conductors are terminated.

B. MCC shall be installed on seismic sills in a slab on grade; refer to Drawings details. The seismic calculations shall be approved prior to the installation of the seismic sills for any changes or modifications to Detail EM on the contract drawings. The MCC shall be welded to the steel embedded sills by a certified welder.

C. Torque all bus bar bolts to manufacturer's recommendations; tighten all sheet metal and structure assembly bolts.

D. Visual and mechanical inspection after installation shall include the following. Inspection for physical damage, proper anchorage and grounding. Torque check tightness of bolted connections.

E. Configure Power Quality Meter. Verify communication between PQMs and PLC, confirm with City. Test per Section 26 01 26 Electrical Testing Attachment A Test Forms TF26.

3.03 SPARE PARTS
A. Provide manufacturers recommended spare parts and the following:

1. 1 set of all power and control fuses for each type.

2. One communication module per type provided.

3. All hardware and software required for configuration, maintenance, troubleshooting and inquiry of all drive parameters.

Med Center Electrical Rehab 26 24 19-11 July 2024
Low Voltage Motor Control Center

3.04 GROUNDING
A. MCC shall be grounded in accordance with the NEC and Section 26 05 26 - Grounding.

3.05 ARC FLASH LABELS
A. Provide arc flash labels in conformance with Section 26 05 73 - Electrical Studies on each section of the MCC as appropriate.

3.06 PRE-DEMONSTRATION TESTING
A. Pre-demonstration testing shall conform to Section 01 65 00 - Facility Startup and as specified herein.

B. Provide electrical shock warning labels each section of the MCC in addition to arc flash labels prior to energization.

C. All equipment requiring configuration shall be complete and approved before the test begins.

D. Perform NETA testing in conformance with the requirements of Sections 26 05 73 - Electrical Studies and 26 01 26 - Electrical Testing. Adjustable trip devices shall be set at the required set points and tested. NETA testing shall be successfully completed and approved prior to Switchboard energization.

E. Pre-demonstration testing shall be performed by the contractor and witnessed by the Engineer and/or City. All testing sheets shall be signed off by the Engineer and/or City to be considered valid.

3.07 DEMONSTRATION TESTING
A. Perform seven (7) day demonstration of functional integrity per Section 01 65 00 - Facility Startup.

3.08 TRAINING
A. The CONTRACTOR shall train the OWNER'S personnel on the maintenance, calibration and repair of all instruments provided under this Contract. The contractor shall provide training as specified herein and in Section 01 65 00 Facility Startup. The Training submittal shall be approved before any training can be scheduled.

1. Instructions: The training shall be performed by the equipment manufacturers and shall be specific to each piece of equipment.

2. Duration: Each training class shall be a minimum of 4 hours in duration and shall cover, as a minimum, operational theory, maintenance, troubleshooting/repair, and calibration of instruments.

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Low Voltage Motor Control Center

5. Documentation: The Contractor shall provide a copy of the training materials utilized during the lesson with all notes, diagrams, and comments.

END OF SECTION
Med Center Electrical Rehab 26 27 26-1 July 2024
Wiring Devices
26 27 26 WIRING DEVICES
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. Provide wiring devices, complete and operable, in accordance with the Contract Documents.

1.02 SUBMITTALS
A. Submit for review in accordance with Sections 01 33 00 - Submittals and 26 05 00 - Electrical Work, General.

B. Electronic PDF submittal files shall include bookmarks in the viewing pane following the structure of the table of contents, sub-level components, and drawing page numbers.

C. Catalog data sheets of switches, receptacles, generator receptacle, covers and appurtenances, marked to identify proposed materials.

D. Engraving schedules
PART 2 - PRODUCTS

2.01 GENERAL
A. Like products shall be from one manufacturer for standardization, operation, maintenance, and spare parts.

2.02 LIGHTING SWITCHES
A. Light switches shall conform to UL20, heavy duty, industrial, toggle type, 20A, 120/277V, rated, self-grounding, and back and side wired. Light switch handles shall be brown, white, or ivory. Contact arm spring and terminal plate shall be copper alloy. Contact points shall be silver cadmium oxide.

Acceptable products include: Hubbell 122x series, Legrand P&S CSB20ACx series, Leviton 122x series, or equal.

2.03 GENERAL PURPOSE RECEPTACLES
A. Duplex receptacles shall be heavy duty, industrial grade, 125V, 20A, polarized 2-pole, three-wire grounding type, NEMA 5-20R conforming to UL498. Receptacle shall have brown or ivory. impact resistant nylon face, brass power contacts, and #10 brass or bronze terminal screws with pressure plate. Acceptable products include: Hubbell HBL5362, Legrand P&S 5362A, Leviton 5362, or equal.

B. Single receptacles shall be heavy duty, industrial grade, 125V, 20A, polarized 2-pole, three-wire grounding type, NEMA 5-20R conforming to Med Center Electrical Rehab 26 27 26-2 July 2024
Wiring Devices
UL498. Receptacle shall have gray impact resistant nylon face, brass power contacts, and #10 brass or bronze terminal screws with pressure plate.

Acceptable products include: Hubbell HBL5361, Leviton 5361, or equal.

C. Ground-fault circuit interrupting receptacles (GFCIs) shall be 125V, 20A, 2- pole, three-wire grounding type, self-test, industrial grade, NEMA 5-20R conforming to UL498 and UL943. Receptacle shall have brown, white or ivory. polyester or nylon face, LED indication of power and/or fault.

Acceptable products include: Hubbell GFR5362SG, Legrand P&S 2097, or Leviton, equal.

2.04 480 VOLT, 150A, RECEPTACLE
A. 480 Volt receptacles shall be rated 480V, 150A, 3P, 4W pin & sleeve, mechanically interlocked. Housing shall be NEMA4X, non-metallic with pad-lockable disconnect switch, conduit hubs, external mounting feet, pre- wired brass pins under spring-loaded lift cover. Furnish with mating plug.

Acceptable product: Appleton Powertite ADJA15034-200 with ACP15034DE clamping ring plug.

2.05 PORTABLE GENERATOR 100A REVERSE SERVICE RECEPTACLE A. Generator receptacle shall be rated 240V or 480V, 100A, 3P, 4W pin & sleeve, mechanically interlocked, reverse service style compatible with City standard portable generators. Housing shall be NEMA4X, non-metallic with pad-lockable disconnect switch, conduit hubs, external mounting feet, pre- wired brass pins under spring-loaded lift cover. Furnish with mating plug.

Acceptable product: 240V: Hubbell HBL4100MI9WR & HBL4100P9WR (blue body), 480V: Hubbell HBL4100MI7WR & HBL4100P7WR (red body), no equal.

2.06 PORTABLE GENERATOR 400A CAMLOCK CONNECTION BOX
A. Generator receptacle shall be rated 240V or 480V, 400A, 3P, 4W camlock style compatible with City standard portable generators. Connection box enclosure shall conform to UL 1008, NEMA 3R with (4) four colors coded male single pole camlock connectors for quick connections. Acceptable product: ASCO Series 300, 3QCNCA030400N00F, no equal.

2.07 OUTLET AND DEVICE BOXES
A. Outlet and Device boxes are specified in Section 26 05 33 Electrical Raceway Systems.

Med Center Electrical Rehab 26 27 26-3 July 2024
Wiring Devices

2.08 DEVICE COVERS
A. Architecturally finished indoor areas: Switch and receptacle device plates shall be 302/304 stainless steel. Acceptable products include: Hubbell Sxx series, or equal
B. Switchgear Rooms or Metal Buildings: Switch and receptacle device plates shall be cast malleable iron with 304 stainless steel screws and neoprene gaskets. Acceptable products include: Appleton FSK-1TSG-C, FSK-1DR- C, FSK-GKR-1N, or equal.

C. Outdoor Areas: Switch covers shall be rated weatherproof, stainless steel screws, and neoprene gasket. Receptacle covers shall be rated weatherproof die-cast aluminum GFCI weatherproof lift covers, stainless steel screws, and neoprene gasket. Acceptable products include: Appleton FSK-WGF1 series, FSK-XVTS series, or equal.

2.09 NAMEPLATES
A. Nameplates shall be engraved black plastic with white characters. Stainless steel device plates shall be engraved with black enamel filled characters on the device plate. Means of attachment shall be 4-40 S.S. machine screws.

PART 3 - EXECUTION

3.01 INSTALLATION
A. In architecturally finished areas, receptacles and switches installed in pressed steel boxes shall be flush mounted. Support device boxes independently of conduit by attachment to the building structure or a structural member. Locate all light switches on the lock side of doors.

B. Multi-gang device boxes housing 277V lighting circuits shall have barriers or adequate spacing for 480V clearances per UL requirements.

C. Mount boxes at the following heights, unless otherwise shown on the drawings

1. Generator Receptacle 48 inches

2. Generator Connection Box 48 inches to middle of box

3. Light Switches 48 inches

4. Convenience Receptacles:
a. Outdoor: Minimum 24 inches above grade
b. Indoor: 18 inches above grade to top of box

5. Booster/Sump Pump Receptacle 48 inches
Med Center Electrical Rehab 26 27 26-4 July 2024
Wiring Devices
D. Where above heights do not suit the building construction or finish, locate boxes as directed by the Engineer.

E. Electrical Device Colors

1. Industrial areas: Brown

2. Architecturally Finished Areas: White or Ivory (match existing in remodel areas)

3.02 NAMEPLATE ENGRAVING
A. Stainless steel device covers shall be engraved. Identify switch and receptacles with the panelboard and circuit number feeding that device. For example, a receptacle nameplate may be inscribed LP1-12. For cast steel device plates, install plastic nameplates with epoxy glue on or near the device box.

3.03 FIELD TESTING
A. Provide checkout, field, and functional testing of wiring devices in accordance with Section 26 05 00 - Electrical Work, General. Wiring Devices testing shall be completed during Pre-Demonstration period.

B. Test each receptacle for polarity, ground integrity and GFCI trip with a standard receptacle tester.

C. Switches and photocells shall be function tested by energizing the fixtures.

D. Coordinate portable generator rotation testing with City during the Pre- Demonstration period. City will connect a portable generator to the reverse service receptacle or generator connection box. Verify correct rotation at the Switchgear phase rotation relay. Correct any discrepancies by shifting conductors at the reverse service receptacle or generator connection box.

E. Conduct 480V power receptacles rotation test to match City configured equipment rotation.

END OF SECTION
Med Center Electrical Rehab 26 43 00-1 July 2024
Surge Protective Device
26 43 00 SURGE PROTECTIVE DEVICE
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. Provide Surge Protective Device (SPD) complete and operable, in accordance with the Contract Documents.

B. Provide hardwired alarm status to local PLC Panel.

1.02 1.05 SUBMITTALS
A. General: Contract submittals shall be in accordance with Section 01 33 00 - Submittals and Section 26 05 00 - Electrical Work, General.

B. Electronic PDF submittal files shall include bookmarks in the viewing pane following the structure of the table of contents, sub-level components, and drawing page numbers.

C. Product data:

1. Furnish complete product data confirming detailed compliance or exception statements to all provisions of this Section.

2. Manufacturers catalog cut sheets indicating:
a. Manufacturer and model numbers.
b. Ratings of each SPD including but not limited to: short circuit current rating, nominal discharge current, maximum
continuous operating voltage, voltage protection rating, system voltage, system frequency, surge current capacity.

3. Submit independent test data from a nationally recognized testing laboratory verifying the following:
a. Overcurrent protection.
b. UL 1449.

D. Shop drawings:

1. Provide electrical and mechanical drawings by the manufacturer that detail:
a. Unit dimensions.
b. Weights.
c. Components.
d. Field connection locations.
e. Mounting provisions.
f. Connection details.

Med Center Electrical Rehab 26 43 00-2 July 2024
Surge Protective Device
g. Wiring diagram.

E. Operation and maintenance manuals:

1. Provide the manufacturers manual with installation, start-up, spare parts lists, and operating instructions for the specified system.

PART 2 - PRODUCTS

2.01 MANUFACTURERS
A. One of the following or equal:

1. Eaton SPD series.

2.02 MANUFACTURED UNITS
A. Provide Type 1 or Type 2 SPD units as required for the locations indicated on the Drawings.

B. Electrical requirements:

1. SPD ratings are to be consistent with the nominal system operating voltage, phase, and configuration as indicated on the Drawings.

2. MCOV:
a. For the SPD and all components in the suppression path (including all MOVs, SADs, and selenium cells): Greater than 115 percent of the nominal system operating voltage.

3. Operating frequency:
a. 47 to 63 hertz.

4. SCCR:
a. 65 kAIC minimum, but not less than the equipment it is connected to as indicated on the Drawings.
b. The SCCR shall be marked on the SPD in accordance with UL 1449 and the NEC.

5. Nominal discharge current In:
a. 20 kA.

6. Maximum VPR:

Modes 240/120 208Y/120 480Y/277
L-N, L-G, N-G 900 900 1,500
L-L 1,200 1,200 2000

7. Peak surge current:

Med Center Electrical Rehab 26 43 00-3 July 2024
Surge Protective Device
a. Service entrance locations:
1) 250 kA per phase minimum.
2) 125 kA per mode minimum.
b. b. Branch locations:
1) 120 kA per phase, minimum.
2) 60 kA per mode minimum.

C. Protection modes:

1. Provide SPD protection modes as follows:
a. Line to Neutral (L-N) where applicable.

2. Line to Ground (L-G).
a. Neutral to Ground (N-G), where applicable.

D. Environmental requirements:

1. Storage temperature:
a. -40 degrees to +50 degrees Celsius.

2. Operating temperature:
a. -0 degrees to +60 Celsius.

3. Relative humidity:
a. 5 percent to 95 percent.

4. Audible noise:
a. Less than 45 dBa at 5 feet (1.5 m).

5. Operating altitude:
a. Zero to 12,000 feet above sea level.

E. Provide surge protective devices that are suitable for application in IEEE C62.41 Category A, B and C3 environments, as tested to IEEE C62.45.

2.03 COMPONENTS
A. Enclosure:

1. Located in electrical equipment as indicated on the Drawings.

B. Internal connections:

1. Provide low impedance copper plates for intra-unit connections:
a. Attach surge modules using bolted connections to the plates for low impedance connections.

2. Size all connections, conductors, and terminals for the specified surge current capacity.

Med Center Electrical Rehab 26 43 00-4 July 2024
Surge Protective Device
C. Surge diversion modules:

1. MOV:
a. Where multiple MOVs are used in parallel, utilize computer matched MOVs to within 1 volt variance and tested for
manufacturer's defects.

D. Overcurrent protection:

1. Individually fuse all components, including suppression, filtering, and monitoring components:
a. Rated to allow maximum specified nominal discharge current capacity.
b. Overcurrent protection that limits specified surge currents is not acceptable.

E. Connections:

1. Provide terminals to accommodate wire sizes up to #2 AWG.

2.04 ACCESSORIES
A. Dry contacts for remote monitoring:

1. Electrically isolated Form C dry contacts (1 A/125 VAC) for remote monitoring of system integrity, and indication of under voltage, phase and/or power loss.

B. Provide an audible alarm which activates under any fault condition.

1. Provide an alarm On/Off switch to silence the alarm.

2. A visible LED will confirm whether alarm is On or Disabled.

3. Locate both switches and the audible alarm on the units front cover.

2.05 SOURCE QUALITY CONTROL
A. Permanently affix surge rating to the SPD.

PART 3 - EXECUTION

3.01 INSTALLATION
A. As specified in Section 26 05 00 Electrical Work, General.

B. Follow the manufacturer's recommended installation practices and comply with all applicable codes.

C. Install unit display through the opening of deadfront so that the 480VAC is not exposed to operators.

Med Center Electrical Rehab 26 43 00-5 July 2024
Surge Protective Device
D. Special techniques:

1. Install the SPD with as short and straight conductors including ground conductor as practically possible:
a. Twist the input conductors together to reduce input conductor inductance.

2. Do not subject SPD to insulation resistance testing.

3.02 FACTORY TEST
A. Perform manufacturers standard factor test in accordance with UL 1449.

3.03 PRE-DEMONSTRATION TESTING
A. Pre-demonstration testing shall conform to Section 01 77 00 - Contract Closeout and as specified herein.

B. Provide electrical shock warning labels each section of the Switchboard in addition to arc flash labels prior to energization.

D. Pre-demonstration testing shall be performed by the contractor and witnessed by the Engineer and/or City. All testing sheets shall be signed off by the Engineer and/or City to be considered valid.

3.04 DEMONSTRATION TESTING
A. Perform seven (7) day demonstration of functional integrity per Section 01 65 00 - Facility Startup.

3.05 TRAINING
A. The CONTRACTOR shall train the OWNER'S personnel on the maintenance, calibration and repair of all instruments provided under this Contract. The contractor shall provide training as specified herein and in Section 01 65 00 Facility Startup. The Training submittal shall be approved before any training can be scheduled.

1. Instructions: The training shall be performed by the equipment manufacturers and shall be specific to each piece of equipment.

2. Duration: Each training class shall be a minimum of 2 hours in duration and shall cover, as a minimum, operational theory, Med Center Electrical Rehab 26 43 00-6 July 2024
Surge Protective Device
maintenance, troubleshooting/repair, and calibration of the instrument.

5. Documentation: The Contractor shall provide a copy of the training materials utilized during the lesson with all notes, diagrams, and comments.

END OF SECTION
Med Center Electrical Rehab 26 51 00-1 July 2024
Lighting Fixtures and Poles
26 51 00 LIGHTING FIXTURES AND POLES
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. Provide lighting fixtures, lamps, and poles with concrete bases complete and operable, in accordance with the Contract Documents.

1.02 SUBMITTALS
A. Submit for review in accordance with Sections 01 33 00 - Submittals and 26 05 00 General Work, Electrical.

B. Electronic PDF submittal files shall include bookmarks in the viewing pane following the structure of the table of contents, sub-level components, and drawing page numbers.

C. Bill of materials, spare parts, catalog data sheets for each fixture listing UL conformance, hardware, mounting requirements, weather rating, finish, photometric data, options, lamps and LEL data.

D. Catalog data sheets for each pole listing ASTM conformance, construction details, height, attachment arms, handhole orientation, gauge, finish, and anchor bolts.

E. Bill of Materials and spare parts list.

F. Certifications for DLC and Energy Star products.

G. Submit seismic calculations that size the supports for the lighting fixtures greater than 50 pounds.

PART 2 - PRODUCTS

2.01 FIXTURES - GENERAL
A. Provide luminaires with proper hangers, mounting stems, and hardware necessary for complete installation. Install appropriate fittings provided by the manufacturer to make the assembly complete.

2.02 LED VAPORTIGHT WRAPAROUND
A. Fixture housing shall be 1-piece polycarbonate, IP65, IP66, and UL listed for wet locations. Lens shall be frosted polycarbonate, poured in place polyurethane gasket and stainless-steel latches. LEDs shall be 5000 lumens, 4000K color and 80 CRI. Power supply shall be 120-277V rated.

Provide with stainless steel mounting brackets. Acceptable products include: Lithonia Lighting CSVT or approved equal.

Med Center Electrical Rehab 26 51 00-2 July 2024
Lighting Fixtures and Poles

2.03 LED FLOOD LIGHT
A. Fixture housing shall be dark bronze powder coat finished die-cast aluminum with sealed tempered glass lens rated IP66 moisture & dust proof. Mounting shall be ½-NPT treaded pipe with knuckle, yoke with SO cord or integral slipfitter for 2-3/8 O.D. tenon. LEDs shall deliver 7,000 to 17,000 lumens, 4000K color with 100,000-hour, L80 lifetime. Power supply shall be 120-277V rated. Options include button photocontrol and visor.

Acceptable products include: Lithonia Lighting DSXF2 or approved equal.

2.04 LED WALL PACK
A. Fixture housing shall be dark bronze powder coat finished die-cast aluminum rated IP65. Mounting shall be with wall mount bracket for recessed junction boxes or for surface mount via any of three ½ threaded entry hubs. LEDs shall be 6,850-13,850 lumens, 4000K color with 100,000- hour, L81 lifetime. Power supply shall be 120V rated. Options include button photocontrol. Acceptable products include: Lithonia Lighting TWX LED or approved equal.

2.05 LOW BAY LED LUMINAIRE
A. Fixture housing shall be powder coat finished die-cast aluminum with sealed tempered glass lens rated IP65 moisture & dust proof, UL listed for wet locations. Mounting shall be with chain and ceiling mounted with included junction box. LEDs shall be a minimum 2,415 lumens, 5000K color with 100,000-hour lifetime. Power supply shall be 120V rated. Options include occupancy sensor and battery backup. Acceptable products include; GE ALR1, Lithonia or equal.

2.06 HIGH BAY LED LUMINAIRE
A. Fixture housing shall be dark bronze powder coat finished die-cast aluminum rated IP65. Mounting shall be with wall mount bracket for recessed junction boxes or for surface mount via any of three ½ threaded entry hubs. LEDs shall be 12,000-30,000 lumens, 4000K color with 54,000- hour, L90 lifetime. Power supply shall be 120V rated. Acceptable products include: Lithonia Lighting JEBL High Bay or approved equal.

2.07 LED GENERAL PURPOSE
A. Fixture housing shall be cast-aluminum with corrosion resistant paint in industrial grey finish. Mounting shall be ceiling or wall with recessed junction box or surface mount junction box. LEDs shall be a minimum 800 lumens, 4000K color, and 120VAC rated. Acceptable products include; Lithonia Lighting OVT LED, or approved equal.

Med Center Electrical Rehab 26 51 00-3 July 2024
Lighting Fixtures and Poles
PART 3 - EXECUTION

3.01 DELIVERY AND HANDLING
A. Lighting fixtures shall be delivered and stored in their original cartons from the manufacturers until the time of installation.

B. All stored equipment shall be protected in accordance with the manufacturer's recommendations and Section 01 00 00 General Information and Requirements.

3.02 SIESMIC REQUIREMENTS
A. Furnish and install additional bracing, and other structural reinforcements to meet the seismic requirements of Section 26 05 00 General Work, Electrical.

3.03 INSTALLATION
A. Install each luminaire plumb and level in a manner recommended by the luminaire manufacturer and accepted by the Engineer.

B. Install fixtures in such a manner as to avoid obstructions and to give proper illumination result. Coordinate location of light fixtures and mounting heights as not to interfere with other equipment, piping, etc. Obtain Engineers approval of final lighting fixture positions and mounting heights.

C. Provide and install all fixtures complete, including lamps, and ready for service.

3.04 CLEANUP
A. Fixture lenses, diffusers, and reflectors shall be cleaned just prior to the system demonstration test.

B. Fixture trim, including poles and support brackets, where finish has been damaged, shall be touched-up with paint supplied by manufacturer.

3.05 FIELD TESTS
A. Test all lighting systems for proper operation and conformity to these specifications and as shown on the Contract Drawings. Perform field testing to verify operation of light fixtures, controls, photocell, etc. Verify lighting circuits match panelboard schedule.

B. Lighting system testing shall be witnessed by the Engineer and City for functional operation. Field testing of lighting systems shall be performed during Pre-Demonstration period.

C. Refer to Section 01 65 00 Facility Startup for further testing requirements.

3.06 SPARE PARTS
A. Provide (5) spare lighting fixtures of each type.

Med Center Electrical Rehab 26 51 00-4 July 2024
Lighting Fixtures and Poles

END OF SECTION
Med Center Electrical Rehab 28 31 11-1 July 2024
Access Control
28 31 11 ACCESS CONTROL
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. Provide Integrated Access Control and Intrusion Detection system including all design, conduits, cables, hardware, software licenses, programming, testing, startup, and training complete and operable security system.

Integrate into existing security system comprised of Hirsch hardware and software.

B. System intent, electronic access control component.

1. Provide a fully integrated security system comprised of a new security panel with the existing security system. There shall be capability to operate or administrate this system from an existing workstation. The electronic security component generally consists of the following elements: building access control and building intrusion.

2. The Access Control System (ACS) will act as the overall Security Management System (SMS). It is therefore critical that the system be capable of certain functions:
a. The ability to integrate at a controller level via software with other components of the security system. This means that the ACS must accept serial data at the access primary network controller level from the other systems, as well as being able to provide instructions via serial interface at the access primary network controller level.
b. Connection between the primary network controllers must be over Ethernet network via the plants Control Network.
c. The ACS must be capable of operating independently of the existing servers and/or existing workstations. That is, loss of a server or workstation will not in any way degrade the functionality of the system. All interfaces between the systems must be performed at the access primary network controller level. Alarms will be hardwired to local PLC Panels tied into the plants SCADA system.
d. All access control components will be programmed and work with the head end located elsewhere. All components must have the full functionality provided by that head end system.

C. System functionality:

Med Center Electrical Rehab 28 31 11-2 July 2024
Access Control

1. Functionally, the system will operate as follows:
a. Access control alarms:
1) The ACS component will operate in such a fashion that any access event or alarm will be noted by the
monitoring personnel.
2) The specific buildings ACS will provide hardwired
alarm status to the local PLC Control Panel upon:
a) Any building doors intrusion switch is open.
b) Buildings ACS panel in trouble.
3) The buildings ACS will provide Ethernet
communication to the remote Velocity system via Cat
6 cable.

2. Building intrusion switches and access hardware:
1) Building door shall have an intrusion switch. These
switches shall be tied back to the buildings ACS Hirsch panel. The ACS is intended to take all those alarms and note and respond to those alarms as required,
including a contact output to the local PLC Control
Panel for door intrusion notification.
2) Every building door shall include a junction box that connects the door intrusion switch as well as conduits
for the Electric Power Transfer Hinge (to door frame),
conduits for request to exit devices, and conduits down wall to box for exterior mounted Hirsch Card reader.

The junction box shall include conduit and cable going
back to Hirsch Panel and conduit only to the 24 VDC
power supply enclosure for door locks. Conduit to
Hirsch Panel from junction box shall be sized to
accommodate wiring to Hirsch Card reader. Refer to
plans for further details.
3) ACS is intended to communicate with the Card Reader, request to exit, and respond by allowing access to
electronic door locks. Automatic door locks (striker) will require additional battery backed 24 VDC power supply
in addition to Hirsch panel battery system, so design
shall consider location and reserve space. The power
supply shall be equipped with 12 and 24 DC voltages
incorporated into the panel. It will be supplied with
Med Center Electrical Rehab 28 31 11-3 July 2024
Access Control
distribution module capable of selecting the 12 or 24
VDC and individualized circuit protection.
4) It is intended that the ACS will be capable of arming and disarming zones with either a valid keypad entry or card swipe. The system will be capable of arming and
disarming on time of day and day of week schedule.

ACS shall be provided with module space for future
card reader/keypad units, request to exit devices and
door locks.

1.02 SUBMITTALS
A. General: Contract submittals shall be in accordance with Division 01 33 00 - Submittals and 26 05 00 - Electrical Work, General. Electronic pdf submittals shall include bookmarks in the viewing pane following the structure of the table of contents, sub-level components, and drawing page numbers.

B. Product data:

1. Model numbers of all components furnished on the job.

2. Manufacturer's catalog data sheets for all components.

3. Input power requirements for all components.

4. Warranty information.

C. Shop drawings:

1. Complete Engineered drawings in AutoCAD indicating:
a. Layout, mounting heights, mounting details, and dimensions. b. Conduit layout for all buildings showing conduit requirements. c. Point-to-point wiring diagrams for all devices. Include wire specifications.
d. Termination and installation details for all devices. e. Single-line system architecture drawings representing the entire system.

D. Installation instructions:

1. Manufacturer's installation instructions.

E. Testing and Results

1. Field Acceptance Test procedures and forms as part of General Start - Up and Testing Procedures per Section 01 75 00 Facility Startup.

Med Center Electrical Rehab 28 31 11-4 July 2024
Access Control

2. Field Acceptance Test results.

3. Certified statement of readiness for the Access Control Systems.

F. Training submittals

1. Submit training materials per Part 3.

G. Operating and Maintenance Manuals, and as specified in 01 33 00 - Submittals:

1. Complete documentation shall be provided with the system.

2. Drawings shall be in submitted in both in AutoCAD and PDF format.

3. The documentation shall completely describe all operations, each program, data sets, and the hardware and peripherals.
a. All updates, addendum, and adjustments to the
documentation shall be provided at no additional charge, in the same quantities as originally required.
b. System Administrator Manual:
1) Overview and step-by-step guide and instructions
detailing all system administrator responsibility and
authority.
c. User Manual:
1) Step by step guide and instructions detailing all system user functions and responsibilities.

4. Alarm Monitoring Manual:
a. Step-by-step guide and instructions detailing all alarm monitoring system user functions and responsibilities.

5. Technical Maintenance Manual:
a. Shall be a comprehensive and detailed document providing all maintenance action, system testing schedules,
troubleshooting flowcharts, functional system layout, and block diagrams and schematic diagrams for all system wiring.

1.03 QUALITY ASSURANCE
A. Refer to Section 26 05 00 - Electrical Work, General.

B. Provide the services of a security system integrator with the qualifications outlined in ACS Supplier/Installer Qualifications below to coordinate all the work of the ACS suppliers and installers.

C. ACS supplier/installer qualifications:

Med Center Electrical Rehab 28 31 11-5 July 2024
Access Control

1. Company specializing in the integration of access control systems and design and installation of cabling infrastructures with a minimum of 5 years documented experience in successful completion of a minimum of 3 projects similar in scope and cost.

2. Minimum of 2 factory-trained and certified technicians on staff for the duration of the Project and the warranty period.

3. Certified Hirsch system designer and installer.

D. Permits and inspections:

1. Material and workmanship will conform to all applicable legal and code requirements, and as specified in the Contract Documents.

2. Perform all tests required to demonstrate conformance with the Contract Documents.

E. Job conditions:

1. The installation is to be supervised on a regular basis by a person designated by the Contractor. This person will be authorized and will be competent to be in charge of the Project.

2. ACS Supplier/Installer shall coordinate work and provide guidance with the Contractor to install electrical panels, conduits, and cables.

PART 2 - PRODUCTS

2.01 MANUFACTURERS
A. The Access Control System shall be Identiv Hirsch Mx8, no equal.

2.02 EQUIPMENT
A. Controller:

1. The ACS controller shall be Hirsch Model MX-8 8 door.

2. Provide Ethernet communication to local PLC Panel for eventual tie into existing Velocity Server via Control Network.

3. Provide communication network wiring and conduits as specified and as shown on the plans.

4. Alarm relay output to PLC.

B. Alarm Expansion Board:

1. Provide one alarm expansion board Hirsch #AEB8 capable of 8 alarm inputs connected to the Mx8 motherboard with a common provided ribbon cable.

2. [Terminate the Gate open command.]
Med Center Electrical Rehab 28 31 11-6 July 2024
Access Control

3. [Terminate the motion detectors as shown on the drawings.] C. Relay Expansion Board:

1. Provide one relay expansion board #REB8 capable of 8 relay outputs, connected to the Mx8 motherboard with one ribbon cable.

2. Terminate the output relays to the PLC input alarms as shown on the drawings.

D. Memory Expansion Board: [Optional]

1. Provide one memory expansion board #MEB/CB128. Connect to the Mx8 motherboard with provided ribbon cable.

E. Software

1. Provide Identiv Hirsch Velocity add-on license to add on to the existing Velocity core license. Contractor to coordinate with City for existing license.

F. Power Supply:

1. Provide power supply with battery charger/backup, terminal blocks, overload PTC protection and enclosure. Securitron AQD6-8C, [AQL6-B100 6D8 P E1]

2. AC power source 90-240VAC/47-63Hz, 6 Amps @ 24VDC
continuous output.

3. #6D8P Distribution Module with PTC polyswitch fuse. Configure each DC circuit by positioning the jumper (JP1-JP8) for the voltage required.

4. Provide two (2) 12V, 7.2 Ah, lead sealed batteries connected in series for 24 VDC. Duracell Ultra SLA12-7F2.

G. Card readers:

1. Card readers shall be Hirsch Identiv 8110APT0000 with MB5 mounting box. For masonry wall mounted device use Hubbell 695B or equal.

2. Provide 42 inch high pedestal with mounting plate. Identisouce PS042-W.

3. Provide reader with Terminal, base configuration.

4. Provide all mounting hardware, junction boxes, and stanchions as applicable.

H. Door Switches:

Med Center Electrical Rehab 28 31 11-7 July 2024
Access Control

1. Provide Hirsch alarm line modules Hirsch DTLM2 at each door in junction box connected to the door alarm contact and request to exit contact (provided with the door hardware).

2. Provide magnetic door switch, Sentrol Interlogix 2507AH-L, or equal.

3. Provide design with door switches on all doors. Door switches to include stainless steel corrugated wiring protection and SPDT contacts.

I. Request to Exit (RTE)

1. Request to exit will be provided with the door hardware panic bars through the electric hinge. Contractor to provide such device RX (door hardware) but wired by the security installer.

J. Electric Latch Retraction

1. The Contractor shall provide the panic bars with electric latch retraction EL but wired by the security installer. 24VDC power will be supplied from the power supply and controlled by the Hirsch door output contact.

K. Match Reader Interface Board (MRIB)

1. Provide Match2 Interface Board with card reader mounted on the MB5 Box at the gate exit location. Provide necessary hardware and wiring to link with the card reader and Mx8 controller.

L. Motion Detector

1. Provide Hirsch alarm line modules Hirsch MEMLM3 at each motion detector junction box. Connect to the motion detection and tamper relays.

2. Provide motion detectors, Bosch #ISC-PPR1-W16.

3. Provide 12VDC to each detector from the door power supply circuit.

PART 3 - EXECUTION

3.01 PREPARATION
A. Perform a layout check to ensure that adequate access is available for construction, installation, and maintenance of equipment and devices furnished.

B. Coordinate hardware with door provider.

Med Center Electrical Rehab 28 31 11-8 July 2024
Access Control

3.02 INSTALLATION
A. Although expected locations are indicated on the Drawings, all equipment locations, including controllers, card readers/keypads and all alarm devices shall be field verified with the Engineer.

B. All entry doors into the building shall include junction box and conduits installed for card reader, electronic door latch, request to exit, tamper, door intrusion switch and motion detection. ACS design shall account for all conduits from junction box to card reader, electronic door latch, request to exit, gate reader, gate controller open output, line module, tamper, motion detection and door intrusion switch. [Conduits from junction box back to controller and future power supply enclosure shall provide capacity for future card reader, future request to exit, and future electronic door latch control and power wiring].

C. Installation of the ACS shall include the appropriate equipment and shall be performed by a factory-trained and certified Contractor. The installation shall be completed to these Specifications and Project Drawings as required by the City or prime Contractors. The installation shall include the following:

1. Site planning and system configuration of field hardware, software license, and ACS and interface into existing system. The Contractor shall consult with the City for final required access level configuration, and other systems programming.

2. Complete system modifications at the head end.

3. Complete system diagnostics verification.

4. Complete system operation verification.

5. Problem reporting and tracking.

6. Project specific installation log.

7. Completion of specific field acceptance test plans per Section 01 65 00 Facility Startup.

8. Formal turnover of the specific project installation documentation to the City.

3.03 PRE-DEMONSTRATION TESTING
A. Pre-demonstration testing shall conform to Section 01 65 00 Facility Startup and as specified herein.

B. All equipment to be installed per applicable UL listing for that device or component.

Med Center Electrical Rehab 28 31 11-9 July 2024
Access Control
C. Comply with manufacturer's instructions and recommendations for installation of product in the applications indicated. Anchor products securely in place, accurately located and aligned with other work.

D. Field Acceptance Testing:

1. All Field Acceptance Testing shall be witnessed by and signed off by the Engineer and the system designer.

2. The Contractor shall furnish any special tools, equipment, and labor to perform the tests.

3. The Engineer shall be notified in writing a minimum of two weeks prior to the scheduled day for the Access Control System tests.

4. Field Acceptance Testing is part of General Start-Up and Testing Procedures per Section 01 65 00 Facility Startup.

3.04 DEMONSTRATION TESTING
A. Perform seven (7) day demonstration of functional integrity per Section 01 65 00 Facility Startup.

3.05 TRAINING
A. The Contractor shall provide onsite training by a representative of the ACS manufacturer. Training shall explain the system functions and operations.

It shall include configuration training on all aspects of the system including data import-export, reports, cardholder management, peripherals, and field hardware. The Contractor shall provide training as specified herein and in Section 01 65 00 Facility Startup.

B. All levels of training must provide a syllabus as well as the names and qualifications of each person providing the training. These submittals must be approved by the Engineer prior to training beginning.

C. Training:

1. Instructions: The training shall be performed by the equipment manufacturers and shall be specific to each piece of equipment.

2. Duration: Each training class shall be a minimum of 4 hours in duration.

3. Schedule: Training shall be performed during the pre- commissioning phase of the project. The training sessions shall be scheduled a minimum of 3 weeks in advance of when the courses are to be initiated. The Engineer will review the course outline for suitability and provide comments that shall be incorporated.

Med Center Electrical Rehab 28 31 11-10 July 2024
Access Control

4. Course Outline: The Contractor shall provide a course outline for each training class for City approval prior to each class. a. The training shall include operation and maintenance procedures, troubleshooting with necessary test equipment, data import-export, reports, cardholder management,
peripherals, and field hardware.

5. Documentation: The Contractor shall provide a copy of the training materials utilized during the lesson with all notes, diagrams, and comments for up to 15 City Staff.

END OF SECTION
Med Center Electrical Rehab 31 10 00-1 July 2024
Site Preparation
SECTION 31 10 00 SITE PREPARATION
PART 1 - GENERAL

1.01 DESCRIPTION
A. In its initial move onto the Site, the Contractor shall protect existing trees, walks, fences,
structures and associated improvements, streets, and
utilities and clear, grub, strip; and regrade certain areas, in accordance with the Contract Documents.

B. Work on the site shall not commence until an arborist survey and tree protection plan has been submitted and approved as required under Section 32 23 10 Existing Tree Protection.

C. Related sections include but may not be limited to:

1. Section 12 of the City of Sacramento Standard Specifications

2. 32 23 10 Existing Tree Protection

3. 32 84 00 Planting Irrigation

4. 32 91 13 Soil Preparation

5. 32 92 00 Turf and Grasses

6. 32 93 00 Plants

7. 32 98 00 Landscape Maintenance

8. 31 23 19 Dewatering

9. 31 30 00 Earthwork

1.02 SITE INSPECTION
A. Prior to moving onto the Site, the Contractor shall inspect the Site conditions and review drawings of the Site, pipeline routes and haul routes and facilities delineating the City's property and right-of-way lines.

B. Preconstruction photographs shall be taken, submitted and app roved prior to any work on the site.

1.03 SUBMITTALS
A. Submittals shall be in accordance with Section 01 33 00 Contractor Submittals
B. Work on the site shall not start until permission for tree cutting, pruning and protection are approved.

C. Access road layout and details shall be submitted for approval.

Submittal shall include horizontal layout, section and road materials Med Center Electrical Rehab 31 10 00-2 July 2024
Site Preparation
proposed.

D. Submit temporary site security fence plan and details.

E. Submit haul road modifications required for truck turning at key intersections.

F. Submit plans for soil stockpiling on the City landfill and means to protect existing piping and SWPPP measures.

PART 2 - PRODUCTS (NOT USED)
PART 3 - PART 3 -- EXECUTION

3.01 SITE ACCESS
A. The Contractor shall coordinate with the Department of Utilities for site access.

B. Contractor is responsible for site security and shall install a chainlink fence that prevents
unauthorized access to the site. The fence shall have a visual screen along the south end of the site.

C. Utility Interference: Where existing utilities interfere with the Work, notify the utility owner and the Engineer before proceeding in accordance with the City of Sacramento Standard Specifications.

3.02 CLEARING, GRUBBING, AND STRIPPING
A. Soil testing and soil amendment requirements are specified in 32 91 13 Soil Preparation.

B. Construction areas within the temporary fence shall be cleared of grass and weeds to at least a depth of 6-inches and cleared of structures, pavement, sidewalks, where shown on the demolition drawings. Trees and other natural vegetation both inside and outside the lines of construction shall be protected from damage during construction.

C. Existing irrigation piping shall be protected where not shown to be removed on the temporary irrigation drawings. Temporary irrigation extensions and sprinkler heads shall be installed and operational where shown.

D. Within the limits of clearing, the areas below the natural ground surface shall be grubbed to a depth necessary to remove stumps, roots, buried logs, and other objectionable material. Underground structures, debris or waste shall be removed if found on the Site. Objectionable material from the clearing and grubbing process shall be removed from the Site and Med Center Electrical Rehab 31 10 00-3 July 2024
Site Preparation
wasted in approved safe locations.

E. Top soil in the entire area to be affected by construction shall be stripped to a depth of 1 foot below the existing ground contours. The stripped materials shall be stockpiled and conditioned for reuse in the Work.

F. Native trees shall not be removed unless shown on the drawings and approved by the City Arborist.

3.03 EXCAVATION, REGRADING, AND BACKFILL
A. After the fill areas have been cleared, grubbed, and excavated, the area to be excavated for the off-line storage facility will be excavated according to 31 30 00 Earthwork. Shoring to protect trees shall be installed where shown on the drawings and according to approved submittals.

END OF SECTION
Med Center Electrical Rehab 31 30 00-1 July 2024
Earthwork
SECTION 31 30 00 EARTHWORK
PART 1 - GENERAL

1.01 DESCRIPTION
A. The Contractor shall perform earthwork as indicated and required for construction of the
Work, complete and in place, in accordance with the
Contract Documents.

1.02 CONTRACTOR SUBMITTALS
A. Submittals shall be in accordance with Section 01 33 00 Contractor Submittals and comply with the City of Sacramento Standard Specifications (CSSS) Sections 6-8 and 6- 9.

B. The Contractors attention is directed to the provisions for "Shoring and Bracing Drawings" in Section 6705 of the California Labor Code.

C. Contractor's Detailed Plan

1. The Contractor, prior to beginning any trench or structure excavation 5 feet deep or deeper, shall submit to the City and shall be in receipt of the City's written acceptance of the Contractor's detailed plan showing the design of shoring, bracing, sloping of the sides of excavation, or other provisions for worker protection against the hazard
of caving ground during the excavation of such
trenches or structure excavation.

2. The Contractors plan shall be prepared and signed and sealed by a Professional Engineer experienced in the field of geotechnical engineering and licensed in the State of California.

3. The Citys acceptance of said plan will be for verification of submittal of the plan with this requirement.

4. If such plan varies from the shoring system standards established in the Construction Safety Orders of the State of California, such alternative systems plans shall be prepared by a civil or structural engineer licensed in the State of California.

5. Although dewatering is likely needed for the excavation, Contractor should plan for the possibility that dewatering discharge to the combined sewer system must be suspended during major storms.

It is possible the groundwater table could rebound when pumps are turned off and pool in the bottom of the excavation and disturb the stability of sloped side walls. Shoring to stabilize the slope up to elevation 8.0
(possible groundwater elevation) shall be included
Med Center Electrical Rehab 31 30 00-2 July 2024
Earthwork
in the shoring plan and installed. However, the Contractor may propose for consideration by the Engineer, an alternative means of maintaining slope stability.

D. The Contractor shall submit a copy of the excavation permit issued by the California Department of Industrial Safety.

E. Samples

1. The Contractor shall submit samples of materials proposed for the Work in conformance with the requirements of Section 01 33 00 Contractor Submittals.

2. Sample sizes shall be as determined by the testing laboratory.

PART 2 - PRODUCTS

2.01 FILL AND BACKFILL MATERIAL REQUIREMENTS
A. General

1. Material for trench backfill shall be per City Standard Detail T- 80, unless noted
otherwise in these specifications and the
Contract Drawings.

2. Fill, backfill, and embankment materials shall be selected or shall be processed clean fine earth, rock, gravel, or sand, free from grass, roots, brush, other vegetation and organic matter.

3. Fill and backfill materials that are to be placed within 6 inches of any structure or pipe shall be free of rocks or unbroken masses of earth materials having a maximum dimension larger than 3 inches.

B. Suitable Materials

1. Materials not defined below as unsuitable will be considered as suitable materials and may be used in fills, backfilling, and embankment construction, subject to the indicated requirements.

2. If acceptable to the Engineer, some of the material listed as unsuitable may be used when thoroughly mixed with suitable material to form a stable composite.

3. Mixing or blending of materials to obtain a suitable composite is the Contractor's option but is subject to the approval of the Engineer

4. The Contractor shall submit certification to the Engineer that the chloride concentration in imported materials within the pipe zone does not exceed 100 ppm, when tested in accordance with the requirements of AASHTO T291-94 Standard Method of Test for determining Water-Soluble Chloride Ion Content in Soil.

Med Center Electrical Rehab 31 30 00-3 July 2024
Earthwork

5. Suitable materials may be obtained from on-Site excavations, may be processed on- Site materials, or may be imported.

6. If imported materials are required by this Section or are required in order to meet the quantity requirements of the Work, the Contractor shall provide the imported materials as part of the Work.

C. The following types of materials are defined:

1. Class 2 Aggregate Base per the CSSS.

2. Type A Clean Crushed Rock per the CSSS.

3. Bedding Sand per CSSS 10-13.

4. Controlled Density Fill (CDF) or Controlled Low Strength Material (CLSM) for trench
backfill per CSSS 10-16. CLSM for structure
backfill shall be per Section 03 34 00 Controlled Low Strength Material.

2.02 MATERIALS TESTING
A. Samples

1. Soils testing of samples submitted by the Contractor will be performed by the City.

2. The Engineer may direct the Contractor to supply samples for testing of any material used in the Work.

B. Particle size analysis of soils and aggregates will be performed using ASTM D 422 - Standard Test Method for Particle-Size Analysis of Soils.

C. Determination of sand equivalent value will be performed using ASTM D 2419 - Standard Test Method for Sand Equivalent Value of Soils and Fine Aggregate.

D. Unified Soil Classification System

1. References in this Section to soil classification types and standards shall have the meanings and definitions indicated in ASTM D 2487.

2. The Contractor shall be bound by applicable provisions of ASTM D 2487 in the interpretation of soil classifications.

E. Testing for sulfate, resistivity, and pH shall be performed in accordance with California Test Methods 532 and 643 of the California Department of Transportation.

F. Testing for chloride shall be performed in accordance with AASHTO T291- 94 Standard Method of Test for determining Water-Soluble Chloride Ion Content in Soil.

Med Center Electrical Rehab 31 30 00-4 July 2024
Earthwork

2.03 IDENTIFICATION TAPE
A. Unless otherwise indicated, identification tape shall be placed above buried pipelines that are not comprised of magnetic components at least in part.

B. Identification tape shall be 6-inches wide, green in color for combined or sanitary sewers and blue for potable water lines, composed of polyethylene, and provided with an integral metallic wire.

C. Tape shall be labeled with CAUTION BURIED UTILITIES.

PART 3 - EXECUTION

3.01 EXCAVATION AND BACKFILLING - GENERAL
A. General

1. Except when specifically provided to the contrary, excavation shall include the
removal of materials, including obstructions, that
would interfere with the proper execution and completion of the Work.

2. The removal of such materials shall conform to the lines and grades indicated or ordered.

3. Unless otherwise indicated, the entire Site shall be stripped of vegetation and debris and shall be grubbed, and such material shall be removed from the Site prior to performing any excavation or placing any fill in accordance with Section 31 10 00 Site Preparation.

4. The Contractor shall furnish, place, and maintain supports and shoring that may be required for the sides of excavations.

5. Although dewatering is needed for the excavation, Contractor should plan for the possibility that dewatering discharge to the combined sewer system must be suspended during major storms.

It is possible the groundwater table could rebound when pumps are turned off and pool in the bottom of the excavation and disturb the stability of sloped side walls. Shoring to stabilize the slope up to elevation 8.0
(possible groundwater elevation) shall be included
in the shoring plan and installed. However, the Contractor may propose for consideration by the Engineer, an alternative means of maintaining slope stability.

6. Excavations shall be sloped or otherwise supported in a safe manner in accordance with applicable state safety requirements and the requirements of OSHA Safety and Health Standards for Med Center Electrical Rehab 31 30 00-5 July 2024
Earthwork
Construction (29CFR1926).

7. Surveys shall be performed prior to beginning Work and upon completion by a surveyor licensed in the State of California.

B. Removal and Exclusion of Water

1. The Contractor shall remove and exclude water, including stormwater and groundwater from excavations.

2. Dewatering wells, wellpoints, sump pumps, or other means shall be used to remove water and continuously maintain groundwater at a level at least 2 feet below the bottom of excavations before the excavation Work begins at each location.

3. Water shall be removed and excluded until backfilling is complete and field soils testing has been completed.

3.02 EXCAVATION IN VICINITY OF TREES
A. Except where trees are indicated to be removed, trees shall be protected from injury during construction operations as shown on the drawings and specified in Section 32 23 10 Existing Tree Protection.

B. No tree roots larger than 2 inches in diameter shall be cut without the express permission of the Engineer.Trees shall be supported during excavation by any means previously reviewed and accepted by the Engineer.

3.03 DISPOSAL OF EXCESS EXCAVATED MATERIAL
A. Excess excavated material shall be the property of the City and shall be transported to the City and Blue Diamond Landfills as shown on the drawings.

B. Contractors operations shall be in accordance with the landfill operation SWPPP procedures.

3.04 BACKFILL
A. General

1. Backfill shall not be dropped directly upon any structure or pipe.

2. Backfill shall not be placed around or upon any structure until the concrete has
attained sufficient strength to withstand the loads
imposed.

3. Backfill around water-retaining structures shall not be placed until the structures have been tested, and the structures shall be full of water while backfill is being placed.

B. Pre-Placement Conditions
Med Center Electrical Rehab 31 30 00-6 July 2024
Earthwork

1. Immediately prior to placement of backfill materials, the bottoms and sidewalls of trenches and structure excavations shall have any loose, sloughing, or caving soil and rock materials removed.

2. Trench sidewalls shall consist of excavated surfaces that are in a relatively undisturbed condition before placement of backfill materials.

C. Layering

1. Backfill materials shall be placed and spread evenly in layers.

2. When compaction is achieved using mechanical equipment, the layers shall be evenly
spread such that when compacted each layer
shall not exceed 6 inches in thickness.

D. During spreading, each layer shall be thoroughly mixed as necessary in order to promote uniformity of material in each layer.

E. Moisture Content

1. Where the backfill material moisture content is below the optimum moisture content, water shall be added before or during spreading until the proper moisture content is achieved.

2. Where the backfill material moisture content is too high to permit the indicated degree of compaction, the material shall be dried until the moisture content is satisfactory.

3.05 SETTLEMENT MONITORING AND CONTINGENCY PLANNING
A. Contractor procedures shall not cause settlement to or damage surrounding buildings, sidewalks, streets or park features. A settlement monitoring program shall be installed and monitored as required under Section 02 22 13 Settlement and Vibration Monitoring.

3.06 STRUCTURE, ROADWAY, AND EMBANKMENT EXCAVATION AND

BACKFILL
A. Excavation Beneath Structures and Embankments

1. Except where indicated otherwise for a particular structure or where ordered by the Engineer, excavation shall be carried to an elevation 6 inches below the bottom of the footing or slab and brought back to grade with compacted materials as indicated below.
a. Compacted fill shall be Class 2 Aggregate Base.
b. Contractor may use 1-1/2 inch maximum Class 2
Aggregate Base under the
OSF.

2. Excavation below structures with a vapor barrier or underslab Med Center Electrical Rehab 31 30 00-7 July 2024
Earthwork
sheet membrane waterproofing shall be carried to an elevation 6- 1/2 inches below the bottom of the footing or slab and brought back to grade with compacted materials as indicated below. a. Compacted fill shall be Class 2 Aggregate Base, except the top 1/2 inch shall be Bedding Sand. The aggregate base shall be placed and compacted in accordance with this
Section prior to placing the sand. The sand layer shall be compacted and maintained during subsequent Work, such
that it remains
functional as a structural base material and a
protective layer for the vapor barrier or underslab sheet membrane waterproofing.

3. The area where a fill or embankment is to be constructed shall be cleared of vegetation, roots, and foreign material.

4. The subgrade areas beneath embankments shall be excavated to remove not less than the top 6 inches of native material and where such subgrade is sloped, the native material shall be benched.

5. After the required excavation or over-excavation for fills and embankments has been completed, the exposed surface shall be scarified to a depth of 6 inches, brought to optimum moisture content, and rolled with heavy compaction equipment to obtain 95 percent of maximum density.

B. Excavation Beneath Paved Areas

1. Excavation under areas to be paved shall extend to the bottom of the aggregate base or subbase, if such base is called for; otherwise it shall extend to the paving thickness.

2. After the required excavation has been completed, the top 12 inches of exposed surface shall be scarified, brought to optimum moisture content, and rolled with heavy compaction equipment to obtain 95 percent of maximum density.The finished subgrade shall be even, self-draining, and in conformance with the slope of the
finished pavement.

3. Areas that could accumulate standing water shall be regraded to provide a self- draining subgrade.

C. Notification of Engineer

1. The Contractor shall notify the Engineer at least 3 Days in advance of completion of any structure or roadway excavation and shall allow the Engineer a review period of at least one day before the exposed foundation is scarified and compacted or is covered with backfill or with any construction materials.

Med Center Electrical Rehab 31 30 00-8 July 2024
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D. Compaction of Fill, Backfill, and Embankment Materials

1. Each layer of backfill materials as defined herein, where the material is graded such that 10 percent or more passes a No. 4 sieve, shall be mechanically compacted to the indicated percentage of density.

2. Equipment that is consistently capable of achieving the required degree of compaction shall be used, and each layer shall be compacted over its entire area while the material is at the required moisture content.

3. Each layer of coarse granular backfill materials with less than 10 percent passing the No. 4 sieve shall be compacted by means of at least 2 passes from a vibratory compactor that is capable of obtaining the required density in 2 passes.

E. Roofs

1. Fill shall not be placed on structure roofs prior to completion of the entire roof.

2. Fill on structure roofs shall be deposited not sooner than 30 Days after the concrete roof slab has been placed, nor sooner than the time required for the concrete to develop its 28-day specified compressive strength. All portions of the roof shall satisfy the above constraints prior to placement of any fill.

3. Equipment weighing more than 10,000 pounds when loaded shall not be used on a roof.

4. A roller weighing not more than 8,000 pounds shall be used to compact fill on a roof.

F. Flooding, ponding, and jetting shall not be used for fill on roofs, backfill around structures, for final backfill materials, or aggregate base materials.

G. Heavy Equipment

1. Equipment weighing more than 10,000 pounds shall not be used closer to walls than a horizontal distance equal to the vertical depth of the fill above undisturbed soil at that time.

2. Hand-operated power compaction equipment shall be used where the use of heavier equipment is impractical or restricted due to weight limitations.

H. Layering

1. Embankment and fill material shall be placed and spread evenly in approximately horizontal layers.

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2. Each layer shall be moistened and aerated as necessary.

3. Unless otherwise approved by the Engineer, no layer shall exceed 6 inches of
compacted thickness.

4. The embankment and fill shall be compacted in conformance with Paragraph K, below.

I. Embankments and Fills

1. When an embankment or fill is to be constructed and compacted against hillsides or fill slopes steeper than 4:1, the slopes of the hillsides or fills shall be horizontally benched in order to key the embankment or fill to the underlying ground.

2. A minimum of 12 inches perpendicular to the slope of the hillside or fill shall be removed and re-compacted as the embankment or fill is brought up in layers.

3. Material thus cut shall be re-compacted along with the new material.

4. Hillside or fill slopes 4:1 or flatter shall be prepared in accordance with Paragraph A, above.

J. Compaction Requirements

1. The following compaction requirements shall be in accordance with ASTM D 1557 - Test Method for Laboratory Compaction
Characteristics of Soils Using Modified Effort (56,000 ft - lbf/ft 3) (2,700 kN-m/m3) where the material is graded such that 10 percent or more passes a No. 4 sieve and in accordance with ASTM D 4253 - Test Method
for Maximum Index Density and Unit Weight of
Soils Using a Vibratory Table, and D 4254 - Test Method for Minimum Index Density and Unit Weight of Soils and Calculation of Relative Density, where the material is coarse granular backfill materials with less than 10 percent passing the No. 4 sieve:

Location or Use of Fill or
Backfill
Percentage of
Maximum Dry Density
Percentage of
Relative Density
Embankments and fills
not identified otherwise
90 55
Embankments and
fills beneath paved
streets or structures
95 70
Embankments and
fills beneath paved
walkways
90 70
Embankments and fills
beneath tree drip zones
85 70
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Backfill beneath
structures and
hydraulic structures
95 70
Backfill on structure
roofs
90 55
Topsoil 80 NA
Aggregate base or
subbase 95 NA

3.07 PIPELINE AND UTILITY TRENCH EXCAVATION AND BACKFILL A. Exploratory Excavations

1. Unless the pipeline connection is to an existing manhole or other structure, the Contractor shall excavate and expose buried points of connection to existing utilities as indicated.

2. Excavation shall be performed prior to the preparation of Shop Drawings for connections and before the fabrication of the pipe

3. The data obtained from exploratory excavations shall be used in preparing the Shop Drawings.

4. Data, including dates, locations excavated, and dimensioned sketches, shall be submitted to the Engineer within one week of excavation.

5. Damage to utilities from excavation activities shall be repaired by the Contractor in accordance with the City of Sacramento Standard Specifications.

B. General

1. Unless otherwise indicated or ordered, excavation for pipelines and utilities shall be open-cut trenches with minimum widths as indicated.

C. Trench Bottom

1. Excavations for pipe bells and welding shall be made as required.

2. Where pipe bedding is required, the bottom of the trench shall be excavated uniformly
to the grade of the bottom of the pipe bedding.

D. Open Trenches

1. The maximum amount of open trench permitted in any one location shall be the length necessary to accommodate the amount of pipe installed in a single Day.

2. Trenches shall be fully backfilled at the end of each Day or, in lieu Med Center Electrical Rehab 31 30 00-11 July 2024
Earthwork
thereof, shall be covered by heavy steel plates adequately braced and capable of supporting vehicular traffic in those locations where it is impractical to backfill at the end of each Day.

3. These requirements for backfilling or use of steel plate will be waived in cases where the trench is located further than 100 feet from any traveled roadway or occupied structure; in such cases, however, barricades and warning lights meeting appropriate safety requirements shall be provided and maintained.

E. Embankments, Fills and Structural Backfills

1. Where pipelines are to be installed in embankments, fills, or structure backfills, the fill shall be constructed to a level at least one foot above the top of the pipe before the trench is excavated.

2. Upon completion of the embankment or structural backfill, a trench conforming to the appropriate detail may be excavated and the pipe may be installed.

F. Trench Shield

1. If a moveable trench shield is used during excavation operations, the trench width shall be wider than the shield such that the shield is free to be lifted and then moved horizontally without binding against the trench sidewalls and causing sloughing or caving of the trench walls.

2. If the trench walls cave or slough, the trench shall be excavated as an open excavation with sloped sidewalls or with trench shoring, as indicated and as required by the pipe structural design.

3. If a moveable trench shield is used during excavation, pipe installation, and backfill operations, the shield shall be moved by lifting the shield free of the trench bottom or backfill and then moving the shield horizontally.

4. The Contractor shall not drag trench shields along the trench causing damage or displacement to the trench sidewalls, the pipe, or the bedding and backfill.

G. Placing and Spreading Of Backfill Materials
H. Each layer of coarse granular backfill materials with less than 10 percent passing the
No. 4 sieve shall be compacted by means of at least 2
passes from a vibratory compactor that is capable of achieving the required density in 2 passes and that is acceptable to the Engineer.

Where such materials are used for pipe zone backfill, vibratory compaction shall be
used at vertical intervals 8 in accordance with
Med Center Electrical Rehab 31 30 00-12 July 2024
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Section 14-3 of the Standard Specifications.

I. The material shall be placed and compacted under the haunch of the pipe and up each side evenly so as not to move the pipe during the placement of the backfill.

J. The material shall be placed in lifts that will not exceed 8 inches when compacted to the required density.

K. Mechanical Compaction

1. Backfill around and over pipelines that is mechanically compacted shall be compacted using light, hand-operated vibratory compactors and rollers that do not damage the pipe.

2. After completion of at least 2 feet of compacted backfill over the top of pipeline, compaction equipment weighing no more than 8,000 pounds may be used to complete the trench backfill.

L. Pipe And Utility Trench Backfill

1. Pipe Zone Backfill shall be per the drawings and the CSSS. a. The pipe zone shall be backfilled with the indicated backfill material.
b. Pipe zone backfill materials shall be manually spread evenly around the pipe, maintaining the same height on both sides of the pipe such that when compacted the pipe zone backfill will provide uniform bearing and side support. c. The Contractor shall exercise care in order to prevent damage to the pipeline coating and the pipe itself during the installation and backfill operations.

2. Trench Zone Backfill
a. After the pipe zone backfill has been placed, backfilling of the trench zone may proceed.

3. Final Backfill
a. Final backfill is defined as shown on the drawings and in the CSSS.

M. Trench Shield

1. If a moveable trench shield is used during backfill operations, the shield shall be lifted to a location above each layer of backfill material prior to compaction of the layer.

2. The Contractor shall not displace the pipe or backfill while the shield is being moved.

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N. Compaction Requirements

1. The following compaction test requirements shall be in accordance with ASTM D 1557 Test Method for Laboratory Compaction
Characteristics of Soils Using Modified
Effort (56,000 ft - lbf/ft 3)
(2,700 kN-m/m3) where the material is graded such that 10 percent or more passes a No. 4 sieve, and in accordance with ASTM D 4253 -
Standard Test Method for Maximum Index Density and Unit Weight of Soils Using a Vibratory Table, and D 4254 - Standard Test Method for Minimum Index Density and Unit Weight of Soils and Calculation of Relative Density where the material is coarse granular backfill materials with less than 10 percent passing the No. 4 sieve.

2. Compaction shall meet the requirements of the CSSS.

3.08 FIELD TESTING
A. General:

1. Field soils testing will be performed by City.

B. Density

1. Where soil material is required to be compacted to a percentage of maximum density,
the maximum density at optimum moisture
content will be determined in accordance with Method C of ASTM D 1557.

2. Where cohesionless, free draining soil material is required to be compacted to a percentage of relative density, the calculation of relative density will be determined in accordance with ASTM D 4253 and D 4254.

3. Field density in-place tests will be performed in accordance with ASTM D 1556 - Standard Test Method for Density and Unit Weight of Soil in Place by the Sand-Cone Method, ASTM D 2922 - Standard Test Methods for Density of Soil and Soil- Aggregate in Place By Nuclear Methods (Shallow Depth), or by such other means
acceptable to the Engineer.

C. Remediation

1. In case the test of the fill or backfill shows non-compliance with the required density, the Contractor shall accomplish such remedy as may be required to ensure compliance.

2. Subsequent testing to show compliance shall paid by the Contractor.

Med Center Electrical Rehab 31 30 00-14 July 2024
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END OF SECTION
Med Center Electrical Rehab 32 11 13-1 July 2024
A.C. Pavement and Base
SECTION 32 11 13 A.C. PAVEMENT AND BASE
PART 1 - GENERAL

1.01 THE SUMMARY
A. The Contractor shall provide A.C. pavement and base to repave excavations under
existing pavement and where necessary to repair
pavement as a result of Contractor operation, complete and in place, in accordance with the Contract Documents.

1.02 REFERENCE SPECIFICATIONS, CODES, AND STANDARDS
A. A.C. pavement shall be in compliance with the City of Sacramento Standard Specifications (CSSS) and Details, Current Edition.

1.03 CONTRACTOR SUBMITTALS
A. Submittals shall be in accordance with Section 01 33 00 Contractor Submittals. Include materials testing reports, job-mix formulas, and other pertinent information required by the CSSS and satisfactory to the Engineer.

B. Suitability Tests of Proposed Materials: Tests for conformance with the Specifications shall be performed prior to start of the Work. The samples shall be identified to show the name of the material, aggregate source, name of the supplier, contract number, and the segment of the Work where the material represented by the sample is to be used. Results of all tests shall be submitted to the Engineer for approval. Materials to be tested shall include
aggregate base, coarse and fine aggregate for paving
mixtures, mineral filler, and asphalt cement.

PART 2 - PRODUCTS

2.01 STANDARD SPECIFICATIONS
A. Contractor shall conform with CSSS Sections 17 and 22, Plans, and Details.

PART 3 - EXECUTION

3.01 STANDARD SPECIFICATIONS
A. Contractor shall conform with CSSS Sections 17 and 22, Plans, and Details.

END OF SECTION
Med Center Electrical Rehab 40 05 57-1 July 2024
Motorized Actuators
40 05 57 MOTORIZED ACTUATORS
PART 1 - GENERAL

1.01 SUMMARY
A. The contractor shall remove and replace MOV 1, MOV 2, and MOV 3 as shown on the plans. The main supply voltage to each MOV shall be 120 VAC as shown on the plans. Provide the MOV contacts as shown on the drawings. The valve sizes are shown on the plan sheets for reference.

B. Related sections:

1. The Contract Documents are complementary; what is called for by one is as
binding as if called for by all.

2. It is the CONTRACTORs responsibility for scheduling and coordinating the Work of subcontractors, suppliers, and other individuals or entities performing or furnishing any of CONTRACTORs Work.

1.02 REFERENCES
A. American Water Works Association (AWWA):

1. C504 - AWWA Standard for Rubber-Seated Butterfly Valves.

2. C540 - AWWA Standard for Power-Actuating Devices for Valves and Slide Gates.

B. National Electrical Manufacturers Association (NEMA):

1. NEMA 250 - Enclosures for Electrical Equipment (1,000 V Maximum).

1.03 DEFINITIONS:

A. NEMA:

1. Type 4X enclosure in accordance with NEMA 250.

1.04 SUBMITTALS
A. Product data:

1. Electrical ratings:
a. Voltage and number of phases.
b. Starting and running current.
c. Voltage levels and source for control and status.

2. Description of integral control interface.

3. Remote control station components.

Med Center Electrical Rehab 40 05 57-2 July 2024
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4. Environmental ratings, including NEMA enclosure rating and submergence capabilities.

5. Gear ratios for both manual and motorized actuation.

6. Opening and closing directions.

7. Allowable starts per hour.

8. List of all included options and accessories.

9. Full travel times.

10. Gearbox data including gear ratio, and gearbox efficiency.

11. Affidavit in accordance with AWWA C540.

B. Shop drawings:

1. Wiring diagrams:
a. Include all options and expansion cards furnished with each actuator.

2. Dimensioned drawings of each valve and actuator combination.

3. Dimensioned drawings of each valve gearbox.

4. Electric motor data.

C. Calculations: Submit the following for each valve/gate size and class:

1. Operating torque calculations.

2. Maximum torque calculations for seating and unseating.

3. Maximum operating torque at starting and normal operation.

D. Test reports:

1. Factory test report and certificate.

E. Manufacturer's instructions:

1. Include manufacturer's instructions, description of system operation, start-up
data and troubleshooting checklists.

F. Operations and maintenance data:

1. Include manufacturer's literature; cleaning procedures, replacement part lists, wiring diagrams, and repair data.

2. Include a list of all configurable parameters, and the final values for each.

3. List of recommended spare parts.

4. List of special tools necessary for proper operation and/or maintenance.

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5. Exploded view drawings that illustrate all assemblies, sub- assemblies, and components.

6. Routine test procedures for all electronic and electrical circuits.

7. Troubleshooting chart covering the complete valve and controls/electrical
power systems, showing description of trouble,
probable cause, and suggested remedy.

8. Certified factory and field-test results.

1.05 QUALITY ASSURANCE
A. Obtain required information from the valve/gate supplier, including but not limited to:

1. Interface to gate or valve.

2. Operating range:
a. Quarter turn or multi-turn.
b. Required turns for full travel on multi-turn applications.

3. Direction of rotation for opening and closing.

4. Maximum and normal torque requirements.

5. Additional sizing requirements indicated in the following Specifications:
a. Section 11294B - Heavy Duty Fabricated Stainless Steel Slide Gates.
b. Section 15111 - Ball Valves.
c. Section 15112 - Butterfly Valves.
d. Section 15115 - Gate, Globe, and Angle Valves.
e. Section 15116 - Plug Valves.

B. All motorized, intelligent actuators shall be the product of a single manufacturer for
all valve and gate applications on this project, regardless of gate or valve type, manufacturer, or supplier.

1.06 SPARE PARTS
A. Provide the following spare parts:

1. Stem nut.

2. Worm shaft subassembly.

3. Drive sleeve subassembly.

4. Complete actuator seal kit.

5. Actuator gearbox oil or grease (sufficient quantity to fill 4 gearboxes).

Med Center Electrical Rehab 40 05 57-4 July 2024
Motorized Actuators

6. Encoder.

7. Electronics module.

B. Provide 1 spare motor for each size motor furnished.

PART 2 - PRODUCTS

2.01 MANUFACTURERS
A. Rotork Controls, Inc.:

Rotork Model IQT2000 Intelligent Electric Actuator
B. Engineer approved equal.

2.02 CHARACTERISTICS
A. Provide actuators complete and operable with all components and accessories
required for operation.

B. Power supply:

1. Voltage and phases as indicated on the plans.

2. Valve or gate motion independent of power supply phase rotation.

3. Provide an internal backup power source to maintain actuator LCD and remote
contacts when main power is off. Backup power source
shall not be required for the actuator to track position.

C. Size actuator to move the valves from full open to closed position:

1. As a minimum, size the actuator to move gates or valves at minimum 12 inches per minute under maximum load. Measure rate of closure for valves at maximum diameter of disc, plug, or ball.

2. Each actuator shall open and close the valves as shown on the plans. The sizes of the valves are shown on the plan sheets. Each actuator shall also bolt up to each valve without modifications. The contractor shall contact the manufacturer to obtain the proper model number for submittal purposes.

D. Control interface:

1. Configuration:
a. Provide a non-intrusive, non-contacting interface for configuring all input
and output settings, control values,
ranges, torque switch settings, valve position sensor settings, and options.
1) Configurable from a hand-held configuring tool or input devices on
the actuator.

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2. Local interface, integral to actuator:
a. Non-intrusive, non-contacting selector switches:
1) LOCAL-STOP-REMOTE:
a) Motor actuator operation is prevented with the
switch in STOP.
2) OPEN-CLOSE:
a) Controls the valve when LOCAL-STOP-
REMOTE is in LOCAL.
b) Spring return to center.
c) Configurable between maintained (actuator
runs until end of
travel, high torque, or a LOCAL-
STOP-REMOTE is switched to STOP) and
momentary (actuator stops when lever is
released).
b. Local display:
1) Valve fully open and fully closed indicators.
2) Numerical display showing actual valve or gate
position in percent of
travel.

3. Remote control station - (VCP).
a. Provide remote control stations for actuators where indicated on the Drawings.
1) NEMA rating as listed below.
a) Use NEMA Type 4X enclosures for this
applicaiton.
2) LOCAL-STOP-REMOTE selector switch.
3) LOCAL mode control devices:
a) Operate valve when LOCAL-STOP-REMOTE
integral to
actuator is in REMOTE and LOCAL-
STOP-REMOTE on remote control station is in
LOCAL.
b) OPEN-STOP-CLOSE maintained switch or
OPEN, STOP and CLOSE pushbuttons where
Maintained operation is indicated.
c) OPEN-CLOSE spring-return switch or OPEN
and CLOSE pushbuttons where maintained
operation is indicated.
4) Pilots lights to indicate valve position:

Med Center Electrical Rehab 40 05 57-6 July 2024
Motorized Actuators
a) Fully open.
b) Fully closed.
5) LCD Display
a) Indicate all diagnostic and operational data
along with numerical
display showing actual
valve or gate position in percent of travel.
b) Include interface for portable configurable
device to download diagnostic and operational
data and configuration settings.
c) LCD display shall be WT-IP68 rated.

4. Control inputs:
a. Capable of using 120 VAC or 24 VDC inputs.
b. Controls the valve when LOCAL-STOP-REMOTE is in
REMOTE.
c. Isolated inputs capable of operating from external control voltage source
or internal power supply:
1) Furnish 120 VAC and 24 VDC control power supplies
within the actuator.
d. Provide the following inputs:
1) OPEN.
2) CLOSE.
3) STOP.
e. OPEN and CLOSE inputs configurable between maintained (actuator runs
until end of travel, high torque, or a STOP input)
and momentary (actuator stops when command is removed)

5. Status outputs:
a. Monitor relay output: Dry contact, normally closed, opens when actuator is not in REMOTE or in the event of any internal fault or alarm condition.
b. Dry contact outputs configured for the functions indicated on the Drawings. Provide the following outputs for all actuators:
1) Fully closed.
2) Fully open.
3) LOCAL-STOP-REMOTE in REMOTE position.
c. Capable of being configured for the following additional functions:

Med Center Electrical Rehab 40 05 57-7 July 2024
Motorized Actuators
1) Communications failure.
2) High motor temperature.
3) Valve opening or closing.
4) Valve moving (continuous or pulsing).
5) Motor tripped on torque in mid-travel.
6) Motor stalled.
7) Actuator being operated by hand wheel.
8) Open or close interlock active.
9) ESD active.
10) Motor tripped on torque in mid-travel.
11) Motor tripped on torque going open.
12) Motor tripped on torque going closed.
13) Pre-set torque exceeded.
14) Valve jammed.
15) Lost main power phase.
16) Control supply lost.
17) Battery low (if required to retain settings).
18) Internal failure detected.
d. All output contacts rated for 5 amps, 120 VAC and 24 VDC.

6. Analog input:
a. Provide a 4-20 milliampere analog input for analog modulating valves
when indicated on the Drawings.
b. Modulate valve to maintain position based on analog input value.
c. Maximum input impedance 250 ohms.

7. Analog output:
a. Provide an isolated 4-20 milliampere analog output when indicated on the Drawings.
1) Loop power sourced from the actuator power supply.
2) Capable of driving into a load up to 500 ohms.
3) Output proportional to valve or gate position.
4) Output for remote torque indication.

8. Network communications:

Med Center Electrical Rehab 40 05 57-8 July 2024
Motorized Actuators
a. Actuators shall include dual channel modules for redundant communication networks. Dual channels shall be isolated from one
another.
b. Communications and control between the actuator and plants control system shall utilize the following protocol:
1) Modbus RTU (RS-485).
c. Provide control and feedback features as required per Control Strategies and Contract Drawings.

E. Declutching Handwheel:
a. Provide a declutching handwheel override.

F. Relays
a. Provide four programmable relays.
b. Provide four extra indication contacts S5, S6, S7, and S8.

G. Torque Sensor
a. Provide an adjustable torque sensor.

2.03 FEATURES
A. Time delay on reversal: Incorporate time delay between stopping actuator and
starting in opposite direction to limit excessive current, torque, and heating from instantaneous reversal.

B. Data logging:

1. Store diagnostic data and reference data.
a. Time-stamped historical operating data, including number of operations and most recent operations.
b. Torque profiles showing actual torque at each valve position through the operating range.
1) Store reference data (recorded during commissioning) and data from last operation.

2. Provide display of logged data on the actuator, or provisions to download to a personal computer.

2.04 MATERIALS
A. Construct motorized actuators of materials suitable for the environment in which the valve or gate is to be installed.

2.05 COMPONENTS
A. Motors:

1. Specifically designed for valve actuator service with high starting torque, totally enclosed non-ventilated construction.

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Motorized Actuators

2. Torque ratings equal to or greater than that required for valve seating and dynamic torques with a 25 percent factor of safety. a. Design requirements for rubber-seated AWWA butterfly valves:
1) Design actuators for maximum gate or valve operating torque, in
accordance with and using safety factors
required in AWWA C504 and AWWA C540.
a) Valve actuator torque requirement for open-
close service: Not less than the required valve-
seating and dynamic torques under design
operating conditions in accordance with AWWA
C504.
b) Valve actuator torque requirement for
modulating service: Not
less than twice the
required valve dynamic torque under design
operating conditions in accordance with AWWA
C504.
b. Design requirements for slide gates, plug valves, gate valves, knife gate
valves, globe valves, and diaphragm valves:
1) Design valves and actuators for maximum operating
torque, in accordance with and using safety factors
required in AWWA C540.
2) Design for the maximum torque and thrust running load over the full cycle.
3) Maximum torque or thrust rating: The actuator stall
torque or maximum thrust output shall not exceed the
torque or thrust capability of the valve or gate, as
determined by the valve or gate manufacturer.

3. Capable of being removed and replaced without draining the actuator gear case.

4. Motor bearings shall be amply proportioned of the anti-friction type and permanently lubricated.

5. Rated for operating under the following conditions without exceeding temperature limits with ambient temperature of 40 degrees Celsius. a. Continuous operation for 15 minutes or twice the open-to- close operating
time (whichever is greater) at normal
operating torque or 33 percent of maximum torque (whichever is greater).

Med Center Electrical Rehab 40 05 57-10 July 2024
Motorized Actuators
b. 60 starts per hour for open/close service or 1,200 starts per hour for modulating service.

6. Provide the following motor protection features:
a. Jammed valve (no valve motion detected through a time delay).
b. High motor temperature (sensed by an embedded
thermostats).
c. High torque.
d. Single phasing protection.

B. Enclosures:

1. Stainless steel external fasteners.

2. Provide 'O' ring seals for each of the following areas:
a. Between the terminal compartment and the internal electrical elements
b. Between the mechanical and electrical portions to protect from the ingress
of oil, and to protect the mechanical
components of oil from dust and moisture when the electrical terminal is open.

3. Provide the following minimum enclosure ratings:
a. NEMA Type 4X enclosure for general applications.

C. Position sensing:

1. Electronic and adjustable using a solid-state encoder wheel. a. Mechanical limit switches and potentiometers are not acceptable.

2. Capable of retaining position and monitoring valve or gate motion when valve is manually actuated and when main power is not present.

3. Valve range and position switch outputs field adjustable.

D. Torque sensing:

1. Torque shutdown setting: 40 percent to 100 percent rated torque. a. Adjustable in 1 percent increments.

2. Torque display: 0 to 100 percent-rated torque.

3. Capable of interrupting control circuit during both opening and closing and
when valve torque overload occurs.

4. Electrical or electronic torque sensing:

Med Center Electrical Rehab 40 05 57-11 July 2024
Motorized Actuators
a. Extrapolating torque from mechanically measured motor speed is not acceptable due to response time.

5. Independent of variations in frequency, voltage, or temperature.

6. The actuator shall store actual operational torque curves for retrieval by plant
maintenance staff.

7. Provide a temporary inhibit of the torque sensing system during unseating or during starting in mid-travel against high inertia loads.

8. Provide visible verification of torque switch status without any housing disassembly.

9. Terminals for remote torque indication.

E. Manual actuators:

1. Hand wheel for manual operation.
a. Maximum 80 pound pull on rim when operating gate or valve under maximum load.
b. Provide pull chain when motorized actuator is located more than 6 feet above floor surface.
1) Chain shall be of sufficient length to reach
approximately 4 feet above the operating level.
2) Where the chain obstructs an aisle or walkway, provide holdback or other means to ensure chain does not
create a nuisance or hazard to operating personnel.

2. Declutch lever: Padlockable, capable of mechanically disengaging motor and related gearing and freeing hand wheel for manual operation.

F. Gearing: Hardened alloy steel spur or helical gears and self-locking, alloy bronze worm gear set.

1. Accurately cut to assure minimum backlash.

2. Quarter Turn Valves 10 Inches and Larger shall have a separate worm gear
drive with a splined adapter nut for ease of installation, orientation flexibility, and capable of locking the valve in place and manually operating the valve if the motor operator is ever removed for service.

G. Bearings:

1. Anti-friction bearing with caged balls or rollers throughout.

2. Sealed-for-life type thrust bearings housed in a separate thrust base.

H. Drive bushing:

Med Center Electrical Rehab 40 05 57-12 July 2024
Motorized Actuators

1. Easily detachable for machining to suit the valve stem or gearbox input shaft.

2. Positioned in a detachable base of the actuator.

I. Lubrication:

1. Provide totally enclosed actuator gearing with oil or grease filled gear case suitable for operation at any angle.

2. Suitable for standard SAE80EP gear oil.

3. Actuators requiring special or exotic lubricants are not acceptable.

2.06 ACCESSORIES
A. Software:

1. Furnish PC-based diagnostic and configuration software to display diagnostic
data and configure actuators.

2. Provide software communications to the valve actuator and hand- held setting tool using Bluetooth wireless or IrDA infrared communications.
a. Provide all accessories and drivers required for operation and

communications with a standard personal computer running Microsoft
Windows 7.
b. Where infrared communications are used, furnish an IrDA to USB adapter with a mounting device to secure the infrared element to the valve actuator IrDA port:
1) Provide with a minimum cable length of 3 feet, capable of being extended with a standard USB extension
cable.

B. Setting tool:

1. If required for setting or configuring the actuator, provide a hand-held IR remote setting tool. Provide a hand-held setting tool capable of non- intrusive calibration and interrogation of the actuator. a. Furnish 1 setting tool for every 10 actuators.
b. Capable of communicating with PC-based configuration software, and
transferring the following in either direction
between the computer and programmer and setting tool, and between the setting tool and actuator:
c. Actuator configurations.
1) Capable of storing up to 10 different configurations. d. Diagnostic data.

Med Center Electrical Rehab 40 05 57-13 July 2024
Motorized Actuators
1) Capable of storing 4 complete sets of diagnostic data.

2.07 SOURCE QUALITY CONTROL
A. Factory test:

1. Test each actuator in the factory and submit an individual test certificate for each actuator.

2. Perform a high potential test and record the following information:
a. Test voltage.

3. Simulate a maximum and typical valve loads and record the following information:
a. Current and power factor at maximum and set torque values. b. Torque as measured by the actuator.
c. Actuator output speed or operating time.

4. Performance testing: Conduct performance test for each actuator simulating
valve operating torque from full-open to full-close and from full-close to full- open. The following information shall be recorded during each performance test:
a. Torque at maximum torque setting.
b. Current at maximum torque setting.
c. Test voltage and frequency.
d. Actuator output speed and operating time for full-open to full- close.
e. Amperage draw on motors at breakaway and under normal operation.

PART 3 - EXECUTION

3.01 INSTALLATION
A. Install actuators in accordance with manufacturer's instructions.

3.02 FIELD ADJUSTMENTS
A. Field representatives of manufacturers of valves or gates with intelligent actuators
shall adjust actuator controls and limits switches in the field for the required function.

B. Actuator manufacturer shall commission and configure the MOV to the settings on the drawings and program all relays.

C. Actuator manufacturer shall provide the Engineer with an electronic copy of the configuration files.

Med Center Electrical Rehab 40 05 57-14 July 2024
Motorized Actuators

3.03 TRAINING
A. The actuator manufacturer shall provide two training sessions of 4 hours each as specified in Section 01 65 00 Testing and Training.

END OF SECTION
Med Center Electrical Rehab 40 61 00-1 July 2024
Process Control and Instrumentation Systems
40 61 00 PROCESS CONTROL AND INSTRUMENTATION SYSTEMS
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. Provide all Process Control and Instrumentation Systems (PCIS) consisting of hardware, software, and integration services including installation, calibration, testing and documentation of the complete and operable control system in accordance with the Contract Documents.

B. Integration services include coordination of equipment specified in Division 26 and 40 and vendor supplied equipment connected to the control system, including panels and instrumentation supplied outside of Division 26 and

40. 1.02 SUBMITTALS
A. Submit for review in accordance with Section 01 33 00 - Submittals.

B. Control system integrators resume and statement of qualifications listing job of similar complexity.

C. Hardware bill of materials list of each instrument and device with name tag and reference to specification section.

D. Hardware catalog data sheets in the same order as they appear in the bill of materials lists. Data sheets shall be marked to identify proposed materials.

E. Interconnection Wiring Diagrams, Loop Diagrams, Control Panel drawings, ISA TR-20 Instrument Speciation forms, and instrument installation details.

F. Electronic pdf submittals shall include bookmarks in the viewing pane following the structure of the table of contents, sub-level components, and drawing page numbers.

G. Factory and Field Acceptance Test procedures.

1. Testing procedures and equipment being used.

2. Visual, mechanical, operational, PLC I/O, and control functional testing forms with spaces to check off each line items and signature spaces for the City and testing agency.

3. Punch list form for corrective items.

H. Factory calibration test sheets for all instruments supplied under this contract.

I. Pre-demonstration period instrument calibration test procedures and accompanying ISA calibration test sheets.

Med Center Electrical Rehab 40 61 00-2 July 2024
Process Control and Instrumentation Systems
J. Pre-demonstration period loop test sheets end-to-end from field device to Panelboard or Control Panel and SCADA system.

K. Demonstration period testing plan in accordance with Section 01 75 00 - Facility Startup.

L. Training plan which includes a resume of the qualified instructor, schedule of training courses including course description, dates, durations, locations and attendance of each class.

M. Operation and Maintenance Manual with as-built drawings

1.03 CONTROL SYSTEM DESCRIPTION
A. The existing control system consists of remote Supervisory Control and Data Acquisition (SCADA) operations and local Programmable Logic Controller (PLC) control with Human Machine Interface (HMI). The existing SCADA software is Trihedral VTScada. The standardized PLC platform is Modicon M580, Magelis HMI, and direct Ethernet communications. The standardized programming software is Unity Pro XL utilizing Function Block language except for discrete Input/Output (I/O) mapping which is ladder logic.

B. SCADA HMI programming, PLC programming, radio configuration and ethernet addressing shall be provided by the City.

PART 2 - PRODUCTS

2.01 GENERAL
A. Equipment shall be new, free from defects and supplied only after approved submittals. Instruments of a common specification, performing similar functions shall be of the same type, model, or class, and shall be from a single manufacturer. All panel mounted instruments shall have matching style and general appearance.

B. Code and Regulatory Compliance: All PCIS work shall conform to the National Electrical Code. Conflicts between the requirements of the Contract Documents and any codes or referenced standards or specifications shall be brought to the attention of the Engineer.

2.02 OPERATING CONDITIONS
A. The PCIS shall be designed and constructed for operation and under the following conditions.

B. Atmospheric contaminants:

1. H2S (sewer sump) 0.1ppm (by weight) & 0.1mg/l

2. Chlorine (wells) 0.01ppm (by weight) & 0.01mg/l
Med Center Electrical Rehab 40 61 00-3 July 2024
Process Control and Instrumentation Systems

3. Dust 50ug/m3

4. Direct sun, wind driven rain, dust and ice accumulation C. Temperature Range: 13°-140°F
D. Relative Humidity: 5-93%

2.03 LOOP DRAWINGS
A. Submit loop drawings for every analog, discrete, and fieldbus signal and control circuit:

1. Provide a loop drawing submittal that completely defines and documents the contents of each monitoring, alarming, interlock, and control loop on this project.

2. This requirement applies to all signal and control circuits associated with equipment on this Project including vendor supplied equipment packages and control panels.

B. Show every instrument and I/O point on at least one loop diagram.

C. Provide a complete index in the front of each bound volume:

1. Index the loop drawings by systems or process areas.

D. Provide drawings showing definitive diagrams for every instrumentation loop system.

1. Show and identify each component of each loop or system using requirements and symbols from ANSI/ISA S5.4 - Instrument Loop Drawings as amended by the Contract Drawings, as defined by the most recent revision in ISA. Include all minimum and optional ISA S5.4 content and information.

2. Furnish a separate drawing sheet for each system or loop diagram.

E. In addition to the ISA S5.4 requirements, show the following details:

1. Functional name of each loop.

2. Reference name, drawing, and loop diagram numbers for any signal continuing off the loop diagram sheet.

3. Show all terminal numbers, regardless of the entity providing the equipment.

4. MCC panel, circuit, and breaker numbers for all power feeds to the loops and instrumentation.

5. Designation of and, if appropriate, terminal assignments associated with, every manhole, pull-box, junction box, conduit, and panel through which the loop circuits pass.

Med Center Electrical Rehab 40 61 00-4 July 2024
Process Control and Instrumentation Systems

6. Show vendor control panel, instrument panel, conduit, junction box, equipment and PCIS terminations, termination identification, wire numbers and colors, power circuits, and ground identifications.

7. If a circuit is continued on another drawing, show the name and number of the continuation drawing on the loop drawing. Provide complete references to all continuation drawings whether vendor control panels, other loop drawings, existing drawings provided by the OWNER, or other drawings.

8. List associated interconnection drawings in the Reference Document Table of the loop drawing.

F. In addition to the above requirements, provide loop diagrams in accordance with the sample loop diagram as indicated on the Drawings or as provided by the City.

2.04 SPARE PARTS AND SPECIAL TOOLS
A. All spare parts and special tools shall be provided on site before Pre- demonstration testing commences. Include a sign-off acceptance sheet with all materials listed.

2.05 INSTRUMENT IDENTIFICATION
A. Submit list of instruments and associated equipment, each with tag inscription and tag materials.

B. Field mounted instruments shall be engraved stainless steel plates, with minimum 1/8-inch lettering.

C. Control Panels, racks, panel devices, terminal blocks and instruments shall have engraved plastic nameplates.

PART 3 - EXECUTION

3.01 GENERAL
A. Process control system work requires the integration of all instrumentation and control equipment provided under this contract with the existing or new control system. The objective is to provide a completely integrated control system free of signal or communication incompatibilities.

B. The complete process control and instrumentation system shall be provided under the supervision of a single entity, which is regularly engaged in the integration of systems of similar scope and complexity that specified herein.

Furnish the services of an on-site engineer or technician to supervise and coordinate installation, calibration, adjustment, testing, and start-up of the PCIS.

Med Center Electrical Rehab 40 61 00-5 July 2024
Process Control and Instrumentation Systems
C. Instrument calibration shall be performed by a qualified technician that has certification of successfully completing the instrument manufacturers calibration training course or applicable technical courses from a recognized technician trade school.

D. Design, develop, and electronically draft Interconnection Wiring Diagrams, Loop Diagrams, Instrument, Installation Details, Communication Block Diagram, and Control Panel drawings. Prepare drawings for submittal review and as-built record drawings. All drawings shall be done on 11x17 AutoCAD paper space, with 0.0625 minimum text height.

E. Interconnection wiring diagrams shall include information required for installation of field cables between equipment. Loop Diagrams shall include information for each device connected to PLC input and output modules.

Communication Block Diagram shall show the Ethernet connection between the PLC, local devices and the network switch. Interconnects and Loop Diagrams shall include cable quantities, cable sizes, cable labeling information, termination block labels, conduit sizes and conduit labels information. Show all pull boxes, handholes, j-boxes, etc. If contact comes from Panelboard schematic or vendor drawing, include reference of that drawing number. No wiring shall be terminated prior to approval of Interconnection Wiring Diagrams and Loop Diagrams.

3.02 PRODUCT HANDLING
A. Shipping, receiving, storage and handling shall conform to Section 01 00 00 - General Information and Requirements. Special instructions for proper field handling, storage and installation required by the manufacturer shall be securely attached to each piece of equipment prior to packaging and shipment.

3.03 FACTORY ACCEPTANCE TESTING
A. Arrange for the manufacturers of the equipment and fabricators of control panels supplied under this Section to allow the Engineer and City to inspect and witness the testing of the equipment at the site of fabrication.

Equipment shall include the MCC, PLC and Control Panels.

B. A minimum of 10 working days notification shall be provided to the Engineer prior to witnessed testing. No shipments shall be made without the Engineers approval.

C. PLC shall be fully functional as part of PLC Panel Factory Acceptance Test (FAT). Instrumentation Supplier shall include simulation test programs in the PLC to verify HMI communication, and PLC I/O wired terminal blocks.

Verification of the previously submitted and approved PLC I/O list shall be successfully completed during FAT.

Med Center Electrical Rehab 40 61 00-6 July 2024
Process Control and Instrumentation Systems
D. Control Panel FAT shall consist of manufacturer's standard electrical and mechanical production tests and inspections. The tests shall include electrical continuity check, dielectric tests for each circuit, and inspection for proper functioning of all components including controls, protective devices, metering, and alarm devices.

E. The tests shall include electrical continuity check, dielectric tests for each circuit, and inspection for proper functioning of all components including controls, protective devices, metering, and alarm devices.

F. PLC factory testing shall be in conformance with the specifications herein and attached test forms. PLC and OIT communication network shall be fully functional as part of PLC Panel Factory Acceptance Test. Include simulation test programs in the PLC to verify HMI communication, and PLC I/O wired terminal blocks.

3.04 INSTALLATION
A. All control and instrumentation equipment shall be installed in accordance with manufacturers published instructions and as specific in Division 40. All instruments and equipment shall be tagged.

B. The monitoring and control system configurations indicated are diagrammatic and the locations of equipment shown on the plans are approximate. The exact locations of control and instrumentation equipment shall be governed by structural conditions, physical interferences and existing conditions. All equipment shall be located and installed so that it will be readily accessible for operation and maintenance. Where job conditions require reasonable changes in approximated locations and arrangements, or when the City exercises the right to require changes in location of equipment which do not impact material quantities or cause material rework, make such changes without additional cost to the City.

Coordinate proposed equipment and instrument locations in the field with Engineer prior to installing or submitting details.

C. Install instrument identification tags directly to each instrument with 22- gauge stainless steel tie wire.

3.05 TESTING
A. Test forms and instrument calibration forms per the Test Plan shall be submitted and approved prior to Pre-Demonstration testing. Notify the Engineer of scheduled tests a minimum of 10 calendar days prior to the testing date. Testing shall not begin until Electrical Testing per Section 26 01 26 Electrical Testing has concluded, and electrical equipment energized. Testing shall be conducted during Pre-Demonstration period per Section 01 75 00 - Facility Startup. Field tests shall be witnessed and signed Med Center Electrical Rehab 40 61 00-7 July 2024
Process Control and Instrumentation Systems
off by the Engineer to be considered complete. Any test results without the Engineers signature are considered invalid and will be done again.

B. Provide all tools, reference fluids, standards, and equipment required to calibrate each instrument and test each loop. Test instruments used to simulate inputs and read outputs shall be suitable for the purpose with rated accuracy of 0.1% of the span and the measured value shall be greater than the required accuracy of the instrument being tested or calibrated. Apply calibration label on all calibrated devices.

C. Testing shall be provided for each instrument or device. Testing shall also be provided for each PLC I/O hardwired point. Loop Testing shall be considered approved once forms have been initialed by the City or Engineer. Testing shall utilize approved Loop Diagrams, Control and Logic Diagrams, and PLC I/O as part of testing procedures and verification process.

3.06 MANUFACTURER'S SERVICES
A. Furnish the following manufacturer's field technician services, whom is approved by the Engineer, for the instrumentation listed below during the Pre-Demonstration period.

1. Flow measuring systems per Section 40 71 13 Magnetic Flow Meters
a. Inspect to verify flowmeter is installed per manufacturers recommendations for upstream/downstream straight pipe
lengths and up leg for full pipe. Confirm factory calibration and configure flowmeter for the contract requirements.
b. Perform flow test in conjunction with the pump hydraulic performance test. Apply company certification sticker on instrument.

2. Pressure measurement system per Section 40 73 26 Pressure Measurement System.
a. Inspect to verify pressure transmitter is installed per manufacturers recommendations. Configure the pressure range for the contract requirements.
b. Calibrate the pressure system and apply company
certification sticker on instrument.

3. Combustible gas measuring systems per Section 40 76 23 Combustible Gas Monitors
a. Inspect to verify LEL sensor, pump and transmitter is installed per manufacturers recommendations. Configure the LEL
system for the contract requirements.

Med Center Electrical Rehab 40 61 00-8 July 2024
Process Control and Instrumentation Systems
b. Calibrate the LEL system and apply company certification sticker on instrument.

3.07 CALIBRATION
A. Calibration of instruments shall be performed during the Section 01 75 00 - Facility Startup, Pre-demonstration period of all devices not factory calibrated.

B. All devices provided under Division 40 shall be calibrated and ranges set, according to the manufacturer's recommended procedures to verify operational readiness and ability to meet the indicated functional and tolerance requirements.

C. Performance Deviation Tolerance: Acceptable tolerances shall be determined from applicable contract documents or the manufacturers published performance specifications. Overall accuracy requirements for networks or loops consisting to two or more components shall be the root- summation-square (RSS) of the individual component accuracy.

Tolerances for each required calibration point shall be entered on the test forms.

D. Calibration Points: Each instrument shall be calibrated at 0, 25, 50, 75 & 100% of span using test instruments to simulate inputs. The test instruments shall have accuracies traceable to National Institute of Testing Standards.

E. Field Calibration: Instruments shall be calibrated in the field to ensure proper operation in accordance with the instrument loop diagrams and actual field condition. Provide sticker on instrument that it has been calibrated and ready for service.

F. ISA-TR20 Calibration Sheets: Calibration sheets to be submitted prior to start-up of any system or subsystem. Each instrument calibration sheet shall provide the following information and a space for sign-off on individual items and on the completed unit:

1. Project name, tag number, manufacturer, model and serial number.

2. Calibration range and tolerance

3. Calibration data: Input, output, and error at 0, 25, 50, 75 & 100% of span.

4. Switch setting, contact action, and dead band for discrete elements.

5. Space for comments, sign off and date.

3.08 END-TO-END/LOOP TESTING
A. The PCIS shall perform the End-to-End/Loop testing along with City personnel to witness the test.

Med Center Electrical Rehab 40 61 00-9 July 2024
Process Control and Instrumentation Systems
B. End-to-End/Loop Testing shall be checked under simulated operating conditions by impressing input signals at the primary control elements and observing appropriate responses of the respective control and monitoring elements, virtual points, final control elements, the local HMI, and back to City SCADA system. Provisional settings shall be made on controllers and alarms during end-to-end testing. Actual signals shall be used wherever available. Following any necessary corrections, the loops shall be retested until successfully completed.

C. Analog input loops shall be tested by applying simulated analog inputs to the first element in the loop. Analog output loops shall be tested by monitoring the controlled output device. Simulated signals corresponding to 0, 25, 50, 75, and 100 percent of span shall be applied, and the resulting input signal or output to controlled element monitored to verify compliance to accuracy tolerance. Specified accuracy tolerances for each analog network are defined as the root-mean-square-summation of individual component accuracy requirements. Individual component accuracy requirements shall be as indicated by contract requirements or by published manufacturer accuracy specifications.

D. Digital controls shall be testing by actuating the control devices and observing the correct actions shown on the control schematic diagrams.

3.09 TRAINING
A. The CONTRACTOR shall train the OWNER'S personnel on the maintenance, calibration and repair of all instruments provided under this Contract. The contractor shall provide training as specified herein and in Section 01 65 00 Facility Startup. The Training submittal shall be approved before any training can be scheduled.

1. Instructions: The training shall be performed by qualified representatives of the equipment manufacturers and shall be specific to each piece of equipment.

2. Duration: Each training class shall be a minimum of 4 hours in duration and shall cover, as a minimum, operational theory, maintenance, troubleshooting/repair, and calibration of instruments.

4. Course Outline: The contractor shall provide a course outline for each training class for City approval prior to each class.

Med Center Electrical Rehab 40 61 00-10 July 2024
Process Control and Instrumentation Systems
a. The training shall include operation and maintenance procedures, troubleshooting with necessary test equipment, and changing set points, and calibration for that specific piece of equipment.

5. Documentation: The Contractor shall provide a copy of the training materials utilized during the lesson with all notes, diagrams, and comments.

END OF SECTION
Med Center Electrical Rehab 40 67 00-1 July 2024
Control Panels
40 67 00 CONTROL PANELS
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. Provide Control Panels complete and operable, in accordance with the Contract Documents.

1.02 SUBMITTALS
A. Submit for review in accordance with Sections 01 33 00 - Submittals and 40 61 00 Process Control and Instrumentation Systems.

B. Electronic PDF submittal files shall include bookmarks in the viewing pane following the structure of the table of contents, sub-level components, and drawing page numbers.

C. Submittal shall include comments, connection diagrams, bill of materials, enclosure, power, control, communication & instrumentation and related components listed below.

D. Comment letter shall contain deviations, clarifications, alternatives, explanations, recommendations, resubmittal comments, or any other item related to the submittal.

E. Component layout drawings and internal wiring connection diagrams F. Bill of Materials shall be a typewritten list with project identification, date and revision. Include item number, quantity, contract drawing tag identification or drawing symbol, description, manufacturer name and part number.

G. Catalog data sheets shall be submitted in the same order as they appear in the Bill of Materials. Data sheets shall be marked to identify proposed materials.

H. Enclosure and related components shall include catalog data sheets of the enclosure, door switch, thermostat, fan, filter, heater, air conditioner, light and receptacles.

I. Power distribution components shall include catalog data sheets for the breakers, fuse/holders, terminal blocks, conductors, connectors, wire markers, surge protector, UPS, power supplies, voltage & current transformers and ground bus.

J. Control Panel components shall include catalog data sheets on relays, selector switches, pushbuttons, indicating lights, switches, Ethernet devices, PLC and HMI and level controls.

Med Center Electrical Rehab 40 67 00-2 July 2024
Control Panels
K. Instrumentation shall include catalog data sheets, ISA-TR20-Instrument Specification Forms and calibration test sheets.

L. Factory and field test sheets for power distribution, control components, and PLC I/O checkout to include the following:

1. Testing procedures and equipment being used.

2. Visual, mechanical, operational, and control functional testing forms with spaces to check off each line items and signature spaces for the City and testing agency.

3. Punch list form for corrective items.

4. All signed test forms shall be submitted to the City and included in the O&M manual.

M. Software and firmware documentation with written sequence of operation.

N. PLC programming, HMI programming, and radio configuration per 40 61 96 PLC Control Narrative and I/O List.

O. Enclosure surface preparation and coating system
P. UPS capacity calculations for determining number of external battery units Q. Enclosure heating and cooling calculations for control panels.

R. Pre-demonstration field test sheets- loop test sheets end-to-end from field device to Control Panel and SCADA system.

S. Seismic design certification of the anchoring system stamped by California registered professional Civil Engineer for free-standing panels.

T. Trainers resume and a sample of training material handout U. Operation and Maintenance Manual

1.03 LAYOUT DRAWINGS AND CONNECTION DIAGRAMS
A. Layout drawings and connection diagrams shall be AutoCAD generated submitted in PDF format, 11x17 with 0.0625 minimum text height in conformance with all requirements of Section 40 61 00 Process Control and Instrumentation Systems.

B. Layout drawings shall be drawn to scale identifying materials, construction details, external dimensions, internal components, mounting details and conduit entry areas. Connection diagrams shall show all internal wiring with conductor identification along with numbered terminal blocks shown in physical order.

Med Center Electrical Rehab 40 67 00-3 July 2024
Control Panels
PART 2 - PRODUCTS

2.01 GENERAL
A. All equipment to be furnished under this contract shall be designed, constructed, and installed in accordance with the earthquake regulations of the California Building Code, Title 24, and the International Building Code for Seismic Zone 3.

B. Control Panel shall conform to the standards for NEMA Class IISB diagrams and wiring.

C. Control Panel including all components shall be rated for 50°C at full load.

D. Control Panel shall be manufactured, assembled, and tested by UL508A and UL698A listed shop. Control Panel shall be manufactured and assembled by Tesco Controls, Inc., Primax, or equal.

2.02 ENCLOSURES
A. Control Panel rating, size and arrangement shall be as shown on the drawings. Control Panel internal components shall be rearranged at the panel manufacturers discretion as approved during the submittal review process. Each device shall be identified with an engraved nameplate as shown on the drawings and as required to identify internal components.

B. NEMA12 wall mount. Control Panel shall be rated NEMA12 constructed from 16 or 14-gauge steel with continuously welded seams without knockouts. Larger enclosures shall include body and door stiffener.

Enclosures shall be equipped with welded mounting ears, threaded grounding stud and a bonding stud on the door. Continuously hinged cover shall be secured with stainless steel clamps or screws into threaded lugs compressing an oil resistant gasket. Removable inner panel shall be 14 or 12-gauge mounted on threaded collar studs. Finish shall include phosphatizing pretreatment and powder coated gray enclosure with white inner panel. Acceptable products include: Hammond 1414PH/1418J series, or equal.

C. NEMA12 freestanding. Control Panel shall be rated NEMA12 constructed from 12-gauge steel with continuously welded seams and internal stiffeners.

Enclosures shall be equipped with lifting eyes, threaded grounding stud and a bonding stud on the doors. Doors shall have continuous hinges, three- point roller latch with locking handle compressing an oil resistant gasket.

Interior shall have welded channels for mounting inner panels, racks and fixtures. Finish shall include phosphatizing pretreatment and powder coated Med Center Electrical Rehab 40 67 00-4 July 2024
Control Panels
gray exterior with white interior. Acceptable products include: Hammond 1418FS series, or equal.

D. NEMA 4X wall mount. Control Panel shall be rated NEMA 4X 304 stainless steel with continuous welded seams. Door shall have a rolled lip, continuous stainless-steel hinge, and stainless steel 3-point lockable roller latch compressing a seamless gasket. Enclosures shall be equipped with welded mounting ears, threaded grounding stud and a bonding stud on the door.

Removable inner panel shall be galvanized steel mounted on threaded collar studs. Finish shall be smooth brushed natural stainless steel.

Acceptable products include: Hammond HWSSHK series, or equal.

E. NEMA 4X freestanding. Control Panel shall be rated NEMA 4X constructed from 12-gauge 304 stainless steel with continuously welded seams and internal stiffeners. Enclosures shall be equipped with lifting eyes, threaded grounding stud and a bonding stud on the doors. Doors shall have continuous hinges, three-point roller latch with locking handle compressing an oil resistant gasket. Removable inner panel shall be galvanized steel mounted on threaded collar studs. Finish shall be smooth brushed natural stainless steel with white powder coated inner panel. Acceptable products include: Hammond HN4 FS SS series, or equal.

2.03 CONTROL PANEL COMPONENTS AND ENVOIRNMENTAL CONTROLS A. Fans shall be rated nominal 235CFM with die-cast frame, plastic impeller and thermally protected 120Vac motor, wire guard and filter. Acceptable products include: Orion OA172S series with filter kit, or equal.

B. Strip heaters shall be rated 150W, 120/240Vac, stud mounted with chrome steel sheath. Acceptable products include: Chromalox OT series, or equal.

C. Temperature control switches shall be rated 15A, 120VAC with adjustable thermostat set point 30˚ to 140˚F to control fans or heaters. Acceptable products include: Hoffman Bulletin A80, ATEMNC/O, or equal.

D. Enclosure temperature sensor shall be per Section 40 74 63 Temperature Transmitter.

E. Air conditioner shall be closed loop cooling rated per the heating calculation in a NEMA 4 enclosure. Unit shall include epoxy coated condenser and evaporator coils, condensate filtration and low temperature control thermostat. Provide proper drainage for condensation. Acceptable products include: Kooltronic Guardian DP24 series, or equal.

Med Center Electrical Rehab 40 67 00-5 July 2024
Control Panels
F. Door switches for controlling light fixtures shall be cabinet style with defeater, DPDT contacts rated 3A break at 120VAC. Acceptable products include: Eaton Type PS series limit switches.

G. Light fixtures shall be white enamel steel housing under-cabinet style with acrylic diffuser, LED technology, 120VAC supply voltage. Acceptable products include: Barron LEDUC series, Hammond FLKLED series, or equal.

H. Ground-fault circuit interrupting receptacles (GFCIs) shall be 125V, 20A, 2- pole, three-wire grounding type, self-test, industrial grade, NEMA 5-20R conforming to UL498 and UL943. Receptacle shall have brown polyester or nylon face, LED indication of power and/or fault. Acceptable products include: Hubbell GFR5362SG, Legrand P&S 2097, or equal.

I. Ground bus shall conform to UL486 and UL467 manufactured from high strength cooper tubing with screw terminals suitable for 6-14 AWG copper conductors. Acceptable products include Ilsco D167 series, or equal.

J. Nameplates shall be machine engraved laminated black plastic with white letters.

2.04 CONTROL PANEL WIRING AND CONDUCTOR MARKERS
A. All Control Panel internal connection wiring shall be factory-installed per UL508A. Power and control conductors shall be stranded copper with MTW or TEW insulation. Power wiring shall be sized for full load conforming to NFPA79. CAT6 patch cords shall conform to Category 6 per TIA568C2, (4) bonded-pairs, 24AWG solid copper conductor with polyolefin insulation, yellow UL riser rated polyvinyl chloride jackets, (2) RJ45 jacks with gold/nickel plated bronze blades. Acceptable products include: Belden C601100000 series, or equal.

B. Control Panel power, control and instrumentation conductors shall have the following insulation colors:

Conductor Insulation Color
AC Power (208V, 3Ø)
(480V, 3Ø)
(480V, N)
Black/Red/Blue
Brown/Orange/Yellow
Gray
AC Power (240V delta high leg) Additional Orange phase tape 120VAC Control Black, Red
Med Center Electrical Rehab 40 67 00-6 July 2024
Control Panels
24V DC+ Blue
24V DC- Common White with blue stripe
Neutral White
Ground Green
AC Control External Source Yellow
External Neutral White with yellow stripe
Signal, pair Black, White, or Clear
C. Connection wiring shall be supported independently of terminations by lacing to panel support structure or by slotted flame-retardant plastic wiring channels. Wiring channels shall comply with UL 94, Type V-1. Wiring channel fill shall not exceed 40 percent of cross-section area. Only one wire per terminal block with exception of a comb jumper in addition to the single wire. Wiring to door-mounted devices shall be extra flexible and anchored to doors using wire anchors cemented in place.

D. Conductor markers shall be thermal transfer machine printed black characters. Markers shall be white colored irradiated PVDF sleeves with a heat shrink ratio of 2:1. Markers shall have operating temperature range of -67˚F to +437˚F in conformance with ASTM E162 & E662. Acceptable products include: Brady TLS2200 PermSleeve system, or equal.

2.05 CONTROL PANEL TERMINAL BLOCKS
A. Terminal blocks shall be Din-rail screw clamp type with corrosion treated steel clamps, copper alloy terminal bars and polyamide Insulated housing.

Acceptable products include: Phoenix Contact, Allen Bradley, Entrelec, or equal.

B. Terminal blocks shall be color coded for function listed in the following table.

Type Color-Function
M4/6.D2 105 046 23 White-Neutral
M4/6.D2 165 113 16 Yellow/Green-Ground
M4/6.D2 105 048 05 Red-120VAC control
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Control Panels
M4/6.D2 105 045 22 Yellow-external power source
M4/6.D2.1.N 125 126 03 Blue- 24VDC+
M4/6.D2 115 271 22 Gray- 24VDC-
ML10/13 SFD 199 166 26 Black-24VDC Fuse w/LED
ML10/13 SFL 199 168 00 Black-120VAC Fuse w/NEON
M4/6.D2.SNBT 115 561 15 Grey-Analog
173 520 22 Jumper bar
118 499 23 End section terminal/fuse groups
168 962 04 Vertical interconnection
233 143 series Markers odd/even double deck
114 836 00 End stop for each group

2.06 MOTOR STARTERS
A. Motor starters shall be NEMA combination style consisting of a magnetic only motor circuit protector, contactor with manual reset electronic overload, and fused control transformer. Smallest allowable starter shall be NEMA Size1. Motor circuit protector shall be capable of being padlocked in the OFF position. Position overload for dead-front operated reset pushbutton.

B. Motor circuit protectors shall conform to UL489 with three pole magnetic sensing for short circuit protection with instantaneous trip. Trip settings shall be adjustable from 3-10x continuous current rating. Lugs shall be suitable for copper conductors. Acceptable products include: Eaton Series C, HMCP, or equal.

C. Starters shall be non-reversing, NEMA rated, magnetically actuated contactor and electronic overload mounted on a common steel plate Starters designed to IEC ratings or with dual IEC/NEMA ratings will not be acceptable. Contactor coil shall be molded construction with holding circuit contact and transient suppressor. Contactor power contacts shall be double break silver alloy rated for 3,000,000 operations. Furnish with auxiliary contacts as required by electrical motor control diagrams, plus one each spare N-O and N-C contact. Electronic overload shall be self-powered, direct mount to contactor body, with selectable trip class. Electronic overload shall monitor thermal overload, phase loss, phase imbalance and Med Center Electrical Rehab 40 67 00-8 July 2024
Control Panels
ground fault. Acceptable products include: Eaton Freedom series, Class ECN01 with C440 overload, or equal.

D. Each starter unit shall have its own control power transformer with 120VAC secondary, sized to power the load of all connected control devices with minimum size of 100VA. Control transformer shall conform to NEMA-ST1 with epoxy encapsulated steel laminations and copper magnet wire.

Control transformer shall include secondary 13/32x1-1/2 fuse clip and 2- pole primary fuse block for rejection type fuses. Acceptable products include: Eaton type MTE, C0100E2AFB, or equal.

2.07 CIRCUIT BREAKERS
A. Circuit breakers shall be fully rated, bolt-on, molded-case, quick make/break, mechanically trip-free, and trip indicating conforming to UL489.

Contacts shall be non-welding silver alloy with arc extinguishing chutes.

Manual push-to-trip feature shall be accessible on the face of the breaker.

B. Electronic trip units shall consist of a solid state, microprocessor-based programmer, tripping means, current sensor, power supply and all other devices necessary for proper operation. Overcurrent sensing shall be true RMS technology. Units shall have keypad for setpoint entry and display of settings, trip targets, normal, pickup, trip and error messages. Case shall be equipped with integral jack for testing via a portable test unit. Units shall be furnished with long time pickup & delay, instantaneous, short time pickup & delay, ground fault pickup & delay.

C. Distribution circuit breakers shall be a minimum of 22kAIC interrupting capacity at operating voltage. Acceptable products include: Eaton Series C F-Frame Type EDS, or equal.

2.08 FUSES AND HOLDERS
A. Fuse holders shall conform to UL4248 rated 600V, 30A, 200kA (SCCR) for Class CC cylindrical fuses with LED indicator for tripped fuse. Body shall be halogen-free, self-extinguishing material, DIN rail mounted, 3-pole with IP20 rating. Connections shall be screw terminal suitable for copper conductors.

Acceptable products include: Bussman, Allen Bradley or equal.

Med Center Electrical Rehab 40 67 00-9 July 2024
Control Panels
B. Fuses shall be 13/32x1-1/2, Class CC current-limiting, time delay rated 200kA, 600VAC & 300VDC, ¼ thru 30A. Acceptable products include:

Bussmann FNQ-R series, or equal.

C. Provide (3) spare part fuses of each size located inside the Control Panel.

B. Current transformer shall conform to IEEE C57.13 metering accuracy 0.3% at B0.1 burden rated 600V, 10kV BIL. Core shall be annealed grain-oriented silicon steel wound with heavy enameled copper wire encapsulated in resin with a molded case with integral baseplate mounting. Terminals shall be tin plated brass screws with compression plate with shorting device interlocked into plastic cover. Acceptable products include GE JAK-OC series, or equal.

2.10 SURGE SUPPRESSORS
A. Surge Protector Devices (SPD) shall conform to UL1449 and UL1283 rated 200kA (SCCR) with 20kA nominal discharge current. Surge Suppressor shall be specifically selected for the nominal voltage and electrical system configuration of the utility service. SPD shall be connected through a 30A circuit breaker. Protection modes shall include L-N, L-L (normal) and L-G, N-G (common) with nanosecond response time. Surge suppressors shall have a built-in diagnostic package with LED display for the status of each phase. Suppressor shall have 20-year free replacement warranty.

Acceptable products include: Eaton SPD series, or equal.

2.11 POWER SUPPLY AND REDUNCANCY UNIT
A. Power supply shall conform to UL508 rated 5A, 120VAC input to adjustable 24VDC output, 88.8% efficiency and <30mVpp ripple suitable for parallel operation. Enclosure shall be DIN-rail mounted, fully enclosed IP20 rated metal housing with convection cooling thru fine ventilation grid rated for full load operation between -25˚C to +70˚C. Power supply shall be input fused, overload and over temperature protected with auto recovery. Internal diagnostics shall be indicated with LED status for input, output & alarm and Med Center Electrical Rehab 40 67 00-10 July 2024
Control Panels
remote indication via alarm relay contact. Acceptable products include:

Phoenix Contact 2904600 or approved equal.

B. Redundant shall be rated 2x10A/1x20A, 24VDC suitable for parallel operation of dual power supplies specified above. Enclosure shall be DIN- rail mounted, fully enclosed IP20 rated metal housing with convection cooling thru fine ventilation grid rated for full load operation between -25˚C to +70˚C. Internal diagnostics shall be indicated with LED status for normal output voltage and remote indication via relay contact. Acceptable products include: Phoenix Contact 2866514 or approved equal.

2.12 UNINTERRUPTIBLE POWER SUPPLY (UPS)
A. Control Panel UPS shall be UL1778 rated, employ on-line double conversion with power factor correction technology rated VFI-SS-111 in conformance with IEC62040-3. UPS normal mode shall supply filtered and regulated input AC power to an online DC inverter for AC power to connected loads. Upon input AC power failure UPS shall power connected loads through the inverter from internal and external batteries. UPS shall have automatic bypass to utility power for over-temperature, overloads or internal faults. The UPS shall be supplied with a low output voltage cutoff to prevent damage to loads when the battery power is exhausted. UPS shall be rated 1500VA/1350W, 120VAC, 60Hz input and generate output of regulated 120VAC with +3% tolerance, 60Hz, 0.9PF with a 90% efficiency at full resistive load. Batteries shall be valve regulated lead acid maintenance free lead acid cells. UPS shall have external battery modules for extended run time. Battery management shall include selectable three- stage or constant charge modes with automatic battery testing. User interface shall be backlit LCD panel with menu to view all critical UPS information. LED indicators shall display system status of normal, battery mode, bypass mode and fault. Input connection shall be 6-foot cord with 5- 15P plug and outputs shall be (8) 5-15R receptacles. UPS shall maintain power to PLC connected load for a minimum of four hours. The equipment submittal shall include sizing calculations which support the unit selected.

Provide with Web/SNMP communication network card supporting Ethernet 10/100BaseT for connection to network switch and programmable relay output port for discrete UPS fail alarm to PLC. Mount on shelf to elevate above conduit entrance. Acceptable product: Eaton 9PX1500RTN & 9PXEBM48RT no equal.

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Control Panels

2.13 CONTROL DEVICES
A. Pushbuttons, switches, contacts, legend plates and nameplates shall be furnished to meet the control functions and identification shown on the drawings. Provide devices with the following color scheme.

C. 2, 3 & 4-position selector switches shall be metal, 30mm, non-illuminated, maintained contact style rated NEMA4/13, 10A at 120AC and 2.5A at 24VDC. Acceptable products include: Allen-Bradley 800T series, or equal.

D. Emergency stop mushroom head push-pull switches shall be metal, 30mm, non-illuminated, maintained contact style rated NEMA4/13, 10A at 120AC and 2.5A at 24VDC. Acceptable products include: Allen-Bradley 800TFX series, or equal.

E. Pilot lights shall be metal, 30mm, transformer, push-to-test, LED rated NEMA4/13. Acceptable products include: Allen-Bradley 800TPTH series, or equal.

F. Spring-wound timer for Booster Pump controls shall be rated 20A, 120VAC.

Switch shall be SPST, 30-minute time cycle with no hold feature.

Acceptable products include: Intermatic FF30MC with engraved legend.

G. Provide Elapsed Time Meters (ETMs) for all motor starters connected to motors larger than 2 horsepower, even if not shown on electrical schematics.

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Control Panels

2.14 CONTROL RELAYS AND SOCKETS
A. Relay types, contact number and arrangement shall be furnished to meet the control functions shown on the drawings.

B. General purpose relays shall be enclosed with LED indicator, check button, hold down springs, clips, and DIN-rail blade socket type with diode module.

Contacts shall be silver-cadmium oxide, SPDT thru 4PDT rated 10A 30VDC/240VAC. Acceptable products include: Idec RH(x)B-ULC, SH(x)B- 05C series, or equal.

C. Timer relays shall be multi-mode selectable, enclosed, LED indicator, DIN- rail pin socket type and provided with hold down springs and clips. Time range shall be adjustable between 0.1 seconds to 180 hours. Contacts shall be SPDT rated 10A at 240VAC and 1A at 30VDC. Acceptable products includes: Idec RTE-P1, SR2P-06C series, or equal.

D. Latch relays shall be enclosed with check button, DIN-rail socket type and provided with hold down springs and clips. Relay shall latch with a self- holding permanent magnet that requires signal to the set or re-set coil to change contact state. Contacts shall be DPDT silver rated 10A 30VDC/240VAC. Acceptable products include: Idec RR2KP-UC, SR3P-05 series, or equal.

Timemark Model A258B, 51X120 series 600V Rated Socket, no equal.

2.15 PLC AND HMI
A. PLC and HMI shall be furnished in conformance with Sections 40 61 00 Process Control and Instrumentation Systems and the plans. Provide the following PLC and HMI hardware based on Modicon M580 series, no equal.

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Control Panels

1. (2) 8-slot rack Modicon BME XBP 0800

2. (2) Power supply Modicon BMX CPS 4002

3. (1) Processor Modicon BME P58 4040

4. (1) Serial link RS-485/232 module Modicon BMX NOM 0200

5. (3) Ethernet TCP/IP RJ45 10/100 module Modicon BME NOC 0301

6. (4) Discrete digital input modules Modicon BMX DDI 1602 a. (4) Digital input sub-base Modicon ABE 7H16S21
b. (4) 20-pin connector and cable Modicon TWD FCW 30K c. (4) 20-plug terminal block Modicon BMX FTB 2010

7. (1) Discrete digital output module Modicon BMX DDO 1602 a. (1) Digital output sub-base Modicon ABE 7R16T330
b. (1) 20-pin connector and cable Modicon TWD FCW 30K c. (1) 20-plug terminal block Modicon BMX FTB 2010

8. (1) Analog input module Modicon BMX AMI 0810
a. (1) Analog input sub-base Modicon ABE 7CPA31E
b. (1) 25-pin connector Modicon BMX FTA 150
c. (1) 10-point shunt terminal block Modicon ABE 7BV10

9. (1) Rack Expansion module Modicon BMXXBE1000
a. (1) Backplane extension cable Modicon BMXXBC008K
b. (1) Line Terminator Modicon TSXTLYEX

10. (2) Slot covers (5 pack)- Modicon XEM 010

11. (1) HMI- Maple System Weintek cMT3108XP
B. Provide the following PLC spare parts:

1. (1) 8-slot rack Modicon BME XBP 0800

2. (1) Power supply Modicon BMX CPS 4002

3. (1) Processor Modicon BME P58 4040

4. (1) Serial link RS-485/232 module Modicon BMX NOM 0200

5. (1) Ethernet TCP/IP RJ45 10/100 module Modicon BMX NOC 0301

6. (1) Discrete digital input modules Modicon BMX DDI 1602

7. (1) Discrete digital output module Modicon BMX DDO 1602

8. (1) Analog input module Modicon BMX AMI 0810
Med Center Electrical Rehab 40 67 00-14 July 2024
Control Panels

2.16 ETHERNET MANAGED SWITCH
A. Ethernet managed switch shall be compatible with Network equipment and shall be furnished in conformance with Sections 40 61 00 Process Control and Instrumentation Systems.

B. Enclosure shall be IP30 rated, operating temperature between -40 to +75°C and 24VDC input power. Ethernet switch configuration includes 10/100/1000Base-T copper ports, 100/1000 SFP ports, expansion module, 4GB SD flash memory card, and USB connector. Acceptable products include: Cisco IE-3400-8T2S-A, Cisco expansion module IEM-3400-8T or IEM-3400-8S, Cisco SD-IE-4GB, no equal.

C. SFP transceivers shall be capable of 1000Base-BX throughput up to 40km over single mode fiber via LC connectors, bidirectional, DOM support and TAA compliant. Acceptable products include: ProLabs GLC-BX-U-40KM- C (wavelengths 1310nmTx/1490nmRx) and ProLabs GLC-BX-D-40KM-C (wavelengths 1490nmTx/1310nmRx), no equal.

2.17 RADIO TRANSCIEVERS
A. Provide Data-Linc Group SRM8200 with din rail clip DIN-CLIP, no equal.

Install radio as shown on the plans. The radio shall be capable of transmitting data either serial or Ethernet. The operating frequency shall be 902 MHz to 928 MHz. The radio shall be powered by 12VDC power supply.

B. The contractor shall remove and salvage the existing radios from the existing PLC cabinet after the new station is operational and at the direction of the Engineer.

2.18 TRANSMISSION CABLES
A. Supply the transmission cables to connect the radio antenna port (via 50 ohm "Superflex" cable/lightning arrester) with the existing antenna. The cable shall be low-loss foam-dielectric type, 1/2 inch in diameter, and sufficient length to route each cable from the existing antenna to each lightning arrester (field verify). The transmission cable shall be weatherproof suitable for direct environmental exposure. Use "O" ring seals on all connectors. The transmission cable shall be Andrew Corp. LDF4- 50A. The cable shall be installed without splices between the radio and the PLC as shown on the plans. The contractor shall reuse the existing antenna cable to the antenna and connect this cable to the new radio. The contractor shall terminate this cable with a new N type connector if needed.

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Control Panels
B. Provide a section of "Superflex" cable between the radio and the lightning arrester. The cable shall be Andrew Corp. FSJ1-50A or equal with factory installed type N connectors.

C. Connectors for the transmission cable shall be type N.

D. The lightning arrester shall be Polyphasor Corp. IS-50NX-C2.

E. The Contractor shall field verify the length of antenna cable required for the project.

F. The Contractor shall apply cold shrink around the antenna cable where this cable connects to the antenna.

2.19 ANTENNA
A. The contractor shall provide and mount the antenna per the manufacturers recommendations.

1. The omni directional antenna shall be a Kathrein Scala model number SL11-915/DT2, no equal.

2. The yagi antenna shall be a Kathrein Scala model TY-900.

2.20 PNEUMATIC CONTROLS
A. Pressure transmitters shall be furnished in conformance with Section 40 61 00 Process Control and Instrumentation Systems.

B. Pressure transmitters shall be gage measurement, accuracy +0.075% of span, stability +0.10% of upper range limit for 1 year, range 50:1, 316L stainless steel process connection and diaphragm, 4-20mA Hart communications, silicone fill, LCD display of engineering units, overvoltage protection, 316SS mounting bracket, block and bleed valve, and stainless- steel tag. Acceptable product: Endress+Hauser Cerabar S PMP71- ABC1PH1RAAMU+N2Z1, no equal.

C. Compressor shall be oil-less, non-lube piston and cylinder with permanently lubricated bearings, stainless steel valves, intake filter, low noise, balanced motor and piston, long-life piston seal, open drip-proof split capacitor 115V motor with cord and cap connection. Acceptable products include: Thomas 688, series or equal.

D. Solenoid valves shall be 303 stainless steel, silver shading coil, ¼-NPT, normally closed, 150psi, 120VAC. Acceptable products include: Asco Model 8320G202, or equal.

Med Center Electrical Rehab 40 67 00-16 July 2024
Control Panels
E. Air tubing inside the Control Panel shall be black ¼ polyethylene, fittings shall be 316 stainless steel with back and front ferrules, deep tube abutment and silver-plated nut. Acceptable products include: EB-43-0100 tube with 4TIZ, 4NU4 fittings, or equal.

PART 3 - EXECUTION

3.01 CONTROL PANEL CONSTRUCTION
A. Terminal blocks shall have machine printed terminal numbers and plastic nameplates corresponding with connection diagrams.

B. Terminals for shielded cables shall be adjacent so that the shield is terminated next to the signal conductors.

C. Fused terminal blocks shall be spaced apart with spare terminals between to facilitate finger operation to replace blown fuses.

D. Wire markers shall be heat shrunk and arranged so that the labels are facing outward and readable without twisting or moving the conductors.

E. Wiring shall be supported independently of terminations. Conductors shall be trained on terminals and laced into fixed bundles and routed into wire duct. Lowest wire duct shall be located a minimum of 12 from the bottom of the Control Panel.

F. Conductors crossing hinges shall be slack looped and contained in spiral wrap secured on each end.

G. Patch cords shall be ordered to the specific length required with no more than 18 of extra length.

H. Field wiring shall terminate on terminal blocks. Arrange terminal blocks so that field wiring terminals are grouped together and located adjacent to conduit entry areas.

I. Field wiring terminals shall be arranged such that external interconnection conductors have sufficient room for bending radius and the installation of wire markers.

J. Field wiring routing, wire tie downs and wire harness shall be mechanically attached to the subpanel. Self-sticking or adhesive type fasteners are not acceptable for any application.

K. Component installation shall conform to IP20 Finger-Safe rating such that a finger will not be able to contact hazardous energized parts. Install clear plastic guards over exposed terminals not finger safe that are over 50V.

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Control Panels
L. Antenna cable shall be installed so that minimum bending radius is maintained.

3.02 HEATING AND COOLING CALCULATIONS
A. For control panels perform heating calculation sizing the strip heaters to maintain minimum internal temperature of 55°F with a 32°F ambient temperature.

B. For control panels perform cooling calculation sizing the air conditioner to maintain a maximum internal temperature of 80°F with a 104°F ambient temperature.

3.03 FACTORY ACCEPTANCE TESTS
A. Factory Acceptance Testing shall be witnessed by the Engineer. Control Panels and all their components shall be given manufacturer's standard electrical and mechanical production tests and inspections. The tests shall include electrical continuity check, dielectric tests for each circuit, and inspection for proper functioning of all components including controls, protective devices, metering, and alarm devices. A copy of the Project Plan, Technical Specifications, approved submittal documents, and shop drawings shall be available for use at the factory test.

B. PLC factory testing shall be in conformance with Sections 40 61 00 Process Control and Instrumentation Systems and 40 68 00 Control Narrative and I/O List. PLC and OIT communication network shall be fully functional as part of PLC Panel Factory Acceptance Test. Include dummy programs in PLC and OIT to verify communication, and PLC inputs and outputs to processor registers. See 26 01 26 Electrical Testing Attachment A Test Forms for test forms.

C. All signed test forms and punch list items with corrective actions and status shall be submitted to the City after the factory acceptance test.

3.04 STORAGE AND HANDLING
A. If stored at the site, Control Panel shall be stored in a clean, dry space.

Factory wrapping shall be maintained or an additional heavy plastic cover shall be provided to protect units from dirt, water, construction debris, and traffic. Provide temporary heaters to Control Panel PLC Panel section.

B. Control Panel shall be handled carefully to avoid damage to components, enclosure, and finish. Leave the protective caps over the meter socket and conduit entries in place until meter installation.

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Control Panels

3.05 INSTALLATION
A. Install Control Panel in accordance with suppliers published instructions conforming to these contract documents. Conduit installation shall be coordinated with suppliers as-fabricated drawings so that all conduit stub- ups are within the area allotted for conduit. Conduit shall be stubbed up in the section that contains the devices to which conductors are terminated.

B. Control Panel shall be installed per the manufacturers recommendation and per the Seismic calculations.

C. Torque all bus bar bolts to Manufacturer's recommendations; tighten all sheet metal and structure assembly bolts.

D. Adjust Motor Circuit Protector (MCP) devices. MCP shall be set to the instantaneous trip setting position recommended per the coordination study in Section 26 05 73 Electrical Study.

E. Verify that motor overload devices are sized and set per NEC for equipment installed.

F. Configure Power Quality Meter. Verify communication between PQMs and PLC, confirm with City. Test per Section 26 01 26 Electrical Testing Attachment A Test Forms TF26.

G. Set Power Fail Relay. Coordinate settings with City.

H. After equipment is installed, touch up scratches and verify that nameplate, and other identification is accurate.

3.06 ARC FLASH LABELS
A. Provide arc flash labels in conformance with Section 26 05 73 Electrical Studies on each Control Panel section.

3.07 PRE-DEMONSTRATION TESTING
A. Pre-demonstration testing shall conform to Section 01 65 00 Facility Startup and as specified herein.

B. Provide electrical shock warning labels each door of the Control Panel in addition to arc flash labels on each Control Panel section prior to energization.

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C. NETA testing shall conform to the requirements of Sections 25 05 73 Electrical Studies and 26 01 26 Electrical Testing. Adjustable trip devices and motor overloads shall be set at the required set points and tested.

NETA testing shall be successfully completed and approved prior to Control Panel energization.

D. Pre-demonstration testing shall be performed by the equipment manufacturer technician and contractor personnel witnessed by the Engineer and/or City. All testing sheets shall be signed off by the Engineer and/or City to be considered valid.

E. Visual and mechanical inspection after installation shall include the following. Inspection for physical damage, proper anchorage and grounding. Verification that the ratings of the thermal overload heaters match the motor full-load current nameplate. Torque check tightness of bolted connections.

F. Successfully complete conductor and antenna testing per Section 26 05 19 Low-Voltage Conductors & Cables and instrument calibrations per Section 40 61 00 Process Control and Instrumentation Systems.

G. Energize the Control Panel and perform miscellaneous testing per Section 25 05 00 Electrical Work, General.

H. Successfully complete loop testing end-to-end from device through the Control Panel PLC to the SCADA system per Section 40 61 00 Process Control and Instrumentation Systems.

I. Startup equipment to verify proper operation of control and logic in all modes of control per Sections 01 75 00 Facility Startup and 40 61 00 Process Control and Instrumentation Systems.

3.08 DEMONSTRATION TESTING
A. Perform seven (7) day demonstration of functional integrity per Section 01 65 00 Facility Startup.

B. A manufacturer's engineering representative for the equipment specified herein shall be present at the jobsite for the frequency and minimum duration (travel time excluded) as specified below to perform the following manufacturer's services:

C. A minimum of one trip for two (2) individual two-hour sessions for operation and maintenance training of City personnel.

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1. Instructions: The training shall be performed by qualified representatives of the equipment manufacturers and shall be specific to each piece of equipment.

2. Duration: Each training class shall be a minimum of 4 hours in duration and shall cover, as a minimum, operational theory, maintenance, troubleshooting/repair, and calibration of instruments.

5. Documentation: The Contractor shall provide a copy of the training materials utilized during the lesson with all notes, diagrams, and comments.

END OF SECTION
Med Center Electrical Rehab 40 61 96-1 July 2024
Control Narrative And I/O List
40 61 96 PLC CONTROL NARRATIVE AND I/O LIST
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. This Section covers the control narrative for programming the PLC, HMI, and City SCADA systems as outlined in the plans and specifications.

B. SCADA HMI programming, PLC programming, radio configuration and ethernet addressing shall be provided by the City.

C. Section also includes the PLC I/O list and Ethernet communication list.

1.02 CONTROL SYSTEM DESCRIPTION
A. The control system consists of remote Supervisory Control and Data Acquisition (SCADA) operations and local Programmable Logic Controller (PLC) control with Human Machine Interface (HMI). The existing SCADA software is Trihedral VTScada. The standardized PLC platform is Modicon M580, Magelis HMI, and direct Ethernet communications. The standardized programming software is Unity Pro XL utilizing Function Block language except for discrete Input/Output (I/O) mapping which is ladder logic.

PART 2 - PRODUCTS

2.01 NOT USED
PART 3 - EXECUTION

3.01 GENERAL DESCRIPTION
A. The PLC shall perform reservoir level control, level monitoring, facility monitoring, alarm monitoring, and initiate the starting and stopping of pumps.

B. All alarms, status points, and analog signals shall be displayed on the HMI and City SCADA system. The analog signals shall be displayed in the units shown on the drawings and specifications.

3.02 STATION ELECTRICAL SYSTEM
A. Single-line drawing of the facility based upon the plan set and shall be created in VTS Trihedral. The symbols on the single-line drawing shall change colors. The drawing shall indicate the following:

1. Main breaker that is OPEN (red) or CLOSED (green)

2. Generator breaker that is OPEN (red) or CLOSED (green)

3. Status of each pump that is ON (green) or OFF (blue) Med Center Electrical Rehab 40 61 96-2 July 2024
Control Narrative And I/O List
B. The following information from the power meter shall be displayed on the HMI and City SCADA system:

1. Phase A line to line voltage

2. Phase B line to line voltage

3. Phase C line to line voltage

4. Phase A current in RMS

5. Phase B current in RMS

6. Kilowatts in KW

7. Power factor in percent

3.03 PUMP CONTROL LOGIC
A. The pumps will have 3 modes of operation, HAND, OFF and AUTO. These modes will be selectable from either the local HMI or the City SCADA. When in HAND the pump will run and the speed will be adjustable from either the local HMI or the City SCADA. When in OFF the pump will not be permitted to run. When in AUTO, the pumps will start and stop and based on the level in the reservoir.

B. Each pump will not be able to operate if its MOV valve is not fully open, and the altitude valve is open. A pump call will initiate the MOV to open.

C. The altitude valve shall be opened or closed from the PLC in increments using a pulsed signal from the PLC. This valve shall be controlled from the HMI and/or SCADA system to fill the reservoir. The altitude valve will automatically close if the valve sensing the water level is too high.

D. Each pump is assigned a position in the starting sequence, Stage 1, 2, or

3. (Lead, Lag1 and Lag2) The pump stages are altered automatically. When Auto Rotate is enabled, the pump assignments will increment automatically at a predetermined time of day. When Auto Rotate is disabled, the pump assignments will not increment automatically but can be incremented manually by the operator at either the local HMI or from the City SCADA system. If a pump is not available (NAV) (OFF selected or Faulted) then it shall be flagged as not available (NAV) and skipped in the rotational sequence.

E. For each sequence position a Start and Stop setpoint determines the level at which the pump operates. The level setpoints are assigned to pumping stages (1-3) rather than the physical pump.

F. When the level rises to the Stage 1 start setpoint, the Lead pump will start.

Med Center Electrical Rehab 40 61 96-3 July 2024
Control Narrative And I/O List
G. If the Stage 1 pump is running and the level continues to rise to the Stage 2 Start Setpoint, the Stage 2 (Lag 1) Pump will start. This is repeated for all pump Stages.

H. The Pump Start and Stop Setpoints shall be checked for appropriate range.

If the operator attempts to adjust the setpoint either too high or too low the setpoint shall be prevented from being set out of range by limiting the value to the low and high range limits.

I. The Start setpoint should always be set to a higher elevation than the Stop Setpoint. If the operator attempts to set the Stop Setpoint higher than the Start setpoint or the Start setpoint lower than the Stop setpoint, the program shall limit the setpoints such that the Start Setpoint shall always be a minimum of X (TBD) units higher than the Stop setpoint.

J. The pump start signals are hardwired and the pump speed control is sent over Ethernet. If the Ethernet communication fails, the pump VFD should be configured to run at maximum speed.

K. Whenever power is restored, from either utility or generator, a timer will delay the starting of the pumps with a 10 second delay between pump starts so that only one pump at a time can start.

L. The following information from each pump shall be displayed on the HMI and City SCADA system:

1. Pump Failure

2. Pump Running

3. Pump Ready

3.04 ALARM LOGIC
A. Digital alarms shall have de-bounce time delays. Digital alarms shall have the ability to be disabled from either the local HMI or the City SCADA. Digital alarms shall have the option of being latched or self-resetting.

B. Analog alarms shall have up to 4 alarm levels, LO-LO, LOW, HIGH and HIHI. All analog alarms shall have de-bounce delay timers. All analog alarms shall have the ability to be inhibited. Analog alarms shall have the option of being latched or self-resetting.

C. All alarm setpoints shall be adjustable from either the local HMI or the City SCADA system. Analog alarm setpoints shall be checked for appropriate range. If the operator attempts to adjust the setpoint either too high or too low, the setpoint shall be prevented from being set out of range by limiting the value to the low and high range limits.

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Control Narrative And I/O List
D. Alarm inhibit functions shall be configurable from either the local HMI or the City SCADA system.

3.05 START COUNTERS AND RUN TIME
A. Equipment starts shall be totalized in the following groups; current 24 hours, previous 24 hours, current week, previous week, current month and previous month.

B. Run time accumulators shall totalize equipment running time in the following groups; current 24 hours, previous 24 hours, current week, previous week, current month and previous month.

3.06 STATUS INFORMATION
A. The following status information shall be displayed on the HMI and City SCADA system:

1. Main breaker closed

2. Generator breaker closed

3. Pump 1 ready input

4. Pump 1 running

5. MOV 1 close status

6. MOV 1 open status

7. MOV 1 not in remote

8. Pump 2 ready input

9. Pump 2 running

10. MOV 2 close status

11. MOV 2 open status

12. MOV 2 not in remote

13. Pump 3 ready input

14. Pump 3 running

15. MOV 3 close status

16. MOV 3 open status

17. MOV 3 not in remote

18. Rain fall total

3.07 ANALOG INFORMATION
A. The analog information shall be displayed graphically and in number format.

The following analog information shall be displayed on the HMI and City SCADA system:

Med Center Electrical Rehab 40 61 96-5 July 2024
Control Narrative And I/O List

1. Reservoir level in feet

2. System water pressure in PSIG

3. Inlet valve position in percent

3.08 ALARMS
A. General: The following alarms shall be displayed on the HMI and City SCADA system:

1. Entrance door intrusion

2. Reservoir hatch intrusion

3. Control building door intrusion

4. Control building roll up door intrusion

5. Roll up door intrusion

6. PLC cabinet intrusion

7. Surge protective device alarm

8. PLC UPS on bypass

9. PFR alarm

10. Reservoir low level

11. Reservoir high level

12. Pump 1 overload alarm

13. MOV 1 Failure

14. Pump 2 overload alarm

15. MOV 2 failure alarm

16. Pump 3 overload alarm

17. MOV 3 failure alarm

18. Power supply PS-1 failure

19. Power supply PS-2 failure

3.09 PLC I/O LIST
Description I/O Type Function
PLC Cabinet Intrusion Digital Input-1 Alarm
SPD Alarm Digital Input-2 Alarm
PLC UPS on Bypass Digital Input-3 Status
Spare Digital Input-4
PFR Alarm Digital Input-5 Alarm
Main Breaker Closed Digital Input-6 Status
Gen Breaker Closed Digital Input-7 Status
Spare Digital Input-8
Spare Digital Input-9
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Control Narrative And I/O List
Spare Digital Input 10
Spare Digital Input-11
Spare Digital Input 12
Spare Digital Input-13
Spare Digital Input-14
Spare Digital Input-15
Spare Digital Input-16
Description I/O Type Function
Pump 1 Ready Input Digital Input-17 Status
Pump 1 Running Digital Input-18 Status
Pump 1 Overload Alarm Digital Input-19 Alarm
MOV1 Failure Alarm Digital Input-20 Alarm
MOV1 Close Status Digital Input-21 Status
MOV1 Open Status Digital Input-22 Status
MOV1 Not Ready Digital Input-23 Status
Spare Digital Input-24
Pump 2 Ready Input Digital Input-25 Status
Pump 2 Running Digital Input 26 Status
Pump 2 Overload Alarm Digital Input-27 Alarm
MOV2 Failure Alarm Digital Input-28 Alarm
MOV2 Close Status Digital Input-29 Status
MOV2 Open Status Digital Input-30 Status
MOV2 Not Ready Digital Input-31 Status
Spare Digital Input-32
Description I/O Type Function
Pump 3 Ready Input Digital Input-33 Status
Pump 3 Running Digital Input-34 Status
Pump 3 Overload Alarm Digital Input-35 Alarm
MOV3 Failure Alarm Digital Input-36 Alarm
MOV3 Close Status Digital Input-37 Status
MOV3 Open Status Digital Input-38 Status
MOV3 Not Ready Digital Input-39 Status
MOV4 Close Status Digital Input-40 Status
MOV4 Open Status Digital Input-41 Status
Reservoir Low Level Digital Input 42 Alarm
Reservoir High Level Digital Input-43 Alarm
Reservoir High-High Level Digital Input-44 Alarm
Spare Digital Input-45
Spare Digital Input-46
Power Supply PS-1 Failure Digital Input-47 Alarm
Power Supply PS-2 Failure Digital Input-48 Alarm
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Control Narrative And I/O List
Description I/O Type Function
Entrance Door South 101A Digital Input-49 Alarm
Roll Up Door 102A Digital Input-50 Alarm
Control Building Door 102B Digital Input-51 Alarm
Control Building Roll Up Door 102C Digital Input-52 Alarm Reservoir Hatch 102D AND 102E Digital Input-53 Alarm
Motion Detected Digital Input-54 Alarm
Hirsch Panel Trouble Digital Input-55 Alarm
Security Door Power Digital Input-56 Alarm
Spare Digital Input-57
Spare Digital Input 58
Spare Digital Input-59
Spare Digital Input-60
Spare Digital Input-61
Spare Digital Input-62
Spare Digital Input-63
Spare Digital Input-64
Description I/O Type Function
Pump 1 Call Digital Output-1 Command
Pump 2 Call Digital Output-2 Command
Pump 3 Call Digital Output-3 Command
Open Fill Valve Digital Output-4 Command
Close Fill Valve Digital Output-5 Command
Spare Digital Output-6
Spare Digital Output-7
Spare Digital Output-8
Spare Digital Output-9
Spare Digital Output 10
Spare Digital Output-11
Spare Digital Output-12
Spare Digital Output-13
Spare Digital Output-14
Spare Digital Output-15
Spare Digital Output-16
Description I/O Type Function Range Units
Reservoir Level Analog Input-1 Level 0 24 ft
System Water Pressure Analog Input-2 Level 0 85 psig
Spare Analog Input-3
Inlet Fill Valve Position Analog Input-4 Position 0 -100 % Spare Analog Input-5
Spare Analog Input-6
Med Center Electrical Rehab 40 61 96-8 July 2024
Control Narrative And I/O List
Spare Analog Input-7
Spare Analog Input-8

3.10 ETHERNET DATA
A. Digital Power Meter Ethernet Data:

1. Phase A, B, and C line to line voltages

2. Phase A current in RMS

3. Phase B current in RMS

4. Phase C current in RMS

5. Kilowatts in KW

6. Power factor in percent

END OF SECTION
Med Center Electrical Rehab 40 73 23-1 July 2024
Pressure Transmitters
40 73 26 PRESSURE TRANSMITTERS
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. This Section covers the furnishing, installation, calibration, and testing of the pressure transmitters as specified herein, as shown on the Drawings, and as required for a complete installation.

1.02 SUBMITTALS
A. Provide submittals in accordance with Section 01 33 00 Submittals and 40 61 00 Process Control and Instrumentation Systems. Submittals shall be approved by the Engineer prior to manufacturer and shipment.

B. Catalog data sheets, configuration selection data, ISA-TR20 Instrument Specification Forms and calibration test sheets. All items to be approved prior shipping from manufacturer.

C. Installation details of the pressure transmitters and valve assemblies.

Installation details to be approved prior installation.

D. Training plan per 40 61 00 Process Control and Instrumentation Systems and herein.

E. Provide Operations and Maintenance Manuals as specified in Section 01 33 00 - Submittals.

PART 2 - PRODUCTS

2.01 MANUFACTURERS
A. Provide the following, no equal:

1. Pressure Transmitter
a. Endress & Hauser Cerabar S PMP71, PMP71-
ABC1PH1RAAMU+N2Z1

2. Differential Pressure Transmitter
a. Endress & Hauser: Deltabar PMD75, PMD75-
ABC7HH1DAQM+N371Z1

3. Submersible Pressure Transmitter
a. KPSI 705-T14-C0B-xx.xx-xx.xx-B1xxB

2.02 MANUFACTURED UNITS
A. Pressure Transmitters:

1. General:

Med Center Electrical Rehab 40 73 23-2 July 2024
Pressure Transmitters
a. Pressure transmitter assembly shall include a diaphragm type pressure transducer and microprocessor-based transmitter for measurement of gauge, vacuum, or absolute pressure.

2. Performance requirements:
a. Maximum ratio of total instrument range to calibrated span: 10 to 1.
b. Accuracy:
1) Reference Accuracy: Plus or minus 0.075 percent of
calibrated span, including effects of hysteresis,
nonlinearity, and repeatability.
2) Total Performance Accuracy: Plus or minus 0.30
percent of calibrated span, including reference
accuracy effects, static pressure and ambient
temperature effects.
3) Stability: Plus or minus 0.15 percent of upper range limit over 5 years.

3. Element:
a. Diaphragm type transducer integral to pressure transmitter. b. Diaphragm material: Stainless steel or compatible to process. c. Process Material Compatibility:
1) Verify all material compatibilities with the instrument Manufacturer.
d. Process Connection: As indicated in the Instrument Data Sheets or Instrument Index.

4. Transmitter:
a. Power supply:
1) 24 VDC - 2 wire loop powered.
2) Power consumption: 3 VA maximum.
b. Outputs:
1) Isolated 4-20mA DC with HART communication
protocol.
c. Provided with electronic microprocessor.
d. Adjustments: Adjustable electronic zero and span, with elevated or suppressed zero as required by application.

Adjustment shall be possible without mechanical fulcrum points or handheld configurator.

Med Center Electrical Rehab 40 73 23-3 July 2024
Pressure Transmitters
e. Local Display:
1) 5-digit LCD.
2) Scaled in engineering units.
f. Enclosure: NEMA Type 4X.
g. Over range Protection: To maximum process line pressure. h. Conduit: 1/2 inch male NPT.

5. Components:
a. Transmitter Mounting:
1) As indicated in the Instrument Data Sheets or
Instrument Index.
2) Provide all necessary hardware for transmitter
mounting.

B. Differential Pressure Transmitters:

1. General:
a. Pressure transmitter assembly shall include a diaphragm type pressure transducer and microprocessor-based transmitter for measurement of differential pressure.

2. Performance requirements:
a. Accuracy:
1) Reference Accuracy: Plus or minus 0.05 percent of
calibrated span, including effects of hysteresis,
nonlinearity, and repeatability.
2) Total Performance Accuracy: Plus or minus 0.30
percent of calibrated span, including reference
accuracy effects, static pressure and ambient
temperature effects.
3) Stability: Plus or minus 0.05 percent of upper range limit over 5 years.

Med Center Electrical Rehab 40 73 23-4 July 2024
Pressure Transmitters

Adjustment shall be possible without mechanical fulcrum points or handheld configurator.
e. Local Display:
1) 5-digit LCD.
2) Scaled in engineering units.
f. Enclosure: NEMA Type 4X.
g. Over range Protection: To maximum process line pressure. h. Conduit: 1/2 inch male NPT.

5. Components:
a. Transmitter Mounting:
1) As indicated in the Instrument Data Sheets or
Instrument Index.
2) Provide all necessary hardware for transmitter
mounting.

C. Submersible Pressure Transmitter

1. General:
a. Submersible pressure transmitter shall be hydrostatic type.

2. Performance requirements:
a. Accuracy:
1) Static accuracy +/-0.25% FSO
2) Resolution +0.0001% FS

3. Element:
a. Process Material Compatibility:
1) PTFE coated elastomeric diaphragm
2) Molded polyurethane cable seal
Med Center Electrical Rehab 40 73 23-5 July 2024
Pressure Transmitters
3) Verify all material compatibilities with the instrument Manufacturer.

4. Transmitter
a. Power supply:
1) 24 VDC - 2 wire loop powered.
2) Input current, 20 mA max.
b. Outputs:
1) 4-20mA DC
c. Housing:
1) Titanium, vented gage
d. Full lightning protection.
e. Vented filter for moisture protection.

5. Components:
a. Transmitter Mounting:
1) Stilling well shall be 2 Schedule 80 gray PVC
conforming to ASTM D1785. Acceptable product
include: Spears PD-800-020, or equal.
2) As indicated in the Instrument Data Sheets or
Instrument Index.

2.03 ACCESSORIES
A. Provide valve manifolds as specified in Section 40 79 66 Instrument Valves:

1. Mount valve manifold integrally to the transmitter.

2. Valve manifold and transmitter shall be assembled by Manufacturer and shipped as an assembly.

3. Provide remote or integral diaphragm seals as indicated in the Instrument Data Sheets or the Instrument Index, and as specified in Section 40 73 63 Diaphragm Seals.

B. Provide sun shield for outdoor installations.

PART 3 - EXECUTION

3.01 INSTALLATION
A. The pressure transmitters shall be installed per the manufacturers recommendation and as shown on the Plans.

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Pressure Transmitters
B. Furnish submersible pressure transmitters with level range specific to the application. Cable shall be furnished so that it is installed to the control terminal blocks without splices. Install the transmitter in a 2 PVC still well located near accessible hatches or covers as shown on the drawings.

C. Verify factory and field calibration of all instruments in accordance with the manufacturers instructions with City Instrumentation staff.

D. Coordinate the installation with all trades to ensure that the mechanical system has all necessary appurtenances for proper installation of instruments.

E. Return factory calibrated devices to the factory if they do not meet the field verification requirements for calibration.

3.02 PRE-DEMONSTRATION TESTING
A. Pre-demonstration testing shall conform to Section 01 77 00 - Contract Closeout and as specified herein.

B. Perform testing in conformance with the requirements of 26 01 26 - Electrical Testing and Section 40 61 00 Process Control and Instrumentation Systems.

C. Pre-demonstration testing shall be performed by the Contractor and witnessed by the Engineer. All testing sheets shall be signed off by the Engineer to be considered valid.

3.03 DEMONSTRATION TESTING
A. Perform seven (7) day demonstration of functional integrity per Section 01 65 00 - Facility Startup.

3.04 TRAINING
A. The equipment manufacturer shall train the OWNER'S personnel on the maintenance, calibration and repair of all instruments provided under this Contract. The manufacturer shall provide training as specified herein and in Section 01 65 00 Facility Startup. The Training submittal shall be approved before any training can be scheduled.

1. Instructions: The training shall be performed by the equipment manufacturers and shall be specific to each piece of equipment.

2. Duration: Each training class shall be a minimum of 1 hour in duration and shall cover, as a minimum, operational theory, maintenance, troubleshooting/repair, and calibration of the instrument.

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Pressure Transmitters

5. Documentation: The Contractor shall provide a copy of the training materials utilized during the lesson with all notes, diagrams, and comments.

3.05 WARRANTY
A. The manufacturer shall provide a one-year warranty that covers parts, labor and travel. The warranty period shall start on the day the City accepts the project.

END OF SECTION
Med Center Electrical Rehab 40 73 36-1 July 2024
Pressure Switches
40 73 36 PRESSURE SWITCHES
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. This Section covers the furnishing, installation, and testing of the pressure switches as specified herein, as shown on the Drawings, and as required for a complete installation.

B. Catalog data sheets, configuration selection data, ISA-TR20 Instrument Specification Forms and calibration test sheets. All items to be approved prior to shipping from manufacturer.

C. Installation details of the pressure switches. Installation details to be approved prior installation.

D. Provide Operations and Maintenance Manuals as specified in Section 01 33 00 - Submittals.

PART 2 - PRODUCTS

2.01 MANUFACTURERS
A. Mechanical type pressure switch: One of the following or equal:

1. Ashcroft B Series Type 400.

2. United Electric Controls 400 Series.

3. SQR-D 9012G

2.02 MANUFACTURED UNITS
A. Mechanical type pressure switches:

1. General:
a. Pressure switch shall be diaphragm or diaphragm-sealed piston type.

2. Pressure switches in contact with potable water shall be NSF certified.

3. Performance requirements:
a. Pressure range:
b. Accuracy:

Med Center Electrical Rehab 40 73 36-2 July 2024
Pressure Switches
1) ±1.0 percent of range.
c. Repeatability:
1) ±1.0 percent of range.

4. Element:
a. Type: Diaphragm, diaphragm-sealed piston, or bourdon tube. b. Overpressure:
1) Minimum 130 percent of maximum range pressure
without damage to switch or sensing element.
2) Minimum 400 percent of nominal range without
leakage or rupture.
c. Sensing element shall not require ambient temperature compensation.
d. Wetted materials: Stainless steel 316.
e. Setpoint:
1) Dual.
2) Switch shall activate at setpoint on increasing pressure for high-pressure alarm applications and on decreasing
pressure for low-pressure alarm applications.
f. Fixed or adjustable deadband.
g. Switch elements:
1) Snap acting.
2) 2 single pole-double throw (SPDT).
3) Rated at 5 A, 125/250 VAC.
4) Automatic reset type.
h. Enclosure: Epoxy coated NEMA Type 4.
i. Switch mounting:
1) Process connection: 1/2-inch NPT.

5. Components:
a. Provide all necessary hardware for pressure switch mounting.

2.03 ACCESSORIES
A. Pulsation dampeners and snubbers:

1. Provide pulsation dampener or snubber with each pressure switch installed on discharge of positive displacement type pump.

2. Materials: Stainless steel 316.

Med Center Electrical Rehab 40 73 36-3 July 2024
Pressure Switches

3. Mount pulsation dampener or snubber integrally to the pressure switch.

4. Connection: 1/2-inch NPT.

B. Provide integral diaphragm seals as indicated on the Drawings and as specified in Section 40 73 63 Diaphragm Seals:

1. Diaphragm seal and pressure switch shall be assembled by manufacturer and shipped as an assembly.

C. Furnish block and bleed valves as specified in Section 40 79 66 Instrument Valves.

D. Furnish gauge valves as specified in Section 40 79 66 Instrument Valves.

PART 3 - EXECUTION

3.01 INSTALLATION
A. The pressure switches shall be installed per the manufacturers recommendation and as shown on the Plans.

B. Verify factory calibration of all instruments in accordance with the manufacturers instructions and apply calibration label on device.

C. Coordinate the installation with all trades to ensure that the mechanical system has all necessary appurtenances for proper installation of instruments.

D. Return factory calibrated devices to the factory if they do not meet the field verification requirements for calibration.

3.02 PRE-DEMONSTRATION TESTING
A. Pre-demonstration testing shall conform to Section 01 77 00 - Contract Closeout and as specified herein.

B. Perform testing in conformance with the requirements of Section 26 01 26 - Electrical Testing and Section 40 61 00 Process Control and Instrumentation Systems.

C. Pre-demonstration testing shall be performed by the Contractor and witnessed by the Engineer and/or City. All testing sheets shall be signed off by the Engineer and/or City to be considered valid.

3.03 DEMONSTRATION TESTING
A. Perform seven (7) day demonstration of functional integrity per Section 01 65 00 - Facility Startup.

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Pressure Switches

1. Instructions: The training shall be performed by the equipment manufacturers and shall be specific to each piece of equipment.

2. Duration: Each training class shall be a minimum of 2 hours in duration and shall cover, as a minimum, operational theory, maintenance, troubleshooting/repair, and calibration of the instrument.

5. Documentation: The Contractor shall provide a copy of the training materials utilized during the lesson with all notes, diagrams, and comments.

3.05 WARRANTY
A. The manufacturer shall provide a one-year warranty that covers parts, labor, and travel. The warranty period shall start of the day the City accepts the project.

END OF SECTION
Med Center Electrical Rehab 40 73 63-1 July 2024
Diaphragm Seals
40 73 63 DIAPHRAGM SEALS
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. This Section covers the furnishing, installation, and testing of the diaphragm seals as specified herein, as shown on the Drawings, and as required for a complete installation.

B. Catalog data sheets, configuration selection data, ISA-TR20 Instrument Specification Forms and calibration test sheets
C. Installation details of the diaphragm seals.

D. Training plan per 40 61 00 Process Control and Instrumentation Systems and herein.

E. Provide Operations and Maintenance Manuals as specified in Section 01 33 00 - Submittals.

PART 2 - PRODUCTS

2.01 MANUFACTURERS
A. Diaphragm Seals:

1. For, liquids containing solids, and liquids with pulsating flow having pressures less than or equal to 15 psi: One of the following or equal:
a. Ashcroft, Type 301.
b. Mansfield and Green, Type LG.
c. Wika.
d. Rosemount.

2. For liquids containing solids, and liquids with pulsating flow having pressures greater than or equal to 15 psi: One of the following or equal:
a. Ashcroft, Type 101.
b. Mansfield and Green, Type RG.
c. Wika.
d. Rosemount.

Med Center Electrical Rehab 40 73 63-2 July 2024
Diaphragm Seals

3. For chemical applications: One of the following or equal:
a. Ashcroft, Type 101.
b. Mansfield and Green, Type RG.
c. Wika.
d. Rosemount.

B. Annular Seals:

1. One of the following or equal:
a. Red Valve.
b. Ashcroft Iso-Ring.
c. Onyx Valve.

2.02 MANUFACTURED UNITS
A. Diaphragm Seals:

1. General:
a. Diaphragm seal and pressure instrument shall be assembled by pressure instrument manufacturer and shipped as an
assembly.

2. Requirements:
a. Seal Type: Welded.
b. Process Connection: 1 inch NPT.
c. Instrument Connection: 1/2 inch NPT.
d. Provide 1/4-inch flushing connection in diaphragm housing or provide flushing ring.
e. Provide fill/bleed connection.
f. Provide bonded diaphragm.
g. Mounting: As indicated in the Contract Documents.
h. Provide 316 stainless steel armored capillary for all remote installations.
i. Nuts and Bolts: 316 stainless steel.
j. Materials of Construction:
1) Sewage, sludge, liquids containing solids, and liquids with pulsating flow having pressures less than or equal to 15 psi:
a) Diaphragm: Viton.
b) Lower Housing: 316 stainless steel.

Med Center Electrical Rehab 40 73 63-3 July 2024
Diaphragm Seals
c) Upper Housing: Manufacturers standard.
d) Fill Fluid: Silicon oil.
2) Sewage, sludge, liquids containing solids, and liquids with pulsating flow having pressures greater than
15 psi:
a) Diaphragm: 316 stainless steel.
b) Lower Housing: 316 stainless steel.
c) Upper Housing: Manufacturers standard.
d) Fill Fluid: Silicon oil.
3) Chlorine:
a) Diaphragm: Tantalum.
b) Lower Housing: Hastelloy C.
c) Upper Housing: Manufacturers standard.
d) Fill Fluid: Halocarbon.
4) Ferric Chloride:
a) Diaphragm: PTFE.
b) Lower Housing: PVC.
c) Upper Housing: Manufacturers standard.
d) Fill Fluid: Silicon oil.
5) Fluorosilicic Acid:
a) Diaphragm: Viton.
b) Lower Housing: PVC.
c) Upper Housing: Manufacturers standard.
d) Fill Fluid: Silicon oil.
6) Hydrochloric Acid:
a) Diaphragm: PVDF.
b) Lower Housing: Hastelloy B2.
c) Upper Housing: Manufacturers Standard.
d) Fill Fluid: Fluorolube.
7) Ozone:
a) Diaphragm: 316 stainless steel.
b) Lower Housing: 316 stainless steel.
c) Upper Housing: Manufacturers standard.
d) Fill Fluid: Halocarbon.

Med Center Electrical Rehab 40 73 63-4 July 2024
Diaphragm Seals
8) Potassium Permanganate:
a) Diaphragm: PTFE.
b) Lower Housing: PVDF.
c) Upper Housing: Manufacturers standard.
d) Fill Fluid: Halocarbon.
9) Sodium Permanganate:
a) Diaphragm: PTFE.
b) Lower Housing: PVDF.
c) Upper Housing: Manufacturers standard.
d) Fill Fluid: Halocarbon.
10) Sodium Hydroxide:
a) Diaphragm: Monel.
b) Lower Housing: Monel.
c) Upper Housing: Manufacturers standard.
d) Fill Fluid: Silicon oil.
11) Sulfur Dioxide:
a) Diaphragm: PTFE.
b) Lower Housing: PVDF.
c) Upper Housing: Manufacturers standard.
d) Fill Fluid: Halocarbon.
12) Sulfuric Acid:
a) Diaphragm: PTFE.
b) Lower Housing: Hastelloy B2.
c) Upper Housing: Manufacturers Standard.
d) Fill Fluid: Halocarbon.
13) Other Process Fluids: As recommended by
manufacturer and with Engineers approval.

B. Annular Seals:

1. General:
a. Inside diameter of annular seal shall provide uninterrupted flow:
1) There shall be no dead ends or crevices.
2) Process flow shall be sufficient to make the annular seal self-cleaning.

Med Center Electrical Rehab 40 73 63-5 July 2024
Diaphragm Seals
b. The pressure sensing flexible cylinder shall measure pressure around the full inside circumference of the pipeline.

2. Requirements:
a. Pressure Rating: Equivalent to the ANSI flanges.
b. Materials of Construction:
1) Inner Flexible Cylinder: Manufacturers standard.
2) Body: Carbon steel or dependent on the process.
3) Assembly Flanges: To match adjacent piping.
4) Fill Fluid: Silicon oil.
c. Nominal Pipe Size: As indicated on the Drawings.
d. Process Connection: Wafer.
e. Instrument Connection: 1/2 inch NPT.

2.03 ACCESSORIES
A. Provide field fill kits.

PART 3 - EXECUTION

3.01 INSTALLATION
A. The diaphragm seals shall be installed per the manufacturers recommendation and as shown on the Plans.

B. Verify factory calibration of all instruments in accordance with the manufacturers instructions.

C. Coordinate the installation with all trades to ensure that the mechanical system has all necessary appurtenances for proper installation of instruments.

D. Return factory calibrated devices to the factory if they do not meet the field verification requirements for calibration.

3.02 PRE-DEMONSTRATION TESTING
A. Pre-demonstration testing shall conform to Section 01 77 00 - Contract Closeout and as specified herein.

B. Perform testing in conformance with the requirements of Section 26 01 26 - Electrical Testing and Section 40 61 00 Process Control and Instrumentation Systems.

C. Pre-demonstration testing shall be performed by the Contractor and witnessed by the Engineer. All testing sheets shall be signed off by the Engineer to be considered valid.

Med Center Electrical Rehab 40 73 63-6 July 2024
Diaphragm Seals

3.03 DEMONSTRATION TESTING
A. Perform seven (7) day demonstration of functional integrity per Section 01 65 00 - Facility Startup.

1. Instructions: The training shall be performed by the equipment manufacturers and shall be specific to each piece of equipment.

2. Duration: Each training class shall be a minimum of 1 hour in duration and shall cover, as a minimum, operational theory, maintenance, troubleshooting/repair, and calibration of the instrument.

5. Documentation: The Contractor shall provide a copy of the training materials utilized during the lesson with all notes, diagrams, and comments.

3.05 WARRANTY
A. The manufacturer shall provide a one-year warranty that covers parts, labor and travel. The warranty period shall start on the day the City accepts the project.

END OF SECTION
Med Center Electrical Rehab 40 79 66-1 July 2024
Instrument Valves
40 79 66 INSTRUMENT VALVES
PART 1 - GENERAL

1.01 SECTION INCLUDES
A. This Section covers the furnishing, installation, and testing of the instrument valves as specified herein, as shown on the Drawings, and as required for a complete installation.

B. Catalog data sheets, configuration selection data, ISA-TR20 Instrument Specification Forms and calibration test sheets
C. Installation details of the instrument valves and assemblies.

D. Training plan per 40 61 00 Process Control and Instrumentation Systems and herein.

E. Provide Operations and Maintenance Manuals as specified in Section 01 33 00 - Submittals.

PART 2 - PRODUCTS

2.01 MANUFACTURERS
A. Valve Manifold Manufacturers: One of the following or equal:

1. Anderson Greenwood.

2. Hex Valve.

3. Noshok.

B. Block and Bleed Valve Manufacturers: One of the following or equal:

1. Anderson Greenwood.

2. Hex Valve.

C. Gauge Valve Manufacturers: One of the following or equal:

1. Anderson Greenwood.

2. Hex Valve.

D. Level Sensor Isolation Valve Manufacturers: One of the following or equal:

1. Indu-Tech Level Sensor Isolation Valve.

2. DeZURIK Level Sensor Isolation Valve.

Med Center Electrical Rehab 40 79 66-2 July 2024
Instrument Valves

3. Tyco Rovalve Isolation Knife Gate Valve.

2.02 MANUFACTURED UNITS
A. Valve Manifolds:

1. General:
a. Provide 2-Valve, 3-valve, blowdown type 5-valve, or metering type 5-valve manifolds as indicated on the Drawings.
b. Valve manifolds shall have one piece bonnet with a metal-to- metal seal to the valve body below the bonnet threads.

2. Requirements:
a. Bonnet lock pin to prevent accidental loosening.
b. Gas leak tested metal-to-metal hard seat design for hard seat valves.
c. Gas leak tested soft seat design with replaceable seat for soft seat valves.
d. Manifold valves shall have straight through portion for bi- directional flow and easy roddable cleaning.
e. Manifold valves shall allow for direct or remote instrument mounting.
f. Shall be able to withstand pressures up to 6,000 psi for soft seat valves and 10,000 psi for hard seat valves at maximum 200 degrees Fahrenheit.
g. Materials of Construction:
1) Body Material: 316 Stainless Steel.
2) O-Ring: Teflon.
h. 2-Valve Manifolds:
1) 1 isolation valve and 1 drain/vent and calibration valve. i. 3-Valve Manifolds:
1) 2 isolation valves and 1 equalizing valve for differential pressure applications.
2) Plugged vent connections used for vent/drain or
calibration.
j. Blowdown 5-Valve Manifold:
1) 2 isolation valves, 1 equalizing valve, 2 blowdown
valves for differential pressure applications.
k. Metering 5-Valve Manifold:

Med Center Electrical Rehab 40 79 66-3 July 2024
Instrument Valves
1) 2 isolation valves, 2 equalizing valves, 1 vent/drain and calibration valve for differential pressure applications.

B. Block and Bleed Valves:

1. General:
a. Valve shall provide process isolation and venting/draining capabilities.
b. Gas leak tested metal-to-metal hard seat design for hard seat valves.
c. Gas leak tested soft seat design with replaceable seat for soft seat valves.
d. Gauge valve shall be provided for calibration of gauge in place.

2. Requirements:
a. Materials of Construction:
1) Body Material: 316 Stainless Steel.
2) O-Ring: Teflon.

C. Gauge Valves:

1. General:
a. Valve shall provide process isolation from pressure
instrument.
b. Gas leak tested, metal-to-metal hard seat design for hard seat valves.
c. Gas leak tested soft seat design with replaceable seat for soft seat valves.

2. Requirements:
a. Materials of Construction:
1) Body Material: 316 Stainless Steel.
2) O-Ring: Teflon.

D. Level Sensor Isolation Valves:

1. General:
a. Valve shall provide process isolation from level diaphragm. b. Gas leak tested, metal-to-metal hard seat design for hard seat valves.
c. Gas leak tested soft seat design with replaceable seat for soft seat valves.

Med Center Electrical Rehab 40 79 66-4 July 2024
Instrument Valves

2. Requirements:
a. Materials of Construction:
1) Body Material: 316 Stainless Steel.
2) Flange Diameter Size: 3 inches.

2.03 ACCESSORIES
A. Provide stainless steel tube fittings, female NPT, or pipe butt weld connections as required. Provide Parker, Swagelok, or equal.

B. Provide stainless steel concentric or eccentric pipe nipples when necessary.

PART 3 - EXECUTION

3.01 INSTALLATION
A. The instrument valves shall be installed per the manufacturers recommendation and as shown on the Plans.

B. Verify factory calibration of all instruments in accordance with the manufacturers instructions.

C. Coordinate the installation with all trades to ensure that the mechanical system has all necessary appurtenances for proper installation of instruments.

D. Return factory calibrated devices to the factory if they do not meet the field verification requirements for calibration.

3.02 PRE-DEMONSTRATION TESTING
A. Pre-demonstration testing shall conform to Section 01 77 00 - Contract Closeout and as specified herein.

B. Perform testing in conformance with the requirements of Section 26 01 26 - Electrical Testing and Section 40 61 00 Process Control and Instrumentation Systems.

C. Pre-demonstration testing shall be performed by the Contractor and witnessed by the Engineer. All testing sheets shall be signed off by the Engineer to be considered valid.

3.03 DEMONSTRATION TESTING
A. Perform seven (7) day demonstration of functional integrity per Section 01 65 00 - Facility Startup.

Med Center Electrical Rehab 40 79 66-5 July 2024
Instrument Valves

1. Instructions: The training shall be performed by the equipment manufacturers and shall be specific to each piece of equipment.

2. Duration: Each training class shall be a minimum of 1 hour in duration and shall cover, as a minimum, operational theory, maintenance, troubleshooting/repair, and calibration of the instrument.

5. Documentation: The Contractor shall provide a copy of the training materials utilized during the lesson with all notes, diagrams, and comments.

3.05 WARRANTY
A. The manufacturer shall provide a one-year warranty that covers parts, labor and travel. The warranty period shall start on the day the City accepts the project.

END OF SECTION

GROUND FAULT PROTECTIONGFP

DISCONNECT SWITCH

INPUT CONTACTORICFOUL AIR EXHAUSTFAEHEATING AND VENTILATIONH & VLOCK OUT SWITCHLOS

PRESSURE DIFFERENTIAL SWITCHPDSVARIABLE FREQUENCY DRIVEVFDPROGRAMMABLE LOGIC CONTROLLERPLC

AVAILABLE INTERRUPTING CURRENT SYMMETRICALAICS

TEMPERATURE SWITCHTSVMVOLT METERPLANT FAILURE RELAYPFR

AMP METERAMDOOR SWITCHDS

GROUND ROD & WELL
GROUND ROD INSERTTERMINATION IN RTU OR PLCTERMINATION IN CONTROL PANELTERMINAL BLOCK POINT FOR FIELD TERMINATIONSDISCONNECT SWITCHR = RED, G = GREEN, W = WHITE, A = AMBERPTTRCLOSE ON RISE IN LEVEL TO SETPOINTFLOAT SWITCH - NORMALLY OPENPRESSURE SWITCH - NORMALLY OPENCLOSE ON RISE IN PRESSURE TO SETPOINT PPOLEPULLBOXPBPOWERPWRPH or ∅PHASEPUSH TO TESTPTTVOLT-AMPVAOVERLOADOLSCHEDULESCHPOLYVINYL CHLORIDEPVC

EQUIPMENTEQUIPKWKILOWATTENGINEENG

UNINTERRUPTABLE POWER SUPPLYUPSSHEETSHT

ENGINE GENERATOREGLOWLOHIGHHI

SWITCHGEARSWGR

JBJUNCTION BOX

SWITCHSW
PFR

HEATERHTR
WITHW/WATT or WIREW

ALTERNATING CURRENTAC

REDUCED VOLTAGE NON REVERSINGRVNR

FVNRFULL VOLTAGE NON REVERSING

NATIONAL ELECTRICAL MANUFACTURERS ASSOCIATIONNEMA
3PLSIG = LONG TIME, SHORT TIME, INSTANTANEOUS & GROUND (CHARACTERISTICS)MCP = MOTOR CIRCUIT PROTECTOR600 = SIZE, 3P = 3 POLE600LSIGMCP

NEUTRALNEUTSURGE SUPPRESSORSS

GROUND(ING)GNDGENERATORGENGROUND FAULT CIRCUIT INTERRUPTERGFCI

RIGID GALVANIZED STEEL CONDUITRGSTRANSDUCERXDUCER

CONTROLCNTLCIRCUITCKT

PANELPNL

DIFFERENTIALDIFF

TERMTERMINAL

DOOR SWITCHDSBBUBBLER TUBE EMMITER LOCATIONLEVEL SENSOR LOCATIONLFLOAT LOCATIONF

CABINETCAB
NUMBER CORRESPONDS WITH CONDUIT SCHEDULE1

HAND-OFF-AUTOHOABARE COPPER WIREBCW

NON-SHIELDEDNON-SH
1000 CIRCULAR MILSkcM (or MCM)AUTOMATIC TRANSFER SWITCHATS

ELECTRICAL CONNECTION TO MECHANICAL EQUIPMENT (PLAN)SIZE AND TYPE AS SHOWN ON PLANSJUNCTION BOXSIZE AND TYPE AS SHOWN ON PLANSPOWER OUTLETMANUAL CONTROL STATIONMCSJ

LINEL CONTROL POWER TRANSFORMERCPT
TDPU=DELAY ON PICK UP, TDDO=DELAY ON DROP OUT

SECONDSEC
DPDT=2 POLE DOUBLE THROW, 3PDT=3 POLE DOUBLE THROWLEVEL SWITCH (X: L=LO, H=HI, 1,2 ETC = SWITCH REF No.)LSX AMERICAN WIRE GUAGEAWGmaMILLIAMPERE
STANDARD CUBIC FOOT per HOURSCFH

CURRENT LIMITING FUSECLF
TYPICALTYPTRANSFORMERTRANSF. or TXF

AMPAKILOVOLT AMPERESKVA

PUMPPMP
(E)(N)3-PH3-W
SH
BLDGCCONNCR_ETMGHPLTG
No.PRPSIRECEPTRQMTS
AUX
TD_ or TDRVVDCWPSMUDVAC

CONTROL SWITCHELAPSED TIME METERETM
SOLSOLENOID VALVE COILM = MAIN, F = FORWARD, R = REVERSE OR RUN, S = STARTCONTACTOR COIL:XASAMMETER & AMMETER SWITCHAMVSVOLTMETER & VOLTMETER SWITCHVMPFRPOWER FAILURE RELAYPOTENTIAL TRANSFORMER OR CONTROL POWER TRANSFORMERCURRENT TRANSFORMERLOW VOLTAGE CIRCUIT BREAKER OR MOTOR CIRCUIT PROTECTOR

OPEN ON RISE IN PRESSURE TO SETPOINTNORMALLY OPEN CONTACT

WEATHER PROOFVOLTS - DIRECT CURRENTVOLTS - ALTERNATING CURRENTVOLTTIME DELAY RELAYSACRAMENTO MUNICIPAL UTILITY DISTRICTSHIELDED (CABLE)REQUIREMENTSRECEPTACLEPOUNDS PER SQUARE INCHPAIRNUMBER LIGHTINGHORSEPOWERGROUND WIREELAPSED TIME METERCONTROL RELAY (i.e. CR1)CONNECTIONCONDUITBUILDINGAUXILIARYTHREE WIRETHREE PHASENEWEXISTING

PRESSURE SWITCH - NORMALLY CLOSEDTIME DELAY CONTACT - (TDO) OPEN AFTER ENERGIZE & DELAY FLOODLIGHTWP=WEATHERPROOF BOX: GFCI=GROUND FAULT INTERRUPTER TYPEDUPLEX RECEPTACLEGFCIWP TRANSFORMER

RESISTOR/HEATERTERMINATION IN MCC

THERMAL OVERLOAD RELAY

TIME DELAY RELAY (X REFERENCE NO)CONTROL RELAY (X REFERENCE NUMBER)PUSH-TO-TEST INDICATING LIGHTNORMALLY CLOSED PUSH BUTTON NORMALLY OPEN PUSH BUTTONTIME DELAY CONTACT - (TDC) CLOSE AFTER ENERGIZE & DELAYNORMALLY CLOSED LIMIT SWITCHNORMALLY CLOSED CONTACT

GROUNDMOTOR (HP WRITTEN WITHIN)

CONNECTION NODE
FUSE
TDXCRX
XXX

OCOUTPUT CONTACTORMOTOR CONTROL CENTERMCC

BYPASS CONTACTORBC
GENERAL NOTES:1.PLAN AND ELEVATION DRAWINGS ARE SCHEMATIC IN FORM.2.PLAN AND ELEVATION DRAWINGS ILLUSTRATE APPROXIMATE LOCATIONS AND LAYOUT OFEQUIPMENT. THE CONTRACTOR SHALL DETERMINE ACTUAL LOCATIONS OF EQUIPMENT ANDQUANTITIES OF MATERIALS FROM FIELD MEASUREMENTS.3.CONDUIT ROUTING IS SHOWN DIAGRAMMATICALLY AND THE CONTRACTOR SHALL INSTALLTHE CONDUIT SYSTEMS CONSISTENT WITH FIELD CONDITIONS.CONDUITS EXPOSEDCONDUITS UNDERGROUND N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-02.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-02.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-02.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

P8#2/0
PFRPFR
LP

2.1.NOTES:SEE SHEETS E-24 DETAIL 5 FOR PORTABLE CLEANER RECEPTACLE DETAIL.ALL CONTACTORS AND OVERLOADS SHALL BE NEMA TYPE.THE CONTRACTOR SHALL PROVIDE THE ENGINEER WITH THE CABLE LENGTHS FOR THE3.FOLLOWING CONDUIT RUNS: P1, P2, P3, P4, P5, P6, P7, P8, AND LP1-3/5.

HP50FLA=62.5AO/L
SPDSPD
P1
P4

SMUD DISTRIBUTION SYSTEMCABLE BY SMUDGGGND BUSNEUT BUSCT THE MAIN BREAKER AND GENERATOR BREAKER SHALL BE KIRKED KEY TOGETHER.4.

MAIN CBGEN CBP6
HP50FLA=62.5AO/LP2HP50FLA=62.5AO/LP3
FLA=28ATHE KIRK KEY SYSTEM SHALL BE MANUFACTURED BY KIRK KEY INTERLOCK COMPANYOR APPROVED EQUAL.

LP1-3/5LP
CONNECT THE GROUND WIRE FROM CONDUIT P7 TO THE MCC GROUND BUS.5.

P5
(3)SHARK250MAXMENUMINLM1LM2%THDPRG120%-90%-60%-30%-%LOADMEGA ENTER0120ABCVOLTS L-NVOLTS L-LAMPSW/VAR/PFVA/HzWhVARhVAhWh PulseKILO01200120CAT 6TO PLCCONTROLPANEL(3)2A400/5 (N) UTILITY METER480V, 400A BUS, 3ɸ, 4W22KAIC, NEMA 3R
GND BUS(N) MOTOR CONTROL CENTER (MCC)480V, 400A BUS, 3ɸ, 4W22KAIC, NEMA 12P7 SMUD NOTIFICATION32307352NEUT BUSG
(N)500KVA4W,Z=4%SMUD PAD MOUNTEDTRANSFORMERGENERATOR CONNECTIONASCO 3QCNCA030400N00FPOWERMONITORSURGE PROTECTIVEDEVICEPHASE FAILURERELAY(E) BOOSTER PUMPRECEPTACLE(N) PORTABLE CLEANERRECEPTACLE(E) BOOSTERPUMP-1(E) BOOSTERPUMP-2(E) BOOSTERPUMP-3LIGHTING PANEL"LP2" 120/240V,18CKTLIGHTING PANEL"LP1" 120/240V,18CKTNEMA SIZE3CONTACTORNEMA SIZE3CONTACTORNEMA SIZE3CONTACTORTRANSFORMER1∅, 15KVA480V-120/240V50A2PTMMCP3150AMCP2150AMCP1150A150ATM60ATM15ATM30ATMMARATHONSHORTINGBLOCK15ATM400A LSIGEN CBKIRK-KEYED400A LSIGMAIN CBKIRK-KEYED UFFER GROUND#2/0TO GROUND
SMUDMETERINGW/TESTBLOCKSTO PLCLINE 1306TO PLCLINE 1307TO PLCLINE 1302TO PLCLINE 1305 BONDINGJUMPER(3)1A
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-03.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-03.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-03.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

7'-6"7'-3"7'-3"2'-2"1'-0"1'-2"2'-0"3'-4"1'-4"2'-2"

LEFT SIDE VIEW

FLOOR PLAN - FRONT
2"
TYPETAG #QTY1PLATE1SIZE2" X 6"INSCRIPTION1" WHITE TEXT ON BLACK BACKGROUNDUTILITYNAME PLATE SCHEDULEMETER2PLATE12" X 6"UTILITYMETER 3"
1'-4"
2'-10"
1'-9"
3'-2"
3'-0"
EUSERC TerminationsDWG 327, 345, 347, 354913EUSERC DWG 332,354CLIPCT DWG3202'-2"9FRONT VIEW(SHOWN WITHOUT NEMA 3R WEATHERPROOF DOORS) S1S22 1S1S2

FRONT VIEW
9PHEONOLIC NAMEPLATES W/ STAINLESS STEEL SCREWS
4" HOUSEKEEPING PADPER SMUD REQUIREMENT
SWTICHBOARD GENERAL NOTESPOWER SYSTEM DATA480Y/277V, 3PH, 4W, 60HZ/3 PHASE WYESOLIDLY GROUNDEDSYSTEM SHORT CIRCUIT CURRENT RATING: 22KA RMSINCOMING SECTION 2 CABLE THROUGH THE BOTTOM OF LINEUPBUS SYSTEM DATA400A SILVER PLATED COPPER MAIN BUS(1).25X1.50 IN/6X38 MM CU BUS BAR PER PHASE/NEUTRAL(2).25X.875 IN/6X22 MM CU GROUND BUSENCLOSURE DATATYPE 3R FREE STANDINGEXTERIOR PAINT COLOR: ANSI 49FRONT ACCESSIBILITY ONLY REQUIREDHANDLING: ROLLERSRODENT BARRIERS1.5H CORROSION RESIST BASE CHANNELSEQUIPMENT NAMEPLATE: UV RESISTANT, SECURELY FASTEN USING TWO SSSCREWSBASE CHANNELS CANNOT BE REMOVED FROM EUSERC SWITCHBOARDLINE-UPSUTILITY SEALING HARDWARE INSTALLED FOR UNMETERED BUSCOMPARTMENTSCODE STANDARDSU.L.DEADFRONT AND SUITABLE FOR USE AS SERVICE ENTRANCE WHENNOT MORE THAN SIX (6) DISCONNECTING MEANS ARE PROVIDED.RATING NAMEPLATESST1- DEADFRONT- SECTION BUS 400AST2- DEADFRONT - SECTION BUS 400APRODUCT INFORMATION WIRINGALL WIRING TO BE SIS WIRE TYPEPRODUCT ACCESSORIES/OPTIONSSEISMIC QUALIFIEDLUGSMIN. 4/0 COMPRESSION TYPE NOTES:1.INSTALL HOUSEKEEPING PAD PER SMUD OUTDOOR METER ENCLOSURE REQUIREMENT.

SMUD NOTIFICATION32307352
3'-6"CLEARANCE
SACRAMENTO SMUD (CA)3-POINT LATCHPADLOCKABLE SSPULL SECTION N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-04.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-04.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-04.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

SCALE: N.T.S.(N) MCC ELEVATIONTOP VIEW MCCSCALE: N.T.S.

PANELOPERATORINTERFACE(SEE DWG. E-10 FOR DETAILS)CONTROL PANELUPS TRANSFORMER480-120/24015 KVA1∅, 3WLIGHTINGPANELPORTABLE CLEANER RECEPTACLE HTRHTRETMLP1MO/LAR
HTR
HTR1'-8"
PFRBOOSTER PUMP RECEPTACLEABCDEFGHIJKLMNOPQRSTUVWX1 SPACE90.00"20.00"20.00"20.00"20.00"36.00" 236
54789101112
13ETMMO/LAR ETMMO/LAR 14NAMEPLATE SCHEDULETYPESIZEINSCRIPTION1PLATE.75X3"MAINCIRCUIT BREAKER2PLATE.75X3"GENERATORCIRCUIT BREAKER3PLATE.75X3"SPD4PLATE.75X3"POWER QUALITY METER5PLATE.75X3"PANEL LP16PLATE.75X3"15KVALP TRANSFORMER7PLATE.75X3"POWER FAIL RELAY8PLATE.75X3"BOOSTER PUMPRECEPTACLE9PLATE.75X3"PORTABLE CLEANERRECEPTACLE10PLATE.75X3"PUMP NO111PLATE.75X3"PUMP NO.212PLATE.75X3"PUMP NO.313PLATE.75X3"PLCCONTROL PANEL14PLATE2X6"MED CENTERMCCNOTES:1.NAMEPLATES SHALL BE PROVIDED FOR ALL ELEMENTS ON BOTHFRONT PANEL AND BACK PAN. NAMEPLATES SHALL BE 14" OR 1"(2X6" PLATE) WHITE TEXT ON BLACK PHENOLIC PLATE ANDSECURED WITH STAINLESS STEEL SCREWS.2.ONLY MAJOR ELEMENTS ARE SHOWN ON THE DRAWING.CONTRACTOR SHALL BE RESPONSIBLE TO MAKE ALL ELEMENTS FITINSIDE THE SWITCHBOARD.3.CONTRACTOR SHALL MOUNT ETM's, SWITCHES, DISPLAY PANELSAND ALL ITEMS ON THE CONTROL PANEL AT 40" TO 60" FROMBOTTOM OF CONTROL PANEL OR AS DIRECTED BY THE ENGINEER.4.THE MCC SHALL BE INSTALLED AS SUCH THAT IT LINES UP WITHTHE EXISTING CONDUITS OR THE CABLES CAN BE EASILY ROUTEDTO ITS ASSOCIATED LOAD.5.CONTRACTOR SHALL ATTACH THE MCC TO THE CONCRETE USINGSTAINLESS STEEL CONCRETE ANCHORS. INSTALLATION OF THEMCC SHALL MEET CURRENT STATE OF CALIFORNIA SEISMICREQUIREMENTS.6.CONTRACTOR SHALL EXTEND EXISTING PAD TO FIT NEW GEAR.THE PAD SHALL EXTEND 3" PAST GEAR ON ALL SIDES AND BELEVEL. EXTEND EXISTING CONDUITS INTO NEW MCC ANDRELEVANT SECTIONS.7.THE CONTRACTOR SHALL PLACE THE MAIN CIRCUIT BREAKERSECTION OVER THE EXISTING POWER CONDUIT FROM SMUD.8.EXTEND ALL EXISTING MCC CONDUITS AS NEEDED INTO THE NEWMCC.

SPACE
INSTALL UPS ON SHELF.SECURE TO BACK OR SIDEPANEL.3 1/2" PCCHOUSEKEEPING PADTYPICAL HTR
6 S1S2S3S4S5
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-05.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-05.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-05.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

600631617START PUMPM1HP5062.5 FLA1170 RPMPUMP NO.1
X1X2CPT500VAH2H1FU11A1ABLOWN FUSE INDICATORBUSSMANN TYPE HKL2.5AFU3OVERLOADOL1NEMA 3T1T2T3MCP1OXONOFFCONTROL POWERHS10607609NCNO611646MOV FAILCRMOV10NCNO654INITIAL MOVCRMOV11NCNO640READY RELAYCRW1OVERLOAD600OL1MOV FAIL609CRMOV10REMOTEXOOOFFLOCALHS11OOX611B613A613B76MOV1S1SEE LINE 111819SHUTDOWNLOW LEVELRLASEE LINE 1701FROM PLCPUMP 1 CALLCR1611A1110MOV1S3617NCNO600,619,642START PUMPM1613AELAPSE TIME METERETMINDICATOR LIGHTPUMP RUNNINGPTT1R 617START PUMPM1600OVERLOADOL1NCNO644OVERLOADCROL1INDICATOR LIGHTOVERLOADPTT2A 611A613B640615READY RELAYCRW1641617START PUMPM1623OVERLOADCROL1609MOV FAILCRMOV10642643644645646647MOV CLOSEDS5MOV OPENS6MOV NOT READYMR648649650651652653MOV1619611609611B 623
613R
R
R
611INITIAL MOVCRMOV11654655CONTROLTWO-WIRE5MOV OPEN/CLOSE43635MOV3 TO PLC DIGITAL INPUTSEE LINE 1401TO PLC DIGITAL INPUTSEE LINE 1402TO PLC DIGITAL INPUTSEE LINE 1403TO PLC DIGITAL INPUTSEE LINE 1404TO PLC DIGITAL INPUTSEE LINE 1405TO PLC DIGITAL INPUTSEE LINE 1406TO PLC DIGITAL INPUTSEE LINE 1407NOTES:1.CONTROL SWITCHES, PUSHBUTTONS, AND INDICATING LIGHTS SHALL BEHEAVY DUTY OIL-TIGHT TYPE. INDICATING LIGHTS SHALL BEPUSH-TO-TEST TYPE. CONTROL RELAYS SHALL BE 10A, 120V, WITHINDICATING LIGHT AND HOLD DOWN SPRING. ELAPSE TIME METER (ETM)SHALL BE SYNCHRONOUS MOTOR DRIVEN TYPE WITH CYCLOMETERREGISTER INCREMENTS OF 0.1 HOURS UP TO 99999.9 HOURS. MANUALRESET SHALL NOT BE PROVIDED. METER SHALL BE 3.5" X 3.5"NOMINAL.2.ALL CONTACTORS AND OVERLOADS SHALL BE NEMA TYPE.3.SEE SHEETS E-14 THRU E-17 FOR PLC CONNECTIONS.4.THE MOTOR STARTER SHALL CONTAIN AN OVERLOAD RESET PUSHBUTTONMOUNTED ON THE DOOR OF THE MOTOR STARTER.5.CONFIGURE MOV FOR TWO-WIRE CONTROL. ENERGIZE TO OPEN ANDDE-ENERGIZE TO CLOSE.6.BOOSTER PUMP SHALL NOT OPERATE WHEN FILL VALVE IS OPEN. DIGITALOUTPUT CR4 CLOSES TO OPEN FILL VALVE TO FILL THE RESERVOIR.RMOV CONTACTS DESCRIPTIONCONTACTDESIGNATIONDESCRIPTIONCONTACT STATES1"MOV VALVE ALARM - VALVE JAMMEDMOV ACTUATOR ALARM - MOTOR THERMOSTAT TRIPPED"NORMALLY OPENS2NOT USEDNORMALLY OPENS3MOV BREAK AT FULLY SHUTNORMALLY OPENS4NOT USEDNORMALLY OPENS5MOV CLOSE LIMITNORMALLY OPENS6MOV OPEN LIMITNORMALLY OPENMRMONITOR RELAYNORMALLY OPEN 480 VAC
120 VAC120 VAC
G632633634635636637638639640641642643644645646647648649650651652653654655656657658659660 601602603604605606607608609610611612613614615616617618619620621622623624625626627628629630 R

REMOTE LOCATION
TB37TB38RR
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-06.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-06.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-06.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

700731717START PUMPM2HP5062.5 FLA1170 RPMPUMP NO.2
X1X2CPT500VAH2H1FU11A1ABLOWN FUSE INDICATORBUSSMANN TYPE HKL2.5AFU3OVERLOADOL2NEMA 3T1T2T3MCP2OXONOFFCONTROL POWERHS20707709NCNO711746MOV FAILCRMOV20NCNO754INITIAL MOVCRMOV21NCNO740READY RELAYCRW2OVERLOAD700OL2MOV FAIL709CRMOV20REMOTEXOOOFFLOCALHS21OOX711B713A713B76MOV2S1SEE LINE 1119210SHUTDOWNLOW LEVELRLASEE LINE 1702FROM PLCPUMP 2 CALLCR2711A1110MOV2S3717NCNO700,719,742START PUMPM2713AELAPSE TIME METERETMINDICATOR LIGHTPUMP RUNNINGPTT1R 717START PUMPM2700OVERLOADOL2NCNO744OVERLOADCROL2INDICATOR LIGHTOVERLOADPTT2A 711A713B740715READY RELAYCRW2741717START PUMPM2723OVERLOADCROL2709MOV FAILCRMOV20742743744745746747MOV CLOSEDS5MOV OPENS6MOV NOT READYMR748749750751752753MOV2719711709711B 723
713R
R
R
711INITIAL MOVCRMOV21754755CONTROLTWO-WIRE5MOV OPEN/CLOSE43635MOV3 TO PLC DIGITAL INPUTSEE LINE 1409TO PLC DIGITAL INPUTSEE LINE 1410TO PLC DIGITAL INPUTSEE LINE 1411TO PLC DIGITAL INPUTSEE LINE 1412TO PLC DIGITAL INPUTSEE LINE 1413TO PLC DIGITAL INPUTSEE LINE 1414TO PLC DIGITAL INPUTSEE LINE 1415MOV CONTACTS DESCRIPTIONCONTACTDESIGNATIONDESCRIPTIONCONTACT STATES1"MOV VALVE ALARM - VALVE JAMMEDMOV ACTUATOR ALARM - MOTOR THERMOSTAT TRIPPED"NORMALLY OPENS2NOT USEDNORMALLY OPENS3MOV BREAK AT FULLY SHUTNORMALLY OPENS4NOT USEDNORMALLY OPENS5MOV CLOSE LIMITNORMALLY OPENS6MOV OPEN LIMITNORMALLY OPENMRMONITOR RELAYNORMALLY OPEN 480 VAC
120 VAC120 VAC
G732733734735736737738739740741742743744745746747748749750751752753754755756757758759760 701702703704705706707708709710711712713714715716717718719720721722723724725726727728729730NOTES:1.CONTROL SWITCHES, PUSHBUTTONS, AND INDICATING LIGHTS SHALL BEHEAVY DUTY OIL-TIGHT TYPE. INDICATING LIGHTS SHALL BEPUSH-TO-TEST TYPE. CONTROL RELAYS SHALL BE 10A, 120V, WITHINDICATING LIGHT AND HOLD DOWN SPRING. ELAPSE TIME METER (ETM)SHALL BE SYNCHRONOUS MOTOR DRIVEN TYPE WITH CYCLOMETERREGISTER INCREMENTS OF 0.1 HOURS UP TO 99999.9 HOURS. MANUALRESET SHALL NOT BE PROVIDED. METER SHALL BE 3.5" X 3.5"NOMINAL.2.ALL CONTACTORS AND OVERLOADS SHALL BE NEMA TYPE.3.SEE SHEETS E-14 THRU E-17 FOR PLC CONNECTIONS.4.THE MOTOR STARTER SHALL CONTAIN AN OVERLOAD RESET PUSHBUTTONMOUNTED ON THE DOOR OF THE MOTOR STARTER.5.CONFIGURE MOV FOR TWO-WIRE CONTROL. ENERGIZE TO OPEN ANDDE-ENERGIZE TO CLOSE.6.BOOSTER PUMP SHALL NOT OPERATE WHEN FILL VALVE IS OPEN. DIGITALOUTPUT CR4 CLOSES TO OPEN FILL VALVE TO FILL THE RESERVOIR.R R

REMOTE LOCATION
TB39TB310RR
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-07.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-07.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-07.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

800831817START PUMPM3HP5072.5 FLA1170 RPMPUMP NO.3
X1X2CPT500VAH2H1FU11A1ABLOWN FUSE INDICATORBUSSMANN TYPE HKL2.5AFU3OVERLOADOL3NEMA 3T1T2T3MCP3OXONOFFCONTROL POWERHS30808809NCNO811846MOV FAILCRMOV30NCNO854INITIAL MOVCRMOV31NCNO840READY RELAYCRW3OVERLOAD800OL3MOV FAIL809CRMOV30REMOTEXOOOFFLOCALHS31OOX811B813A813B76MOV3S1SEE LINE 1120311SHUTDOWNLOW LEVELRLASEE LINE 1703FROM PLCPUMP 3 CALLCR3811A1110MOV3S3818NCNO800,819,842START PUMPM3813AELAPSE TIME METERETMINDICATOR LIGHTPUMP RUNNINGPTT1R 817START PUMPM3800OVERLOADOL3NCNO844OVERLOADCROL3INDICATOR LIGHTOVERLOADPTT2A 811A813B840815READY RELAYCRW3841817START PUMPM3823OVERLOADCROL3809MOV FAILCRMOV30842843844845846847MOV CLOSEDS5MOV OPENS6MOV NOT READYMR848849850851852853MOV3819811809811B 823
813R
R
R
811INITIAL MOVCRMOV31854855CONTROLTWO-WIRE5MOV OPEN/CLOSE43635MOV3 TO PLC DIGITAL INPUTSEE LINE 1501TO PLC DIGITAL INPUTSEE LINE 1502TO PLC DIGITAL INPUTSEE LINE 1503TO PLC DIGITAL INPUTSEE LINE 1504TO PLC DIGITAL INPUTSEE LINE 1505TO PLC DIGITAL INPUTSEE LINE 1506TO PLC DIGITAL INPUTSEE LINE 1507MOV CONTACTS DESCRIPTIONCONTACTDESIGNATIONDESCRIPTIONCONTACT STATES1"MOV VALVE ALARM - VALVE JAMMEDMOV ACTUATOR ALARM - MOTOR THERMOSTAT TRIPPED"NORMALLY OPENS2NOT USEDNORMALLY OPENS3MOV BREAK AT FULLY SHUTNORMALLY OPENS4NOT USEDNORMALLY OPENS5MOV CLOSE LIMITNORMALLY OPENS6MOV OPEN LIMITNORMALLY OPENMRMONITOR RELAYNORMALLY OPEN 480 VAC
120 VAC120 VAC
G832833834835836837838839840841842843844845846847848849850851852853854855856857858859860 801802803804805806807808809810811812813814815816817818819820821822823824825826827828829830NOTES:1.CONTROL SWITCHES, PUSHBUTTONS, AND INDICATING LIGHTS SHALL BEHEAVY DUTY OIL-TIGHT TYPE. INDICATING LIGHTS SHALL BEPUSH-TO-TEST TYPE. CONTROL RELAYS SHALL BE 10A, 120V, WITHINDICATING LIGHT AND HOLD DOWN SPRING. ELAPSE TIME METER (ETM)SHALL BE SYNCHRONOUS MOTOR DRIVEN TYPE WITH CYCLOMETERREGISTER INCREMENTS OF 0.1 HOURS UP TO 99999.9 HOURS. MANUALRESET SHALL NOT BE PROVIDED. METER SHALL BE 3.5" X 3.5"NOMINAL.2.ALL CONTACTORS AND OVERLOADS SHALL BE NEMA TYPE.3.SEE SHEETS E-14 THRU E-17 FOR PLC CONNECTIONS.4.THE MOTOR STARTER SHALL CONTAIN AN OVERLOAD RESET PUSHBUTTONMOUNTED ON THE DOOR OF THE MOTOR STARTER.5.CONFIGURE MOV FOR TWO-WIRE CONTROL. ENERGIZE TO OPEN ANDDE-ENERGIZE TO CLOSE.6.BOOSTER PUMP SHALL NOT OPERATE WHEN FILL VALVE IS OPEN. DIGITALOUTPUT CR4 CLOSES TO OPEN FILL VALVE TO FILL THE RESERVOIR.R R

REMOTE LOCATION
TB311TB312RR
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-08.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-08.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-08.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

SK1 SLOT A
9009300.5HPMOV4CB10
S5S6S7S8
MOV4CLOSESTATUSMOV4OPENSTATUSMAKE ONTORQUETRIPMAKE WHENREMOTESELECTED MOV1MOV2MOV3
NOTE:1.SEE SHEET E-6, E-7 AND E-8 FOR ADDITIONAL INFORMATIONON EACH MOV.2.THE MOV CONTAINS IT OWN PROTECTION AND REVERSINGCONTRACTOR.3.PROVIDE EXTRA CHANGE OVER CONTACTS IN SLOT A (TYP.EACH MOV) NGLP1-4L9009029031508B1509B
9309319359369409411508A1509A2019243047
17161423E23E
E32 23E932937942
LP1-4NGLP1-6LLP1-6NGLP1-8LLP1-8NG
LIGHTING PANEL LP1MOV ELECTRICAL DIAGRAM, TYP. FOR MOV1 THRU MOV4 EXTRA CHANGE OVER CONTACTSDEFAULT SETTINGS SHOWNMOV 4 PLC INPUTS TO PLC DIGITAL INPUTSEE LINE 1508
931932933934935936937938939940941942943944945946947948949950951952953954955956957958959 901902903904905906907908909910911912913914915916917918919920921922923924925926927928929 TO PLC DIGITAL INPUTSEE LINE 1509
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-09.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-09.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-09.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

0706050403020100CPSXBE0706050403020100CPSXBE
ABE7+24VDC0VDCABE7R16T33016 Relay Outputs
SLOT 5SLOT 4+24VDC0VDCIS0T0IC0OV0IS1T1IC1OV1IS2T2IC2OV2IS3T3IC3OV3IS4T4IC4OV4IS5T5IC5OV5IS6T6IC6OV6IS7T7IC7OV7 ABE7CPA31E8 Analog Inputs+24VDC0VDC2341001011021031041051061071081091101111121131141151234567891011121314152152142132122112102092082072062052042032022011ON2000 ABE7ABE7H15S2116 InputsSLOT 1+24VDC0VDC2341001011021031041051061071081091101111121131141151234567891011121314152152142132122112102092082072062052042032022011ON2000 ABE7ABE7H15S2116 InputsSLOT 2 BMXCPS4002BMXXBE1000BMXNOM0200BMXAAI0810BMXDDO1602BMXDDI1602BMXDDI1602BMXCPS4002 32"
58"
4"x4" PANDUIT#F3X4LG6 w/#C2LG6
BMEP584002BMXNOC0301BMXNOC0301BMXXBE1000BMXNOC0301BMXDDI1602BMXDDI1602 +24VDC0VDC2341001011021031041051061071081091101111121131141151234567891011121314152152142132122112102092082072062052042032022011ON2000 ABE7ABE7H15S2116 InputsSLOT 2+24VDC0VDC2341001011021031041051061071081091101111121131141151234567891011121314152152142132122112102092082072062052042032022011ON2000 ABE7ABE7H15S2116 InputsSLOT 3 PS1PS2RM1
L+ L+ L- L-OUTPUT 24 V DC 10 A13 14 I > IRCP-C.1 24/10.0OUTPUT OKPOWER RESERVE I > IROUTPUTAdjust22.5-28.5 VNPWMLL+L-L+L-INPUT 100-240 V ACL(+) N(-) L+ L+ L- L-OUTPUT 24 V DC 10 A13 14 I > IRCP-C.1 24/10.0OUTPUT OKPOWER RESERVE I > IROUTPUTAdjust22.5-28.5 VNPWMLL+L-L+L-INPUT 100-240 V ACL(+) N(-) INPUT 1INPUT 2+CP-C.1-A-RU
+OUTPUTPS1PS2RM1+--
-+-
CB1
FU1FU2FU3FU4FU5FU6FU7FU8FU9FU10FU11FU12
FU13FU14FU15FU16FU17
TB1TB2
UPS PWRFU1FU2FU3FU4FU5FU6FU7FU8FU9FU10FU11FU12
FU13FU14FU15FU16FU171492-GM352" x 4"PANDUIT
FU21FU22FU23FU24FU25FU26
24VDCTB4FU21FU22FU23FU24FU25FU26
TB3
RHARLAR1TD11591314141348151297812654313149121458
QTYPART NUMBERDESCRIPTIONBME XBP 08002MODICON 8-SLOT ETHERNET RACK21AR41131BMX CPS 4002BME P58 4040BMX XEM 010BMX DDI 1602BMX AMI 0810BME NOC 0301BMX NOM 0200MODICON POWER SUPPLY MODULEMODICON PROCESSOR MODULEMODICON SPARE MODULE COVERMODICON DIGITAL INPUT MODULEMODICON ETHERNET COMMUNICATION MODULEMODICON SERIAL LINK MODULEBMX DDO 1602MODICON DIGITAL OUTPUT MODULEMODICON ANALOG INPUT MODULE415ABE 7H16S21MODICON 16-DIGITAL INPUT SUB-BASEABE 7R16T330MODICON 16-DIGITAL OUTPUT SUB-BASETWD FCW 30KMODICON 20-PIN CONNECTOR & CABLE (DI&DO)BMX FTB 2010MODICON 20-PLUG TERMINAL BLOCK (DI&DO)51ABE 7CPA31EMODICON 8-ANALOG INPUT SUB-BASEBMX FTA 1501MODICON 25-PIN CONNECTOR, CABLE & 28-PLUG TB (AI)1ABE 7BV10MODICON 10-POINT SHUNT TERMINAL BLOCK (AI)1CMT3108XPMAPLE SYSTEM WEINTEK 10.1" TOUCH PANEL SCREEN22904600PHOENIX CONTACT, 24VDC POWER SUPPLY, 5A12866514PHOENIX CONTACT 10A, 24VDC REDUNDANT POWER SUPPLY1IE-3400-8T2S-ACISCO ETHERNET SWITCH1GLC-BX-D-40KM-CPROLABS SFP FIBER TRANSCIEVER, 100BASE BX, SM19PX1500RTNEATON NETWORK UPS 120V, 1500VA19PXEBM48RTEATON EXTENDED BATTERY MODULE, SEALED LEAD-ACIDANTERMINAL BLOCKSPHOENIX CONTACT, TYPE/QUANTITY AS NEEDEDANG3X4LG6/G2X4LG6PANDUIT 3"x4" & 2"x4" WIRE DUCT QUANTITY AS NEEDED1GLC-BX-U-40KM-CPROLABS, SFP FIBER TRANSCIEVER, 100BASE BX, SMNOTES:1.NOT ALL MATERIALS ARE SHOWN IN THE PARTS LIST PROVIDED HEREIN. PROVIDE COMPLETEBILL OF MATERIALS PER THE PLANS AND SPECIFICATIONS.2.ALL BACKPANEL COMPONENT SHALL BE LABELED. BLACK PHENOLIC NAMEPLATE WITH 14" WHITE LETTERING. SECURE NAMEPLATE WITH S.S. SCREWS.

ESW-1
TB5TB6SP1
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-10.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-10.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-10.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

PS-1L14L+++IN2IN1TB2-2PS-2LNGTB2-3OUTPUT++RM-1
101102N101G102PS2+PS1-N13L-GL+L-PS1+RM1-1413G101N102TO PLCSEE E-15, LINE 1515TO PLCSEE E-15, LINE 1516FU2FU1TB1-1TB1-2FU3TB1-3TB2-4FU4104N104TB1-4DPMLNGTB2-5G104FU5TB1-5TB2-6FU6TB1-6FU7TB1-7FU8TB1-14FU9TB1-15 UPSLUPSNTB2-1UPSGPOWER SUPPLY 1PHOENIX CONTACT2904600INPUT - 1.5A, 120VACOUTPUT - 5A, 24VDC163VAPOWER SUPPLY 2PHOENIX CONTACT2904600INPUT - 1.5A, 120VACOUTPUT - 5A, 24VDC163VAREDUNDANCY MODULEPHOENIX CONTACT286651410A (REDUNDANCY)SPAREDIGITAL POWER METERELECTRO INDUSTRIESSHARK 2508WSPAREALTITUDE FILL VALVEOPENLOW-LOW LEVELPRESSURE SW.SET TD1 @ 15 SEC. 11161117111811191120112111221123110811091110111111121113111411151101110211031104110511061107 UPS1FROM "LP1"CB12UPS 1500KVAEBM6.3A6.3A6.3A2A1A1A1A2A2A 0VDC
TYP. 24VDC WIRINGBLUE +24VDCWHITE/BLUE STRIPE 0VDC0V24VTB4-1TB4-2DISCRETE INPUTS MODULESEE DRAWING E-13DISCRETE INPUTS MODULEREF. DRAWING E-14TO LINE 1300501TO LINE 1300TO LINE 1400502401402TO LINE 1400TB4-3FU13DISCRETE OUTPUTS MODULEREF. DRAWING E-17TO LINE 1700505405TO LINE 1701TB4-4FU14ANALOG INPUTS MODULEREF. DRAWING E-18TO LINE 1826506406TO LINE 1825TB4-5FU15SPARETB4-6FU16TB4-7FU17TB4-8FU18OPERATOR INTERFACEOIT123TB2-14G118408508TB4-9FU19CISCOETHERNET SWITCHESW-1DC+DC-GNDTB2-15G119409509TB4-10FU20NEW RADIO AND 1A FUSELOCATED IN (E) PLC CABINETTB2-16TB4-11FU21TB4-12FU22TB4-13FU25SPARETB2-17TB2-18TB2-19 +24VDC0VDC
TB2-13TB2-12TB2-102A2A2A2A113011311132113311341135113611371138113911401141114211431144114511461147114811492A2A1A POWER CORD01950.70.01FROM 24 VDC POWER SUPPLYREFERENCE LINE 1110TYP. 120VAC WIRINGRED 120VAC LINEWHITE 120VAC NEUTRAL +24VDC
TB4-14FU26SPARETB2-206.3A
L-L--0VDC
CB115A
TB2-11
CONTINUESAT LINE 11301704-ACR41704-B
TO LINE 1500503TO LINE 1500TO LINE 1600504403404TO LINE 1600DISCRETE INPUTS MODULEREF. DRAWING E-15DISCRETE INPUTS MODULEREF. DRAWING E-16 RADIO+-GND4105101A2A1A1A1A6.3A
AVPLC DIGITAL OUTPUTSEE E-17, LINE 1704ALTITUDE FILL VALVECLOSED1705-ACR51705-BAVPLC DIGITAL OUTPUTSEE E-17, LINE 1705FU10TB1-161AFU11TB1-171AFU12 TB1-12TB2-7
2A
TB1-13TB2-872TD1TB3-1TB3-2TB3-3TB3-4CLOSES @ 31.65 PSI DECREASINGPSLL1314R131TD159R1812R11314RLA1314RHATB3-5TB3-6CLOSES @ 41.4 PSI INCREASINGPSHHRREMOTE LOCATIONREMOTE LOCATIONNOTES:
19RLATB3-7TB3-8210RLATB3-9TB3-10311RLATB3-11TB3-12812RLA59RHATO PUMP 1LOW LEVEL SHUTDOWNSEE E-6, LINE 613TO PUMP 2LOW LEVEL SHUTDOWNSEE E-7, LINE 713TO PUMP 3LOW LEVEL SHUTDOWNSEE E-8, LINE 813TO PLC CONTROL PANELLOW LEVEL ALARMSEE E-15, LINE 1510TO PLC CONTROL PANELHIGH LEVEL ALARMSEE E-15, LINE 1511LOW-LOW LEVELLOCKOUTLOW-LOW LEVELALARMHIGH-HIGH LEVELPRESSURE SW.ALARMRRR UPS ON BYPASSSEE E-13, LINE 1305
FU23FU24PS-R0+G-N105PS-R1+G-N106PLC RACK 0 POWER SUPPLYMODICON BMXCPS4002PLC RACK 1 POWER SUPPLYMODICON BMXCPS4002FUSE1A 105106SPARESPARE 120WHTRLEDGNDDP1TB5-2SECTION 5 HEATERDUPLEX RECEPTACLESECTION 5(DOOR MOUNTED)SECTION 5 LIGHTDS 11501151CB115ANHFROM LP2 CKT. NO 14TB5-1GTB2-2111481148A R RR
TB1-17SPARETB6-1TB6-2TB6-3120WHTRTB5-3SECTION 4 HEATER120WHTRTB5-4SECTION 3 HEATER120WHTRTB5-5SECTION 2 HEATERTSH1151TSHTSHTSH G105G106
SP1
TB6-4120WHTRTB5-6SECTION 1 HEATERTSH1148B1149A1149B1150A1150BN/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-11.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-11.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-11.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

0706050403020100CPSXBE
132456789101112131415161718454647484344414239403738353633343132293027282526474812SFP+(E) ENS-1 10" HMI PANEL
192021222324
(E)TEMPERATURETIT017CONTROL ROOM
120.0120.0120.0POWER QUALITY METER
(E)ANDREWLDF4-50AANTENNACABLE
N MALE CONNECTORANDREW L4NM-7570N.I.C.(E)ANTENNALIGHTINGARRESTORPOLYPHASERIS-50NX-C2 NEW DATALINK RADIOLOCATED INSIDE EXISTINGPLC CONTROL PANELPIGTAILSUPERFLEXASSEMBLYANDREW FSJ1-50ASMA MALE TON-MALE90° END AT THERADIO,STRAIGHT AT THEARRESTOR (E) OMNIDIRECTIONALANTENNA
PLC RACK 0
CAT 6 CABLE
PLC RACK 01RACK EXTENSION CABLE
CAT 6 CABLE
0706050403020100CPSXBE BMXCPS3500BMXXBE1000BMXNOM0200BMXAAI0810BMXDDO1602BMXDDI1602BMXDDI1602BMXCPS3500BMEP584040BMXNOC0301BMXNOC0301BMXXBE1000BMXNOC0301BMXDDI1602BMXDDI1602 ETHERNETSWITCHUPSUPSBATT.EXT.EATON 9PXAND EBMCAT 6 CABLE CAT 6 CABLECAT 6 CABLECAT 6 CABLECAT 6 CABLECAT 6 CABLE 24136857101291114131618151720221921242328273029262524136857 241368571012911141316181517202219212423282730292625FIREWALLSFP ETHERNET SWITCHSFP RING SWITCHTO MEADOVIEW(E) SINGLE STRAND 106/S (N.I.C.) CAT 6 CABLECAT 6 CABLEDELL LINK CABLE
TO SHASTA RESERVOIRTO BRIGHTON HEIGHTSOPENTO CWTPEth1/1/3Eth1/1/1Eth1/1/5Eth1/1/7Eth1/1/9 (E) PLC CABINET
SRM8200+ -Serial 2Serial 1Eth 1 Eth 2(E)TEMPERATURETRANSMITTER(E) NETWORK CABINET(NOT IN CONTRACT) CAT 6 CABLE
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-12.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-12.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-12.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

4.WITH THE NUMBERS SHOWN ON THE PLANS.3.CONTRACTOR TO PROVIDE AND INSTALL HEAT SHRINKABLE WIRE LABELS 2.SEE SHEET E-28 FOR CONDUIT AND WIRE SCHEDULE.CONTRACTOR SHALL FURNISH, INSTALL AND CONNECT ALL WIRES TONOTES:1.THE CITY WILL PROVIDE THE PLC PROGRAM.THE PLC, TERMINAL BLOCKS, RELAYS, FUSES, AND FIELD DEVICES. 1302130313011304130513061307130813091310131113121313131413151316 INTRUSION SWITCH TO THE DIGITAL INPUT TERMINAL SUB BASE.5.CONTRACTOR SHALL INSTALL TWO No. 14 AWG CONDUCTORS FROM THE PLC UPS1SPDPLC CABINET INTRUSIONSPAREPLC UPS ON BYPASSSPD ALARM

SPAREPFR ALARM

SPARESPARE
SPARE
1305A1305B1306A1306B1307A1307B1303A1303B1302A1302B1301A1301B

MAIN BREAKER CLOSED
DS3PFRMAIN CB

SPARESPARESPARE

GEN BREAKER CLOSED
GEN CB

SPARESPARE
1300
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-13.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-13.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-13.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

FIELD WIRING
24 V32142001002011011220210232031034204104520510562061067207107820810892091091021011021111121211221311321411421511511121314151617181920 X1 TWDFCW30K CABLEHE10 / FLYING LEADS
ABE-7H16S21
FUSE FU14TB4-224 V0 V0 VREF. DWG E-11LINE 1133502402JUMPER 1917151311975312018161412108642BrownYellowPinkRedVioletRed / BlueBrown / GreenYellow / BrownWhite / GreyWhite / PinkBMX FTB 2010WhiteGreenGreyBlueBlackGrey / PinkWhite / GreenWhite / YellowGrey / BrownPink / BrownHE10 CONNECTORSUPPLIED WITH CABLEPLUG INTO MODULE Input 10VDC0VDCInput 3Input 5Input 7Input 9Input 11Input 13Input 15Input 224V24VInput 4Input 6Input 8Input 10Input 12Input 14Input 16CUT THE CABLE TO CORRECTLENGTH, TERMINATE COLOREDWIRES ON TERMINALS AS SHOWNMOUNT TERMINAL ONDISCRETE INPUT CARDRACK 01, SLOT 02 USE DZ5-CE (FERRULE) TYPECABLE ENDS ON EACHCONDUCTOR WITH PROPERCRIMPING TOOL 1402140314011404140514061407140814091410141114121413141414151416 PUMP 1 READY INPUTSEE SHEET E-6
SPARE
1401A1401BCRW1PUMP 1 RUNNINGSEE SHEET E-6PUMP 1 OVERLOAD ALARMSEE SHEET E-6MOV1 OPEN STATUSSEE SHEET E-6MOV1 CLOSE STATUSSEE SHEET E-6MOV1 FAILURE ALARMSEE SHEET E-6 MOV2 FAILURE ALARMSEE SHEET E-7
SPAREMOV1 NOT READYSEE SHEET E-6PUMP 2 RUNNINGSEE SHEET E-7PUMP 2 READY INPUTSEE SHEET E-7MOV2 CLOSE STATUSSEE SHEET E-7MOV2 OPEN STATUSSEE SHEET E-7MOV2 NOT READYSEE SHEET E-7 PUMP 2 OVERLOAD ALARMSEE SHEET E-7
1402A1402BM11403A1403BCROL11404A1404BS51405A1405BS61406A1406BMRCRW21409A1409BM21410A1410BCROL21411A1411BCRMOV20CRMOV101407A1407B1412A1412BS51413A1413BS61414A1414BMR1415A1415B 1400

4.WITH THE NUMBERS SHOWN ON THE PLANS.3.CONTRACTOR TO PROVIDE AND INSTALL HEAT SHRINKABLE WIRE LABELS 2.SEE SHEET E-28 FOR CONDUIT AND WIRE SCHEDULE.CONTRACTOR SHALL FURNISH, INSTALL AND CONNECT ALL WIRES TONOTES:1.THE CITY WILL PROVIDE THE PLC PROGRAM.THE PLC, TERMINAL BLOCKS, RELAYS, FUSES, AND FIELD DEVICES.INTRUSION SWITCH TO THE DIGITAL INPUT TERMINAL SUB BASE.5.CONTRACTOR SHALL INSTALL TWO No. 14 AWG CONDUCTORS FROM THE PLCN/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-14.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-14.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-14.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

24 V32142001002011011220210232031034204104520510562061067207107820810892091091021011021111121211221311321411421511511121314151617181920 X1 TWDFCW30K CABLEHE10 / FLYING LEADS
ABE-7H16S21
FUSE FU15TB4-324 V0 V0 VREF. DWG E-11LINE 1134503403JUMPER 1917151311975312018161412108642BrownYellowPinkRedVioletRed / BlueBrown / GreenYellow / BrownWhite / GreyWhite / PinkBMX FTB 2010WhiteGreenGreyBlueBlackGrey / PinkWhite / GreenWhite / YellowGrey / BrownPink / BrownHE10 CONNECTORSUPPLIED WITH CABLEPLUG INTO MODULE Input 10VDC0VDCInput 3Input 5Input 7Input 9Input 11Input 13Input 15Input 224V24VInput 4Input 6Input 8Input 10Input 12Input 14Input 16CUT THE CABLE TO CORRECTLENGTH, TERMINATE COLOREDWIRES ON TERMINALS AS SHOWNMOUNT TERMINAL ONDISCRETE INPUT CARDRACK 01, SLOT 03 USE DZ5-CE (FERRULE) TYPECABLE ENDS ON EACHCONDUCTOR WITH PROPERCRIMPING TOOL 1502150315011504150515061507150815091510151115121513151415151516 FIELD WIRING1501A1501BCRW3

RESERVOIR HIGH HIGHLEVEL ALARM
1502A1502BM31503A1503BCROL31504A1504BS51505A1505BS61506A1506BS8S61509A1509BCRMOV301507A1507BPS-11515A1515B PUMP 3 READY INPUTSEE SHEET E-8PUMP 3 RUNNINGSEE SHEET E-8PUMP 3 OVERLOAD ALARMSEE SHEET E-8MOV3 OPEN STATUSSEE SHEET E-8MOV3 CLOSE STATUSSEE SHEET E-8MOV3 FAILURE ALARMSEE SHEET E-8 SPARE
MOV4 CLOSE STATUSSEE SHEET E-9MOV3 NOT READYSEE SHEET E-8MOV4 OPEN STATUSSEE SHEET E-9 POWER SUPPLY PS-1 FAILURESEE SHEET E-11POWER SUPPLY PS-2 FAILURESEE SHEET E-11 PS-21516A1516BS51508A1508B
1500

RESERVOIR LOW LEVELALARMRESERVOIR HIGH LEVELALARM
RLA1510A1510BRHA1511A1511BFSHH1512A1512BSPARE
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-15.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-15.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-15.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

160316041602160516061607160816091610161116121613161416151616

SPARESPARESPARESPARESPARESPARESPARESPARE

4.WITH THE NUMBERS SHOWN ON THE PLANS.3.CONTRACTOR TO PROVIDE AND INSTALL HEAT SHRINKABLE WIRE LABELS 2.SEE SHEET E-28 FOR CONDUIT AND WIRE SCHEDULE.CONTRACTOR SHALL FURNISH, INSTALL AND CONNECT ALL WIRES TONOTES:1.THE CITY WILL PROVIDE THE PLC PROGRAM.THE PLC, TERMINAL BLOCKS, RELAYS, FUSES, AND FIELD DEVICES.INTRUSION SWITCH TO THE DIGITAL INPUT TERMINAL SUB BASE.5.CONTRACTOR SHALL INSTALL TWO No. 14 AWG CONDUCTORS FROM THE PLC SECURITY DOOR POWER ALARMRESERVOIR HATCH 102DAND 102EHIRSCH PANEL TROUBLEMOTION DETECTORCONTROL BUILDINGDOOR 102BCONTROL BUILDINGROLL UP DOOR 102CENTRANCE DOOR SOUTH 101AROLL UP DOOR 102A1XRC1XR21XR31XR41XR51XR61XR1BLKREDWHTGRNORGBLUWBLKRBLKAR1-NCSDPAGBLK

FROMSECURITY PANEL
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-16.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-16.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-16.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

HE10ABE-7R16T330200300100201301101202102302203103303204104304205105305206106306207107307208108308209109309210110310211111311212112312213113313214114314215115315 1217181920 345678910111213141516 FUSE FU17TB4-5 1701-B1701-AFIELD WIRINGPUMP 1 CALL
1701170217031704170517061707170817091710171117121713171417151716 PUMP 2 CALLPUMP 3 CALLOPEN FILL VALVECLOSE FILL VALVESPARESPARESPARESPARESPARESPARESPARESPARESPARESPARE PUMP 2 CALLPUMP 1 CALLPUMP 3 CALL
505405REF DWG E-11LINE 113624V0VCR1CR2CR3CR4CR5CR6CR7CR8CR9CR10CR11CR12CR13CR14CR15CR16 1700OPEN FILL VALVECLOSE FILL VALVE
TWDFCW30K CABLEHE10 / FLYING LEADS1917151311975312018161412108642BrownYellowPinkRedVioletRed / BlueBrown / GreenYellow / BrownWhite / GreyWhite / PinkBMX FTB 2010WhiteGreenGreyBlueBlackGrey / PinkWhite / GreenWhite / YellowGrey / BrownPink / BrownHE10 CONNECTORSUPPLIED WITH CABLEPLUG INTO MODULE Output 10VDC0VDCOutput 3Output 5Output 7Output 9Output 11Output 13Output 15Output 224V24VOutput 4Output 6Output 8Output 10Output 12Output 14Output 16CUT THE CABLE TO CORRECTLENGTH, TERMINATE COLOREDWIRES ON TERMINALS AS SHOWNMOUNT TERMINAL ONDISCRETE OUTPUT CARDRACK 01, SLOT 05 USE DZ5-CE (FERRULE) TYPECABLE ENDS ON EACHCONDUCTOR WITH PROPERCRIMPING TOOL 24 VSub-base
+24VdcLC Fus I = 1A max0VdcABE7R16T33016 Relays OutputsQ15Q14Q13Q12Q11Q10Q9Q8Q7Q6Q5Q4Q3Q2Q1Q0ABR7S33 RELAY 1702-B1702-A1703-B1703-A1704-B1704-A1705-B1705-A

4.WITH THE NUMBERS SHOWN ON THE PLANS.3.CONTRACTOR TO PROVIDE AND INSTALL HEAT SHRINKABLE WIRE LABELS 2.SEE SHEET E-28 FOR CONDUIT AND WIRE SCHEDULE.CONTRACTOR SHALL FURNISH, INSTALL AND CONNECT ALL WIRES TONOTES:1.THE CITY WILL PROVIDE THE PLC PROGRAM.THE PLC, TERMINAL BLOCKS, RELAYS, FUSES, AND FIELD DEVICES.INTRUSION SWITCH TO THE DIGITAL INPUT TERMINAL SUB BASE.5.CONTRACTOR SHALL INSTALL TWO No. 14 AWG CONDUCTORS FROM THE PLC SPARE
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-17.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-17.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-17.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

1802180318011804180518061807180818091810181118121813181418151816181718181819182018211822

FEILD WIRING
1823182418251826
121324Protection 25 mA2310219207618174315141
131130129128127126125124123122121120118119117116115114113112111110109108107106105104103102101100 0V7IC7T7IS70V6IC6T6IS60V5IC5T5IS5IC4IS4T40V3IC3T3IS30V2IC2T2IS20V1IC1T1IS10V0IC0T0IS0 24VSub-D 25 pointsDC/DC24V/24VDC/DC24V/24VDC/DC24V/24VDC/DC24V/24VDC/DC24V/24VDC/DC24V/24VDC/DC24V/24VU filt.FProtection 25 mADC/DC24V/24VU filt.FProtection 25 mAU filt.FProtection 25 mAU filt.FProtection 25 mAU filt.FProtection 25 mAU filt.F250 ΩProtection 25 mAU filt.F250 ΩProtection 25 mAU filt.F250 Ω 250 Ω250 Ω250 Ω250 Ω250 Ω2341 0V
0V4
ABE7CPA31EBMXAMI0810FROM FUSE FU18053LIT-+LIT053/IC0001PIT-+003ZIOUT24V LIT053/IS0PIT001/IC1PIT001/IS14-20mA
COMZI003-IC2Z003-IS2ZI003-0V2
4-20mA4-20mA
RESERVOIR LEVEL4-20mA/0-24 FT. H2OSYSTEM WATER PRESSURE4-20mA/0-85 PSIG INLET FILL VALVE POSITION4-20mA/0-100%
506406FROMTB4-6
ABE7BV10 TERMINAL BLOCK
BMXFTA150 CORD SET28 WAYS TERMINALRACK 01SLOT 06REF. DWG E-11LINE 11374.WITH THE NUMBERS SHOWN ON THE PLANS.3.CONTRACTOR TO PROVIDE AND INSTALL HEAT SHRINKABLE WIRE LABELS 2.SEE SHEET E-28 FOR CONDUIT AND WIRE SCHEDULE.CONTRACTOR SHALL FURNISH, INSTALL AND CONNECT ALL WIRES TONOTES:1.THE CITY WILL PROVIDE THE PLC PROGRAM.THE PLC, TERMINAL BLOCKS, RELAYS, FUSES, AND FIELD DEVICES.INTRUSION SWITCH TO THE DIGITAL INPUT TERMINAL SUB BASE.5.CONTRACTOR SHALL INSTALL TWO No. 14 AWG CONDUCTORS FROM THE PLC(E) SYSTEM WATER PRESSURE CONNECTION FOR PIT-001 WITH NEW 1/4" TUBING.6.CONTRACTOR SHALL RECONNECT THE EXISTING 1/4" TUBING FROM THEN/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-18.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-18.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-18.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

(E) 8" DRAIN LINE.

REAR ENTRANCE----------------------------
----(E) FILLED INENTRANCETO V - STREET SEWERTO V - STREET SEWER

TYPICAL COLUMN FOOTING
L
----------------------------
SCALE: 1"=20'
----------

GASGASGASGASGASGASGASGASGASGASGASGASGASGASGAS---------- (E) 8" SEWER(E) GAS(E) 24" WATER LINE(E) 24" WATER LINE

3.0000
--
C
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-----------------------------------------------------------------------3.0000 ----------------XXXXXX
(E) LIGHTINGPANELS
(E) SWGR/MCC(E) CONTROLBUILDING(E) SPRINKLER SYSTEM(E) SWGRNON-DOUEQUIPMENT (E) SMUDTRANSFORMER
C EL. APPROXIMATELY 28.0'(E) 24" PRESSURE WATER MAIN
BETWEEN COLUMNS, TYP.(E) 6' HIGH CHAINLINK FENCE.REMOVABLE SECTIONNOTES:1.DRAWING SHOWN FOR REFERENCE ONLY.N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-19.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-19.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-19.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

(E) FILLED INENTRANCE

GASGASGASGASGASGASGASGASGASGASGASGASGASGAS
(E) GAS(E) 24" WATER LINE(E) 24" WATER LINE
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(E) SPRINKLER SYSTEM
(E) SMUDTRANSFORMER
C EL. APPROXIMATELY 28.0'(E) 24" PRESSURE WATER MAIN(N) 400AUTILITY METER(N) 3'X3'PULL BOXSEE NOTE 3& 4.P7TO MCCSEEDWG. E-21 (N) 500KVA SMUD TRANSFORMER AND PAD.SEE SMUD SERVICE REQUIREMENTSON THIS SHEET.P8P7,P8(E)P8SEE NOTE. 4CAUTION:ENERGIZE CONDUCTOR,DEVELOPERRESPONSIBLE FOR USA PPDIRECT BURY CONDUCTOR TO BEDISCONNECTED BY SMUD ANDABANDONEDEXISTING TRANSFORMERTX-01001076 1-KMP-4TO BE REMOVED BY SMUD,PAD TO BE DEMOLISHEDBY DEVELOPERELECTRONIC MARKER TOBE PLACED ON BASE OFPOLE PER SMUDINSPECTORS DIRECTIONDEVELOPER TO INSTALL7'X7' TRANSFORMER PADPER SMUD DWG UVD 2.2& 2.2A, WITH TRAFFICPROTECTION PER SMUDDWG UVD 2.5DEVELOPER TO INSTALL (2)- 4" CONDUIT APPROX. 15'WITH PULL TAPE4' X 6' PRIMARYPULLBOX, SPRING ASSISTLID, BY DEVELOPER PERSMUD DWG. UVC 1.2 &UVC 1.2.2UD194589TO REMAINUD016859TO REMAINDEVELOPER TO INSTALL(2)-4" CONDUIT APPROX.10' WITH PULL TAPEDEV. TO STUB 1-4"CONDUIT, UP POLE, PERSMUD DWG. U1NOVERHEADLINES TOREMAIN N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-20_E-21.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-20_E-21.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-20_E-21.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA
ADDITIONAL NOTES:1.CONTRACTOR SHALL PERFORM AND COORDINATE ALL WORK AS REQUIRED BY SMUD'S SERVICEREQUIREMENTS.2.UNDERGROUND FACILITIES WILL BE INSTALLED PER SMUD'S STANDARD ENTITLED "ELECTRIC SERVICEREQUIREMENTS DISTRIBUTION UNDERGROUND STRUCTURE" ENGINEERING SPECIFICATION T007. SMUDINSPECTOR'S APPROVAL OF THE EXACT LOCATION AND CONFIGURATION OF ELECTRIC DISTRIBUTIONFACILITIES IS REQUIRED BEFORE THE START OF TRENCHING. SEE SMUD NOTE #10 FOR MOREINFORMATION.3.CONTRACTOR TO INTERCEPT EXISTING POWER CONDUIT GOING INTO THE RESERVOIR SWITCHGEAR FROMTHE EXISTING TRANSFORMER AND INSTALL A PULL BOX AT THE POINT OF INTERCEPTION. CONTRACTORTO COORDINATE THE INSTALLATION SCHEDULE OF THE NEW METER CABINET AND NEW UTILITYTRANSFORMER. SHOULD THE NEW UTILITY TRANSFORMER WILL BE INSTALLED PRIOR TO THE NEWUTILITY METER BEING DELIVERED ONSITE, THE CONTRACTOR SHALL VERIFY WITH SMUD AND PROVIDETEMPORARY POWER FROM THE NEW UTILITY TRANSFORMER TO THE EXISTING METER UNTIL THE NEWUTILITY METER IS ONSITE. ONCE ONSITE, THE CONTRACTOR WILL COORDINATE INSTALL AND CUTOVEROF THE NEW UTILITY METER WITH SMUD AND THE CITY.4.CONTRACTOR TO COORDINATE FINAL PLACEMENT OF THE UTILITY METER AND PULL BOX WITH THE CITY.(E) P8 CONDUIT WILL BE ABANDON AFTER CUT-OVER OF THE NEW UTILITY TRANSFORMER.5.THE CONTRACTOR SHALL CONTACT SMUD BEFORE INSTALLING NEW CONDUCTORS BETWEEN THE UTILITYMETER AND THE SMUD TRANSFORMER. SMUD WILL MAKE ALL CONNECTIONS AT THE SMUDTRANSFORMER.6.CONTRACTOR TO LOCATE ALL UNDERGROUND SPRINKLER PIPING AND REPAIR ANY DAMAGE THATOCCURS.OUTDOOR SITE PLANSCALE: 1"-10'SMUD SERVICE REQUIREMENTSN.T.S

(E)CAM-1
(E)CAM-3ONROOFTOP
(E)CAM-4ON ROOFTOP(E)CAM-5ONROOFTOP
(E)CAM-6ONROOFTOP
XXXXXX

WVUTSRQPONMLKJIHGFEDCBA
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A1A1A1A1A1A1A1A1A2CD1D1D2
DS-102A
MD-1TO MANWELL, SEE SHT E-24A3A3
A3A3 A1(E) 34" CONDUITLP2-4(TYP.)S
(E) 34" CONDUITLP2-6(TYP.)
LP2-5DEMO EXISTING TRANSFER SWITCH,RECEPTACLES, LIGHTING, CONDUITS,AND FENCING.

LP2-2. (TYP.)

TO (E)CAMERAPANEL

TO (E)CAMERA PANELTO (E) CAMERAPANEL
TO (E) CAMERAPANEL S13TO SECURITY PANELSECURITY PANEL(E) NETWORKCABINET(N) MCC TO NETWORK RACKS15TO SECURITYPANEL
(E)PANELREPLACE WITHJ-BOX(E) 1"C LP2-001TO LP2. CONTAINSCABLES FOR:LP2-2,LP2-3,LP2-7,LP2-8,LP2-9,LP2-12,LP2-14,LP2-15 TO LP2-7VIA J-BOXTO LP2-3VIA J-BOXLP2-10
(N) LP2
S9A1LP2-5LP2-9S11S14AS10S10AS14MOTION DETECTOR(TYP.)MD-3MD-4MD-2 CARD READERCR-101AJDS-101APOWER HINGED
(E) IRRIGATIONCONTROLLERREPLACE LIGHTINGFIXTUREAND LIGHT SWITCH.

LP2-7THE LOCATION OF THE EXISTING LIGHTINGFIXTURES ARE APPROXIMATELY30" FEET FROM THE BOTTOM OF THERESERVOIR. SEE DWG. E-23.

DS-102BDS-102C(E)CAM-2
NOTES:1.SEE SHEET E-21 FOR ELECTRICAL INSIDE THE CONTROLROOM AND ADDITIONAL CONDUITS.2.SEE SHEETS E-23 FOR ELECTRICAL INSIDE THE STAIRWAYAND MANWELL.3.CONTRACTOR SHALL REPLACE THE EXISTING SOUTH DOORLIGHT SWITCH WITH A TWO POLE INTERMATIC LIGHT SWITCHMODEL NUMBER FF412H.4.THE CONTRACTOR SHALL INSTALL A NEW ELECTRICAL GUTTERABOVE AND BELOW LP2 TO FACILITATE THE CONDUITS BEINGFED BY LP2. DEMO EXISTING PANELBOARD ANDTRANSFORMER.5.THE EXISTING VIDEO CAMERAS AND THE CAMERA PANEL ONTHE ROOFTOP WILL BE REMOVED BY ANOTHER CONTRACTORUNDER A SEPARATE CIP PROJECT TO REPLACE THE WOODENVALVE PLATFORM. THE EXISTING CONDUITS FROM THECAMERAL PANEL TO THE CONTROL BUILDING AND LIGHTINGPANEL WILL REMAIN. THE CONTRACTOR SHALL INTERCEPTTHE 34" CONDUIT TO THE LIGHTING PANEL AT THE VALVEPLATFORM, INSTALL A JUNCTION BOX AND TWO NEWRECEPTACLES ON THE PLATFORM RAIL. LOCATION OF THENEW RECEPTACLES SHALL BE COORDINATED WITH THE CITY.6.THE TWO VIDEO CAMERAS INSIDE THE RESERVOIR SHALL BEREMOVED BY CONTRACTOR.7.REPLACE CABLES TO EXISTING RECEPTACLES, LIGHTSWITCHES, AND LIGHTING FIXTURES. ALL RECEPTACLES ANDLIGHT SWITCHES SHALL BE REPLACED.8.SEE SHEET E-28 AND E-29 FOR CONDUIT AND LIGHTINGFIXTURE SCHEDULES.9.SEE DETAILS 6 THROUGH 10 FOR HIRSCH SECURITY SYSTEM.

B
LP2-3
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-22.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-22.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-22.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

LADDER, TYP.STAIRS TYP.

TOP OF RESERVOIRLP2-2, TO RESERVOIR LIGHTS
(E) CATHODIC PROTECTION(E) DUPLEX OUTLET, TYP.

JJUNCTION BOX, SIZE & TYPE AS REQUIREDFOURPLEX RECEPTACLE OUTLETDUPLEX RECEPTACLE OUTLETLIGHTING FIXTURESINGLE POLE TOGGLE SWITCH (E) LIGHT SWITCH, TYP.MANWELLVALVE PLATFORM(E) LADDER TO LIGHTS(E) COPPER VENTILATOR(E) PLATFORMTOP OF RESERVOIRPLATFORM(E) BEACON LIGHTS(E) OMNI ANTENNA TO REMAIN(E) 1" CONDUIT(E) 3/4" CONDUIT TYP.(E) 3/4" CONDUIT TYP.(E) 3/4" CONDUIT TYP.(E) 3/4" CONDUIT TYP.(E) 3/4" CONDUIT TYP. (E) RADIO CABLE
(E) 3/4" CONDUIT(E) 3/4" CONDUIT, TYP.(E) 3/4" CONDUIT TYP. (E) 3/4" CONDUIT TYP.B BOTTOM OF RESERVOIRRESERVOIRB
BBB
BB
CA2LP2-7LP2-7LP2-3(E) JCT BOX
C8
(E) 3/4" CONDUITWITH OUTLET
BBRESERVOIR INTERIORLP2-2(E) 3/4" CONDUITS FOR CATHODIC PROTECTION(E) MAGNETROLAND FLOAT SW.A3LP2-2(E) 3/4" CONDUIT TYP.S12A3 LP2-9

STAIR PLATFORM
J
LP2-7

REMOVE AND SALVAGEE
RESERVOIR HATCH INTRUSION SW.DS-102D SEE DETAIL 8, E25LP2-12 TO JBOXON ON VALVEPLATFORMSEE NOTE. 7 (E) CAMERA PANELREMOVE ANDSALVAGE(E) RADIOCABLE TO BEREUSED(E) RADIOEQUIPMENTNON-DOU(E)VIDEO CAMERA(TYP. OF 4)SEE NOTE 7.(E) RAIN GUAGE 1.5"CONDUIT(E)VIDEO CAMERA(TYP. OF 4)SEE NOTE. 7(E) YAGI ANTENNAREMOVE ANDSALVAGE LP2-11ELECTRIC WINCHINSTALLED UNDER ASEPERATE CIPPROJECT JJLP2-13C9(E) AMIJRESERVOIR ROOF HATCH INTRUSION SW.DS-102E SEE DETAIL 8, E25 N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-23.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-23.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-23.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA
NOTES:1.CONTRACTOR SHALL REPLACE THE EXISTING LIGHTING FIXTURESINSIDE AND OUTSIDE OF THE VALVE CONTROL ROOM. SEE E-29 FORLIGHTING FIXTURE SCHEDULE.2.THE RESERVOIR LIGHT FIXTURES ARE MOUNTED TO THE CEILING OFTHE RESERVOIR. THE CEILING OF THE RESERVOIR IS APPROXIMATELY30 FEET ABOVE THE FLOOR OF THE RESERVOIR AND WILL BE FILLEDWITH WATER.3.THE EXISTING TOWER CONTAINS TWO ANTENNAS. CONTRACTOR TOREMOVE AND SALVAGE THE YAGI ANTENNA.4.CONTRACTOR SHALL ADD A JUNCTION BOX AND TWO RECEPTACLESAT THE VALVE PLATFORM AND PROVIDE POWER CABLES TO PANELLP-2.5.CONTRACTOR SHALL REMOVE THE EXISTING RECTIFIER LOCATED NEARTHE TOP OF THE RESERVOIR.6.THE EXISTING MAGNETROL SWITCH WILL BE REMOVED UNDER A SEPARATE CIP PROJECT. CONTRACTOR TO REPLACE THE HIGHLEVEL FLOAT FROM INSIDE THE RESERVOIR.7.THE EXISTING VIDEO CAMERAS AND THE CAMERA PANEL ON THEROOFTOP WILL BE REMOVED BY ANOTHER CONTRACTOR UNDER A SEPARATE CIP PROJECT TO REPLACE THE WOODEN VALVE PLATFORM.THE EXISTING CONDUITS FROM THE CAMERA PANEL TO THE CONTROLBUILDING AND LIGHTING PANEL WILL REMAIN.7.A.THE CONTRACTOR SHALL INTERCEPT THE EXISTING 34" CONDUIT TOTHE LIGHTING PANEL 2 AT THE VALVE PLATFORM, INSTALL AJUNCTION BOX AND TWO NEW RECEPTACLES ON THE PLATFORMRAIL. LOCATION OF THE NEW RECEPTACLES SHALL BECOORDINATED WITH THE CITY.7.B.THE CONTRACTOR SHALL INTERCEPT THE EXISTING 1" CONDUITTO THE EXISTING NETWORK CABINET AT THE HATCH OPENING FORHATCH INTRUSION SWITCH DS-102D. EXTEND THE CONDUIT FROMTHE EXISTING NETWORK SWITCH TO THE NEW SECURITY PANEL.8.EXISTING CABLES TO EXISTING RECEPTACLES, LIGHT SWITCHES, ANDLIGHTING FIXTURES SHALL BE REPLACED. ALL RECEPTACLES ANDLIGHT SWITCHES SHALL BE REPLACED. RECEPTACLES ON THEINTERIOR SOUTH WALL AND STAIR PLATFORM ARE NOT SHOWN ONTHE PLANS. SEE E-28 FOR CONDUIT SCHEDULE.

N.T.S

DETAIL OF HEAD & JAMB114" x 3" NET2" x 6" BUCK114" x 3" NET112" x 558" NETRABBIT 12"

SOUTH EAST REAR ENTRANCEDOOR ELEVATION

CARD READERMORTISE LOCKSETW SCHLAGECYLINDERFOR SMUD KEY INTERIOR ELEVATIONMORTISE LOCKSETW SCHLAGECYLINDERFOR SMUD KEYCARD READERPOWERED HINGE4 1116" SQUAREJ-BOX

ROLL UP DOOR ELEVATION
(N) S13S14INTRUSION SWITCH (TYP.)DS-102ADS-102C
(N) S15

TO HIRSCHSECURITYPANEL

TO HIRSCHSECURITYPANEL
2 1/4" THICKWOOD DOORSEE DETAIL ABOVE4" SQUAREJ-BOXINTRUSION SWITCHDS-102D

RESERVOIR HATCH
S12
DETAIL6NO SCALESINGLE DOOR SECURITY DETAILDETAIL7NO SCALEROLL UP DOOR SECURITY DETAILDETAIL8NO SCALERESERVOIR HATCH SECURITY DETAIL MANWELLCONTRACTOR SHALL DRILL ANDMORTISE OUT THE WOOD FORPOWER HINGE SO THAT THECABLE CAN BE HIDDEN INDOOR.

INTRUSION SWITCHDS-101ARESERVOIR ROOF HATCHCONTINUED TOROOF HATCH 4" SQUAREJ-BOXINTRUSION SWITCHDS-102ES12NEW STAIRWAY(BY OTHERS)NEW RESERVOIRROOF HATCHAND OPENING(BY OTHERS)CONTINUED FROMRESERVOIR HATCH

TO HIRSCHSECURITY PANEL
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-25.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-25.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-25.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

DETAIL9NO SCALESECURITY SYSTEM ELEVATION DETAILDETAIL10NO SCALESECURITY SYSTEM BLOCK DIAGRAM (N)HIRSHMX8(E) PLCCABINET(E) GUTTER
AQL6B100D8P(2) 12V 7.2 AH(E)AEB8REB8(2) 12V 7.2 AH120VACPT(N) 1/2" FLEXCLASS 1 HIGHVOLTAGE 120VAC(E) 1 1/2"CHASENIPPLE TYP.OF 3(N) 1 1/2" CLOSENIPPLE TYP. OF 2CLASS 2 CIRCUIT(N)SECURITRONAQL6-B1006D8PE1Class1Wiring HIRSCHSECURITY PANELLOCKSETEL/RXDLTM2DS-101ASE DOOR ENTRANCEEL-ELECTRIC LATCH RETRACTIONRX-REQUEST TO EXITJBOXDS-102AROLL UP DOORINTRUSION SWITCHDLTM2SE DOORINTRUSION SWITCHDS-102BCONTROL ROOM DOORINTRUSION SWITCHDLTM2DS-102CCONTROL ROOM ROLL UP DOORINTRUSION SWITCHDLTM2DS-102DRESERVOIRINTRUSION SWITCHDLTM2MD-1MELM3MD-2MELM3MD-3MELM3MD-4MELM3 MX-8MATCH(-)D8OUT1(24VDC)POWER HINGEPTH HINGEPTH-2+4QMX-8DOOR 2ALARMMX-8DOOR 3ALARMMX-8DOOR 4ALARMMX-8DOOR 5ALARMAEB8D8OUT 5(12VDC)XA1AEB8D8AEB8D8XA3AEB8D8XA4OUT 6(12VDC)XA2OUT 7(12VDC)OUT 8(12VDC)PLC I/OPLC CONTROL PANELSEE DWG. E-16REB8-1OUTPUTSMX-8ALM1AQL6FAULT BELDEN 5502FES9BELDEN 5502FES10BELDEN 5502FES10ABELDEN 5502FES11 BELDEN6345FE, 6 PRS15BELDEN 5500F1S13S14S14AS12BELDEN 5500F1BELDEN 5500F1BELDEN 5500F1BELDEN 5307FEC5/C4 1 PR1 PRCARD READERCR-101ASE DOORCARD READER8010APT00003 PR(2)#22 AWG(-)DOOR 1MX-8ALARMMOTIONSENSORS NOTE:CLASS 2 POWER LIMITED WIRING MUST BESEPARATED FROM NON-POWER LIMITED WIRING BYA MINIMUM OF 14 INCH AND MUST USE SEPARTEKNOCKOUTS. (N) CONDUITASREQUIREDDOOR LOCKPOWER SUPPLY24VDC, 6A(+)MX-8N.O.RELAYDS-102ERESERVOIR ROOFINTRUSION SWITCHDLTM2MX-8DOOR 6ALARM120VAC120VAC120 VACLP2 CKT.1 N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-26.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-26.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-26.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

LP1-CB5EXTERIOR
DETAIL12NO SCALETYP. NAMEPLATE FOR LUMINAIRE SWITCH COVERS DESIGNATES AREA SERVEDENGRAVE DIRECTLY ONTODEVICE COVER PLATELETTER BLACK ENAMELDESIGNATES FEEDERCIRCUITLP1-CB2EXTERIOR DETAIL11NO SCALETYP. NAMEPLATE FOR RECEPTACLE COVERS

DESIGNATES AREA SERVEDENGRAVE DIRECTLY ONTODEVICE COVER PLATELETTER BLACK ENAMELDESIGNATES FEEDERCIRCUIT DETAIL13NO SCALEPRESSURE TRANSMITTER AND SWITCHES MOUNTING DETAIL TO PLC CONTROLPANELWALL MOUNTINGBRACKET14" TUBING POLYETHYLENETO PROCESS. PROVIDEFITTINGS AS REQUIRED.(TYP.)TO PLC CONTROLPANELTO PLC CONTROLPANELTEE FITTINGTEE FITTINGEXISTING POLY TUBINGTO RESERVOIRPSHHPSLLLIT-053 14" TUBING POLYETHYLENE(TYP.) TO PROCESS.PROVIDE FITTINGS ASREQUIRED.NOTES:1.SEE SHEET E-11 FOR WIRING DETAILS.2.CONTRACTOR SHALL INSTALL 14" POLYETHYLENE TUBING AND FITTINGS ASREQUIRED.3.THERE ARE TWO EXISTING PRESSURE TRANSDUCERS, ONE IS USED FORRESERVOIR LEVEL AND THE OTHER ONE IS USED FOR SYSTEM WATERPRESSURE (NOT SHOWN IN THIS DETAIL). CONTRACTOR SHALL REMOVE ANDSALVAGE BOTH (E) PRESSURE TRANSDUCERS AND INSTALL NEW PRESSURETRANSDUCERS AND PRESSURE SWITCHES PER THE PLANS ANDSPECIFICATIONS.4.THE CONTRACTOR SHALL CONNECT THE EXISTING SYSTEM WATER PRESSURELINE TO THE NEW PRESSURE TRANSDUCER, PRESSURE TRANSMITTERS, ANDPROVIDE NEW TUBING AND FITTINGS AS REQUIRED.5.INSTALL ALL NEW PIT'S, PRESSURE SWITCHES, AND J-BOX ON A NEW WOODPANEL. PROVIDED ALL REQUIRED MOUNTING HARDWARE AS REQUIRED.N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-27.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-27.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-27.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

CONDUIT AND WIRE SCHEDULECONDUITDESIGNATIONCONDUITSIZEPHASE SIZENEUTRALSIZEGROUNDSIZECONTROL WIRINGFROMTONOTESP1(E) 1 1/4"3 - #31 - #8MCCMOTOR NO.150HP P2(E) 1 1/4"3 - #31 - #8MCCMOTOR NO.250HP P3(E) 1 1/4"3 - #31 - #8MCCMOTOR NO.350HP P4(E) 1 1/4"3 - #41 - #8MCC(E) 60A RECEPTACLEP52"3 - #2/01 - #6MCCPORTABLE CLEANER RECEPTACLEP63"6 - #4/02 - #4/01 - #3SWITCHGEARGEN. CONNECTION PANELFLEXIBLE CONDUITP7(E) 3"6 - #4/02 - #4/01 - #3UTILITY METERMCCVIA PULLBOXP84"6 - #4/02 - #4/01 - #3UTILITY TRANSFORMERUTILITY METERADD PULL TAPE VIA PULLBOXLP1-3/5(E) 1"2 - #61 - #61 - #10LIGHTING PANEL 1LIGHTING PANEL 2LP2 POWERLP1-4(E) 11 - #121 - #121 - #12LIGHTING PANEL 1MOV 10.67 HPLP1-6(E) 11 - #121 - #121 - #12LIGHTING PANEL 1MOV 20.67 HPLP1-8(E) 11 - #121 - #121 - #12LIGHTING PANEL 1MOV 30.67 HPLP1-10(E) 1"1 - #121 - #121 - #12LIGHTING PANEL 1MOV 4VIA GUTTER IN CONTROL RM.LP2-001(E) 1"8 - #128 - #121 - #12LIGHTING PANEL 2NEW J-BOXLP2-002(E) 1"3 - #123 - #123 - #12NEW J-BOXNETWORK CABINET,SECURITY PANEL,AMIVIA J-BOXLP2-2(E) 3/4"1 - #121 - #121 - #12LIGHTING PANEL 2RESERVOIR/MANWELL LTG.VIA J-BOXLP2-3(E) 3/4"1 - #121 - #121 - #12LIGHTING PANEL 2CONTROL RM. & SW LIGHTINGCONTROL RM. & STAIRWAYLP2-4(E) 3/4"1 - #121 - #121 - #12LIGHTING PANEL 2INTERIOR BAY LIGHTS WESTVIA DOOR SWITCHLP2-51"1 - #121 - #121 - #12LIGHTING PANEL 2INTERIOR LIGHTS ENTRANCEVIA DOOR SWITCHLP2-6(E) 3/4"1 - #121 - #121 - #12LIGHTING PANEL 2INTERIOR BAY LIGHTS EASTVIA DOOR SWITCHLP2-7(E) 1"1 - #121 - #121 - #12LIGHTING PANEL 2RECEPTACLESCONTROL ROOM, VIA J-BOXLP2-8(E) 3/4"1 - #121 - #121 - #12LIGHTING PANEL 2PUMP AREA LIGHTSVIA J-BOXLP2-9(E) 3/4"1 - #121 - #121 - #12LIGHTING PANEL 2CATHODIC PROTECTIONCONTROL RM. INTERIOR RECEPTACLE, VIA J-BOXLP2-10(E) 1"1 - #121 - #121 - #12LIGHTING PANEL 2SPRINKLER CONTROL PANELLP2-111"1-#81 - #81 - #10LIGHTING PANEL 2ELECTRIC WINCHLP2-12(E) 3/4"2 - #122 - #122 - #12LIGHTING PANEL 2PLATFORM RECEPTACLES J-BOXCAP SPARE CABLES IN J-BOXLP2-14(E)1"1 - #121 - #121 - #12LIGHTING PANEL 2NETWORK CABINET AC UNIT & UPSVIA J-BOXLP2-1/151"2 - #122 - #122 - #12LIGHTING PANEL 2SECURITY PANEL AND AMI PANELVIA J-BOXC1(E) 1 1/4"14 - #14MCCMOV 1CONTROLC2(E) 1 1/4"14 - #14MCCMOV 2CONTROLC3(E) 1 1/4"14 - #14MCCMOV 3CONTROLC4(E) 2"2 - #143 - #12,16 - #141 - 9C #18MCC/CONTROL PANEL(E) GUTTER IN CONTROL RM. TO PLC CPMOV4, RADIO PWR, ALT. VALVE, PRESSURESWITCHES,SECURITY I/O, RAIN GAUGE, FLOAT SW.C53/4"1 - 9C #18HIRSCH PANEL(E) GUTTER IN CONTROL RM. TO PLC CPC63/4"2 - #144 - #14ALTITUDE VALVE(E) GUTTER IN CONTROL RM. TO PLC CPVALVE OPEN/CLOSEC7(E) 1 3/4"4 - #14MOV4(E) GUTTER IN CONTROL RM. TO PLC CPC8(E) 1 1/2"2 - #14RAIN GAUGE(E) GUTTER IN CONTROL RM. TO PLC CPON ROOF, EXTEND TO NEW PLC CP.C9(E) 3/4"2 - #14FLOAT SWITCH(E) GUTTER IN CONTROL RM. TO PLC CPREPLACE FLOAT SWITCH. LEAVE (E) LEVEL DEVICESC103/4"4 - #14PSLL & PSLL(E) GUTTER IN CONTROL RM. TO PLC CPS1(E) 2""1-CAT6, 2-2C #16, 1-3C #16"MCC/CONTROL PANEL(E) GUTTER IN CONTROL RM.RADIO , PIT, ALT. VALVES21"2 - CAT 6GUTTER/PLC CPNETWORK CABINETETHERNET SW. & RADIOS31"1 - 3C #16 TSPALTITUDE VALVE(E) GUTTER IN CONTROL RM. TO PLC CPANALOG VALVE POSITIONS4(E) 3/4"2 - 2C #16 TSPPIT(E) GUTTER IN CONTROL RM. TO PLC CPANALOG LEVEL SIGNALSS93/4"BELDENHIRSCH PANELMOTION SENSOR MD-1S101"(2) BELDENHIRSCH PANELMOTION SENSOR MD-2S10A3/4"BELDENHIRSCH PANELMOTION SENSOR MD-3S113/4"BELDENHIRSCH PANELMOTION SENSOR MD-4S12(E) 1"(2) BELDENHIRSCH PANELHATCH INTRUSION DS-102D & DS-102ES131"BELDENHIRSCH PANELROLL UP DOOR DTLM DS-102AVIA GUTTERS14(E) 1/2"BELDENHIRSCH PANELCONTROL RM. DOOR DS-102BVIA GUTTERS14A3/4"BELDENHIRSCH PANELCONTROL RM. ROLL UP DOOR DS-102CS151"BELDENHIRSCH PANELDOOR DTLM DS-101ANOTES:1.CONTRACTOR SHALL INSTALL NEW CONDUCTORS FROM THE NEW LIGHTINGPANEL LP2 TO THE EXISTING LOADS USING THE EXISTING CONDUITS. SIZESSHOWN FOR THE EXISTING CONDUITS ARE APPROXIMATE.2.CONTRACTOR SHALL INSTALL NEW CONDUCTORS FOR EACH CONDUIT SHOWNIN THE CONDUIT & WIRE SCHEDULE UNLESS OTHERWISE NOTED.3.SIZES OF EXISTING CONDUITS ARE APPROXIMATE, THEY MAY OR MAY NOT BETHE SIZE SHOWN IN THE SCHEDULE.4.CONTRACTOR SHALL PROVIDE CONDUIT TAGS FOR ALL CONDUITS SHOWN ONTHIS SCHEDULE. TAGS SHALL BE STAINLESS STEEL AND LABELED ON BOTHCONDUIT ENDS AND WHERE IT ENTERS OR EXIT WALLS OR JUNCTION BOXES.5.SEE E-26 DETAIL 10 FOR BELDEN CABLES FOR THE HIRSCH SYSTEM.N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-28.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-28.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-28.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

* PROVIDE GROUND BUS* PROVIDE ISOLATED NEUTRAL BUS(N) LIGHT ABOVE DOOR(S)SECURITY PANELCONTROL ROOM & STAIRWAY LIGHTINGEAST BAY LIGHTSPUMP AREA LIGHTSSPRINKLER CONTROLLER & LIGHTSTAIR PLATFORM RECEPTACLESRESERVOIR INTERIOR AND MANWELL LIGHTS SPARE(N) LIGHTING PANEL LP-2MOV2, FLA=3.9AMOV3, FLA=3.9A(N) MCC SPACE HEATERSMOV1, FLA=3.9ASPARESPAREMOV4, FLA=4.4APLC CP UPS

ELECTRIC WINCH RECEPTACLENETWORK CABINET AC UNIT & UPSAMI PANELBEACON LIGHTSSPARE

SPACEPLC CP UTILITYSPACESPACE

WEST BAY LIGHTSRECEPTACLES (CONTROL ROOM)RECEPTACLE (CATHODIC PROTECTION) LIGHTING FIXTURE SCHEDULEREF.DESCRIPTIONMANUFACTURER MODEL NO.LOCATIONVOLTAGEWATTAGECOMMENTSA1LED BAY LIGHTS, 120V, 30,000 LUMENS, 4000K,FROSTED LENS, 3/4" PENDANT STEM, SURFACEMOUNTLITHONIA JEBL 30000LM FRGL 12040K 80CRI PM SMBRESERVOIR INTERIORMAIN FLOOR120VAC215A2LED BAY LIGHTS, 120V, 12,000 LUMENS, 4000K,FROSTED LENS, 3/4" PENDANT STEM, SURFACEMOUNT, DIFFUSE ALUMINUM REFLECTORLITHONIA JEBL 12000LM FRGL 12040K 80CRI PM, SMB, JEBLDALR1 M4VALVE CONTROLROOM BY 36" RISER120VAC95 A3LED BAY LIGHTS, 120V, 30,000 LUMENS, 4000K,FROSTED LENS, 3/4" PENDANT STEM,LITHONIA JEBL 30000LM FRGL 12040K 80CRI PMRESERVOIR INTERIORROOM120VAC215BVAPORTIGHT LED, 120V, 800 LUMENS, 4000K,CAST-ALUMINUMLITHONIA OVT LED P1 40K 120 DNASTAIRWELL,MANWELL, STORAGEROOM, SPRINKLER120VAC15PROVIDE JUNCTION BOX ASNEEDED.CVAPORTIGHT LED, 120V, 5000 LUMENS, 4000K, 48"POLYCARBONATE HOUSING.LITHONIA CSVT L48 5000LM MVOLT40K 80CRI STSL W/CSVT STSL LATCHVALVE CONTROLROOM120VAC72 D1FLOODLIGHT, LED, 120V, 11,560 LUMENS, 4000K,DARK BRONZE, 1/2" NPT KNUCKLE MOUNTLITHONIA DSXF2 LED P3 40K 70CRIMSP MVOLT THK FV DDBXDSWG/MCC AREAEXTERIOR WALL120VAC100D2FLOODLIGHT, LED, 120V, 11,560 LUMENS, 4000K,DARK BRONZE, YOKE MOUNTLITHONIA DSXF2 LED P3 40K 70CRIMSP MVOLT YKC62 FV DDBXDPUMP AREA120VAC100EBEACON LIGHT, LED, 120V, STEADY ON, DUALFIXTURE, FAA COMPLIANCEDIALIGHT VIGILANT RTO-1R07-002ROOFTOP120VAC5.5PROVIDE PHOTOCELL20-20-SPARESPARE NOTES:1.PROVIDE PADLOCKABLE HANDLE LOCK FOR CKT NO. 11.2.CONTRACTOR SHALL RECONNECT THE EXISTING LOADS. 1718-SPACESPACE

SPACESPARE
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-29.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-29.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-29.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

NOTES:ALL TERMINAL BLOCKS TO BE PLACEDIN NUMERICAL ORDER.#12 GND TO DEVICES SHALL BE BONDED TO #8 GND LUG.ALL NEUTRALS SHALL BE WHITE WIRE COLOR.PER TERMINAL BLOCK.NOT MORE THAN TWO WIRESCONDUIT SIZE & TYPE; WIRE FILL FOR CONDUITS 4 & 408TO BE DESIGNATED NEXT TO CONDUIT NUMBER ELLIPSE.DESIGNATED DRAWING NUMBERS.THESE ARE THE CONTRACTORREFERENCE DOCUMENTSPAGE 32, 36I712E717DRAWING #1354-681354-11CONDUIT AND CABLE SCHEDULEELECTRICAL SITE PLANP&ID DIAGRAMELEMENTARY DIAGRAMLOOP DIAGRAMDESCRIPTIONCONTRACTORCONTRACTORDESIGNDESIGNDESIGNMANUFACTURERLABEL SIZED TO FIT WIREWIRE IDENTIFICATIONMACHINE TYPEDWIREMCC4_TB4-06/HC100265432122 PSH1002/PLC_TBB-03 (RED)PSH1002/PLC_TBB-02 (RED)PSH1002& #12 GND2#123/4"FLEX3#12SPARE2#123/4"& #12 GNDFLEX5P10021 1/2"3#4 & #8 GNDFLEXFCS1002HC1002LOS& #12 GND3/4"GRS-PVC2#121#8 GND3#4 &9#12P10022" PVC 4063#4 & #8 GND(GRN)P1002-T1 (BRN)P1002-T2 (ORG)P1002-T3 (YEL)(ORG)(BRN)(YEL)(GRN)P1002-X1~X3(GRN)(GRN)GROUND BUSM-10OLP1002-T3 (YEL)P1002-T2 (ORG)P1002-T1 (BRN)P1002-X1~X3MCC4_TB4-18/PLC_TBA-03 (RED)JUMPERSADD5MCC4_TB4-5/SV1002A (RED)MCC4_TB4-6/SV1002B (WHT)3MCC4_TB4-6/HC1002A (RED)MCC4_TB4-7/HC1002B (RED)40708121314061516004IB01020323181724MCC4_TB4-24/PLC_TBA-04 (RED) 3" GRS4#12 &#12 GND& 4#14C100214#122#14
2#14
404020301ATBMCC4_TB4-13/PLC_TBA-01 (RED)MCC4_TB4-14/PLC_TBA-02 (WHT)MCC4_TB4-18/PLC_TBA-03 (RED)MCC4_TB4-24/PLC_TBA-04 (RED)03020100BTB(GRN)GND(TYP)LABELWIRECOLOR(TYP)WIREPSH1002/PLC_TBB-03 (RED)PSH1002/PLC_TBB-02 (RED)MCC4_TB4-3/PLC-TBB-01 (RED)MCC4_TB4-2/PLC-TBB-00 (RED)MCC4_TB4-13/PLC_TBA-01 (RED)MCC4_TB4-14/PLC_TBA-02 (WHT)MCC4_TB4-3/PLC-TBB-01 (RED)MCC4_TB4-2/PLC-TBB-00 (RED)MCC4_TB4-6/HC1002A (RED)MCC4_TB4-7/HC1002B (RED) MCC4_TB4-5/SV1002A (RED)MCC4_TB4-6/SV1002B (WHT)

TYPICAL WIRE LABEL
N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-30.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-30.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-30.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

TERMINAL BLOCK LABELS MUSTBE INSTALLED IN THE FIELDAND MUST MATCH THE DRAWINGTERMINALS MUST SHOWCORRECT NUMBER OFWIRES TO/FROM TERMINAL.WIRE NUMBERS AND LABELSON DRAWING MUST MATCH INTHE FIELD AND ON BOTHENDS OF THE WIRE. WIRELABELS IN FIELD MUST BEMACHINE LETTERED,LEGIBLE, AND CORRECT.

VOLTAGE AND FUSEBLOCK LOCATION.SHOWDESTINATION OF WIRESGOING OFF OR COMING ONTHE DRAWING.SHOW POWER AND AIRSUPPLIES TO DEVICES.

WHEN FIELD EQUIPMENT IS NOT EASILYSEEN OR IDENTIFIED IN THE FIELD,ADD THE LOCATION OF THE EQUIPMENT.

FINAL "AS-BUILT" DRAWINGS SHOULD BEON BOND PAPER 11'x17" NON PERFORATED ANDORIGINAL COPY.REFERENCES TO RFI'S, AND CO'S MUSTBE REMOVED ON FINAL AS-BUILT COPY.SHOW INPUT ANDOUTPUT SIGNALS (INCLUDINGPNEUMATIC).SHOW SHIELDTERMINATIONS ATLEAST ON ONE END POLARITY MUST BE SAME ONBOTH ENDS. CHECK IN FIELDIF POSSIBLE.CABLE DESIGNATIONSNOTATIONS MUSTBE CORRECT.TERMINAL CONNECTIONS(JUMPER, WIRE NUMBERS,GROUND, ETC.).EQUIPMENT NUMBERS ONDRAWING MUST BE CORRECTAND MATCH THE FIELD.LE3104 LIT31041JP3104A-L1JP3104A-N1JP3104A-GLNGLY31041JP3104A-L1JP3104A-N1JP3104A-G120VACINSTRUMENTPOWERPANEL: LP1-CKT-88912+-+-INPUTOUTPUTI/I3104LIC6C5C3C2G TO F1 308DWG. E-X
LNSG240VDC COM BUS+24VDC FB 5TO PNL GND24VDC COM BUSPWR COM ROW HFB 5F3108AS-21-5VDCF3108AS-1L3104S-61-5VDCL3104S-5

FIELDREARFRONT
NAME MUST BE SHOWN.ABBREVIATIONS AT REFERENCE DRAWINGS. CONTRACTOR'SINTERCONNECTS. PANEL DRAWINGS. LAYOUTS, CONNECTIONMUST SHOW REFERENCES TO OTHER DRAWINGS (INCLUDINGDRAWINGS, ELECTRICAL, P&ID'S, ETC.). DO NO USEIE3034EQUIPMENT LAYOUT DWG #D6134-1-01-3001 SHT. 5 & 6REFERENCE DRAWINGS:P&ID 51I-25CONNECTION DWG #D6134-1-11-3117 SHT. 6 1JP3104ADS31041JP3104C1JP3104BL3104S-14-20mAL3104S-21JP3104A1J3104CL3104S-34-20mAL3104S-43AIXBT9-1+-

USE APPROPRIATE BLOCK WITH PROPER EQUIPMENT NUMBERS AS REQUIRED

PLC PANEL
AI1024VDC COMM+24VDC111213141516TO SIGNAL GROUND1+1-RACK: 2SLOT: 5POINT:3 N/AN/ADWG. NO.CHECKED BY:R.E.E. NO.BYDRAWN BY:ELEV.SCALE:V:H:DATE:FIELD BOOKDESIGNED BY:R.E.E. NO.DATE:DRAWING ADJUSTSCALED DIMENSIONSON ORIGINAL SCALESCALE AT 1"IF THIS DOES NOTDATE:1"IMPROVEMENT PLANS FOR:SHEETOF DATENO.DESCRIPTIONDESCRIPTION:

MED CENTER RESERVOIR ELECTRICAL REHABR:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-31.dwg20.XXXHILTI NAIL HEREOF ______ STREETSD.VANG05/08/24D.VANGE2004705/08/24P.BARNESE1532910/23/24 R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-31.dwg R:\Engineering\09 Elect CIP & Plng\Electrical Drawings\Med Center Reservoir\MCR_E-31.dwg RELECTACLIExp.9/30/26VNo.E20047NNADYNGA

Sacramento City CouncilApril 22, 2025

Sacramento City Council
April 22, 2025