Agenda packet — Soledad City Council, November 6, 2024 (part 2 of 2)

October 24, 2024
CONTRACT CHANGE ORDER NO. 5

TO AN AGREEMENT BETWEEN THE CITY OF SOLEDAD

AND DAVID CONSTRUCTION & MANAGEMENT FOR THE

COMMUNITY CENTER MODERNIZATION PROJECT
WHEREAS, the City of Soledad, a municipal corporation of the State of California entered into an agreement dated April 9, 2024, with David Construction & Management for a total price of $749,685.13 for the Community Center Modernization Project.

1. REASON FOR CHANGE.

This Contract Change Order No. 5 encompasses the changes listed in the description below:
a. Rekeying specified doors within the Soledad Community Center to a new master key schedule. Keying will be to 5 tiers, resulting in a total of 20 keys. b. To enable full ADA-compliant accessibility to the facility, ADA push buttons4.75” push plates are to be installed on walls (one on the exterior and one on the interior). Additionally, ADA Door operators will install electrical flex conduit to be carried from the existing electrical panel within the building reception office area and up through the ceiling.
c. In-Fixture Battery Packs will need to be installed in lieu of the remote inverter option as the current electrical infrastructure does not match what the as-builts have and the facility is missing the inverter. Therefore, additional costs will be required to make the switch, upgrade the exit signs to meet the lighting level per code and switch the 4 emergency light fixtures to the hotwire circuit as the exit lights remain on in the event of an outage.

Please refer to the attached document for a full description of changes in the scope of work.

2. DESCRIPTION OF CHANGE.
a. Rekeying Doors
b. Provide/Install ADA Actuators
c. Gym Lighting Scope Modification / Adds
CCO No. 5 Total $66,287
Exhibit A
331

Page 2 of 2 ends

3. CONTRACT COST SUMMARY.

Original Contract Amount $749,685.13
Contingency $50,744.26
CCO1 $36,073.00
CCO2 $14,228.00
CCO3 $253,957.00
CCO4 $8,967.00
CCO5 $66,287.00
New Total Amount $1,179,941.39
APPROVED:

Megan Hunter Date
City Manager
City of Soledad
ACCEPTED:

We, the undersigned contractor, have given careful consideration to the change proposed and hereby agree, if this proposal is approved, that we will provide all equipment, furnish all materials, except as may otherwise be noted above, and perform all services necessary for the work above specified, and will accept as full payment therefore the prices shown above.

DAVID CONSTRUCTION & MANAGEMENT
By: Date
END OF CONTRACT CHANGE ORDER NO.5
332
DAVID CONSTRUCTION & MANAGEMENT INC JOB NUMBER: LAST UPDATED ON: 10/4/2024 747 WOODBRIDGE STREET, SUITE 110 CONTRACT NO: CONTRACT AWARD: $749,685.13 SAN LUIS OBISPO, CA 93401 PROJECT TITLE:(805) 206-8224 PROJECT LOCATION:

PW ENGINEERING TECH:

PW INSPECTOR:

PROJECT MANAGER:

SOLEDAD COMMUNITY CENTER BUILDING MODERNIZATION SUPERINTENDENT:

CHANGE DATE CE RESUB RESUB PRIME COST
CE # REV # PCO # SOURCE DESCRIPTION OF CHANGE INITIATED DATE AMOUNT CA DAYS DATE DATE Date Amount Days C.O. STATUS CODE NOTES Alt. 01 1 Gym Lighting and Winches (Re‐Qualified 08/21/24) 08/21/24 08/21/24 140,300.00 $ 60.0 N/A N/A 9/4/2024 140,300.00 $ 003 1 0 RFI 06 Hood Substitution Modification ‐ 12" Canopy 07/24/24 07/24/24 7,085.00 $ 30 N/A N/A 8/5/2024 7,085.00 $ 30 001 EXECUTED 2A 0 RFI 07/15 Exterior Flatwork Elevation Issue ‐ Deduct Only 07/17/24 08/27/24 (21,915.00) $ 0.0 N/A N/A 8/27/2024 (21,915.00) $ 0.0 002 EXECUTED 2B 0 RFI 07/15 Exterior Flatwork Elevation Issue ‐ Pothole & Elevation Issues 07/17/24 08/09/24 39,471.00 $ 10.0 N/A N/A 9/4/2024 39,471.00 $ 3 0 RFI 09 GFCI to Cabinets and South Wall Electrical 07/17/24 08/05/24 4,617.00 $ 1.0 N/A N/A 8/8/2024 4,617.00 $ 1.0 001 EXECUTED 4 0 RFI 10 Stage Wall and Ceiling Finishes 07/17/24 08/05/24 19,122.00 $ 3.0 9/4/2024 19,122.00 $ 5 0 RFI 11 Remove Door 119A and Infill Opening (Credit) 07/17/24 08/05/24 (4,660.00) $ 0.0 N/A N/A 8/8/2024 (4,660.00) $ 0.0 001 EXECUTED 6 0 RFI 12 Grease Interceptor Conflict 07/19/24 08/09/24 6,851.00 $ 3.0 N/A N/A 9/4/2024 6,851.00 $ 7 0 INCIDENT Kitchen Waterline Repair 07/22/24 08/09/24 9,053.00 $ 3.0 N/A N/A 9/4/2024 9,053.00 $ 8 0 RFI 14 Mold Remediation / Drywall and FRP 07/24/24 08/05/24 16,814.00 $ 3.0 N/A N/A 8/8/2024 16,814.00 $ 3.0 001 EXECUTED9 0 RFI 16 Rekeying All Community Center Doors 07/30/24 10/03/24 3,379.00 $ 2.0 10 0 MTG Refurbish 2 Pairs of Main Entrance Storefront Doors 08/05/24 12,217.00 $ 2.0 N/A N/A 8/8/2024 12,217.00 $ 2.0 001 EXECUTED 11A 0 MTG Substitute Epoxy Flooring and Cove ‐ Quartz Finish 08/12/24 08/12/24 29,235.00 $ 5.0 N/A N/A 8/12/2024 $ ‐ 0.0 N/A REJECTED Cited ADD 3:02 - Addendum 11B 0 MTG Substitute Epoxy Flooring and Cove ‐ Terra Crete Finish 08/12/24 08/12/24 67,229.00 $ 5.0 N/A N/A 8/12/2024 $ ‐ 0.0 N/A REJECTED Cited ADD 3:02 - Addendum 12A 0 DISCOVERY Wood Rot ‐ Kitchen Perimeter 4' to Ceiling 08/27/24 08/27/24 $ 36,143.00 7.5 N/A N/A 8/27/2024 36,143.00 $ 7.5 002 EXECUTED 12B 0 DISCOVERY Wood Rot ‐ South Wall Wood Rot 08/27/24 08/27/24 $ 37,988.00 7.5 N/A N/A 9/4/2024 37,988.00 $ 13 0 MTG Add ADA Push Buttons on Single Pair Entrance Doors 08/13/24 10/03/24 31,711.00 $ 3.0 14 0 MTG Replace Frame, Door, Hardware, Patch Stucco ‐ #135B 09/20/24 01/00/00 $ ‐ 0.0 15 0 RFI 17 PowPak Modules for Power Conversion with Pico Switches 08/22/24 10/03/24 5,306.00 $ 2.0 16 0 MTG Vent Proximity Code Discrepancy @ Air Handler Location 10/04/24 10/04/24 3,661.00 $ 1.0 $347,143.00 145 $ 303,086.00 44
$ 749,685.13$ 303,086.00$ 1,052,771.13
Base Contract Award
Awarded CO's/Alt's:

Current Contract:

Approved
DAVID PICKERING | (805) 206-8224 Not AcceptedTRAVIS ERICKSON | (805) 635-1127 Need Approval (Submitted)

SUBMITTED APPROVED
24026 CHANGE ESTIMATE LOG ALEX RAMOS / CITY OF SOLEDAD - (831) 665-3859 24026F23-08SOLEDAD COMMUNITY CENTER BUILDING MODERNIZATION560 WALKER DRIVE, SOLEDAD, CA 93960LUIS VARGAS / IN STUDIO ARCHITECTURE (ISA) - (831) 262-1664 1 333
UPDATED BY:

UPDATED ON:

Added performance days 2

DESCRIPTION OF
SCOPE:

Pricing is as Follows:

SUB/EQUIP SUB/EQUIP MATERIAL MATERIAL LABOR LABOR

ITEM DESCRIPTION QTY UNIT UNIT COST EXTENDED COST UNIT COST EXTENDED COST UNIT HOUR EXTENDED HOURS Prime Contractor $ - -
Supervision 0.04 MO 10000.00 $ 400.00 $ - -
Project Management 0.02 MO 12000.00 $ 240.00 $ - -
Admin 0.04 MO 8000.00 $ 320.00 $ - -
Field Overhead MO 8500.00 $ - $ - -
$ - $ - -$ - $ - -
Door Keying $ - $ - -

SUBCONTRACTOR
(Staley Construction) Rekey facility doors per attached keying schedule. 1 LS 1823.00 $ 1,823.00 $ - - Equipment Total 2,783 $ Sub Total - $ Total Hours -
Sales Tax - $ Labor Rate 95.00 $
Qualifications: Material Total - $ Labor Total - $
Net Change 2,783 $
Overhead @ 8.00% 223 $ Profit @ 7.00% 210 $ Insurance @ 2.00% 64 $ BOND @ 3.00% 98 $ Customer Sign:

Accepted Date: TOTAL $ 3,379
DAVID CONSTRUCTION & MANAGEMENT INC747 WOODBRIDGE STREET, SUITE 110 David PickeringSAN LUIS OBISPO, CA 93401 10/4/2024(805) 206-8224 Quote excludes new doors being provided/installed per current project contract which already includes keying. 24026 - CE009_RFI 16 Rekey all Doors to Master Key
Rekey specified doors at Soledad Community Center to new master key schedule. Keying will be to 5 tiers, resulting in a total of 20 keys.

Clarification:

Existing cylinder cores to be removed, re-keyed, and reinstalled. New keys will be cut. All work will be performed on site.

Page 1 of 1 ends

334
Staley Construction Inc
755 Vertin Ave
Suite F
Salinas, CA 93901
(CONTRACTOR)
Authorized

CONTRACT/JOB NUMBER JOB PHONE
DATE
Payments will be made as follows:

CONTACT PHONE

JOB NAME/LOCATION
Accepted Authorized
Signature ______________________________________
Date of agreement: ______________________________
Date of Acceptance: ____________________________________ Signature _____________________________________________

PROPOSAL
CHANGE NUMBER: 04
TO
We hereby agree to the change(s) or additional work specified below:

We Agree hereby to make the change(s) specified above at this price.

NOTE: This Change Order becomes part of and in conformance with the existing contract.

The above prices and specifications of this Change Order are satisfactory and are hereby accepted. All work to be performed under same terms and conditions as specified in original contract unless otherwise stipulated.

Printed using A-Systems JobView 24.0 (www.a-systems.net). 9/17/24
Soledad Community Center Modernization
560 Walker Drive
David Construction
747 Woodbridge
Suite #110
San Luis Obispo, CA 93401
(831) 757-1250
24-32
Staley Construction is providing a cost to re-key the Soledad Community Building per the attached schedule.

Material includes new cut keys, and the required pin for the cylinder cores.

Labor includes removal of cylinder core, re-keying of core, and re-installation of the core. All work will need to be performed on site.

Pricing as follows:

Material: $ 311
Labor: $ 1,512 (Prevailing wage rates included)
Total for this work: $ 1,823
1,823.00
335

WRITTEN ROOM MASTER OPENING STAFF
NO NO. KEY FOB NO KEY 3 KEYS 8 KEYS LEVEL 1 3 KEYS LEVEL 2 3 KEYS MAINTENANCE 3 KEYS 101C 1a 101 Entrance - Storefront (Exterior) X X X101D 1b 101 Entrance - Storefront (Exterior) X X X N/A 2 103 Office 1 X X XN/A 3 104 Office 2 X XN/A 4 116 Janitor Closet X X X X X 119B 5a 119 Exercise Room X X X X X
New / Staley Door - Interior PH(Exit Device) and Hallway side - Locked at all times with Lever/key to unlock. 119C 5b 119 Exercise Room X X X X X
N/A 6 121 Electrical Room X X X XN/A 7 130 Water Heater Room X X X XN/A 8 136 Concession Booth X X X X X 124A 9 124 Kitchen X X X X X New / Staley Door125A 10 125 Men's Bathroom X X X X X126A 11 126 Women's Bathroom X X X X X133A 12 133 Corridor #4 / Side Entry / Storefront X XX134A 13 134 Multipurpose Rm - SE / Storefront X XX134B 14 134 Multipurpose Rm - NE / Storefront X XX 134C 15 134 Multipurpose Rm - SW / Storefront (Exterior) X X XXX134D 16 134 Multipurpose Rm - NW / Storefront (Exterior) X X XXX

SOLEDAD COMMUNITY CENTER BUILDING MODERNIZATION
STALEY CONSTRUCTION KEYING SCHEDULE - 20 KEYS TOTAL
DOOR # ROOM DESCRIPTION

KEY TYPES FACILITY OPERATORS
NOTE
336
337
UPDATED BY:

UPDATED ON:

Added performance days 3

DESCRIPTION
OF SCOPE:

Pricing is as Follows:

SUB/EQUIP SUB/EQUIP MATERIAL MATERIAL LABOR LABOR

ITEM DESCRIPTION QTY UNIT UNIT COST EXTENDED COST UNIT COST EXTENDED COST UNIT HOUR EXTENDED HOURS Prime Contractor $ - -
Supervision 0.1 MO 10000.00 $ 1,000.00 $ - -
Project Management 0.1 MO 12000.00 $ 1,200.00 $ - -
Admin 0.05 MO 8000.00 $ 400.00 $ - -
Add ADA Push Buttons and Door Operators $ - $ - -

SUBCONTRACT
OR (Watt
Electric)
Source Electrical to Push Buttons (2Qty) and
Operators (2Qty) 1 LS 4268.00 $ 4,268.00 $ - -

SUBCONTRACT
OR (King City
Glass Services,
Inc.)
Provide and install new 4.75" push
buttons/boxes/transmitters and LCN-9530 Senior
Swing Door Closers for two doors.
1 LS 16970.03 $ 16,970.03
$ - -
DCM
(Self-Perform)
Patch and build back walls where opended during
electrical installation $ - $ - -
- Temp facilities 2 LOC $ - $ - -
+ Mask/cover floor, walls (protection) 1 LS $ - 150.00 150.00 $ 1.00 1.0 - Demo 2 LOC $ - $ - -
+ Demo drywall (allow accessibility for wire) 1 LS $ - 25.00 25.00 $ 2.00 2.0 - Drywall
+ Drywall Patch-back 2 LOC $ - 115.00 230.00 $ 4.00 8.0 + Plaster / Hand Texture 2 LOC $ - 50.00 100.00 $ 5.00 10.0 - Paint $ - $ - -
+ Rm 102 Touch Up 1 EA $ - 100.00 100.00 $ 4.00 4.0
+ Rm 107 Touch up 1 EA $ - 100.00 100.00 $ 4.00 4.0
$ - $ - -
- Cleanup 1 EA $ - $ - 1.00 1.0
$ - $ - -
$ - $ - -
$ - $ - -
Equipment Total 23,838 $ Sub Total 705.00 $ otal Hours 30 Sales Tax 56.40 $ abor Rate $ 95.00
Qualifications: Material Total $ 761.40 abor Total $ 2,850 Net Change $ 27,449
Overhead @ 8.00% $ 2,196
Profit @ 7.00% $ 2,075
Insurance @ 2.00% $ 634
BOND @ 3.00% $ 971
Customer Sign:

Accepted Date: TOTAL $ 33,326
ADA Door Operators - Electrical flex conduit to be carried from existing electrical panel within building reception office area and up through ceiling. Two punchouts will be made through wall and into framing of storefront and Hollow Metal frame where 120V wiring will be intercepted at location of new incoming LCN 9530 Senior Swing Door closer per manufacturer requirements. Mounting of ADA door operator (Closer) to be in manner to preserve condition of existing store front and interior doors.

Sourcing power to ADA push buttons and door operators require cutting into walls to feed electrical to operators to new locations.

Following install, build back will require patch back and painting touch up of walls. 24026 - CE013_PROVIDE & INSTALL ADA DOOR AUTOMATION
To modify single door passage at primary building entrance with automated door door operators via ADA wall-mounted push buttons and ADA door operators (electronic closers). This addition will promote wheelchair accessibility in and out of community center b ildi Clarification:

ADA Push buttons - 4.75" push plates to be installed on walls (with raised box) mounted to walls (one on exterior and one on interior - right of reception check in window) without cutting into wall (not recessed). Per last OAC meeting, city requested trasmitters be hardwired for push buttons. Low voltage wiring to be terminated at button boxes.

DAVID CONSTRUCTION & MANAGEMENT INC
747 WOODBRIDGE STREET, SUITE 110 David Pickering
SAN LUIS OBISPO, CA 93401 10/4/2024
(805) 206-8224

Page 1 of 1 ends

DIR #: 1000028373 CSLB#: 898355
385 Flora Avenue x Hollister, California 95023 x Tel (831) 637-1000 www.wattelectricinc.com

CHANGE ORDER PROPOSAL
October 1st, 2024
Attention: David Pickering
Change Order Description: ADA Push Button
Project: Soledad Community Center Reno
COR #: 006
Additional Days to Schedule: 2
David;
Watt Electric, Inc. is pleased to provide our Change Order proposal for the subject project. Our proposal is based on the documents listed below, on file at our office.

Base Price $ 4,268.00
Please note the following inclusions, exclusions, and clarifications as qualifications to this change order proposal.

Documents:
x N/A
Inclusions:
x Provide and install necessary labor, conduit, breakers and wire per the inclusions below. x Install 2 new breakers, one per door motor.
x Run conduit from existing panel to each door motor and terminate wire. Single point of connection only.
x Install 2 gang box for ADA push button at location to be determined. Run empty conduit or flexible metal conduit with pull string, dependent on location and requirements, from ADA Push Button to door motor.

Exclusions:
x Permits and/or fees (utility, inspection, air quality control, engineering, etc.). x Removal and or displacement of any Hazardous Materials. x Cutting, patching or painting except electrical touchup. x Overtime, shift work, and/or premium time labor.
x Any allowances, and/or contingencies not specifically noted in this proposal. x Costs incurred due to unforeseen conditions.
x WEI will not be responsible for damage or loss of work due to power interruption during the normal course of this change order work.

SUBTIER TO

PACWEST GENERAL
339

DIR #: 1000028373 CSLB#: 898355
385 Flora Avenue x Hollister, California 95023 x Tel (831) 637-1000 www.wattelectricinc.com
Clarifications:
x ADA Push Buttons, Door motors and all associated equipment to be furnished and installed by others.
x Any required programming or setup of ADA equipment to be by others. x Low voltage cabling or connections to be provided and installed by others. x Quotation is based on a normal (40) hour work week and our Standard Terms and Conditions. x This proposal is valid for 30 days.
x This bid is based upon use of industry standard, code compliant materials and methods. x This proposal letter shall be incorporated in its entirety into the Subcontract Agreement and is based upon a mutually accepted construction schedule.
x Watt Electric is currently signatory to the IBEW for its work. The IBEW claims work in the following craft as incidental work: Laborers, Operating Engineers, Cement Finishers, and Carpenters. Jurisdictional disputes must be handled through whichever governing body that handles these disputes between union crafts and not between Watt Electric and the General Contractor.

IMPORTANT NOTE: The construction industry is currently experiencing extreme volatility in the electrical basic materials markets. Copper wire, EMT conduit (and all other steel products including fittings, boxes, and supports), and PVC conduit (including fittings and elbows) are currently demonstrating large fluctuations in price, widespread shortages, and delivery lead time issues. Because of this, the pricing in this bid can be guaranteed for no more than 30 days. In addition, because of the extreme shortages of the chemicals used to manufacture PVC conduit and PVC manufacturer supply chain and production disruptions, all our suppliers are seeing severely extended lead times, and in some cases, complete unavailability. Watt Electric, Inc. will make every effort to supply the needed PVC to construct the underground conduit system for this project, but please be aware that PVC conduit may be unavailable at the time of construction commencement due to factors out of WEI’s control.

Should you have any questions or if we may be of further assistance, please do not hesitate to contact Terry Adams @ (831) 275-5562 regarding this proposal.

Sincerely,
Terry Adams
Project Manager/Estimator
Watt Electric, Inc.
340
341
Date: October 4, 2024 General Contractor: David Construction Job: Community Center Building Pages: 1
RFI:

Description:
four (4) Drywall patches
Labor & Materials: 5,800.00$
Patching in four (4) locations
Hang, tape, top, skim: texture to match
Masking
Change Order price:
224 Valle Verde
Hollister, Ca 95023
Phone: 831-902-5373
Lic#987621
Request for Change Order

PRICE COMPARISON - DCM TO PERFORM WORK AS COST

SAVINGS TO CITY
342
WWW.BEASENSORS.COM EN

STAINLESS STEEL ACTUATORS
Vandal Resistant
Concealed fasteners to minimize vandalism
Enhances Accessibility
ADA-compliant push plates are available in a variety of popular faceplate graphic options Available In Complete Kits
Complete kits available including plates, mounting boxes and optional wireless devices for ease of ordering
Highly Compatible And Customizable
Compatible with both surface and flush mount boxes; various text, graphic and logo options available
Robust Design
1 ⁄16 inch thick stainless steel for maximum durability

DESCRIPTION
BEA’s 4.75 INCH SQUARE PUSH PLATES improve overall door access, enhance accessibility for those with limited mobility or disabilities and seamlessly integrate with an automatic door’s activation.

These ADA-compliant push plates are available in a variety of popular design options, including alternative accessibility artwork. This product may be hard wired to the door operator or connected to BEA’s line of wireless transmitters.

4.75 INCH SQUARE

PUSH PLATES

LEARN MORE
click or scan
343
BEA AMERICAS / RIDC Park West / 100 Enterprise Drive / Pittsburgh, PA WWW.BEASENSORS.COM
T 1-800-523-2462 / F 1-888-523-2462 / E [email protected] DISCLAIMER Information is supplied upon the condition that the persons receiving it will make their own determination as to its suitability for their purposes prior to use. In no event will BEA be responsible for damages of any nature whatsoever resulting from the use of or reliance upon information from this document or the products to which the information refers. BEA has the right without liability to change descriptions and specifications at any time.

79.0031.13 • 20231003

APPLICATIONS
Low Energy Doors Wireless Compatibility Request-To-Exit

TECHNICAL SPECIFICATIONS
Faceplate Material 16 gauge, 304 2B Stainless Steel
Backplate Material 1
⁄8” thick, Aluminum
Mounting Screws Stainless Steel, 6-32 × 1” & 8-32 × 1”
Allen Head Size: 5
⁄64
Cherry Switch Single-pole, 15 A, COM / NO / NC,
UL Recognized
Compatible Wireless
Frequencies 900, 433, or 300 MHz

4.75 INCH SQUARE PUSH PLATES STAINLESS STEEL ACTUATOR

4.75” Square - “Push to
Open” text only

4.75” Square - Plain face

4.75” Square - “Push to Open”
text & handicap logo - Blue
text on satin brass plate

4.75” Square - “Push to
Open” text & handicap
logo

4.75” Square - “Push to
Exit” text only

4.75” Square - Handicap
logo only

4.75” Square - “Push to Open”
text & handicap logo - White
text on blue plate

4.75” Square - “Push to
Open” text & alternate
handicap logo
10PBS
10PBS10
10PBS1SB
10PBS1
10PBSE
10PBSLL
10PBS1B
10PBS1AL

PRODUCT SERIES

20.0044
Screw kit for all 4 3/4” square plates include:
(2) #6 and (2) #8 screws
(2) flag connectors
(1) hex key
10BOX475SQFM PBS series flush mount box
(4 3/4” square)
10BOX475SQSM PBS series surface mount box
(4 3/4” square)
10WRSQ475 PBS series weather ring
(4 3/4” square)
344

PUSH PLATE FAMILY
900 MHz BR2-900 BR3-X

75.5940.05 PUSH PLATE FAMILY 20240315 Page 1 of 4
Stainless steel push plates
(US version)

ENGLISH

ACCESSORIES

BOLLARDS BOXES

TRANSMITTERS & RECEIVERS TRANSMITTER, RECEIVER, LOGIC LOGIC MODULE JAMB
(with and without microswitch)

4.75” SQUARE
Images shown below are “Text & Logo” versions.

See table “Push Plate Models” on the following page for all available varieties.

4.5” SQUARE
6” SQUARE VESTIBULE

4.5” ROUND
Visit website for
available languages
of this document.
6” ROUND

SINGLE GANG
345
!

CAUTION

75.5940.05 PUSH PLATE FAMILY 20240315 Page 3 of 4

READ BEFORE BEGINNING INSTALLATION/PROGRAMMING/SET-UP
Only trained and qualified
personnel are recommended
to install and set up the
sensor.

The warranty is invalid if
unauthorized repairs are
made or attempted by
unauthorized personnel.

Always test the proper
operation of the
installation before
leaving the premises.

The door control system
and the header cover
profile must be correctly
grounded.

MOUNTING & WIRING
COM
NO
NC

SIDE VIEW SIDE VIEW

1. Mark and drill the appropriate holes for mounting.
10PBJMS (4-stud) plate: jigsaw required for the hole
10PBS45: face plate must be removed before wiring (using Phillips screwdriver)

2. Wire the push plate to the door controller or radio-controlled transmitter using the NO and COM contacts.

If installing the Jamb with Microswitch (10PBJM1, 10PBJMS1, 10PBJML, or 10PBJMLL), wire-nut the microswitch to the door controller using the NO and COM contacts.

Jamb with Microswitch
(10PBJM series) standard
 Shut off all power going to header before attempting any wiring procedures.  Maintain a clean and safe environment when working in public areas.  Constantly be aware of pedestrian traffic around the door area.  Always stop pedestrian traffic through the doorway when performing tests that may result in unexpected reactions by the door.
 ESD (electrostatic discharge): Circuit boards are vulnerable to damage by electrostatic discharge. Before handling any board, ensure you dissipate your body’s ESD charge.  Always check placement of all wiring before powering up to ensure that moving door parts will not catch any wires and cause damage to equipment.
 Ensure compliance with all applicable safety standards (i.e. ANSI A156.10) upon completion of installation.  DO NOT attempt any internal repair of the components. All repairs and/or component replacements must be performed by BEA, Inc. Unauthorized disassembly or repair:

1. May jeopardize personal safety and may expose one to the risk of electrical shock.

2. May adversely affect the safe and reliable performance of the product resulting in a voided warranty.

PRECAUTIONS
346
A
A
A
A
B
B
3 3
4 4
A
B
C
D
[ 34.4

1.3 Tech Support: 1-800-407-4545 | Customer Service: 1-800-523-2462 General Tech Questions: [email protected] | www.BEAsensors.com

Page 4 of 4 ends

NOTE: The following accessories must be installed before securing push plate to the box:
• adapter plate (10BRINGC for double-gang boxes and 50.5016 for vestibule plates) • weather ring (10WRSQ475, 10WRRND45, 10WRRND6)

3. For all push plates except the 4.5” square, thread each hex-head screw 3⁄4 of the way into the electrical enclosure. Leave about 1⁄2” of the screw unthreaded. See note below for type of screw to use.

The 4.5” plate (see image, right) requires #6 Phillips screws for both single- and double-gang installations. Once the back plate is secured, the face plate must be reattached.

4. Install the push plate onto the box (see image, right), aligning the applicable keyholes with the hex screws. Slide the push plate down, and then secure the push plate to the box by tightening the screws using the provided hex key.

5. Test for proper push-plate activation.

The 6” and 4.75” push plates contain 2 sizes of screws:
larger screws = corners of 4×4 electrical type boxes (A, left) smaller screws = single/double-gang electrical boxes (B, left)

4.75” square shown here

MAINTENANCE
Clean the push plates using only a damp, non-abrasive cloth.

Regular cleaning with harsh solvents or abrasive materials may cause deterioration of the paint or coating.

MOUNTING & WIRING (cont.)
BEA, INC. INSTALLATION/SERVICE COMPLIANCE EXPECTATIONS
BEA, Inc., the sensor manufacturer, cannot be held responsible for incorrect installations or incorrect adjustments of the sensor/device; therefore, BEA, Inc. does not guarantee any use of the sensor/device outside of its intended purpose.

BEA, Inc. strongly recommends that installation and service technicians be AAADM-certified for pedestrian doors, IDA-certified for doors/gates, and factory-trained for the type of door/gate system.

Installers and service personnel are responsible for executing a risk assessment following each installation/service performed, ensuring that the sensor/device system performance is compliant with local, national, and international regulations, codes, and standards.

Once installation or service work is complete, a safety inspection of the door/gate shall be performed per the door/gate manufacturer’s recommendations and/or per AAADM/ANSI/DASMA guidelines (where applicable) for best industry practices. Safety inspections must be performed during each service call – examples of these safety inspections can be found on an AAADM safety information label (e.g.

ANSI/DASMA 102, ANSI/DASMA 107, UL294, UL325, and International Building Code).

Verify that all appropriate industry signage, warning labels, and placards are in place. 347
84 • LCN • Automatic operators
Electromechanical systems | Senior Swing
Pneumatic systems
Auto equalizers
2610/4810/4820/4840/7900 Series
Electromechanical systems
Benchmark
9130/9140/9150 Series
Electrohydraulic systems
Auto equalizers
6400/4630/4640 Series
Introduction Product selection guide Electromechanical systems Senior Swing 2810/2850/2860/9530/9540/9550/9560 Series Actuators and accessories The 9530 Senior Swing by LCN is an ADA door operator that is a two-in-one swing door operator. Senior Swing operator when activated, opens doors automatically for wheelchair access, yet allows for manual operation for regular pedestrian traffic.

Features
9530 Series
Customized installation templates or products may be available to solve non-standard applications.

Contact LCN Product Support for assistance.

Special
templates
Certifications Grade 1 - ANSI A156.19, UL325/228, UL1998, ADA, 100 Hour Salt Spray, Meets BAA - Buy American Act
Fluid All Weather Fluid
Handing Handed
Door width § Minimum 33"- 48"
§ Single door - width per leaf 33"
minimum to 48" maximum
Warranty 2 years
Fasteners Machine Screws (MS)
Mounting Single door, surface mount, offset pivot,
butt hinge, pull side
Arms Standard arm (3077T)
Finishes/colors/
powder coat
§ 628 Aluminum, Anodized
§ 710 Dark Brown, Anodized
 Available
 Not available
              
Surface mount single door
Mounting
Surface mount simultaneous pair
Surface mount independent pair
Concealed single door
Concealed simultaneous pair
Concealed independent pair
Handed
Handing
Non-handed
Standard anodized
Finish
Metal
Cover
Standard (single lever)
Arm function
Regular (double lever)
Double egress (push/pull)
Offset pivot arm
Center pivot arm
348
85 • LCN • Automatic operators
Electromechanical systems | Senior Swing
Pneumatic systems
Auto equalizers
2610/4810/4820/4840/7900 Series
Electromechanical systems
Benchmark
9130/9140/9150 Series
Electrohydraulic systems
Auto equalizers
6400/4630/4640 Series
Introduction Product selection guide Electromechanical systems Senior Swing 2810/2850/2860/9530/9540/9550/9560 Series Actuators and accessories Top jamb single door mounting
Mounting details
Offset pivot/butt hinge, center pivot, pull
Note: Cannot be used with swing clear hinges, pocket pivots or balanced doors.

Hollow metal frame
The 18 plate is 1⁄4" thick and will need to be ordered 3 1⁄2" longer than the header to allow for mounting the angle brackets to the vertical side jambs. See illustration below.

Note: Suggested installation.

Swing
Operator
4-1/2"
1-3/4"
6-3/4"
5-3/4"
Shim behind
plate by others
Hollow
Metal Frame
Universal
18 plate
Stop
Door opening width
& length of header
Bottom of frame rabbet
& botom of 18 plate
The 18 plate is 1/4" thick and will need to be ordered 3-/1/2" longer than the header to allow for mounting the angle brackets to the vertical side jambs. See illustration below.

The length of universal 18 plate will need to be
ordered 3-1/2" longer than the supplied header
Install the plate securely to the frame
using field generated mounting holes

INCOMING
4-3/4" 121 mm
5-3/4"
146 mm
1-3/4"
44 mm
1"
25 mm
6-3/4"
171 mm 2-3/4" 70 mm
11-1/2"
292 mm
17-3/8"
Pull Channel
1-15/16"
49 mm
Pull
Channel
48" Door Opening (Max.)
Door
Swing
Operator
Swing
Operator
Pull Arm
Assembly
Left Hand
Swing
Direction
Interior
Offset
Pivot or
Butt
Hinges
Butt hinges Should not exceed 5" (127 mm) in width
Reveal Should not exceed 4" (102 mm)
Top rail Minimum 2 3⁄4" (70 mm)
Head frame Minimum 1 3⁄4" (44 mm); face frame 6 3⁄4" (171 mm) total operator clearance Opening and
closing time
§ Variable by adjustments to the electronic control box § Maximum hold open time adjustable up to approximately 32 seconds System diagram See page 45 for typical system wiring and page 44 for electrical data Maximum opening Template allows 90 degree power opening and 90 degree manual opening Notes:
§ Push 'N Go permits non-switch activation with a power boost providing additional latching force § Electromechanical unit with microprocessor control
§ Digital keypad for easy setup
§ 36" header length is standard. Specify 33" - 48" max
§ Double Door Header available up to 98", specify other length 49"- 98" max § Consult factory regarding this option
§ Adjustable hold open period of 2 - 32 seconds in automatic or manual mode § Actuators available separately, see pages 100-117
349
86 • LCN • Automatic operators
Electromechanical systems | Senior Swing
Pneumatic systems
Auto equalizers
2610/4810/4820/4840/7900 Series
Electromechanical systems
Benchmark
9130/9140/9150 Series
Electrohydraulic systems
Auto equalizers
6400/4630/4640 Series
Introduction Product selection guide Electromechanical systems Senior Swing 2810/2850/2860/9530/9540/9550/9560 Series Actuators and accessories Control box
Brackets
Installation accessories
Motor gearbox
Accessories
Arm
Track
9530-3077PLCM
Standard Arm Assembly with
Track Roller (STDTRKARM2)
Handed
Track roller included (includes
3038, 3077T, 3034 and 73)
9530-3038
Track
Non-handed
Includes 3034 and 73
9530-3077T
Standard Arm
(STDTRKARM)
Handed
Track roller not
included
9530-73
Track End Cap
Black plastic
end caps
9530-3034
Roller
Quiet low friction
roller assembly
9530-3018
Rear Mounting Bracket
Motor gearbox
mounting bracket
Rear bracket
9530-12
Filler
Plate blank
Completes length of header
box (specify length)
9530-334-1
Angle Brackets (HLB)
Mounting bracket for
surface applications
(includes 2
mounting brackets)
9530-18
Mounting Plate
Optional mounting plate for
standard hollow metal door frames
Specify length 36 1⁄2" to 101 1⁄2"
maximum, when angle brackets
Specify length 33" to 98" maximum
when using dress plates
NOTE: The length of a universal 18 plate will need
to be ordered 3-1/2˝ longer than the supplied
header when using angle brackets
9530-3454
Standard Motor Gearbox (MGB)
Senior Swing
Handed
Driving mechanism for operator
Provides maximum 15 lbs
opening force
9530-3462
Standard Controller
(CTRL)
Electronic controlling
device for Senior Swing
9530-275
Mounting Bracket
Motor gearbox mounting
bracket for 2 3⁄4" offset
pivot or butt hinge
installations
Front bracket
9530-11A
Spindle Plate
Hides bottom of motor gearbox
Completes header box
Cutout allows for motor gearbox shaft
For 2 3⁄4" offset pivot or butt hinge
installations
Header
End cap
9530-3572HL
Standard Mounting Header
(HDR)
Standard
Single door, single operator
Specify length 33" to 48"
maximum
9530-3572DD
Double Door Header (HDR2)
Standard
Double door, single operator
Specify length 49" to 48"
maximum
9530-334
Header End Caps
With openings
for wiring
9530-334-2
Dress plates (HLD)
Metal finish end cap
350
87 • LCN • Automatic operators
Electromechanical systems | Senior Swing
Pneumatic systems
Auto equalizers
2610/4810/4820/4840/7900 Series
Electromechanical systems
Benchmark
9130/9140/9150 Series
Electrohydraulic systems
Auto equalizers
6400/4630/4640 Series
Introduction Product selection guide Electromechanical systems Senior Swing 2810/2850/2860/9530/9540/9550/9560 Series Actuators and accessories Ordering information
Indicates recommended range of door width for operator.

Note: For all Senior Swing Series. Single Door - Width per leaf 33" minimum, 48" maximum.

How-to-order 9530 Series operators Operator will be shipped with:
− Standard motor gearbox (1 LH and 1 RH)
− Standard control box (2 ea)
− Header (at specified length, 36" standard)
− Standard Arm (3077T)
− Standard track with track roller
− Machine screws
(unless options listed below are selected)
Table of sizes
9531
Door width
33"
838mm
48"
1219mm
Operator options
Mounting plate

Plate, ____ (Specify Length 33" to 101 1⁄2")

1. Specify hand

Right hand (RH)

Left hand (LH)

2. Specify header/length

Standard Mounting Header (HDR)
(Specify length 33" to 48")

Double Door Header (HDR2)
(Specify length 49" to 98")

3. Select finish

Standard anodized finish __________
Aluminum, Clear Anodized (628)
or Dark Bronze, Anodized (710)
351
88 • LCN • Automatic operators
Electromechanical systems | Senior Swing
Pneumatic systems
Auto equalizers
2610/4810/4820/4840/7900 Series
Electromechanical systems
Benchmark
9130/9140/9150 Series
Electrohydraulic systems
Auto equalizers
6400/4630/4640 Series
Introduction Product selection guide Electromechanical systems Senior Swing 2810/2850/2860/9530/9540/9550/9560 Series Actuators and accessories The 9540 Senior Swing by LCN is an ADA door operator that is a two-in-one swing door operator. Senior Swing operator when activated, opens doors automatically for wheelchair access, yet allows for manual operation for regular pedestrian traffic.

Features
9540 Series
Customized installation templates or products may be available to solve non-standard applications.

Contact LCN Product Support for assistance.

Special
templates
Certifications Grade 1 - ANSI A156.19, UL325/228, UL1998, ADA, 100 Hour Salt Spray, Meets BAA - Buy American Act
Fluid All Weather Fluid
Handing Handed
Door width § Combined width min 33"- 48"
§ Single door - width per leaf 33"
minimum to 48" maximum
Warranty 2 years
Fasteners Machine Screws (MS)
Mounting Single door, surface mount, offset pivot,
butt hinge, push side
Arms Regular Arm (3077)
Finishes/colors/
powder coat
§ 628 Aluminum, Anodized
§ 710 Dark Brown, Anodized
 Available
 Not available
              
Surface mount single door
Mounting
Surface mount simultaneous pair
Surface mount independent pair
Concealed single door
Concealed simultaneous pair
Concealed independent pair
Handed
Handing
Non-handed
Standard anodized
Finish
Metal
Cover
Standard (single lever)
Arm function
Regular (double lever)
Double egress (push/pull)
Offset pivot arm
Center pivot arm
352
important
These instructions are presented in step-by-step
sequence. It is very important that installation begins with “1. Pre-Installation Site and Product Check” (page 4) and continues as directed after each section.
warning
Always disconnect main power to the operator prior to
replacing.

Table of Contents
General.................................................................................................................................................................................................... 2 1 Pre-Installation Site and Product Check (Surface and Concealed)...................................................................................................... 3 2 Header Installation (Concealed)........................................................................................................................................................... 4 3 Header Installation (Surface)................................................................................................................................................................ 5 4 AC Power and Ground Wiring (Surface and Concealed)...................................................................................................................... 7 5 Operator Installation (Surface and Concealed) .................................................................................................................................... 8 6 Pivot Block Installation (Concealed, Center Pivoted) ........................................................................................................................... 9 7 Breakaway or Fixed Stop Installation (Concealed, Center Pivoted)................................................................................................... 10 8 Control Box Installation (Surface and Concealed)...............................................................................................................................11 9 Control Box Wiring (Surface and Concealed)..................................................................................................................................... 12 10 Finger Guard Installation (Concealed, Center Pivoted).................................................................................................................... 13 11 Door and Arm Installation (Concealed, Center Pivoted) ................................................................................................................... 14 12 Arm Installation (Surface and Concealed)........................................................................................................................................ 16 13 Glazing (Surface and Concealed)..................................................................................................................................................... 16 14 Control Box Functions (Surface and Concealed) ............................................................................................................................. 16 15 Plate Installation (Surface and Concealed) ...................................................................................................................................... 17 16 Release for Service (Surface and Concealed) ................................................................................................................................. 17 General
The Senior Swing is an automatic electromechanical swinging door operator for a single door, simultaneously operated, or independently operated pair of doors. The concealed application operates center pivoted, offset pivoted, or butt hung/hinged doors. The surface application operates balanced (push side only), center pivoted, offset pivoted, or butt hung/hinged doors in either push or pull mode.

When activated, the Senior Swing drives the door to the full open position, then electrical power is turned off and the door is closed by spring force. The activating circuit opens the door from any position in the closing swing. During a power failure, the Senior Swing acts as a manual door closer (size 3). Door opening and closing cycles, including opening speed, back check speed, hold open time delay, closing speed, and latch position, are adjustable.
353
1 Pre-Installation Site and Product Check (Surface and Concealed) important
Do not install the Senior Swing unless all of the following conditions are correct.
1a Check that the product model is correct for the required application. 1b Check that all parts listed on the bill of material are in the shipping container. 1c Check architectural and final approved shop drawings for position of frame and openings. 1d For concealed applications, check that the opening allows 1/4” at each side and at the top so that the frame and the header can be plumbed square and caulked.
1e For surface mount applications onto 2” frames, consult factory to determine if mounting plate is required. 1f Special tool may be required for installation of rivet nuts. 1g Check for sufficient header clearances:

1. PRE-INSTALLATION SITE AND PRODUCT CHECK (Surface and Concealed)

1.8. For a ramped floor, check that the break in the grade occurs at the edge of the 2” threshold and slopes away from the entrance to allow proper door swing or panic breakaway.

1.9. Check that a 120 volt, single phase, 60 Hz, fused, 15 amp, 3-wire power supply is available at the side jamb with approximately 12” of wire available to connect to the operator. UL approved type flexible conduit is recommended for the 120 volt power line.

The 120 volt power supply must be a dedicated circuit from the main circuit breaker panel • For concealed applications, continue with “2. Header Installation (Concealed)” on page 5. • For surface applications, continue with “3. Header Installation (Surface)” on page 6. and must not be connected into a building lighting system operating fluorescent lights.

1.1. Check that the product model is correct for the required application.

1.2. Check that all parts listed on the bill of material are in the shipping container.

1.3. Check architectural and final approved shop drawings for position of frame and openings.

1.4. For concealed applications, check that the opening allows 1/4” at each side and at the top so that the frame and the header can be plumbed square and caulked.

1.5. For surface mount applications onto 2” frames, consult factory to determine if mounting plate is required.

1.6. Special tool may be required for installation of rivet nuts.

1.7. Check for sufficient header clearances:

Surface Application (Push System Shown) Concealed Application 4-1/2” 4-1/2”
5-3/4” 5-3/4”
Door in closed position
Header with
internal arm
Door in closed position
Surface mount
header
Concealed
header
Header with
external arm
! IMPORTANT
Do not install theSenior Swing unless all of the following conditions are correct. 1h For a ramped floor, check that the break in the grade occurs at the edge of the 2” threshold and slopes away from the entrance to allow proper door swing or panic breakaway. 1i Check that a 120 volt, single phase, 60 Hz, fused, 15 amp, 3-wire power supply is available at the side jamb with approximately 12” of wire available to connect to the operator. UL approved type flexible conduit is recommended for the 120 volt power line.

The 120 volt power supply must be a dedicated circuit from the main circuit breaker panel and must not be connected into a building lighting system operating fluorescent lights. • For concealed applications, continue with “2. Header Installation (Concealed)” on page 5. • For surface applications, continue with “3. Header Installation (Surface)” on page 6. 354
2 Header Installation (Concealed)
L Note: Install concealed application headers so there is 1/8” between the bottom of the header and the top of the door. 2a Prepare existing jamb tubes using template 740069, then install four 1/4-20 rivet nuts inside each jamb tube. 2b Align the header with the jamb tubes. For headers with a single operator, position the end of the header containing the operator brackets near the pivot side of the opening (Figure 2-1). Secure the header to the jamb tubes with four 1/4-20 hex head screws at each end (Figure 2-2).

Install concealed application headers so there is 1/8”
between the bottom of the header and the top of the door.

2.1. Prepare existing jamb tubes using template 740069, then install four 1/4-20 rivet nuts inside each jamb tube.

2.2. Align the header with the jamb tubes. For headers with a single operator, position the end of the header containing the operator brackets near the pivot side of the opening (Figure 2-1).

Secure the headerto the jamb tubeswith four 1/4-20 hex head screws at each end (Figure 2-2).

2.3. Stand the header/jamb tube assembly in the opening.

2.4. Feed the 120 volt power conduit into the header (Figure 2-3). Leave 12” minimum of wire inside the header for final hookup.

2.5. Shim and square the side jamb tubes in position, then secure the jamb tubes in the opening.

Figure 2-1 Figure 2-2
Pivot side of
opening
Figure 2-3
Operator brackets
(inside header)
• Continue with “4. AC Power and Ground Wiring (Surface and Concealed)” on page 8. 2c Stand the header/jamb tube assembly in the opening.
2d Feed the 120 volt power conduit into the header (Figure 2-3). Leave 12” minimum of wire inside the header for final hookup.
2e Shim and square the side jamb tubes in position, then secure the jamb tubes in the opening.

Install concealed application headers so there is 1/8
between the bottom of the header and the top of the door.

2.1. Prepare existing jamb tubes using template 740069, then install four 1/4-20 rivet nuts inside each jamb tube.

2.2. Align the header with the jamb tubes. For headers with a single operator, position the end of the header containing the operator brackets near the pivot side of the opening (Figure 2-1).

Secure the headerto the jamb tubeswith four 1/4-20 hex head screws at each end (Figure 2-2).

2.3. Stand the header/jamb tube assembly in the opening.

2.4. Feed the 120 volt power conduit into the header (Figure 2-3). Leave 12” minimum of wire inside the header for final hookup.

2.5. Shim and square the side jamb tubes in position, then secure the jamb tubes in the opening.

Figure 2-1 Figure 2-2
Pivot side of
opening
Figure 2-3
Operator brackets
(inside header)
• Continue with “4. AC Power and Ground Wiring (Surface and Concealed)” on page 8. • Continue with “4. AC Power and Ground Wiring (Surface and Concealed)” on page 8. 355
3 Header Installation (Surface)
3a For a header with two operators (for a simultaneously operated pair of doors), designate one end of the header as the companion operator end. (It does not matter which end.) 3b Refer to Figure 3-1 and step 3.3 and prepare wire access holes appropriate for the application in the header using template 740070. Be sure to position edge “A” of template 740070 as shown in Figure 3-1.

3. HEADER INSTALLATION (Surface)
Figure 3-1

3.1. For a header with two operators (for a simultaneously operated pair of doors), designate one end of the header as the companion operator end. (It does not matter which end.)

3.2. Refer to Figure 3-1 and step 3.3 and prepare wire access holes appropriate for the application in the header using template 740070. Be sure to position edge “A” of template 740070 as shown in Figure 3-1.
20”
20”
Edge “A”
Edge “A”
Double operator
holes on top

COMPANIONEND

COMPANIONEND
20”
20”
Edge “A”
Edge “A”
Back of header
Back of header
Double operator
holes on back

COMPANIONEND

COMPANIONEND
Single operator, holes on top Single operator, holes on back Edge “A”

3.3. Install horizontal mounting brackets on the header per the instructions supplied with the brackets (Figure 3-2). Make sure the horizontal mounting brackets are oriented so the wire access holes in the header (see step 3.2) face up or face the door and, for single operator headers, the operator brackets inside the header are near the hinge side of the opening.

Edge “A”
Edge “A”
Back of header
Back of header
Figure 3-2
Operator brackets
(inside header) Horizontal
mounting
bracket
Horizontal
mounting
bracket
Operator brackets
(inside header)
3c Install horizontal mounting brackets on the header per the instructions supplied with the brackets (Figure 3-2). Make sure the horizontal mounting brackets are oriented so the wire access holes in the header (see step 3.2) face up or face the door and, for single operator headers, the operator brackets inside the header are near the hinge side of the opening.

3. HEADER INSTALLATION (Surface)
Figure 3-1

3.1. For a header with two operators (for a simultaneously operated pair of doors), designate one end of the header as the companion operator end. (It does not matter which end.)

COMPANIONEND

COMPANIONEND
20”
20”
Edge “A”
Edge “A”
Back of header
Back of header
Double operator
holes on back

COMPANIONEND

COMPANIONEND
Single operator, holes on top Single operator, holes on back Edge “A”

Pull arm application: 1-1/8”
Push arm application: 1”
3d For aluminum storefront or aluminum tube frame, install the header with horizontal mounting brackets to the jams per the instructions supplied with the horizontal mounting brackets (Figure 3-3).

Figure 3-5
Back wire access
holes shown
Figure 3-3 Figure 3-4
shim
by others
-18
mounting
plate
3e Hollow metal and wood frames require the use of a -18 mounting plate, sold separately (Figure 3-4).

Figure 3-5
Back wire access
holes shown
Figure 3-3 Figure 3-4
shim
by others
-18
mounting
plate
3f Feed the 120 volt power conduit into the header (Figure 3-5). Leave 12” minimum of wire inside the header for final hookup.

Figure 3-5
Back wire access
holes shown
Figure 3-3 Figure 3-4
shim
by others
-18
mounting
plate
• Continue with “4. AC Power and Ground Wiring (Surface and Concealed)” on page 8. 357
4 AC Power and Ground Wiring (Surface and Concealed)
4a Connect the 120 volt power wires to the AC power cable (part number 761463) and header end plate as shown in Figure 4-1.

4. AC POWER AND GROUND WIRING (Surface and Concealed)

4.1. Connect the 120 volt power wires to theAC power cable (part number 761463) and header end plate as shown in Figure 4-1.

Figure 4-1
761463-00
POWER

CONNECTION
Connect green wire of
cable 761463 to
header end plate
Connect 120 VAC
power ground wire
to header end plate
Cable 761463
BLK = Hot AC
WHT = NeutralAC
120 volt power
Concealed Header
120 volt power
Surface Header
• Continue with “5. Operator Installation (Surface and Concealed)” on page 9. • Continue with “5. Operator Installation (Surface and Concealed)” on page 9. 358
5 Operator Installation (Surface and Concealed)
5a For double operator systems with differently handed operators, make sure that the correct operator is installed in each Surface and Concealed) end of the header. The handing of the operator (R.H. or L.H.) is indicated on a label on the operator.

Figure 5-1
Figure 5-2
Figure 5-3
.
he
d
h
2).
or
ator
ng
n
ay
e
ct
ts.

Connect ground
wire here
Connect ground
wire after operator
is installed
Grommet
Grommet
ot
” on

12. Figure 5-1
Figure 5-2
Figure 5-3
d on a label on the operator.
t the end of the green operator ground
he rear operator mounting bracket in the
Figure 5-1) using the #10-32 hex head
ound screw supplied in the operator
ack.
re there is a rubber grommet inside each
ur operator mounting holes (Figure 5-2).
he four mounting holes on the operator
four mounting studs on the operator
s (Figure 5-3). Make sure that the operator
ith 6-pin connector) is hanging down
d push the operator up onto the mounting
ake sure cables are not pinched when
r is installed. (The mounting studs fit
nto the grommets, and firm pressure may
red to get the operator into position.)
he operator to the header using four
hex head screws and washers (Figure
hten the screws until they make contact
mounting studs on the operator brackets.
t the other end of the green ground
he small hole in the bottom of the
r (Figure 5-3).
ader with two operators, install the
operator in the same manner.

Connect ground
wire after operator
is installed
Grommet
Grommet
voted doors, continue with “6. Pivot
ation (Concealed, Center Pivoted)” on
ors, continue with “8. Control Box
Surface and Concealed)” on page 12.

Figure 5-2
Figure 5-3
operator is installed. (The mounting studs fit
snugly into the grommets, and firm pressure may
be required to get the operator into position.)

5.5. Secure the operator to the header using four
5/16-18 hex head screws and washers (Figure
5-3). Tighten the screws until they make contact
with the mounting studs on the operator brackets.

5.6. Connect the other end of the green ground
wire to the small hole in the bottom of the
operator (Figure 5-3).

5.7. For a header with two operators, install the
second operator in the same manner.

Connect ground
wire after operator
is installed
Grommet
Grommet
• For center pivoted doors, continue with “6. Pivot
Block Installation (Concealed, Center Pivoted)” on
page 10.
• For other doors, continue with “8. Control Box
Installation (Surface and Concealed)” on page 12.
5b Connect the end of the green operator ground wire to the rear operator mounting bracket in the header (Figure 5-1) using the #10-32 hex head green ground screw supplied in the operator screw pack. 5c Make sure there is a rubber grommet inside each of the four operator mounting holes (Figure 5-2). 5d Line up the four mounting holes on the operator with the four mounting studs on the operator brackets (Figure 5-3).

Make sure that the operator cable (with 6-pin connector) is hanging down freely and push the operator up onto the mounting studs. Make sure cables are not pinched when operator is installed. (The mounting studs fit snugly into the grommets, and firm pressure may be required to get the operator into position.) 5e Secure the operator to the header using four 5/16-18 hex head screws and washers (Figure 5-3). Tighten the screws until they make contact with the mounting studs on the operator brackets. 5f Connect the other end of the green ground wire to the small hole in the bottom of the operator (Figure 5-3). 5g For a header with two operators, install the second operator in the same manner. • For center pivoted doors, continue with “6. Pivot Block Installation (Concealed, Center Pivoted)” on page 10. • For other doors, continue with “8. Control Box Installation (Surface and Concealed)” on page 12. 359
6 Pivot Block Installation (Concealed, Center Pivoted)
L NOTE: This section is applicable ONLY if using the factory supplied lower pivot block (with pivot post attached) on center pivoted doors. If not being used, continue with “7. Breakaway or Fixed Stop Installation (Concealed, Center Pivoted)” on page 11.
6a Position the lower pivot block (Figure 6-1) as shown in Figure 6-2 oriented so the pivot post is 2-3/4” or 3-3/4” (nominal) from the jamb, as necessary.
6b Use the pivot block as a guide and mark and prepare four mounting holes for appropriate fasteners for the mounting surface.
6c Secure the pivot block in place with appropriate fasteners (Figure 6-3).

L NOTE: Pivot block shown installed for a door with a 3-3/4” mounting point. For 2-3/4” mounting point, reverse pivot.

Figure 6-1. Top view of lower pivot block.

Figure 6-2
Pivot post should be
positioned directly
beneath operator
spindle
Plumb line centered
on operator spindle
Operator
spindle
ew from
w opening
View from
above opening
Figure 6-3
2-3/4”
2”
3-3/4” Pivot side
jamb
Pivot post
Pivot block
Fasteners, 4 places
C pivot block
and jamb
L
Figure 6-1. Top view of lower pivot block.

Figure 6-2
Pivot post should be
positioned directly
beneath operator
spindle
Plumb line centered
on operator spindle
Operator
spindle
View from
below opening
View from
above opening
2-3/4”
2”
3-3/4” Pivot side
jamb
Pivot post
Pivot block
Fasteners, 4 places
C pivot block
and jamb
L
re 6-1. Top view of lower pivot block.
igure 6-2
post should be
oned directly
ath operator
le
b line centered
erator spindle
ator
le
View from
above opening
Figure 6-3
2-3/4”
3-3/4” Pivot side
jamb
st
k
Fasteners, 4 places
C pivot block
and jamb
L
• Continue with “7. Breakaway or Fixed Stop Installation (Concealed, Center Pivoted)” on page 11. 360
7 Breakaway or Fixed Stop Installation (Concealed, Center Pivoted) L NOTE: This section is applicable ONLY to center pivoted doors using the factory supplied breakaway or fixed stop. If not being used, continue with “8. Control Box Installation (Surface and Concealed)” on page 12.

Breakaway and Fixed Stop Operation
The function of the breakaway or fixed stop is to act as a mechanical stop on an inswinging door so the door cannot normally be opened in the outswinging direction.

The breakaway stop differs from the fixed stop in that, in a panic or fire condition, when approximately 50 lbs. of force is applied on the door from the inswinging side, the door will open in the outswinging direction. When this occurs, a switch in the breakaway stop disables the automatic operation of the door. The door then remains inoperative and in the breakaway position until it is manually pushed back through the opening to the inswinging side. This action resets the breakaway stop and restores automatic operation. 7a Orient the breakaway stop according to the directions on the switch label (Figure 7-1). The “OPENING DIRECTION OF DOOR” arrow should point in the direction that the door opens during normal operation. section is applicable ONLY to center pivoted doors using the ry supplied breakaway or fixed stop. If not being used, continue

8. Control Box Installation (Surface and Concealed)” on page 12. breakaway or fixed stop is to act as a mechanical stop on an inswinging door normally be opened in the outswinging direction.
op differs from the fixed stop in that, in a panic or fire condition, when bs. of force is applied on the door from the inswinging side, the door will open direction. When this occurs, a switch in the breakaway stop disables the n of the door. The door then remains inoperative and in the breakaway position ushed back through the opening to the inswinging side. This action resets the d restores automatic operation.

Breakaway and Fixed Stop Operation
eakaway stop according to the directions
h label (Figure 7-1). The “OPENING
N OF DOOR” arrow should point in the
t the door opens during normal operation.

BREAKAWAYDIRECTION

OPENING DIRECTION

OF DOOR
Figure 7-1
eakaway or fixed stop inside the header approximately 2-1/4” from the latch e four #8-32 x 3/4” screws supplied with the stop (Figure 7-2). Mounting holes have been prepared in the header at the factory.

Figure 7-2
2 x 3/4” screws
4 places
Latch end of
header
Breakaway or
fixed stop

8. Control Box Installation (Surface and Concealed)” on page 12. 7b Install the breakaway or fixed stop inside the header approximately 2-1/4” from the latch end using the four #8-32 x 3/4” screws supplied with the stop (Figure 7-2). Mounting holes for the stop have been prepared in the header at the factory.
factory supplied breakaway or fixed stop. If not being used, continue with “8. Control Box Installation (Surface and Concealed)” on page 12.

The function of the breakaway or fixed stop is to act as a mechanical stop on an inswinging door so the door cannot normally be opened in the outswinging direction.

Breakaway and Fixed Stop Operation

7.1. Orient the breakaway stop according to the directions on the switch label (Figure 7-1). The “OPENING
DIRECTION OF DOOR” arrow should point in the
direction that the door opens during normal operation.

BREAKAWAYDIRECTION

OPENING DIRECTION

OF DOOR
Figure 7-1

7.2. Install the breakaway or fixed stop inside the header approximately 2-1/4” from the latch end using the four #8-32 x 3/4” screws supplied with the stop (Figure 7-2). Mounting holes for the stop have been prepared in the header at the factory.

Figure 7-2
#8-32 x 3/4” screws
4 places
Latch end of
header
Breakaway or
fixed stop
• Continue with “8. Control Box Installation (Surface and Concealed)” on page 12. • Continue with “8. Control Box Installation (Surface and Concealed)” on page 12. 361
UPDATED BY:

UPDATED ON:

Added performance days 2~3

DESCRIPTION
OF SCOPE:

Pricing is as Follows:

SUB/EQUIP SUB/EQUIP MATERIAL MATERIAL LABOR LABOR

ITEM DESCRIPTION QTY UNIT UNIT COST EXTENDED COST UNIT COST EXTENDED COST UNIT HOUR EXTENDED HOURS Prime Contractor $ - -Supervision 0.1 MO 10000.00 $ 1,000.00 $- - Project Management 0.1 MO 12000.00 $ 1,200.00 $- -
Admin 0.05 MO 8000.00 $ 400.00 $- -Modified Gym Lighting Infrastructure $ - $- -

SUBCONTRACT
OR (Watt
Electric)
Added Costs from change out of light fixtures and
added miscellaneous modifications to emergency exit electrical as specified. 1 LS 19500.00 $ 19,500.00 $- -
DCM
(Self-Perform)
Contingency added finishes from revision to gym lighting scope and rerouting of surface mounted modules. $ - $- -
- Temp facilities 1 LOC $ - $- -
+Mask/cover floor, walls (protection during
finishes) 1 LS $ - 150.00 150.00 $ 1.00 1.0
- Demo 1 LOC $ - $- -
+Demo drywall 1 LS $ - 0.00 - $ 2.00 2.0
Existing exit signs were substituted out with one that had attached bug eye lights as an option to add lighting at walls and exits where determined to be too dim on account of new revised lighting levels. Emergency circuit requires rewiring to remove switching and provide constant power for 4qty emergency fixtures.New light fixtures per Submittal 26C R2 response and revised fixture schedule requires tracing wiring to confirm full power dimming circuiting is available. 24026 - CE017_GYM LIGHTING SCOPE MODIFICATION / ADDS
Changes applied to electrical drawings via ISA/Aurum Consulting Engineers. Changes were made as a result of onsite coordination by all shareholders on 10/14/2024 to discuss limitations of current scope and code compliance, given sizable deficiencies with existing electrical infrastructure. As a result, DCM was provided revised submittal package 26C response and amended electrical drawing set (E0.1, E5.2, E6.3) on 10/25/2024 for reconsideration of added cost impacts. The following scope changes were applied to modified drawings.

Gym Lighting - Remote inverter option was changed out for the In-Fixture Battery packs DAVID CONSTRUCTION & MANAGEMENT INC747 WOODBRIDGE STREET, SUITE 110 David PickeringSAN LUIS OBISPO, CA 93401 10/31/2024(805) 206-8224

Page 1 of 2 ends

362

SUB/EQUIP SUB/EQUIP MATERIAL MATERIAL LABOR LABOR

ITEM DESCRIPTION QTY UNIT UNIT COST EXTENDED COST UNIT COST EXTENDED COST UNIT HOUR EXTENDED HOURS - Drywall
+ Drywall Patch-back 1 LOC $ - 115.00 115.00 $ 5.00 5.0 + Plaster / Hand Texture 1 LOC $ - 50.00 50.00 $ 5.00 5.0 - Paint $ - $- -
+ Touch up around stage wall only 1 EA $ - 200.00 200.00 $ 4.00 4.0 - Cleanup 1 EA $ - $ 1.00 1.0 -
Equipment Total 22,100 $ Sub Total 515.00 $ Total Hours 18 Sales Tax 41.20 $ Labor Rate 95.00 $
Qualifications: Material Total $ 556.20 Labor Total $ 1,710 Net Change 24,366 $Overhead @ 8.00% 1,949 $Profit @ 7.00% 1,842 $ Insurance @ 2.00% 563 $BOND @ 3.00% 862 $
Customer Sign:

Accepted Date: TOTAL 29,582 $
Finish Contingency is for touchups around back wall at gym stage only. Price does not include overhead conduit painting in Gym area. Finish scope in gym ceiling would require added rentals (scissor lift which has not been included in above contingency pricing). Electrical paneling/boxes not to be painted.

Page 2 of 2 ends

363

DIR #: 1000028373 CSLB#: 898355
385 Flora Avenue • Hollister, California 95023 • Tel (831) 637-1000 www.wattelectricinc.com

CHANGE ORDER PROPOSAL
Sept. 30th, 2024
Attention: David Pickering
Change Order Description: Gym Lighting
Project: Soledad Community Center Reno
COR #: 001 - Revised Gym Lighting
David;
Watt Electric, Inc. is pleased to provide our Change Order proposal for the subject project. Our proposal is based on the documents listed below, on file at our office.

Gym Lighting (COR 001) $ 19,500.00
Please note the following inclusions, exclusions, and clarifications as qualifications to this change order proposal.

Documents:
• Revised Electrical Drawings, dated 05/25/23.

Inclusions:

Gym Lights
• Provide and install new fixtures per revised fixture schedule. • Trace wiring to confirm full power dimming circuiting is available. • Rewire existing emergency circuit to remove switching and provide constant power for 4 (four) emergency fixtures.

Exclusions:
• Disposal of existing fixtures to be by others.
• Permits and/or fees (utility, inspection, air quality control, engineering, etc.). • Removal and or displacement of any Hazardous Materials. • Cutting, patching or painting except electrical touchup. • Overtime, shift work, and/or premium time labor.
• Any allowances, and/or contingencies not specifically noted in this proposal. • Costs incurred due to unforeseen conditions.
• WEI will not be responsible for damage or loss of work due to power interruption during the normal course of this change order work.
364

DIR #: 1000028373 CSLB#: 898355
385 Flora Avenue • Hollister, California 95023 • Tel (831) 637-1000 www.wattelectricinc.com
Clarifications:
• Many locations throughout this work require reuse of existing circuits. Every effort will be made to preserve these circuits, but should any sections require replacement or additional work this will be at additional cost.
• Quotation is based on a normal (40) hour work week and our Standard Terms and Conditions. • This proposal is valid for 30 days.
• This bid is based upon use of industry standard, code compliant materials and methods. • This proposal letter shall be incorporated in its entirety into the Subcontract Agreement and is based upon a mutually accepted construction schedule.
• Watt Electric is currently signatory to the IBEW for its work. The IBEW claims work in the following craft as incidental work: Laborers, Operating Engineers, Cement Finishers, and Carpenters. Jurisdictional disputes must be handled through whichever governing body that handles these disputes between union crafts and not between Watt Electric and the General Contractor.

Should you have any questions or if we may be of further assistance, please do not hesitate to contact Terry Adams @ (831) 275-5562 regarding this proposal.

Sincerely,
Terry Adams
Project Manager/Estimator
Watt Electric, Inc.
365
CITY OF SOLEDAD 560 WALKER DR. SOLEDAD, CA 93960 COMMUNITY CENTER BLDG. MODERNIZATION SHEET PROJECT CLIENT THE INFORMATION ON THESE PLANS IS PROPERTY OF IN STUDIO ARCHITECTURE. UNAUTHORIZED USE IS PROHIBITED. IN STUDIO ARCHITECTURE 250 MAIN STREET SALINAS, CA 93901 831.320.2655 404 W. Franklin St. Suite 100 Monterey, CA 93940 T.831.646.3330 F.831.646.3336 www.acemb.com Project No. ONTEREY NGINEERSONSULTING EM AURUM
C
BAY, INC. These drawings are instruments of service and are the property of AURUM CONSULTING ENGINEERS MONTEREY BAY, INC. All designs and other information in the drawings are for use on the specified project and shall not be used otherwise without the expressed written permission of AURUM CONSULTING ENGINEERS MONTEREY BAY, INC. 22-407.00 SYMBOLS, ABBREVIATIONS, LIGHT FIXTURE SCHEDULE, CODES, STANDARDS, NOTES & SHEET INDEX E0.1 TYPE DESCRIPTION LAMPS MANUFACTURER LIGHT FIXTURE SCHEDULE (CONTINUED) GENERAL CONSTRUCTION NOTES 1. CONTRACTOR SHALL COMPLY WITH ALL APPLICABLE CODES AND REGULATIONS. MATERIALS AND EQUIPMENT SHALL BE U.L. LISTED AND LABELED FOR THE APPLICATION. 2. THE CONTRACTOR SHALL OBTAIN AND PAY FOR ALL PERMITS, LICENSES AND INSPECTION FEES REQUIRED BY THIS CONTRACT WORK. 3. CONTRACTOR SHALL VISIT THE PROJECT SITE PRIOR TO BIDDING AND ALLOW FOR ALL FIELD CONDITIONS. THE CONTRACTOR SHALL BE RESPONSIBLE FOR ALL ELECTRICAL WORK NOTED AND CALLED OUT ON ALL CONTRACT DOCUMENTS. THE CONTRACTOR SHALL OBTAIN INFORMATION AND BE FAMILIAR WITH ALL OTHER TRADES WORK. THE CONTRACTOR SHALL BE RESPONSIBLE FOR COORDINATION BETWEEN OTHER TRADES ON PROJECT. 4. CONTRACTOR SHALL BE RESPONSIBLE FOR THE SAFETY OF PERSONS AND PROPERTY AND SHALL PROVIDE INSURANCE COVERAGE AS NECESSARY FOR LIABILITY AND PERSONAL, PROPERTY DAMAGE, TO FULLY PROTECT THE OWNER, ARCHITECT AND ENGINEER FROM ANY AND ALL CLAIMS RESULTING FROM THIS WORK. 5. CONTRACTOR SHALL MAINTAIN RECORD DRAWINGS AT THE PROJECT SITE INDICATING ALL MODIFICATIONS TO ELECTRICAL SYSTEMS. THE CONTRACTOR SHALL AT THE CONCLUSION OF THE PROJECT PROVIDE ACCURATE "AS-BUILT" DRAWINGS ACCEPTABLE TO THE ARCHITECT. 6. ALL MATERIALS PROVIDED TO THE PROJECT SHALL BE NEW. THE CONTRACTOR SHALL BE RESPONSIBLE TO PROVIDE AND INSTALL ALL INCIDENTAL MATERIALS REQUIRED FOR A COMPLETE INSTALLATION. 7. CONTRACTOR SHALL PROVIDE TO THE ARCHITECT A CONSTRUCTION SCHEDULE OF ELECTRICAL WORK. THE CONSTRUCTION SCHEDULE SHALL IDENTIFY ALL SIGNIFICANT MILESTONES WITH COMPLETION DATES. 8. CONTRACTOR SHALL PROVIDE ALL REQUIRED "CUTTING, PATCHING, EXCAVATION, BACKFILL AND REPAIRS" NECESSARY TO RESTORE DAMAGED SURFACES TO EQUAL OR BETTER THAN ORIGINAL CONDITIONS EXISTING AT START OF WORK. 9. CONTRACTOR SHALL BE RESPONSIBLE FOR PAINTING ALL EXPOSED CONDUITS AND ELECTRICAL EQUIPMENT. REFER TO ARCHITECTS PAINTING SECTION FOR REQUIREMENTS. 10. ALL ELECTRICAL EQUIPMENT INSTALLED OUTDOORS SHALL BE WEATHERPROOF. EXTERIOR CONDUITS RUN INTO BUILDINGS SHALL BE INSTALLED WITH FLASHING, CAULKED AND SEALED. CONDUITS FOR EXTERIOR ELECTRICAL DEVICES SHALL BE RUN INSIDE BUILDING UNLESS OTHERWISE NOTED ON DRAWINGS. 11. ALL CONDUITS UNLESS OTHERWISE NOTED ON DRAWINGS SHALL HAVE AS A MINIMUM: TWO (2) #12s WITH ONE (1) #12 GROUND. "TICK" MARKS SHOWN ON CIRCUITRY ARE FOR ROUGH ESTIMATING ONLY. THE CONTRACTOR SHALL BE RESPONSIBLE FOR ALL WIRES AND WIRE SIZES REQUIRED BY LATEST CODE. 12. ALL BRANCH CIRCUITS SHALL HAVE INDIVIDUAL NEUTRALS. SHARED NEUTRALS ON MULTIWIRE CIRCUITS IS NOT ALLOWED. 13. ALL 120/277V LIGHT SWITCHES AND WALL OCCUPANT SENSORS SHALL HAVE A NEUTRAL INSTALLED TO THE DEVICE BOX EXCEPT WHERE A CONDUIT OR SURFACE RACEWAY SYSTEM IS INSTALLED. 14. COORDINATE ALL CONDUIT RUNS, ELECTRICAL EQUIPMENT AND PANELS WITH ALL OTHER WORK TO AVOID CONFLICTS. 15. SEE ARCHITECTURAL DOCUMENTS FOR EXACT PLACEMENT OF LIGHTING FIXTURES AND DEVICES. THE ELECTRICAL CONTRACTOR SHALL BE RESPONSIBLE FOR VERIFICATION OF CEILING TYPES FROM ARCHITECTURAL DOCUMENTS AND PROVIDE AND INSTALL ALL REQUIRED FIXTURE MOUNTING HARDWARE. PROVIDE AND INSTALL U.L. LISTED FIRE STOP ENCLOSURES FOR ALL RECESSED FIXTURES IN FIRE RATED CEILINGS. 16. FROM ALL NEW FLUSH MOUNT PANELS; THE CONTRACTOR SHALL STUB UP INTO ACCESSIBLE CEILING SPACE A MINIMUM OF FOUR (4) 3/4" CONDUITS FOR FUTURE USE. 17. CONTRACTOR SHALL, PRIOR TO BID, FIELD VERIFY ALL REQUIREMENTS FOR MODIFYING THE EXISTING CLOCK, DATA, AND INTERCOM SYSTEMS TO ACCOMMODATE ADDITIONS NOTED. THE CONTRACTOR SHALL PROVIDE ALL MATERIALS NEEDED TO MAKE A FULLY OPERATIONAL SYSTEM AT THE CONCLUSION OF PROJECT WORK. 18. CONTRACTOR SHALL PROVIDE IN EVERY NEW EMPTY CONDUIT A DRAW STRING FOR USE IN FUTURE CONSTRUCTION. 19. ALL CONDUIT SHALL BE CONCEALED WHERE POSSIBLE. CUT AND PATCH EXISTING WALLS WHERE NECESSARY. WHERE IT IS NECESSARY TO CUT OR BORE EXISTING STRUCTURAL WALLS FOR NEW ELECTRICAL WORK OBTAIN PERMISSION FROM THE ARCHITECT PRIOR TO STARTING WORK. REUSE EXISTING CONDUIT WHERE POSSIBLE. 20. WHERE IT IS NOT POSSIBLE TO REUSE EXISTING CONDUIT OR RUN NEW CONCEALED CONDUIT USE NON-METALLIC SURFACE RACEWAY AND BOXES. ROUTING OF ALL NON-METALLIC RACEWAYS SHALL BE APPROVED BY THE ARCHITECT OR OWNER'S REPRESENTATIVE PRIOR TO ROUGH-IN. 21. EXTENSION RINGS OR RESET BOXES TO BE FLUSH WITH NEW WALL THICKNESS. 22. CONTRACTOR SHALL BE RESPONSIBLE FOR ALL DAMAGE TO EXISTING UNDERGROUND SYSTEMS (GAS, WATER, TELEPHONE, ELECTRICAL, SEWER, ETC.). THE CONTRACTOR SHALL REPAIR & PAY ALL EXPENSES FOR DAMAGE TO EXISTING UNDERGROUND SYSTEMS AS A RESULT OF NEW WORK. REPAIR TO DAMAGED UNDERGROUND SYSTEMS SHALL BE TO THE OWNERS SATISFACTION WITHOUT EXTRA EXPENSE TO THE OWNER. 23. EXISTING WIRING SHOWN HAS BEEN TAKEN FROM OLD PLANS AND IS ASSUMED TO BE CORRECT. ELECTRICAL CONTRACTOR SHALL FIELD VERIFY ACTUAL CONDITIONS AND MAKE ADJUSTMENTS TO SUIT ACTUAL CONDITIONS AND TO MEET THE INTENT OF THE CONTRACT DOCUMENTS. 24. WHERE NON-METALLIC SHEATHED CONDUCTORS ARE FOUND, THE CONTRACTOR SHALL REMOVE TO FULLEST EXTENT PER THE GENERAL DEMOLITION NOTES AND REPLACE WITH CONDUIT. METAL CLAD CABLE WILL BE PERMITTED ON A CASE-BY-CASE BASIS ONLY BY WRITTEN APPROVAL FROM THE ARCHITECT. 25. ALL INSTALLATION OF EXPOSED SURFACE MOUNTED RACEWAY IN PUBLIC AREAS SHALL BE REVIEWED BY ARCHITECT BEFORE ROUGH-IN. CONTRACTOR IS TO DETERMINE THE ACCESSIBILITY OF ATTIC, FURRED SPACE, HOLLOW MULLIONS, ETC. IN EACH AREA AND REVIEW WITH ARCHITECT. IF SYSTEM CAN BE ROUTED CONCEALED EITHER BY FISHING OR ACCESSIBILITY, CONTRACTOR IS TO DO SO. IF INACCESSIBILITY IS DETERMINED, CONTRACTOR SHALL INSTALL SURFACE MOUNTED RACEWAY IN THE MOST AESTHETICALLY PLEASING MEANS AS DETERMINED BY THE ARCHITECT. NO ALLOWANCE FOR ADDITIONAL COMPENSATION DUE TO ROUTING AS DIRECTED BY THE ARCHITECT WILL BE MADE. APPLICABLE CODES & STANDARDS CODES: 1. 2022 CALIFORNIA ADMINISTRATIVE CODE C.A.C., PART 1, TITLE 24, C.C.R. 2. 2022 CALIFORNIA BUILDING CODE (CBC) C.C.R., TITLE 24, VOL. 1 & 2 BASED ON THE 2021 INTERNATIONAL BUILDING CODE (IBC) WITH CALIFORNIA AMENDMENTS. 3. 2022 CALIFORNIA ELECTRICAL CODE (CEC) C.C.R., TITLE 24, PART 3 BASED ON THE 2020 NATIONAL ELECTRICAL CODE (NEC) WITH CALIFORNIA AMENDMENTS. 4. 2022 CALIFORNIA MECHANICAL CODE (CMC) C.C.R., TITLE 24, PART 4 BASED ON THE 2021 UNIFORM MECHANICAL CODE (UMC) WITH CALIFORNIA AMENDMENTS. 5. 2022 CALIFORNIA PLUMBING CODE (CPC) C.C.R., TITLE 24, PART 5 BASED ON THE 2021 UNIFORM PLUMBING CODE (UPC) WITH CALIFORNIA AMENDMENTS. 6. 2022 CALIFORNIA ENERGY CODE C.C.R., TITLE 24, PART 6. 7. 2022 CALIFORNIA FIRE CODE (CFC) C.C.R., TITLE 24, PART 9 BASED ON THE 2021 INTERNATIONAL FIRE CODE (IFC) WITH CALIFORNIA AMENDMENTS. 8. 2022 CALIFORNIA GREEN BUILDING STANDARDS CODE C.C.R., TITLE 24, PART 11. 9. 2022 CALIFORNIA REFERENCED STANDARDS CODE C.C.R., TITLE 24, PART 12. 10. TITLE 19 C.C.R., PUBLIC SAFETY, STATE FIRE MARSHAL REGULATIONS. 11. NATIONAL FIRE ALARM CODE (NFPA 72) 2019. 12. CITY OF SOLEDAD ORDINANCES, CODES, AND REGULATIONS. STANDARDS: 1. AMERICAN NATIONAL STANDARDS INSTITUTE (ANSI) 2. ELECTRONICS INDUSTRIES ASSOCIATION (EIA) 3. INSTITUTE OF ELECTRICAL AND ELECTRONIC ENGINEERS (IEEE) 4. NATIONAL ELECTRICAL MANUFACTURERS ASSOCIATION (NEMA) 5. NATIONAL ELECTRICAL TESTING ASSOCIATION (NETA) 6. UNDERWRITER LABORATORIES (UL) 7. CALIFORNIA OCCUPATIONAL SAFETY AND HEALTH ACT STANDARDS (CAL/OSHA) HALF SWITCHED DUPLEX RECEPTACLE INSTALLATION RECEPTACLE - DUPLEX FLOOR MOUNTED DUPLEX RECEPTACLE J PANELBOARD - FLUSH MOUNTED SIZE PER CODE, TAPE AND TAG WIRES PANELBOARD - SURFACE MOUNTED EQUIPMENT PANEL - SURFACE MOUNTED EQUIPMENT PANEL - FLUSH MOUNTED METER W/ CURRENT TRANSFORMER INTERIOR SPEAKERS CEILING MOUNTED TV OUTLET VOICE/DATA OUTLET - FLOOR MOUNTED JUNCTION BOX - CEILING OR WALL MOUNTED, GFCI CONVENIENCE RECEPTACLE - DUPLEX DUPLEX RECEPTACLE MOUNTED ABOVE COUNTER - FIELD VERIFY HEIGHT POWER OUTLET - SEE PLANS FOR NEMA TYPE RECEPTACLE DOUBLE DUPLEX VOICE/DATA WALL OUTLET WALL TELEPHONE OUTLET CLOCK +8'-0" AFF U.O.N. VERIFY BEFORE PER EQUIPMENT MFGRS NAMEPLATE DATA FUSED DISCONNECT SWITCH ELEMENT FUSES SIZED GROUND ELECTRODE NEMA 3R ENCLOSURE UNLESS OTHERWISE SPECIFIED MAGNETIC STARTER - NEMA SIZE INDICATED NON-FUSED DISCONNECT SWITCH GROUND ROD WITH GROUNDWELL BOX CIRCUIT BREAKER NORMALLY CLOSED CONTACT NORMALLY OPEN CONTACT TRANSFORMER - SEE SINGLE LINE FOR SIZE MOTOR CONNECTION COMBINATION STARTER/FUSED DISCONNECT SWITCH; DETAIL OR SECTION REFERENCE SECURITY DOOR CONTACTS PULLBOX SYMBOLS & ABBREVIATIONS SHOWN ARE FOR GENERAL USE. DISREGARD THOSE WHICH DO NOT APPEAR ON THE PLANS. DETAIL NOTE REFERENCE SYMBOL SEE ASSOCIATED NOTE ON SAME DETAIL 2 1 E3.0 INTERIOR SPEAKERS WALL MOUNTED

M INDICATES QUANTITY OF DATA OUTLETS INDICATES QUANTITY OF TELEPHONE OUTLETS 12 F301 FEEDER DESIGNATION; SEE ASSOCIATED NOTE ON SAME DETAIL SINGLE RECEPTACLE DUPLEX RECEPTACLE - CEILING MOUNTED POWER POLE FUSED DISCONNECT SWITCH; FUSED WITH DUAL-ELEMENT FUSES SIZED PER EQUIPMENT MFGR'S NAMEPLATE DATA CCTV CAMERA SECURITY MOTION DETECTOR FLOOR MOUNTED BOX DETAIL NUMBER SHEET NUMBER ELECTRICAL SYMBOLS & ABBREVIATIONS *
*
*
*
*
*
*
* SECURITY SYSTEM KEYPAD

SSCKPSCMD GFCI CONVENIENCE DUPLEX RECEPTACLE MOUNTED ABOVE COUNTER - FIELD VERIFY HEIGHT

J ABBREVIATIONS LETTER INDICATES DUPLEX HALF CONTROLLED RECEPTACLE HC * LETTER INDICATES DUPLEX FULLY CONTROLLED RECEPTACLE
C
* SINGLE POLE SWITCH FOUR WAY SWITCH THREE WAY SWITCH LIGHTING DIMMER KEY OPERATED SWITCH SINGLE POLE SWITCH, a = CIRCUIT CONTROLLED MANUAL MOTOR STARTER 3a4KM

S WALL OCCUPANCY SENSOR LIGHTING CONTROL OCCUPANCY SENSOR CORNER MOUNTEDS DOUBLE SWITCHED WALL OCCUPANCY 2 SENSOR
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*

SSSSSSSDRC DIMMER ROOM CONTROLLER DIGITAL DUAL TECHNOLOGY S S WALL OCC. SENSOR DIGITAL MULTI SCENES LIGHTING SWITCHS DIGITAL ON/OFF SWITCHS D DIGITAL DIMMER SWITCH M# PLUG LOAD CONTROLLER ROOM LIGHTING CONTROLLER LCP LIGHTING CONTROL PANEL DL DIGITAL DAYLIGHT SENSOR DIGITAL DUAL TECHNOLOGY OCC. SENSOR *
*
*
* SEE SCHEDULE SEE SCHEDULE SEE SCHEDULE EMERGENCY LIGHT TRACK LIGHTING - SEE SCHEDULE LUMINAIRE - RECESSED - SEE SCHEDULE EXIT LIGHT - DIRECTIONAL ARROWS AS INDICATED - SEE SCHEDULE LUMINAIRE - POLE OR POST MOUNTED - BOLLARD OR PATH LIGHT - SEE SCHEDULE STRIP FLUORESCENT OR LED LUMINAIRE - LUMINAIRE - SURFACE MOUNTED - LUMINAIRE - WALL MOUNTED SEE SCHEDULE FLUORESCENT OR LED LUMINAIRE - EMERGENCY OR NIGHT LIGHT RECESSED WALL WASHER SEE SCHEDULE *
*
*
* DIMMING DUAL TECHNOLOGY
*
*
SS 2 WALL SWITCH OCCUPANCY SENSOR 2-BUTTON DIMMING DUAL TECHNOLOGY WALL SWITCH OCCUPANCY SENSOR *
* CH DOOR BELL PUSHBUTTON DOOR CHIME WITH LED RCPC
*
* WIRELESS ACCESS POINT (WAP) - CEILING MOUNTED WIRELESS ACCESS POINT (WAP) - WALL MOUNTED - FIELD VERIFY HEIGHT VOICE/DATA OUTLET MOUNTED ABOVE COUNTER - FIELD VERIFY HEIGHT [#] [#] [#] SURFACE MOUNTED VOICE/DATA WALL OUTLET * SURFACE MOUNTED VOICE/DATA OUTLET MOUNTED ABOVE COUNTER - FIELD VERIFY HEIGHT [#] [#] VOICE/DATA OUTLET - CEILING MOUNTED [#] SHEET INDEX E0.1 SYMBOLS, ABBREVIATIONS, LIGHT FIXTURE SCHEDULE, CODES, STANDARDS, NOTES & SHEET INDEX. E0.2 CALIFORNIA ENERGY COMPLIANCE TITLE 24 (BUILDING INTERIOR). E0.3 CALIFORNIA ENERGY COMPLIANCE TITLE 24 (BUILDING EXTERIOR). E1.1 ELECTRICAL SINGLE LINE DIAGRAM. E1.2 PANELBOARD SCHEDULES. E2.1 ELECTRICAL SITE PLAN. E2.2 BUILDING FLOOR PLAN. E3.1 KITCHEN & RESTROOM ELECTRICAL DEMOLITION PLAN. E3.2 GYM & STAGE LIGHTING DEMOLITION PLAN. E4.1 KITCHEN & RESTROOM POWER PLAN. E5.1 KITCHEN & RESTROOM LIGHTING PLAN. E5.2 GYM & STAGE LIGHTING PLAN. E6.1 ELECTRICAL DETAILS. E6.2 ELECTRICAL DETAILS. E6.3 ELECTRICAL DETAILS. E6.4 ELECTRICAL DETAILS. E7.1 ELECTRICAL SPECIFICATIONS. E7.2 ELECTRICAL SPECIFICATIONS. #10 E
23 CONDUIT - UP CONDUIT - DOWN CONDUIT EMERGENCY SYSTEM FLEX CONDUIT WITH CONNECTION SURFACE METAL OR NON-METALLIC RACEWAY CONDUIT - CONCEALED IN WALLS OR CEILING CONDUIT - EXISTING CONDUIT - BELOW SLAB OR UNDERGROUND: 3/4"MIN. CONDUIT CONTINUATION CAPPED OR STUB-OUT CONDUIT LV LOW VOLTAGE WIRING SHEET NOTE REFERENCE SYMBOL; SEE ASSOCIATED NOTE ON SAME SHEET SCHEDULE SYMBOL; SEE ASSOCIATED NOTE ON SAME SHEET CONDUIT - HOME RUN TO PANEL, TERMINAL CABINET, ETC. RUNS MARKED WITH CROSSHATCHES INDICATE NUMBER OF #12 AWG WIRES WHEN MORE THAN TWO. SIZE CONDUIT ACCORDING TO SPECIFICATIONS AND APPLICABLE CODE. CROSS HATCHES WITH NUMBER ADJACENT INDICATES WIRE SIZE OTHER THAN #12 AWG. ERMS REMOTE ANNUNCIATORS HORN ONLY FIRE ALARM COMMUNICATOR MANUAL PULL STATION FIRE ALARM CONTROL PANEL FIRE SYSTEM ANNUNCIATOR FIRE ALARM TRANSPONDER ELEVATOR STATUS/RECALL OR TRANSMITTER SMOKE DETECTOR HEAT DETECTOR STROBE ONLY HORN/STROBE MINI HORN BELL (GONG) FIRE SMOKE DAMPER DUCT SMOKE DETECTOR M

P TAMPER SWITCH FLOW SWITCH POST INDICATING VALVE FCP FSA FTR ESR FAC ANN EOL END OF LINE APS AUXILIARY POWER SUPPLY

S HT HEIGHT INTERCOM PANEL LIGHTING KILOWATT KILOVOLT JUNCTION BOX LIGHTING CONTROL KVA LCP LTG JBKWKV KILOVOLT AMPERES ICINCAND INCANDESCENT IDF INTERMEDIATE DISTRIBUTION FRAME *
* +48" A.F.F. TO TOP OF BOX, U.O.N. +15" A.F.F. TO BOTTOM OF BOX, U.O.N. * PB PULL BOX PA PUBLIC ADDRESS CHLORIDE POLYVINYL REQUIRED SHEET SWITCH PHASE PANEL PVC PNL REQD SWBD SHT (R) SWPF WITH WATT VOLT UON XFMR W/ WWP VTYP TYPICAL MOUNTED METAL HALIDE THOUSAND LOW VOLTAGE CIRCULAR MILS MAIN LUGS ONLY NEW NOT IN CONTRACT ON CENTER CONTRACT NOT IN ELECTRICAL MOUNTING POWER FACTOR SWITCHBOARD UNLESS OTHERWISE NOTED REQUIREMENT(S) RELOCATE TRANSFORMER WEATHERPROOF MTD KCM LVMHMLO OC NIEC NIC (N) MTG OFCI OWNER FURNACED REQMT'S MECH MECHANICAL RECPT'S RECEPTACLES (RP) REMOVABLE POLE PWR POWER UG UNDERGROUND SLD SINGLE LINE DIAGRAM OAH OVERALL HEIGHT PIR PASSIVE INFRARED PHPV PHOTOVOLTAIC TTB TELEPHONE TERMINAL BACKBOARD MDF MAIN DISTRIBUTION FRAME MPOE MAIN POINT OF ENTRANCE SYSTEMS TERMINATION CABINET STC FUTURE GROUND FAULT GROUND INTERRUPTING GFCI (F) AFF A ABOVE FINISHED FLOOR AMPERE GND, G AWG ARCH BKR CBC.O. CLG CTR CKT DIM DIST CL (E) CEQUIP FIN FACP FAFLEMT FLOOR METALLIC TUBING CONTROL PANEL EQUIPMENT FIRE ALARM FINISH FIRE ALARM AMERICAN WIRE CIRCUIT BREAKER BREAKER GAUGE DISTRIBUTION CIRCUIT CENTER LINE CEILING CONDUIT ONLY CENTER DIMENSION EXISTING ELECTRICAL CONDUIT ARCHITECT GRS GALVANIZED RIGID STEEL EM EMERGENCY ALUM/AL ALUMINUM FLUOR FLUORESCENT GC GENERAL CONTRACTOR CATV CABLE TV CCTV CLOSED CIRCUIT TV EC ELECTRICAL CONTRACTOR GFI (EL) EVENING LIGHT NUMBER NTS NOT TO SCALE NO. (NL) NIGHT LIGHT NOM NOMINAL FIRE ALARM NOTE: SEE FIRE ALARM DRAWINGS FOR QUANTITIES AND MOUNTING HEIGHTS.D DIMMER FC FOOT CANDLE FLA FULL LOAD AMPS MCA MINIMUM CIRCUIT AMPS MOCP MAXIMUM OVER CURRENT PROTECTION CHIME/STROBE NUMBER IN BRACKETS DENOTES NUMBER OF CABLE DROPS WHEN MORE THAN (2). [#] VD VOLTAGE DROP EV ELECTRICAL VEHICLE M.B. MAIN CIRCUIT BREAKER CARBON CO MONOXIDE ALARM ERMS MAINTENANCE SWITCH ENERGY REDUCTION OH OVERHEAD CONTRACTOR INSTALLED XA P26 SERIES GARDCO SIGNIFY LED 15.6" W x 26.3" L POLE MOUNTED LED FIXTURE, DIE 75W CAST AL HOUSING, VERIFY FIXTURE AND POLE FINISH WITH ARCHITECT, TYPE 3 DISTRIBUTION WITH COMFORT OPTICS, NEUTRAL WHITE, WITH EMERGENCY BATTERY PACK, UNIVERSAL VOLTAGE. MOUNT ON 20' ROUND POLE. POLE: SRS-20-4.0 SERIES XA1 P26 SERIES GARDCO SIGNIFY LED SAME AS FIXTURE TYPE "XA", EXCEPT (2) HEAD (2)75W FIXTURE WITH FIXTURES LOCATED AT 180 DEGREES. POLE: SRS-20-4.0 SERIES XA2 P26 SERIES GARDCO SIGNIFY LED SAME AS FIXTURE TYPE "XA", EXCEPT WITH EXTERNAL 75W HOUSE SIDE SHIELD. POLE: SRS-20-4.0 SERIES TYPE DESCRIPTION LAMPS MANUFACTURER LIGHT FIXTURE SCHEDULE FIXTURE NOTES: 1. ALL LED LIGHT FIXTURE DRIVERS SHALL BE ELECTRONIC TYPE, 10% TOTAL HARMONIC DISTORTION MAXIMUM. 2. ALL LED LIGHT MODULES SHALL BE ENERGY SAVING 3500° K, 80 CRI MINIMUM, U.O.N. (SEE SPECIFICATIONS FOR MORE INFORMATION). 3. ALL LED DRIVERS (AND ASSOC. FIXTS.) SHALL HAVE MANUFACTURER'S CERTIFICATION OF COMPLIANCE WITH CALIFORNIA ENERGY COMMISSION STANDARDS AND REQUIREMENTS, WHERE SUCH ARE USED IN CONDITIONED SPACES. 4. EXIT SIGNS , EMERGENCY LIGHTS AND LIGHT FIXTURES WITH EMERGENCY BATTERY BACK-UP SHALL SUPPLY A MINIMUM DURATION OF 90 MINUTES OF POWER IN THE EVENT OF A POWER OUTAGE/FAILURE. 5. ALL RECESSED LIGHT FIXTURES SHALL BE U.L. APPROVED FOR ZERO CLEARANCE INSULATION COVER WHEN INSTALLED IN INSULATED CEILINGS.

AAE 2' x 2' T-BAR MOUNTED LED FIXTURE, DIE FORMED WHITE C.R.S. HOUSING WITH IMPACT-RESISTANT SYMMETRIC DIFFUSED ACRYLIC OPTIC, INSET DOOR; FINISH PER ARCHITECT, "SP=ELV LINE VOLTAGE DIMMING DRIVER", 120V. SAME AS FIXTURE TYPE "A" EXCEPT WITH INTEGRAL EMERGENCY BATTERY BACKUP. LED CSEDI LED 2x2 SERIES 98W 10,286LM LED 98W 10,286LM KENALL LIGHTING A1 LED ATS1 LED 2x4 SERIES 48.0W 5523LM HE WILLIAMS A1E SAME AS FIXTURE TYPE "A1E" EXCEPT WITH INTEGRAL EMERGENCY BATTERY PACK. ATS1 LED 2x4 SERIES HE WILLIAMS LED 48.0W 5523LM CSEDI LED 2x2 SERIES KENALL LIGHTING 2' x 2' T-BAR MOUNTED LED FIXTURE, DIE FORMED WHITE C.R.S. HOUSING WITH ROUND CENTER OPTICS, ANGLED DOOR; HIGHT OUTPUT LIGHT ENGINE, FINISH PER ARCHITECT, 0-10V DIMMING ELECTRONIC DRIVER, 120V.

B LED 2' x 2' T-BAR MOUNTED LED FIXTURE. DIE FORMED AND 54.4W WELDED STEEL WASH-DOWN HOUSING, CLEAR ACRYLIC DIFFUSER , UNIVERSAL 0-10V DIMMING ELECTRONIC DRIVER, 120V. FINISH PER ARCHITECT. 6513LM 50 SERIES HE WILLIAMSE EVCHL SERIES DUAL-LITE WITH FURN. FIXT. EXIT LIGHT AND 6 WATT EMERGENCY BUG-EYE, WIRE GUARD, HIGH LUMEN OUTPUT, LED, BATTERY BACKUP, RED LETTERS, WHITE BACKGROUND, SEE PLANS FOR MOUNTING, NUMBER OF FACES AND ARROWS, 120V. XB 42"H x 8"DIA. ROUND BOLLARD. DIE-CAST ALUMINUM GARDCO SIGNIFY BEVEL TOP WITH DIE-CAST ZINC LOUVER CONNECTED TO AN EXTRUDED ALUMINUM LOWER HOUSING. 360° DISTRIBUTION, MARINE GRADE PAINT, NATURAL ALUMINUM COLOR. UNIVERSAL VOLTAGE DRIVER, LOW LEVEL (8W) MOTION RESPONSE. BRM832 41W 3000°K LED 3000°K 3000°K 3000°K 1 PLAN CHECK 08.11.23
1 366
CITY OF SOLEDAD 560 WALKER DR. SOLEDAD, CA 93960 COMMUNITY CENTER BLDG. MODERNIZATION SHEET PROJECT CLIENT THE INFORMATION ON THESE PLANS IS PROPERTY OF IN STUDIO ARCHITECTURE. UNAUTHORIZED USE IS PROHIBITED. IN STUDIO ARCHITECTURE 250 MAIN STREET SALINAS, CA 93901 831.320.2655 404 W. Franklin St. Suite 100 Monterey, CA 93940 T.831.646.3330 F.831.646.3336 www.acemb.com Project No. ONTEREY NGINEERSONSULTING EMAURUM C BAY, INC. These drawings are instruments of service and are the property of AURUM CONSULTING ENGINEERS MONTEREY BAY, INC. All designs and other information in the drawings are for use on the specified project and shall not be used otherwise without the expressed written permission of AURUM CONSULTING ENGINEERS MONTEREY BAY, INC. 22-407.00 GYM & STAGE LIGHTING PLAN E5.2 SHEET NOTES 1. CONTRACTOR SHALL RECONNECT NEW LIGHT FIXTURE TO EXISTING PRESERVED LIGHTING CIRCUIT AND CONTROL WIRING. 2. CONTRACTOR SHALL CONNECT NEW LIGHT FIXTURE WITH EMERGENCY BATTERY BACKUP TO NEAREST UNSWITCH HOT LIGHTING CIRCUIT. PULL NEW UNSWITCHED HOT WIRING WHERE NEEDED AND CONNECT TO EMERGENCY BATTERY BACKUP. 3. CONTRACTOR SHALL RECONNECT NEW LINE VOLTAGE DIMMING SWITCH TO EXISTING PRESERVED LIGHTING CONTROL WIRING FOR LIGHTS. 4. CONTRACTOR SHALL PROVIDE AND INSTALL NEW VIVE HUB CONTROL SYSTEM, ALONG WITH NEW DIMMING CONTROLS, SHOWN IN SAME LOCATION AS EXISTING DEMOLISHED PANEL. RECONNECT EXISTING PRESERVED SWITCHING WIRING TO NEW DIMMING CONTROLS. SPLICE AND EXTEND CIRCUITS AS NEEDED TO RECONNECT TO NEW PANEL. 5. CONTRACTOR SHALL CONNECT NEW EXIT SIGN FIXTURE TO EXISTING PRESERVED UNSWITCH HOT LIGHTING CIRCUIT. PULL NEW UNSWITCHED HOT WIRING WHERE NEEDED AND CONNECT TO EXIT SIGN. 6. NOTE NOT USED. 8' 0' 2' 4' 6' 8' NORTH SCALE: 1/8"=1'-0" GENERAL NOTE: SEE SHEET E6.3 FOR LIGHTING CONTROLS AND SEQUENCE OF OPERATION. AAAAAAA AAAAA AAAAAAA AAAAAAA AAEAAAA AAAAAAA AEAE AE A1E A1A1 A1E A1 1 TYP. 1 TYP. TYP. 1 2 1 TYP. 2 LIGHTING RELAY & DIMMER PANEL 33 4 S S S S3 S SS S b a b a b a a a a a a a a a a b b b b b b b b b b c b c c c c c c c c c c c d d d d d c b a E E E E EE 5 TYP. 367
CITY OF SOLEDAD 560 WALKER DR. SOLEDAD, CA 93960 COMMUNITY CENTER BLDG. MODERNIZATION SHEET PROJECT CLIENT THE INFORMATION ON THESE PLANS IS PROPERTY OF IN STUDIO ARCHITECTURE. UNAUTHORIZED USE IS PROHIBITED. IN STUDIO ARCHITECTURE 250 MAIN STREET SALINAS, CA 93901 831.320.2655 404 W. Franklin St. Suite 100 Monterey, CA 93940 T.831.646.3330 F.831.646.3336 www.acemb.com Project No. ONTEREY NGINEERSONSULTING EMAURUM C BAY, INC. These drawings are instruments of service and are the property of AURUM CONSULTING ENGINEERS MONTEREY BAY, INC. All designs and other information in the drawings are for use on the specified project and shall not be used otherwise without the expressed written permission of AURUM CONSULTING ENGINEERS MONTEREY BAY, INC. 22-407.00 ELECTRICAL DETAILS E6.3 ELEVATION SURFACE MTD PANEL DETAIL 1 6'-0" SECTION 200lbs. GRAVITY CENTER OF PANEL 20" CLEAR 6 1/2" NO SCALE 1. FACE OF WALL 2. 3 8" DIA. HILTI KB3 ANCHOR WITH 212" EMBEDMENT, MIN OF (4) PENETRATIONS PER PANEL. 3. CMU WALL FOR FRAMING. SEE STRUCTURAL DRAWINGS. DETAIL NOTES: 21 3 62" SURFACE MOUNTED FIXTURE DETAIL 2 NO SCALE GENERAL NOTE: A. PRE-DRILL ALL FRAMING TO MINIMIZE POSSIBILITY OF SPLITTING BLOCKING. 1. BRANCH CIRCUIT CONDUIT. 2. FIXTURE OUTLET BOX. 3. ALL SCREWS TO HAVE MIN. 112" PENETRATION INTO FRAMING. 4. 2 x _ JOIST OR BLOCKING. 5. FINISHED CLG. MATERIAL. (SEE ARCH). 6. SURFACE MOUNT FIXTURE. 7. FASTEN FIXTURE TO FRAMING W/ 14" DIA. LAG SCREW AT EACH CORNER. DETAIL NOTES: 1 4 2 3 7 6 5 DETAIL NOT USED NO SCALE 3 ELV Ballast/Driver ELV Ballast/Driver 4 LINE VOLTAGE ELV DIMMING WIRING DIAGRAM NO SCALE LUTRON VIVE WIRELESS DIMMER MAESTRO #MRF2S-6ND-120 120-277V ~ 50/60 Hz WHITE RED SWITCHED HOT NEUTRAL SWITCHED HOT GROUND NEUTRAL LINE/HOT BLACK T-BAR MOUNTING FIXTURE DETAIL NO SCALE 6 6 10 7 9 8 5 11 4 TYP.2 1 3 DETAIL NOTES: 1. EXISTING "T-BAR" CEILING GRID SUPPORT WIRE. 2. EXISTING CEILING STRUCTURE. 3. TYPICAL ANCHOR TO CEILING STRUCTURE, SAME AS APPROVED GRID WIRE ANCHOR. 4. ONE #12 GA TAUT WIRE AT EACH CORNER OF FIXTURE W/ FOUR (4) FULL TURNS FOR EACH #12 WIRE IN 1 12" DISTANCE. (BY ELECTRICAL CONTRACTOR). 5. LIGHT FIXTURE. 6. CEILING GRID SYSTEM BY OTHERS. 7. EARTHQUAKE CLIPS, 4 EA. TYP. 8. ANCHOR FIXTURE OUTLET BOX TO CEILING STRUCTURE 9. 12" FLEX CONDUIT, 2#12 & 1#12GND. 10. IF FLEX CONDUIT LENGTH EXCEEDS 6 FOOT, FASTEN FLEX CONDUIT TO FLEX CONDUIT SUPPORT WIRE PER N.E.C. SPACING. 11. CONNECT FLEX CONDUIT SUPPORT WIRE TO FIXTURE. FIXTURE MOUNTING GENERAL NOTES: A. ATTACH ALL LIGHT FIXTURES TO THE CEILING GRID RUNNERS TO RESIST A HORIZONTAL FORCE EQUAL TO THE WEIGHT OF THE FIXTURE. B. FLUSH OR RECESSED LIGHT FIXTURE WEIGHING LESS THAN 56 POUNDS MAY BE SUPPORTED DIRECTLY ON THE RUNNERS OF A HEAVY DUTY GRID SYSTEM BUT, IN ADDITION, THE FIXTURES MUST HAVE A MINIMUM OF TWO (2) #12 GAUGE SLACK SAFETY WIRES ATTACHED TO THE DIAGONAL CORNERS & ANCHORED TO THE STRUCTURE ABOVE. LIGHT FIXTURES IN A MEDIUM DUTY GRID SYSTEM MUST HAVE TAUT SAFETY WIRES. C. ALL FLUSH OR RECESSED LIGHT FIXTURES WEIGHING 56 POUNDS OR MORE MUST BE INDEPENDENTLY SUPPORTED BY NO LESS THAN FOUR (4) TAUT #12 GAUGE WIRES. EACH "TAUT" WIRE SHALL BE ATTACHED TO THE STRUCTURE REGARDLESS OF THE TYPE OF CEILING GRID SYSTEM USED. D. THE FOUR (4) TAUT #12 GAUGE WIRES INCLUDING THEIR ATTACHMENT TO THE STRUCTURE NOTED ABOVE, MUST BE CAPABLE OF SUPPORTING FOUR (4) TIMES THE WEIGHT OF THE COMPLETE UNIT. TYP. NO SCALE 5 INTERIOR VIVE HUB GYM LIGHTING CONTROL SYSTEM SEE FLOOR PLANS FOR INSTALLATION LOCATION LUTRON 24V Power Supply QTY: SEE FLOOR PLANS HJS-1-FM UPremium Vive Hub, flush-mount adapter, and power supply. LUTRON 120/277V Input RFP1 E To BACnet To Vive Device(s) D1 HJS-1-FM to communicate with smartphone, tablet, or computer using built in wifi. Smartphone, tablet, or computer to be provided by others. Multiple Vive Hubs to communicate using wifi devices; still operating independently. RF To Vive Device(s) 368

SUBMITTAL

TRANSMITTAL
Project: $ZDUGHG

Project Number:

TRANSMITTALTo: Date: Submittal No.

A From: By: Resubmission
Qty. Reference / Title / Description / Spec. Section Title and Paragraph / Number Manufacturer Drawing Detail Reference
Submitted for review and approval Substitution involved - Substitution request attached Resubmitted for review and approval If substitution involved, submission includes point-by-point Complies with contract requirements comparative data or preliminary details Will be available to meet construction schedule Items included in submission will be ordered A/E review time included in construction schedule immediately upon receipt of approval Other remarks on above submission: One copy retained by sender TRANSMITTAL To (A/E): Attn: Date Rec'd by Contractor:

B From (Contractor): By: Date Trnsmt'd by Contractor:

Approved Revise / Resubmit
Approved as noted Rejected / Resubmit
Other remarks on above submission: One copy retained by sender TRANSMITTAL To (Contractor): Attn: Date Rec'd by A/E:

C From (A/E): Other By: Date Trnsmt'd by A/E:

Approved Provide file copy with corrections identified
Approved as noted Sepia copies only returned
Not subject to review
No action required Point-by-point comparative data required Revise / Resubmit to complete approval process
Rejected / Resubmit
Approved as noted / Resubmit Submission Incomplete / Resubmit Other remarks on above submission: One copy retained by sender TRANSMITTAL To (Subcontractor): Attn: Date Rec'd by Contractor:

D From (Contractor): By: Date Trnsmt'd by Contractor:

Copies: Owner Consultants One copy retained by sender
September 1996
CSI Form 12.1A
SOLEDAD COMMUNITY CENTER BLDG. MODERN. EXECUTED 05/01/2024 560 WALKER DRIVE, SOLEDAD, CA 93960 F23-08 / DCM NO. 24026 ALEX RAMOS
2024 26&

DAVID PICKERING
01 N/A ELECTRICAL - GYM LIGHTING FIXTURES 26 00 00 (ADD ALT) ■
■

DAVID CONSTRUCTION & MANAGEMENT DAVID PICKERING

DAVID CONSTRUCTION & MANAGEMENT
■
369
Michelle Jacobs - CED Bay Area
[email protected]
1001 Bing Street
San Carlos, CA - California 94070, USA
Prepared By
Contractor Watt Electric
Team
Lighting Submittals for Approval
Sep 26 2024
Soledad Community Center Gym
370
Soledad Community Center Gym
Lighting Submittals for Approval
Table of Contents
Datasheets
New Section
Type Manufacturer Model Number Pg.

A KENALL CSEDI-22-90L-35K8-DIM1-120-2F-4H-SYM 1
AE KENALL CSEDI-22-90L-35K8-DIM1-120-2F-4H-SYM 4
E DUAL LITE LES-??-??-R-??-WE 7
INV BODINE ELIS250I2UO30ADI2 - (ELI-S-250) 11
WATTSTOPPER LMCP24-10V 115/277-24HD 14
WATTSTOPPER LENC24S 18
WATTSTOPPER LMDM-101-W-U 20
WATTSTOPPER LMCT-100-2-U 22
371
PRODUCT FEATURES:
» High-output, high-CRI LED lamp sources for accurate color rendition and lighting performance
» Diffused high-efficiency lens for reduced glare
» Recessed ceiling mount; grid or flange - 1'×4', 2'×2', 2'×4' » Suitable for universal installation into 1.0" and 1.5" grid or flange (drywall) ceilings
» One piece inset doorframe, secured to housing with aircraft cables CSEDI SERIES – LED – INSET DOOR

SPECIFICATIONS
HOUSING: Standard 24-gauge (optional 20-gauge) cold rolled steel, hole-free, one-piece, seam-welded construction.18-gauge housing flange with mitered and welded corners. White TGIC polyester powder coat finish – 5-step pre-treatment. Salt spray test: 1,000 hours; Reflectance: 92%.

DOORFRAME: 18-gauge CRS. One-piece inset-style construction with welded corners. Gloss white TGIC polyester powder coat finish with 5-stage pre-treatment. Doorframe secured to housing with stainless steel aircraft cables and captive, flush-mounted Phillips-head fasteners. Closed-cell silicone gasket seals doorframe to housing.

OPTICS: Symmetric optic includes diffused, impact-resistant acrylic lens.

ELECTRICAL: Available 3000K, 3500K, 4000K and 5000K color temperatures with maximum 3-step MacAdam variation allowance. 120-277VAC and 347VAC, 50/60Hz electrical input with serviceable high power factor electronic, constant-current driver (<20% THD, >0.95 PF). Standard 0-10V dimming with 1-100% range with dim to dark capabilities (non dim-to-dark with 347V; 660µA maximum source current). Optional 0-10V dimming with 0.1-100% range and dim-to-dark capabilities via eldoLED SOLOdrive series driver (n/a 347V input; ≤0.5V required from dimming control for dim-to-dark operation; 800µA max. source current).

SENSOR & CONTROLS: Optional sensor available with compatible third party controls. To see the full list of compatible controls, click here.

INSTALLATION: Non-IC recessed ceiling mounting into grid and flange application types. Flange installation utilizes included adjustable swing-out mounting brackets. Grid installation suitable for 1" and 1.5" T-bar ceilings. Universal installation into grid or flange (drywall) ceiling applications. See Options for continuous row mounting and install frames.

PHOTOMETRICS: Photometry tested to the IESNA LM-79-08 standard. For additional photometric data, please go to www.kenall.com WARRANTY: Limited five (5) year LED warranty.

LISTINGS: Luminaire is certified to UL standards by Intertek Testing Laboratories for Wet Location. Certified IP65 per IEC 60598. NSF2 Splash/Non-Food Zone. CCEA Approved. Suitable for biosafety labs rated BSL 1 and 2. Meets FED-STD-209E/Class 1 (ISO 3) Cleanrooms. Suitable for EU GMP Grade A cleanrooms. Suitable for installation into -30°C to 40°C ambient environments, unless otherwise noted. CSEDI24 is participating in Declare.
www.kenall.com | P: 800-4-Kenall | F: 262-891-9700 | 10200 55th Street Kenosha, Wisconsin 53144, USA This product is able to comply with the latest domestic preference legislation, such as the Buy American Act (BAA), Trade Agreement Ace (TAA), Build America, Buy America Act (BABA), and others. It may be covered by patents found at www.kenall.com/patents. Content of specification sheets is subject to change; please consult www.kenall.com for current product details. ©2024 Kenall Mfg.Co.

SIMPLESEAL™
ISO 3
Class 1
CCEA
Approved
BSL
1-2 IP65
C
Size
14 1'×4'
22 2'×2'
24 2'×4'
Lamp Power
1'×4'
45L 45 Watt LED
67L 67 Watt LED
90L 90 Watt LED
2'×2'
45LD 45 Watt Dual-Row LED
67L 67 Watt LED
90L 90 Watt LED
2'×4'
45LD 45 Watt Dual-Row LED
67L 67 Watt LED
90L 90 Watt LED
135L 135 Watt LED
180L 180 Watt LED
Lamp Color
30K8 3000K / 82 CRI min.
35K8 3500K / 82 CRI min.
40K8 4000K / 82 CRI min.
50K8 5000K / 82 CRI min.

Driver Type
DIM1 0-10V Dimming to 1%
DIM01 0-10V Dimming to 0.1% (n/a with 347V)
Voltage
DV 120-277VAC, 50/60Hz
120 120VAC
277 277VAC
347 347VAC
Doorframe Options
5F 20-Ga Type 304 SS Brushed
2F 18-Ga CRS (STD)
AF Anodized Aluminum
PAF Painted Fabricated Aluminum
Housing Options
4H 24-Ga CRS (STD)
2H 20-Ga CRS
5H 20-Ga Type 304 SS
PAH .050" Painted Aluminum
Optics
SYM Symmetric, Diffused DR Acrylic
Options
LEL‡ 8.4W Emergency Battery Pack
20KV 20KV/KA Surge Protection per
IEEE / ANSI C62.41.2 Cat. A
AMFI Antimicrobial Finish
FS Fuse & Holder
HJ Sealed Wireway
MS Motion Sensor (n/a with 347 Voltage Option)
RF• Radio Frequency Filter
RM† Continuous Row Mounting
2C Two Circuit Wiring (1'x4'-45L single circuit operation will yield uneven lens luminance)
Accessories
IF*† Install Frame
* Add .375" to ceiling cut out dimensions
† Only available when installed in drywall
ceilings (flange mount)
• Voltage specific selection required
‡ n/a with 180L lamp option or 347V input; voltage-specific selection required and height of fixture is 5.875" when specified with 135L lamp option; 0ºC/32ºF min.
operating environment.

I Applied only to exposed painted surfaces of luminaire (not available on stainless steel doorframes)

PROJECT INFORMATION
Job Name
Fixture Type
Catalog Number
Approved by
ORDERING INFORMATION (Ex: CSEDI-24-67L-40K8-DIM1-DV-2F-4H-SYM) Model Driver Voltage Lamp Power Lamp Color Doorframe
CSEDI
Size Housing Optics
SYM
LED
1'×4' 2'×2' 2'×4'
Options Accessories
Click HERE for CSEDI
‘Fast Track’ Ordering Options
Ships in 5 days
CSEDI_14_22_24-061622
Job Name : Soledad Community Center Gym
Manufacturer : KENALL
Model Number : CSEDI-22-90L-35K8-DIM1-120-2F-4H-SYM
Type :

A
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 1 372
www.kenall.com | P: 800-4-Kenall | F: 262-891-9700 | 10200 55th Street Kenosha, Wisconsin 53144, USA This product is able to comply with the latest domestic preference legislation, such as the Buy American Act (BAA), Trade Agreement Ace (TAA), Build America, Buy America Act (BABA), and others. It may be covered by patents found at www.kenall.com/patents. Content of specification sheets is subject to change; please consult www.kenall.com for current product details. ©2024 Kenall Mfg.Co.

CSEDI SERIES – TECHNICAL DATA
SIMPLESEAL™
For additional photometry, go to www.kenall.com

PERFORMANCE
Displayed information is for selected luminaires only. Additional wattages and color temperatures are also available.

Visit www.kenall.com for additional information.

Initial Delivered Lumens
Model Lamp Type @ 25°C Efficacy
(lm/W)
Input Power
(W)
Drive Current
(mA)
Estd. L70
LED Life (Hrs)
CSEDI14
45L-30K8 5,241 107
49 100 80,000
45L-35K8 5,403 110
45L-40K8 5,587 114
45L-50K8 5,810 119
67L-30K8 8,028 112
72 75 80,000
67L-35K8 8,277 115
67L-40K8 8,559 119
67L-50K8 8,901 124
90L-30K8 10,243 105
98 100 60,000
90L-35K8 10,560 108
90L-40K8 10,920 111
90L-50K8 11,357 116
CSEDI22
45LD-30K8 5,069 103
49 100 80,000
45LD-35K8 5,226 107
45LD-40K8 5,404 110
45LD-50K8 5,620 115
67L-30K8 7,765 108
72 75 80,000
67L-35K8 8,005 111
67L-40K8 8,278 115
67L-50K8 8,609 120
90L-30K8 9,978 102
98 100 60,000
90L-35K8 10,286 105
90L-40K8 10,637 109
90L-50K8 11,062 113
CSEDI24
45LD-30K8 5,851 127
46 50 100,000
45LD-35K8 6,238 136
45LD-40K8 6,347 138
45LD-50K8 6,601 143
67L-30K8 8,139 113
72 75 80,000
67L-35K8 8,677 121
67L-40K8 8,828 123
67L-50K8 9,181 128
90L-30K8 10,641 109
98 100 60,000
90L-35K8 10,970 112
90L-40K8 11,344 116
90L-50K8 11,798 120
135L-30K8 15,084 103
147 100 60,000
135L-35K8 15,550 106
135L-40K8 16,081 109
135L-50K8 16,724 114
180L-30K8 20,568 105
196 100 60,000
180L-35K8 21,203 108
180L-40K8 21,927 112
180L-50K8 22,804 116
CSEDI_14_22_24-061622
Job Name : Soledad Community Center Gym
Manufacturer : KENALL
Model Number : CSEDI-22-90L-35K8-DIM1-120-2F-4H-SYM
Type :

A
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 2 373
www.kenall.com | P: 800-4-Kenall | F: 262-891-9700 | 10200 55th Street Kenosha, Wisconsin 53144, USA This product is able to comply with the latest domestic preference legislation, such as the Buy American Act (BAA), Trade Agreement Ace (TAA), Build America, Buy America Act (BABA), and others. It may be covered by patents found at www.kenall.com/patents. Content of specification sheets is subject to change; please consult www.kenall.com for current product details. ©2024 Kenall Mfg.Co.

CSEDI SERIES – TECHNICAL DATA
SIMPLESEAL™

DIMENSIONAL DATA

GASKET PROFILE CROSS SECTION CEILING CUTOUT
C
D
Door
Gasket
Inset Doorframe
Fixture
Housing
Lens
Lens Retention
Bracket
B
A

PERFORMANCE
3616
2712
1808
904
2 1
Model: CSEDI-14-67L-40K8-DIM1-DV-2F-2H-SYM
Maximum Candela = 3616 Located At Horizontal Angle = 15, Vertical Angle = 5 1 - Vertical Plane Through Horizontal Angles (15-195) (Through Max. Cd.) 2 - Horizontal Cone Through Vertical Angle (5) (Through Max. Cd.) 4304
3228
2152
1076
2 1
Max Candela = 4304 Located At Horizontal Angle = 0, Vertical Angle = 0 1 - Vertical Plane Through Horizontal Angles (0 - 180) (Through Max. Cd.) 2 - Horizontal Cone Through Vertical Angle (0) (Through Max. Cd.) Model: CSEDI-22-90L-40K8-DIM1-DV-2F-2H-SYM Model: CSEDI-24-180L-40K8-DIM1-DV-2F-2H-SYM Max Candela = 8620 Located At Horizontal Angle = 0, Vertical Angle = 5 1 - Vertical Plane Through Horizontal Angles (0 - 180) (Through Max. Cd.) 2 - Horizontal Cone Through Vertical Angle (5) (Through Max. Cd.) 8620
6465
4610
2155
2 1

DIMENSIONAL DATA (IN INCHES & CENTIMETERS)

A B C D
12×48 4.20 11.75 × 47.75 10.85 46.85

30.48cm×121.92cm 10.67 29.85 × 121.29 27.56 119.00
24×24 4.20 23.75 × 23.75 22.85 22.85

60.96cm×60.96cm 10.67 60.33 × 60.33 58.04 58.04
24×48 4.20 23.75 × 47.75 22.85 46.85

60.96cm×121.92cm 10.67 60.33 × 121.29 58.04 119.00
* Add .375" (.95cm) to ceiling cut out dimensions when IF Option is specified ** Height is 5.875" (15 cm) with 135L lamp option when ordered in conjunction with LEL option.

CSEDI_14_22_24-061622
Job Name : Soledad Community Center Gym
Manufacturer : KENALL
Model Number : CSEDI-22-90L-35K8-DIM1-120-2F-4H-SYM
Type :

A
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 3 374
PRODUCT FEATURES:
» High-output, high-CRI LED lamp sources for accurate color rendition and lighting performance
» Diffused high-efficiency lens for reduced glare
» Recessed ceiling mount; grid or flange - 1'×4', 2'×2', 2'×4' » Suitable for universal installation into 1.0" and 1.5" grid or flange (drywall) ceilings
» One piece inset doorframe, secured to housing with aircraft cables CSEDI SERIES – LED – INSET DOOR

OPTICS: Symmetric optic includes diffused, impact-resistant acrylic lens.

SENSOR & CONTROLS: Optional sensor available with compatible third party controls. To see the full list of compatible controls, click here.

PHOTOMETRICS: Photometry tested to the IESNA LM-79-08 standard. For additional photometric data, please go to www.kenall.com WARRANTY: Limited five (5) year LED warranty.

I Applied only to exposed painted surfaces of luminaire (not available on stainless steel doorframes)

AE
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 4 375
www.kenall.com | P: 800-4-Kenall | F: 262-891-9700 | 10200 55th Street Kenosha, Wisconsin 53144, USA This product is able to comply with the latest domestic preference legislation, such as the Buy American Act (BAA), Trade Agreement Ace (TAA), Build America, Buy America Act (BABA), and others. It may be covered by patents found at www.kenall.com/patents. Content of specification sheets is subject to change; please consult www.kenall.com for current product details. ©2024 Kenall Mfg.Co.

CSEDI SERIES – TECHNICAL DATA
SIMPLESEAL™
For additional photometry, go to www.kenall.com

PERFORMANCE
Displayed information is for selected luminaires only. Additional wattages and color temperatures are also available.

Visit www.kenall.com for additional information.

AE
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 5 376
www.kenall.com | P: 800-4-Kenall | F: 262-891-9700 | 10200 55th Street Kenosha, Wisconsin 53144, USA This product is able to comply with the latest domestic preference legislation, such as the Buy American Act (BAA), Trade Agreement Ace (TAA), Build America, Buy America Act (BABA), and others. It may be covered by patents found at www.kenall.com/patents. Content of specification sheets is subject to change; please consult www.kenall.com for current product details. ©2024 Kenall Mfg.Co.

CSEDI SERIES – TECHNICAL DATA
SIMPLESEAL™

DIMENSIONAL DATA

GASKET PROFILE CROSS SECTION CEILING CUTOUT
C
D
Door
Gasket
Inset Doorframe
Fixture
Housing
Lens
Lens Retention
Bracket
B
A

DIMENSIONAL DATA (IN INCHES & CENTIMETERS)

A B C D
12×48 4.20 11.75 × 47.75 10.85 46.85

30.48cm×121.92cm 10.67 29.85 × 121.29 27.56 119.00
24×24 4.20 23.75 × 23.75 22.85 22.85

60.96cm×60.96cm 10.67 60.33 × 60.33 58.04 58.04
24×48 4.20 23.75 × 47.75 22.85 46.85

CSEDI_14_22_24-061622
Job Name : Soledad Community Center Gym
Manufacturer : KENALL
Model Number : CSEDI-22-90L-35K8-DIM1-120-2F-4H-SYM
Type :

AE
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 6 377
LES Series

SURFACE-MOUNT EDGE-LIT LED EXIT SIGN
currentlighting.com/dual-lite
© 2022 HLI Solutions, Inc. All rights reserved. Information and specifications subject to change without notice. All values are design or typical values when measured under laboratory conditions.

Page 1 of 4 ends

Rev 02/28/24
DL_LES_Spec_R03

FEATURES
• Easy to install
• AC and Emergency operation
• Long-life LED lamps
• Ceiling, wall or end mounted models for surface installations • Extruded aluminum construction
• Available in six color finishes: white, black, satin aluminum, satin brass, chrome, and dark bronze
• Molded acrylic plaque
• Clear acrylic plaque standard
• Optional: White plaque background
• Optional: Mirror plaque background
• Optional: Special Wording
• Temperature Range: 20°C - 30°C (68°F - 86°F)
• UL 924 Listed
• NFPA 101 (Life Safety Code)
• NFPA 70 (National Electrical Code)
DATE: LOCATION:

TYPE: PROJECT:

APPLICATION
• The LES Series provides bright, even letter
illumination in an energy-saving LED edge-lit
exit sign configuration
• AC or Emergency operation with optional
Spectron® Self-test/self-diagnostic circuitry
• Special Wording ("SW") option allows
customizing the stencil field to convey
important information

CONSTRUCTION
• Water-clear injection-molded acrylic EXIT
plaque is available with clear, white or
mirror backgrounds
• High strength extruded aluminum trim
available in six finishes
• Exit face design in single or double face
with red or green letters
• Custom printed directional chevron arrows
• Standard EXIT stencil with 6" letters and
¾" stroke

COMPLIANCES
• UL 924 Listed
• NFPA 70
• NFPA 101
• CEC T20 Compliant

WARRANTY
• 5 year warranty
• Battery: 2 years full, 8 years pro-rata

SPECIFICATIONS

INSTALLATION
• Mounts to standard electrical boxes up to
4" square via universal adapter plate and
mounting canopy assembly
• All mounting hardware is fully concealed

ILLUMINATION
• Exit face illumination is provided by energy
saving, long life red or green LEDs
• Exceeds UL 924 requirements for brightness
and uniformity
CATALOG #:

Ceiling Mount

KEY DATA
Wattage Range 2.2–5.0W
Reported Life (Hours) 60,000
Input Current Range 120/277VAC, 60 Hz
NFPA Self-Testing/Self-Diagnostic E el c rt
ySsci no
s et m

SPECTRON
®
Wall Mount Wall Mount Emergency
Ceiling Mount Emergency
End Mount End Mount Emergency

SERVICE PROGRAMS
Job Name : Soledad Community Center Gym
Manufacturer : DUAL LITE
Model Number : LES-??-??-R-??-WE
Type :

E
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 7 378
LES Series

Page 2 of 4 ends

Rev 02/28/24
DL_LES_Spec_R03
DATE: LOCATION:

TYPE: PROJECT:

CATALOG #:

Available with AC, emergency and Spectron® self-test/self-diagnostic electronics option. Emergency and self-diagnostic models equipped with isolation transformer and fully automatic constant current solid state charger with sealed maintenance-free nickel-cadmium battery. All emergency models with 90-minute run-time. All components mounted inside housing. Includes test switch and AC-on indicator. Transient/surge protection, low voltage disconnect and AC lock-out features included. Battery recharge within UL time standards. Includes pre-stripped AC input pigtail leads.

Power Factor, Average: .8 (lagging)
Battery Type: Maintenance-free sealed nickel cadmium battery AC Input: 120/277VAC, 60 Hz.

Operating Temperature Range: 20°C to 30°C (68°F to 86°F) Weight: 3.6 lbs (1.6 kg) (AC Only model)
Model Single Face Double Face
Red AC Only 2.2 watts 3.4 watts
Green AC Only 2.5 watts 4.0 watts
Red Emergency 3.3 watts 4.5 watts
Green Emergency 3.6 watts 5.0 watts
* Wattage figures include LED lamps, transformer and electronics power requirements.

ELECTRONICS
POWER CONSUMPTION (120/277VAC)

ORDERING GUIDE
LES –
Model Mounting Faces Letter Color Directional Arrows Finish Operation Self-Diagnostic Options LES Edge-lit
Exit
C Ceiling Mount
W Wall Mount
E End Mount
S Single
D Double*
*Not for use
with wall
mounted
models
R Red
G Green
X No Arrows EXIT
R Right Arrow* EXIT>
L Left Arrow* <EXIT
D Double Arrows <EXIT>
C L/R Arrows**
<Exit/Exit>
* Not for use with double face
models. Use “C” L/R arrow
designator
** Double face models only.

Provides reversible right or left
arrow indicator
N Satin Aluminum
W White
C Chrome 1
B Black
S Satin Brass
Z Dark Bronze
For White (W) and
Satin Aluminum (N)
finishes, the canopy
color is White. For
all other finishes, the
canopy is Black
A AC Only
E Emergency
Blank None
I Spectron®
self-testing/
selfdiagnostic
electronics 2
SW See available special
wording choices on
page 4 3,4
W White plaque
background
M Mirror-plaque
background 5
Example: LESWDRDNA-W
CATALOG #
Notes:
1 Chrome available only with AC Only Operation (A).
2 For use with emergency models only
3 Specify special wording code from page 3 when ordering. Example: SW41 4 Some special wording signs not available with directional arrows. 5 Double face models standard with mirror background without selecting "M".

For optional white background, select "W".
=
Service Program
Limit of 50 Luminaries
Gray Shading
Job Name : Soledad Community Center Gym
Manufacturer : DUAL LITE
Model Number : LES-??-??-R-??-WE
Type :

E
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 8 **ADVISE**
**ADVISE**
**ADVISE**
379
LES Series

Page 3 of 4 ends

Rev 02/28/24
DL_LES_Spec_R03
9 ⅞"
(25.1cm)
1 ½"
(3.8cm)
1 ⅜"
(3.5cm)
5 ⅛"
(13.3cm)
6 ⅛"
(16.8cm)
7 ½"
(19cm)
½"
(1.3cm) 14 ⅜"
(36.5cm)
6 ⅛"
(16.8cm)
5 ⅛"
(13cm)
15 ⅜"
(39.1cm)
1 ⅜"
(3.5cm)
1 ½"
(3.8cm)
7 ½"
(19cm)
½"
(1.3cm)
1 ½"
(3.8cm)
2 ¼"
(5.7cm)
1 ⅜"
(3.5cm)
5 ⅛"
(13.3cm)
6 ⅛"
(16.8cm)
7 ½"
(19cm)
½"
(1.3cm)
14 ⅜"
(36.5cm)
Ceiling Mount
Wall Mount
End Mount
Emergency Ceiling Mount
Emergency End Mount
Emergency Wall Mount

DIMENSIONS
5 ⅛"
(13.3cm)
1 ⅝"
(4.1cm)
6 ⅛"
(16.8cm)
14 ⅜"
(36.5cm)
½"
(1.3cm)
7 ½"
(19cm)
3 ½"
(7.6cm)
11 ⅜"
(30cm)
5 ⅛"
(13cm)
15 ⅜"
(39.1cm)
1 ⅝"
(4.2cm)
6 ⅛"
(16.8cm)
½"
(1.3cm)
7 ½"
(19cm)
3"
(7.62cm)
½"
(1.3cm)
3"
(7.6cm)
1 ⅝"
(4.2cm)
6 ⅛"
(16.8cm)
2 ⅝"
(6.7cm)
5 ⅛"
(13cm)
7 ½"
(19cm)
Job Name : Soledad Community Center Gym
Manufacturer : DUAL LITE
Model Number : LES-??-??-R-??-WE
Type :

E
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 9 380
LES Series

Page 4 of 4 ends

Rev 02/28/24
DL_LES_Spec_R03
SW41 (Arabic/Exit) SW10
SW31
SW69
SW4 SW3
SW118 SW13 SW11
SW2

STANDARD SPECIAL WORDING SIGNS WITHOUT DIRECTIONAL ARROWS

STANDARD SPECIAL WORDING SIGNS WITH DIRECTIONAL ARROWS

STANDARD SPECIAL WORDING SIGNS
Category
Special
Wording
Number
Description
EXIT
SW 2 NOT AN EXIT
SW 142 EXIT (TEXT IS INVERTED)
SW 144 EXIT (W/ WHEELCHAIR SYMBOL)
DO NOT ENTER SW 3 IN USE

EVACUATION
SW 10 AREA OF REFUGE
SW 11 AREA OF REFUGE WITH WHEELCHAIR SYMBOL
SW 13 AREA OF RESCUE ASSISTANCE WITH

WHEELCHAIR SYMBOL
SW 48 STAIRS
SW 117 TO AREA/OF REFUGE
SW 149 AREA OF RESCUE

LABORATORY
SW 4 X-RAY IN USE
SW 21 BEAM ON
SW 28 MRI IN USE
SW 31 LASER IN USE
SW 62 RADIATION IN USE
SW 57 CT IN USE
SW 166 TESTING IN PROGRESS

RESTROOM/

FACILITIES
SW 30 ROOM IN USE
SW 118 HANDICAPPED
(SYMBOL ONLY)
SW 167 RESTROOM OCCUPIED
SW 168 ELEVATOR
SW 169 MEN (NO ARROWS/CHEVRONS)
SW 170 WOMEN (NO ARROWS/CHEVRONS)

INTERNATIONAL
EXITS
SW 41 ARABIC/ EXIT
SW 69 SALIDA
SW 165 SALIDA (INVERTED TEXT)
AREA/ALERTS SW 9 ON AIR
SW 178 EMERGENCY CALL STATION
NOTE: Special worded signs do not meet letter size requirements of UL 924.

LES Series architectural surface-mounted LED edge-lit exit signs feature an option for standard or custom special-wording. The images below represent standard special-worded signs available for the LES Series. The artwork and silk-screening for the standard signs shown below were previously developed therefore pricing for these special-worded signs do not incur a setup charge.

If your special-worded requirements do not appear on this page, please contact the factory to request your custom special-wording sign. Custom special wording signs incur a one time set-up charge for each development.

SPECIAL WORDING
Special Wording Option example
Job Name : Soledad Community Center Gym
Manufacturer : DUAL LITE
Model Number : LES-??-??-R-??-WE
Type :

E
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 10 381
EVCHL Series

HIGH LUMEN COMBINATION EXIT/EMERGENCY LIGHT
currentlighting.com/dual-lite
© 2022 HLI Solutions, Inc. All rights reserved. Information and specifications subject to change without notice. All values are design or typical values when measured under laboratory conditions.

Page 1 of 3 ends

Rev 09/23/22
DL_EVCHL_SPEC_R02

FEATURES
• High lumen output exit and emergency light for wall,
ceiling or end mounting commercial applications
• Self-Test/Self-Diagnostics are standard
• Impact resistant, flame rated and UV stable white or black thermoplastic housing
• Full lumen output over 90 minutes of battery discharge • Long-life Lithium Iron Phosphate battery
• Models available without lamp heads to support remote lamp heads

APPLICATION
• The EVCHL Series is a high lumen
output combination exit and emergency
light designed to provide 90 minutes of
illumination when primary power is lost
• Apply in large open spaces or higher
mounting height applications where high
lumen output is required
• Fully adjustable LED lamp heads
• No-head models provide 12 watts to run
multiple remotes
• Damp Location Listed for basements
or stairwells

CONSTRUCTION
• The EVCHL Series has a flame-rated, UV
stable thermoplastic housing with a lightly
textured white or black finish
• Includes additional faceplate for single or
double-face application
• Lamp heads include die-cast heat dissipating
heatsink with impact and scratch resistant
UV stabilized thermoplastic
• LED lens are made of acrylic
• Snap-in directional chevrons are
field selectable

COMPLIANCES
• Listed to UL924 Standard, NFPA 101,
NFPA 70
• Damp Location Listed Optional
• CEC T20 Compliant

WARRANTY
• LED Lifetime Warranty
• Full 5 year warranty
• LED Lifetime Warranty on Emergency Unit

SPECIFICATIONS

INSTALLATION
• Backplate includes a Universal mounting
template for wall mounting to outlet box
• Ceiling and end mounting uses the supplied
canopy to standard 3-½” or 4” square or
octagonal electrical boxes
• End mount option allows both lamp heads to
be installed on one side
• Exit housing snaps to canopy

ILLUMINATION
• The EVCHL is designed for full lumen output
across the entire 90 minutes of emergency
operation
• Lamp heads are fully adjustable
• Exit illumination is provided by colored
diffuser and matching green or red LEDs

KEY DATA
Lamp Color Cool White, 5000K
Total Lamp Output 6W Lamps, 589 lumens per
lamp head, 1178 lumens total
Number of Lamps 2 lamp heads with 3 highpower LEDs per head System Efficacy 98.16 lm/W
Rated Lifecycle > 100,000hrs or 10 years
Input Voltage 120 or 277VAC, 50 or 60 Hz
Self-Testing/Self-Diagnostic E el c rt
ySsci no
s et m
SPECTRON NFPA ®

EV FAMILY
DATE: LOCATION:

TYPE: PROJECT:

CATALOG #:
382
EVCHL Series

Page 2 of 3 ends

Rev 09/23/22
DL_EVCHL_SPEC_R02

ORDERING GUIDE
EVCHL U 12 –
Model Faces Letter Color Finish Capacity Options
EVCHL High Lumen
Combination Exit/
Emergency Light
U Universal
Single/
Double Face
R Red
G Green
W White
B Black
12 12 Watts 0 No Lamp-Heads 1
06L 6 Watt Lamps
Example: EVHCLURW12-06L
CATALOG #
DATE: LOCATION:

TYPE: PROJECT:

Accessories
EVHCR2 Indoor Remote
EVODW Outdoor Remote
WGTW
Wire Guard
16” H x 20" L x 7⅞" D
Notes:
1 The no-head option(-0) will run 2 each EVHCR2 Indoor remotes, or 4 each EVO double head Outdoor remotes for 90 minutes
CATALOG #:

ELECTRONICS
Upon failure of the normal utility power, an LED driver is automatically activated to power the emergency LED lamp-heads and EXIT LED’s. Upon resumption of normal utility power, the LED driver is turned off, and the battery is recharged through a micro-controller based 3-stage charger. The battery is a maintenance-free Lithium Iron Phosphate (LiFePO) type. The EVCHL Series accepts dual-voltage input of 120 or 277VAC at 50 or 60 Hz. A low voltage battery disconnect (LVD) feature protects the battery from severe damage during prolonged power failures. Manual testing is available at any time using the push-to-test button.

STANDARD FEATURES INCLUDE
• External push-to-test switch and AC-on indicator
• Battery re-charge within 24 hours
• AC Lock-out circuit
• Low voltage battery disconnect

SPECTRON FEATURES
• Self-diagnostics monitors LED status, LED load transfer circuit, battery capacity and charger function and displays any fault detection by means of a flashing code
• Self-Test feature automatically runs a 1 minute test once a month and an alternating 30 or 60 minute test once every 6 months. Multi-color LED indicator provides visible fault detection and charging status • User initiated 1 or 90-minute system test feature
• 15 minute re-transfer delay
• Automatic unit transfer in brown-out conditions (below 80% of nominal AC input voltage)

MAXIMUM POWER CONSUMPTION
AC
Voltage Hz. Amps. Watts Power Factor
EVHCL
120 60 0.11 6.5 0.5
277 60 0.14 7.2 0.2
383
EVCHL Series

Page 3 of 3 ends

Rev 09/23/22
DL_EVCHL_SPEC_R02

APPLICATION INFORMATION
Multiple Unit Spacing (See Chart)
Mounting Height
(See Chart)
6' Path
(D)
(W)

DIMENSIONS
*Multiple unit spacing based on 6' path
Industrial Parameters Ceiling Height=30', Reflectance=10/10/10, Ceiling Mount Multiple Unit Spacing, 6'Path
EVCHL, 696 lumens, 10 watts
Mounting Height 7.5' 9'
Mult. Unit Spacing @1 FC Avg 85' 85'
Mult. Unit Spacing @1 FC Min 27' 29'

12.5 19.3

5.25 10

5.25 2.63

10.8 5.25
10 5.25

13.2 16.6

5.25 3
3 Single Unit Coverage (See Chart)
1 fc Average
Depth (D) Width (W)
25' 10'
1 fc Minimum
Depth (D) Width (W)
3 10'
Meets Life Safety Code minimum illuminance of 0.1 fc and average illuminance of 1.0 fc. Assumes open space with no obstructions, mounting height of 7.5', ceiling height of 9' and reflectances of 80/50/20. Photometry files available on the Dual-Lite website.

DATE: LOCATION:

TYPE: PROJECT:

CATALOG #:
384
ELI-S-250.spec 7/23 page 1 of 3
Emergency Backup
Inverter
ELI-S-250
Project:

Location:

Cat.No:

Type:

Qty:

Notes:

Sinusoidal (Sine Wave) Output
250 VA Output Power Maximum
Automatic Output Voltage Select
Automatic Dimming (0 to 10V) of Connected Load (maximum 800 W*) Product order number:

ELIS250I2UO30ADI2
Specifications
UL Listed for US and Canada
Listed to UL924 and tested to CSA 22.2, No. 141
For Field Installation (Indoor and Damp)
Maximum Output Power
250 VA
Maximum Connected Load Power
800 W*
Illumination Time
90 Minutes
AC Input Voltage
120 VAC, 60 Hz or 277 VAC, 60 Hz
AC Input Current, (battery charging)
1000 mA Max, 120Vac or
360 mA Max, 277Vac
Battery: 2 ea. required
12V (nominal), 35Ah
Maintenance-Free Sealed Lead Acid Battery
Recharge Time
24 Hours
Charging Indicator Light / Test Switch
Integrated LED Test Switch
Output Voltage, Automatically Selected
120 VAC +/- 10%, or 277 VAC +/- 10%
Output Frequency
60 Hz, ± 5%
Transfer Time
2 to 5 seconds
Temperature Rating (Ambient)
68° F to 86° F (20° C to 30° C)
Dimensions

12.0" H x 12.5" W x 10.0" D
(317mm x 305mm x 254mm)
Weight
Enclosure and Electronics only: 16 lbs. (7.26 Kg)
Batteries: 23.15 lbs. ea. (10.5 kg)
Batteries total: 46.3 lbs. (21 kg)
Warranty
Electronics: 5 years full
Battery: 3 years full, 7 years pro rata
* Note: A total connected load of 800W is only possible with very specific loads that have been tested at the factory.

Other loads rated at this maximum power level may be possible, but they should be pre-tested at the factory or by the local electrical shop before specification or field installation. 12 NC number:
913702485501
Benefits
• Automatic output voltage select
• Automatic dimming (0 to 10V) of connected load
• Automatic code-compliant testing (Self-testing)
• Automatic load monitoring after commissioning
(new UL 924 requirement)
• Meets CEC Title 20 (California Energy Commission)
efficiency standards.
• Works with LED and fluorescent fixtures
• Ideal for (but not limited to) screw-base LED lamps
• Compatible with AC (line voltage) driven TLED lamps
• Remote-mounting up to 1,000 feet maximum
• 2-hour emergency run-time version available
Dimensions
Mounting Center
(knockouts on back)

4.9" 3.68"

3.75"
12"

12.5"

1.40"

2.50"
10"

1.62"
Knockouts,

0.875" in diameter
(1/2" trade size),
four total (two
on each side)
Job Name : Soledad Community Center Gym
Manufacturer : BODINE
Model Number : ELIS250I2UO30ADI2 - (ELI-S-250)
Type :

INV
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 11 385
ELI-S-250.spec 7/23 page 2 of 3
ELI-S-250
Sinusoidal dimmable emergency backup inverter
Application
The Bodine ELI-S-250 Emergency Lighting Inverter
works in conjunction with fluorescent, LED, or
incandescent fixtures to create an emergency lighting
system. The ELI-S-250 operates at a maximum output
power of 250 VA. It allows the connected fixture(s)
to be on, off, switched or dimmed without affecting
emergency operation. Each unit consists of two
sealed lead acid batteries, charger and electronic
circuitry in one steel case. The ELI-S-250 provides
power to the input side of the fixture, including the AC ballast/driver, and can be used with indoor or outdoor
emergency fixture applications. The ELI-S-250 is NOT
suitable for use with HID lighting nor is it rated for
outdoor mounting location.

Operation
Upon failure of normal power, the ELI-S-250 begins
providing emergency power to the connected lighting
load for a minimum of 90 minutes. A low voltage
disconnect circuit protects the inverter batteries
from damage by deep discharge during prolonged
power failures. When normal power is restored, the
ELI-S-250 automatically returns to charge mode.

The battery capacity is fully restored in 24 hours.

Installation
The ELI-S-250 does not affect normal fixture
operation and may be used with a switched or
unswitched fixture. It can be installed in close
proximity to the fixture or remote from the fixture
(using suitable wiring).

Commissioning
The ELI-S-250 requires initial calibration as part of the full product installation in order to accurately monitor the load for changes (new UL 924 requirement). See
installation instructions for details.

Dimming
The ELI-S-250 features a dimming control output of
0-10 volts. This dimming capability allows a string of
multiple fixtures to be driven in emergency mode at
a combined 250 VA maximum. For example, fifteen
40W (input) LED fixtures may be connected to one
ELI-S-250 and automatically dimmed for emergency
operation to 40% of normal power input, providing
each LED fixture with approximately 16W of input
power. See diagram below.* The emergency mode
output dimming voltage is automatically controlled
by the ELI-S-250 electronic circuitry to maintain
250 VA output throughout the emergency event. The
ELI-S-250 passes the normal room dimming control
voltage (0 to 10V) where used, in the normal (nonemergency) mode so normal dimming operation of the connected fixtures is not affected.

Specification
Emergency lighting shall be provided by using a
standard fixture or group of fixtures powered with
a Bodine ELI-S-250. Each ELI-S-250 unit consists
of two maintenance-free Sealed-Lead-Acid
batteries, and electronic battery charging and output
generation circuitry contained in one 12.0”H x 12.5”W
x 10.0”D metal case. The ELI-S-250 unit shall be
capable of powering any combination of dimmable
fluorescent and/or LED lighting fixtures rated at a
total of 800W input power at 20°C to 30°C for a
minimum of 90 minutes by the use of 0 to 10v dimming
control, utilized to reduce the input of said luminaires to a total of 250 VA input power during Emergency
operation, regardless of local switch or dimmer
position. The ELI-S-250 shall allow the connected
fixture(s) to be on, off, switched or dimmed without
affecting emergency operation. The ELI-S-250 unit
shall exceed emergency standards set forth by the
current NEC and CEC. It shall be UL Listed for the
US and Canada, suitable for damp locations, and
warranted for five years from date of manufacturing.

Emergency Illumination
The ELI-S-250 supports 250 VA of emergency power
for a minimum of 90 minutes.

Code Compliance
The ELI-S-250 has been tested by Underwriters
Laboratories in accordance with the standards set
forth in UL 924, “Emergency Lighting and Power
Equipment”. The ELI-S-250 is UL Listed for field
installation. Emergency illumination time exceeds
the National Electrical Code (NEC), Life Safety
Code (NFPA-LSC), National Building Code of Canada
(NBC), National Fire Code of Canada (NFC) and UL
90-minute requirements.

Warranty
The ELI-S-250 is warranted for five (5) years from
the date of manufacture. This warranty excludes the
batteries, which have a warranty of three (3) years
full, seven (7) years pro rata. This warranty covers
only properly installed Bodine ELI-S-250 emergency
units used under normal conditions. For the warranty
period, Bodine Emergency Lighting will, at its option,
repair or replace without charge a defective inverter
provided it is returned to the factory transportation
prepaid on inspection will be conducted to determine
if the unit is defective under the terms of the
warranty. Repair or replacement, as stated above,
shall constitute the purchaser’s exclusive warranty,
which does not extend to transportation, installation,
labor or any other charges; nor does it apply to
any equipment of another manufacturer used in
conjunction with the inverter.

ELI-S-250
40W
16W
(15) 40 Watt fixtures
at 40% dim level in
emergency mode
40W
16W
40W
16W
40W
16W
40W
16W
40W
16W
40W
16W
40W
16W
40W
16W
40W
16W
40W
16W
40W
16W
40W
16W
40W
16W
40W
16W
ELI-S-250
*(15) 40 Watt fixtures
at 40% dim level in
emergency mode
Job Name : Soledad Community Center Gym
Manufacturer : BODINE
Model Number : ELIS250I2UO30ADI2 - (ELI-S-250)
Type :

INV
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 12 386
ELI-S-250.spec 7/23 page 3 of 3ELI-S-250.spec 02/23 page 3 of 3 ELI-S-250
Sinusoidal dimmable emergency backup inverter
© 2023 Signify Holding. All rights reserved. The information provided herein is subject to change, without notice. Signify does not give any representation or warranty as to the accuracy or completeness of the information included herein and shall not be liable for any action in reliance thereon. The information presented in this document is not intended as any commercial offer and does not form part of any quotation or contract, unless otherwise agreed by Signify.

ELI-S-250.spec.spec 7/23 page 3 of 3
Signify North America Corporation
400 Crossing Blvd, Suite 600
Bridgewater, NJ 08807
Telephone: 855-486-2216
Signify Canada Ltd.
281 Hillmount Road,
Markham, ON, Canada L6C 2S3
Telephone: 800-668-9008
All trademarks are owned by Signify Holding or their respective owners. www.bodine.com
Normal only
Luminaire
Normal only
Luminaire
Normal only
Luminaire
Normal only
Luminaire
Norm/Emer
Luminaire
Norm/Emer
Luminaire
Norm/Emer
Luminaire
Norm/Emer
Luminaire
120 or 277 VAC
Out HOT
Out COM

DIM OUT
+

DIM OUT -
120 or 277 VAC
Wall Switch ELI-S-250
SW-1
Inverter ON / OFF
FGND

UNSW HOT
COM (Neutral)
SW HOT
{

ANY QUANTITY TOTAL DIMMABLE POWER
UP TO 800W
From 0 - 10V
Room Dimmer
DIM OUT +

DIM OUT -
Schematic
ELI-S-250
Ordering Guide example: ELIS250I2UO30ADI2
Product Category VA Case
Input
Voltage Temperature Type/Harness Packaging Generation
ELIS 250 I2 U O 30 AD I 2
ELIS Emergency
Lighting Inverter
Sinusoidal
250 I2 (see page 1
for case
dimensions)
U 120-277V O Min. Temp.
20°C
30 Max. Case
Temp. 30°C
AD Automatic
Dimming
I Individual Pack 2 Gen 2

DIM IN -
DIM IN +
Job Name : Soledad Community Center Gym
Manufacturer : BODINE
Model Number : ELIS250I2UO30ADI2 - (ELI-S-250)
Type :

INV
September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 13 387
1 WWW.LEGRAND.US/WATTSTOPPER
WATTSTOPPER®

RELAY PANEL INTERIORS

LMCP SERIES

DESCRIPTION
The LMCP panel series is designed to provide 0-10V dimming and switching for the control of building lighting and plug loads. The panels can be networked together to enable
automation through out an entire facility.

Digital lighting management devices such as switches,
occupancy sensors, daylight sensors, and other devices
connect to the panel to switch loads On or Off via the relay or to dim loads using the 0-10V capability on the dimming panel.

OPERATION
Relays in each LMCP panel can be assigned to up to 99
automation groups in any combination. Each group can
respond to unique scheduled events and light/dark photocell operations set up via an LMCT-100-2 handheld configuration tool. A group can also respond to schedules sent from a Network Controller or a BACnet-enabled building automation system (BAS). Individual loads, or groups of loads, can also be controlled by DLM digital switches, dimmers, occupancy sensors, LMLS series daylight sensors, and LMIN-104 input modules. Controls are assigned to relays using Push n’ Learn™ directly from the user input device, or via an LMCT-100-2. • Standard single pole heavy duty relays UL and cUL listed for both lighting and plug loads
• Available in Dimming or Switching configurations
• Available in interiors sized for 8, 24, or 48 relays maximum • Runs event-based schedule routines independently (does not require BAS or Network Controller)
• Supports astronomical, time-based, and photocell-based event types
• Two free-topology DLM Category 5e local networks for DLM sensors, switches, and LMIN-104 interface module
• LMCT-100-2 handheld config tool recommended for setup • Panel can provide accessory power for low voltage network devices such as NB-ROUTER
• BAA/TAA-compliant
• DIN-rail feature used to mount an NB-ROUTER for BACnet IP (LMCP24/48 only)

NETWORKING
Multiple panels may be networked together for global control operation without the use of a Network Controller or BAS. The LMCP panel also provides a native-BACnet integration solution via BACnet MS/TP. Relay, group, and control device status, including occupancy sensor status, are available as BACnet objects. When a Wattstopper Network Controller is used, it will automatically recognize LMCP panels and map them to the browser-based user interface so that they can be configured with minimal additional setup.

APPLICATIONS
LMCP panels provide effective, code-compliant control of building exterior lighting as well as larger interior areas that are not suited for DLM distributed controls. Recommended applications include office building lobbies, corridors, loading docks, etc., as well as school gymnasiums, commons areas, hallways, any space with a hard cap ceiling, or an open ceiling where view of load controllers is not desired. LMCP panels are also ideal for retrofit scenarios where mounting control equipment near existing branch circuit breakers is beneficial and digital switch and sensor devices and load parameter configurability are required to meet complex operational sequences.

FEATURES
Dimming panels dim 0-10V
lighting loads as well as switch
lighting and plug loads
Native BACnet communications
for network control solutions
99 control groups accessible
via handheld configuration tool
Easy setup via LMCT-100-2
handheld configuration tool
Compatible with Digital Lighting
Management switches, sensors and
input devices
HDR relays include a switch
for manual override even when
panel is powered off
Runs scheduled and photocell
events autonomously
Switching panels switch
lighting and plug loads
Job Name : Soledad Community Center Gym
Manufacturer : WATTSTOPPER
Model Number : LMCP24-10V 115/277-24HD
Type :

September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 14 388
DIGITAL LIGHT MANAGEMENT | Lighting Control Panels
WWW.LEGRAND.US/WATTSTOPPER 2
• Input voltage options, 120/277V, 120/347V, 50/60 Hz
• For 0–10V models:
– Sinks up to 100 mA per 0-10V input (50 fixtures at 2mA each)
– 0-10V signal will open on loss of power to panel, or via contact on LMRD-x-10V cards
• Class 2 connection to two independent DLM local networks:
24VDC output, up to 250mA across 2 RJ45 ports per local network
• Free-topology DLM local network segments may include
digital switches and sensors; Category 5e cable, up to 1,000 ft. total per local network
• Terminals for connection to DLM segment network (BACnet MS/TP)
• Segment network parameters:
– Wattstopper LM-MSTP wire
– Linear topology; 4000 ft. maximum per segment
• Accessory power available:
– LMCP8, N/A
– LMCP24, 650 mA @ 15VDC, 400 mA @ 24VDC
– LMCP48, 650 mA @ 15VDC, 400 mA @ 24VDC
• Weight of interior, including transformer(s): LMCP8, 12lbs; LMCP24, 27 lbs; LMCP48, 35 lbs.
• HDR relays:
– Coil voltage, 24 VDC, pulse ON and pulse OFF
– Mechanically latched contacts
– ½” K.O. mounting, LV plug-connection, individually
replaceable
– UL listed for receptacle circuit control
– Contact ratings:
30 amps ballast @ 277V
20 amps ballast @ 347V
16 amps e-ballast @ 120V
10 amps e-ballast @ 277V
20 amps tungsten @ 120V
30 amps resistive @ 347V
20 amps receptacle load @ 120V

1.5 HP @ 120V
– SCCR (short circuit current rating) 14,000 amps with HDR Heavy Duty Relay
• Upon loss of power, date and time info is maintained for 14+ days. Programming info (including schedules) is maintained for the life of the product.
• Operating conditions: for indoor use only; 32–140°F (0-60°C); 5-95% RH, non-condensing
• UL and cUL Listed (E207852), Complementary Listed to
Emergency Lighting Equipment UL924
• OSHPD (OSP) Approved (Certification No: OSP-0257)
• Five year warranty

SPECIFICATIONS
Sample DLM Panel Connection Diagram with O–10V Dimming Loads Line Voltage
Typical of up to 48
0–10V dimming loads
To
Network
Controller
or BAS (optional)
Switch
To
Additional LMCP Panels
or DLM Local Networks
(optional)
Occupancy
Sensor
LM-MSTP Wire
LMCP Dimming Panel
Switch
LMRJ Cables
Dimming
Ballast
or Driver
Local Network A Local Network B
Linear Topology
twisted pair
dataline
Line Voltage
Typical of up to
48 switching loads
To
Network
Controller
or BAS (optional)
Switch
To
Additional LMCP Panels
or DLM Local Networks
(optional)
Occupancy
Sensor
LM-MSTP Wire
LMCP Switched Panel
Linear Topology
twisted pair
dataline
Switch
LMRJ Cables
Local Network A Local Network B

CONNECTING
Sample DLM Panel Connection Diagram with Switching Loads Job Name : Soledad Community Center Gym
Manufacturer : WATTSTOPPER
Model Number : LMCP24-10V 115/277-24HD
Type :

September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 15 389
3 WWW.LEGRAND.US/WATTSTOPPER
WATTSTOPPER®

CONNECTING
LMIN-104 Connection and Wiring Diagram

SET UP AND DIAGNOSTICS
LMCP Set Up using LMCT-100-2 Handheld Configuration Tool 0–10V AND NETWORK WIRING
The Class 2 wire-way at the top of the LMCP panel is designed to provide separation between Class 1 wiring and BACnet/IRB network wiring. All 0–10V wires must originate as Class 2, or be reclassified. The 0–10V are routed through grommets in the top of the Class 1/Class 2 barrier. The BACnet/IRB wires are routed through the wire-way.
0–10V
LMRJ Cable
LM-MSTP Cable
Line
Voltage
Wire-way
DIN-rail for

NB-ROUTER
mounting
Sensor Configuration
Load Config (PnL)
Daylighting Config
Button Configuration
Dimming Configuration
Adjust Light Level
BAT=
IR Window
Class 2 wiring
#20 AWG up to 250'
#18 AWG up to 1000'
LMPO-200
Sensor
Watertight J Box
North
Sensor Hood
LMIN-104 (in Photocell Mode)
Occupancy
Sensor
Switch
LMRJ Cables
Local Network A or B
To LMCP
Job Name : Soledad Community Center Gym
Manufacturer : WATTSTOPPER
Model Number : LMCP24-10V 115/277-24HD
Type :

September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 16 390
DIGITAL LIGHT MANAGEMENT | Lighting Control Panels
WWW.LEGRAND.US/WATTSTOPPER 4
Interior Capacity
Installed Options
Voltage Options Relay Count Emergency Relays Coil Voltage Dimming Panels
LMCP8-10V 115/277
___ HDR relays / 0-10V outputs installed
(max of interior capacity)
___ EM relay count
(Not available in 8-relay size panels; max.
of 24 in 24-relay or 48-relay size interior)
115
LMCP24-10V 115/347 240*
LMCP48-10V 277
347
Switching Panels
LMCP8 115/277
___ HDR relays installed
(max of interior capacity)
___ EM relay count
(Not available in 8-relay size panels; max.
of 24 in 24-relay or 48-relay size interior)
115
LMCP24 115/347 240*
LMCP48 277
347
LMCT-100-2 Wireless Configuration Tool
Pub. No. 27485r7 Rev. 6/2024

ORDERING INFORMATION
LENC8-24S
LENC8S
LENC8F
LENC24S
LENC24F

8.08"

35.8"

40.5"
Low voltage
section
Line voltage section
Line voltage section
16"
LENC48S
LENC48F
14" 4.94" 4.94"

43.88"
(44.5” w/cover)
LENC24-48S

40.5"
Low voltage
section
Line voltage section
Line voltage section
16"
14"

4.94" 4.94"

23.34"

20.54"

43.88"
(44.5” w/cover)

8.08"

23.34"
Low voltage
section
Line voltage sectionLine voltage section
16"
14"
26"

4.94" 4.94"

23.88" (24” w/ cover)

31.42"
(32” w/cover)
Low
voltage
section
Line voltage section

14.5"

15.08"
(15.75” w/ cover) 13.58"

11.68"

4.82"

16.5" (16.62” w/cover)

15.08"
Line voltage section
16"

12.2" 11.68"
26"

16.34”
Low
voltage
section
Panel enclosures come as surface mount (”S”)
or flush mount (”F“).

For flush mount enclosures, add 1.35” to height
and 1.85” to width.

Depth for all models 4.5“, with cover attached 4.67”

23.88" (24” w/ cover)

31.42"
(32” w/cover)
Ordering Notes
All LMCPx and LMCPx-10V panels are BAA/TAA Compliant
LMCP panels are compatible with LENC enclosures (order separately) See EM-IN cut sheet for emergency relay functionality
See Application Note for field mounting NB-ROUTER and accessory cables (order separately) * 240VAC single phase only

PANEL ENCLOSURE DIMENSIONS
BACnet® is a registered trademark of ASHRAE.

Job Name : Soledad Community Center Gym
Manufacturer : WATTSTOPPER
Model Number : LMCP24-10V 115/277-24HD
Type :

September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 17 391
1 WWW.LEGRAND.US/WATTSTOPPER
WATTSTOPPER®

PANEL ENCLOSURES
LENC

DESCRIPTION
LENC panel enclosures are designed specifically to work with all configurations of LMCP panel interiors containing 8 to 48 relays. The enclosures are provided with integral mounting studs that are configured to accept the panel interior making the installation quick and easy. Covers are secured to the tubs with screws and have keyhole style mounting. This
allows the cover to be temporarily hung on the tub during the construction phase of the project. All covers have hinged doors that expose only the low voltage (Class 2) section of the panel and are equipped with key locks and two keys each. All LENC enclosures are NEMA 1 rated. Consult factory for other NEMA rated applications.

APPLICATIONS
Enclosures rated for 24 or 48 relay capacity have space provided at the bottom for optional mounting plates (DMP) to accept DIN rail mounted accessories such as multi-pole contactors and ELCU-100 Emergency Lighting Control Units.

Standard LENC24 and LENC48 enclosures will accommodate
up to six four pole contactors (requires DMP mounting
plate) or four ELCU-100 units (requires DMP-1EM mounting plate). LENC8-24 and LENC24-48 enclosures have additional space provided and will accommodate up to twelve four pole contactors (requires DMP-2 mounting plate) or 12 ELCU-100 units (requires DMP-3EM mounting plate).

DIN RAIL MOUNTING OPTIONS
16-gauge all steel tubs with
galvineal finish
Lockable door access to Class 2
panel section, meets NFPA 70
UL and cUL listed; five year warranty
Screw on, powder coated cover
permits temporary hanging via
key hole screw slots
Studs provided for quick installation
of panel interior section
Surface mounting with back
mounting holes, screw cover

3.5"

2.5”
21” 22”
10”
14” 14” 14”

4.375”

6.5”
DMP2 DMP3EM

8.5”
12”
DMP1EM
DMP1
4"
5”

4.375”
18”
Job Name : Soledad Community Center Gym
Manufacturer : WATTSTOPPER
Model Number : LENC24S
Type :

September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 18 392
LIGHTING CONTROL PANEL SYSTEMS | System Enclosures
WWW.LEGRAND.US/WATTSTOPPER 2
LENC8-24S
LENC8S
LENC8F
LENC24S
LENC24F

8.08"

35.8"

40.5"
Low voltage
section
Line voltage section
Line voltage section
16"
LENC48S
LENC48F
14" 4.94" 4.94"

43.88"
(44.5” w/cover)
LENC24-48S

40.5"
Low voltage
section
Line voltage section
Line voltage section
16"
14"

4.94" 4.94"

23.34"

20.54"

43.88"
(44.5” w/cover)

8.08"

23.34"
Low voltage
section
Line voltage sectionLine voltage section
16"
14"
26"

4.94" 4.94"

23.88" (24” w/ cover)

31.42"
(32” w/cover)
Low
voltage
section
Line voltage section

14.5"

15.08"
(15.75”w/ cover) 13.58"

11.68"

4.82"

16.5" (16.62” w/cover)

15.08"
Line voltage section
16"

12.2" 11.68"
26"

16.34”
Low
voltage
section
Panel enclosures come as surface mount (”S”)
or flush mount (”F“).

For flush mount enclosures, add 1.35” to height
and 1.85” to width.

Depth for all models 4.5“, with cover attached 4.67”

23.88" (24” w/ cover)

31.42"
(32” w/cover)

TUB DIMENSIONS
Catalog # Description Overall Dimensions
Including Cover (HxWxD) Overall Weight
LENC8S 8 relay capacity, surface mount 15.75” x 16.62” x 4.67” 18 lbs.

LENC8F 8 relay capacity, flush mount 17.10” x 18.48” x 4.67” 20 lbs.

LENC8-24S 8 relay capacity with 24 size tub, surface mount 32.00” x 24.00” x 4.67” 45 lbs.

LENC24S 24 relay capacity, surface mount 32.00” x 24.00” x 4.67” 45 lbs.

LENC24F 24 relay capacity, flush mount 33.35” x 25.85” x 4.67” 50 lbs.

LENC24-48S 24 relay capacity with 48 size tub 44.50” x 24.00” x 4.67” 62 lbs.

LENC48S 48 relay capacity, surface mount 44.50” x 24.00” x 4.67” 62 lbs.

LENC48F 48 relay capacity, flush mount 45.85” x 25.85” x 4.67” 66 lbs.

DMP Mounting Plate, one DIN rail for up to 6 contactors 8” x 12” x 0.34” 1.86 lbs.

DMP-2 Mounting Plate, one DIN rail for up to 12 contactors 21” x 14” x 0.34” 5.30 lbs.

DMP-1EM Mounting Plate, one DIN rail with barrier for up to 4 ELCU-100s 10” x 14” x 4.39” 3.64 lbs.

DMP-3EM Mounting Plate, three DIN rails with barrier for up to 12 ELCU-100s 22” x 14” x 4.39” 7.60 lbs. 27224r1 Rev 03/2021

ORDERING INFORMATION
Job Name : Soledad Community Center Gym
Manufacturer : WATTSTOPPER
Model Number : LENC24S
Type :

September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 19 393
1 WWW.LEGRAND.US/WATTSTOPPER
WATTSTOPPER®

DIMMING WALL SWITCH
LMDM-101

DESCRIPTION
The LMDM-101 Dimming Wall Switch is a low voltage device for dimming control of one or more lighting loads. It is part of a Digital Lighting Management (DLM) system and can dim
load(s) connected to DLM dimming room controllers and
switch load(s) connected to DLM on/off room controllers.

OPERATION
The LMDM-101 operates on Class 2 power supplied to a
DLM local network by one or more room controllers. Plug n’ Go automatic configuration assigns all loads connected to dimming room controllers to the dimming switch upon system startup. When multiple switches are installed, default operation is for multi-way control; each switch controls all of the loads on the system. Dimming switches may be reconfigured using Push n’ Learn to control only selected loads. The LMDM-101 may be used to raise or lower light levels, recall a preset level and turn lights on or off. In Active Dim mode, users can temporarily adjust the level of any dimmable load or scene on the local network by selecting a load or scene button.

LED INDICATORS AND IR COMMUNICATIONS
A single blue LED shows the on/off status of the load(s) assigned to the dimming switch. An LED array in the bezel of the switch tracks progress of a fade and indicates the output level to the load. Each dimming switch may be personalized in the field with custom-engraved buttons. The IR transceiver in the LMDM-101 allows two-way communication for both wireless configuration, using Push n’ Learn and the LMCT-100-2 wireless configuration tool, and system operation, using handheld remotes.

APPLICATIONS
The LMDM-101 is ideal for use in applications where dimming control is desired, such as conference and board rooms, classrooms, training centers and private offices. Used together with the LMSW-105 DLM Scene Switch, the LMDM-101 works
as part of a flexible scene-based preset dimming system.

Digital Lighting Management’s Active Dim feature gives
designers the option of reducing wall clutter by facilitating scene setting without the need for individual dimming switches for each load.
• Hidden configuration button for easy access to Push n’ Learn
• Used with DLM dimming room controller
• Digital Lighting Management components plug together on a free-topology Category 5e DLM local network
• Provides full function dimming control in multi-way
applications, such as 3-way, 4-way, and beyond
• Infrared (IR) transceiver for wireless configuration and control • LED status indicator
• Sleek single gang device fits decorator wall plates
• Six color options and custom engraving options; standard buttons may be replaced in the field
• The product meets the materials restrictions of RoHS
• BAA/TAA-compliant models available

FEATURES
Low voltage switch for control
of dimmable loads
LED bar graph indicates relative
light level of controlled load
Plug n’ Go automatic configuration
and Push n’ Learn for personalization
Component of Digital Lighting
Management integrated
control system
Active Dim feature enables temporary
adjustment of any selected load
Plugs to other components using
Cat 5e cables with RJ45 connectors
eliminating wiring errors
Job Name : Soledad Community Center Gym
Manufacturer : WATTSTOPPER
Model Number : LMDM-101-W-U
Type :

September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 2 0
394
DIGITAL LIGHT MANAGEMENT | Personal Controls
WWW.LEGRAND.US/WATTSTOPPER 2
• Input voltage: 24VDC from DLM local network
• Current consumption: 5mA
• DLM local network connection: 2 RJ45 ports
• Control button with LED status indicator
• 7-LED dimming level indicator
• Infrared (IR) transceiver
• Hidden configuration button for access to Push n’ Learn mode
• Operating conditions: for indoor use only;
32-131°F (0-55°C); 5-95% RH, non-condensing
• UL and cUL listed
• FCC part 15 compliant
• Five year warranty

SPECIFICATIONS
Red LED
Blue LED(s)
On/Raise
Configuration Button
(behind switch plate)
Off/Lower

4.1”
(104mm)

1.7” (43mm)

1.3”
(33mm)
LMDM-100 Dimming Wall Switches fit in
standard single gang boxes.

LMRJ Cables
Line Voltage
Line Voltage
J-Box
LMDM-101
Dimming Switch
Occupancy Sensor
LMRC-212
Dimming
Room
Controller
LMDM-101
Dimming Switch
0-10 Volt
Ballast
0-10 Volt
Ballast
Class 2 0-10 Volt Control Wiring
Plug DLM local network components together in any configuration using Cat 5e cables with RJ45 connectors.

CONTROLS & DIMENSIONS
Controls Dimensions
Catalog # Color Description
LMDM-101-W White 1-Button Dimming Wall Switch
LMDM-101-W-U White 1-Button Dimming Wall Switch, BAA/TAA compliant* LMDM-101-LA Light Almond 1-Button Dimming Wall Switch
LMDM-101-I Ivory 1-Button Dimming Wall Switch
LMDM-101-I-U Ivory 1-Button Dimming Wall Switch, BAA/TAA compliant* LMDM-101-G Gray 1-Button Dimming Wall Switch
LMDM-101-B Black 1-Button Dimming Wall Switch
LMDM-101-R Red 1-Button Dimming Wall Switch
LMCT-100-2 Digital Wireless Configuration Tool

ORDERING INFORMATION

MOUNTING & CONNECTING
Mounting Sample Connection Diagram with 0-10 Volt Dimming Switches do not include face plates. Order decorator style plate separately. *Product is compliant with Buy American Act and Trade Agreement Act. 27392r3 Rev 02/22 Job Name : Soledad Community Center Gym
Manufacturer : WATTSTOPPER
Model Number : LMDM-101-W-U
Type :

September 26, 2024 Index
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395
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WATTSTOPPER®

WIRELESS CONFIGURATION TOOL WITH USB
LMCT-100-2

DESCRIPTION
The LMCT-100-2 Wireless Configuration Tool is a handheld tool for advanced remote configuration of any Wattstopper Digital Lighting Management (DLM) system. The tool enables system and device modifications via pushbutton, without ladders or tools, as well as easy duplication of settings between DLM local networks.

OPERATION
Powered by three AAA batteries, the LMCT-100-2 features an easy-to-read organic LED (OLED) screen and bi-directional communication with IR-enabled DLM devices. Its intuitive navigation pad provides a familiar interface for users who can see the current system parameters of a DLM local network and make changes by navigating through simple menus. Adjustable occupancy sensor parameters include sensitivity, time delay and trigger modes. Load parameter settings (also referred to as Push n’ Learn™) include blink warning, Auto- or Manual-on mode, and re-assigning specific loads to different sensors.

Button configuration options include type (load or scene), mode, fade times and scene lock. Dimming parameters include low/high trim, preset level and lamp burn in time. Daylighting adjustments include operating mode, setpoints, fade times and time delays. The LMCT is also used to adjust the light level of dimmed loads. As new DLM products are released, a microUSB port allows for easy firmware updates via software. • Remotely reconfigures and reports DLM occupancy sensor parameters: PIR and ultrasonic sensitivity; time delay; walk through mode; trigger mode (for dual technology sensors) • Remotely reconfigures and reports DLM dimming
parameters: load type (dim/switch); low/high trim; preset on level; lamp burn-in
• Manually adjusts light level of dimmed loads to facilitate scene setting
• Remotely configures, reconfigures and reports DLM
photosensor settings: light levels; operating mode (on/ off, bi-level, tri-level, dimming); setpoints; time delays; fade times; test mode
• Micro-USB port provided for firmware updates, allowing easy updates for support of new DLM products
• The product meets the materials restrictions of RoHS

CONFIGURATION AND PERSONALIZATION
The LMCT-100-2 simplifies the replication of occupancy sensor settings from one DLM local network to another and facilitates scene setting. It can store up to nine sensor profiles and assign them to sensors in any DLM local network. For projects where identical settings may be desired across a large number of spaces, this capability provides a streamlined method of configuration. Settings can be copied throughout a building or in different buildings. The LMCT also allows manual adjustment of individual load levels. This powerful feature allows different lighting scenes to be set and stored without the need for dimming switches in each space. Scenes can be recalled by scene switches or multi-button switches configured for scene control.

APPLICATIONS
Designers and installers can use the LMCT-100-2 to ensure conformity with design intent. It simplifies changes to occupancy sensor settings, load configurations and dimming parameters by making the adjustment process ladder-free.

An LMCT-100-2 is required for calibrating the LMLS-500
photosensor. The self-calibrating LMLS-400 does not require the use of an LMCT-100-2 unless operating parameters need to be adjusted. The LMCT-100-2 is also required for configuration and maintenance of LMCP series relay control panels.

FEATURES
Wireless advanced configuration
capabilities for Digital Lighting
Management systems
2-way IR communication for data
upload, download, confirmation and
storage
Configures occupancy sensors, switches,
room controllers, photosensors and DLM
relay panels
Component of Digital Lighting
Management integrated control
systems
Easy-to-use navigation pad
Easy-to-read OLED screen
Micro-USB port allows easy
updating of firmware.

Job Name : Soledad Community Center Gym
Manufacturer : WATTSTOPPER
Model Number : LMCT-100-2-U
Type :

September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 2 2
396
DIGITAL LIGHT MANAGEMENT | Configuration Tools
WWW.LEGRAND.US/WATTSTOPPER 2
• Three AAA 1.5 volt batteries (included)
• OLED display 1.4”W x .75”H (36mm x 19mm)
• Infrared (IR) transceiver (36kHz frequency)
• IR range: up to 32’ (10m)
• Micro-USB port for firmware updating
• Includes carrying case with belt clip
• Operating temperature: 32-104°F (0-40°C)
• FCC part 15 compliant
• Five year warranty

SPECIFICATIONS
Sensor Configuration
Load Config (PnL)
Daylighting Config
Button Configuration
Dimming Configuration
More
Home/
Main Menu
Up
Select
Down
Left Right/Next
Back
Power
On/Off
IR Window
BAT=

4.2” (107mm)

0.7”
(18mm)

2.5”
(64mm)
Select
Button
Up or Down
Button
Sensor Configuration
Load Config (PnL)
Load Settings
Daylighting Config
Button Configuration
More
BAT =
Sensor Configuration
Load Config (PnL)
Load Settings
Daylighting Config
Button Configuration
More
BAT =
Sensor Configuration
Current Settings
Test Mode
Saved Configurations
Analog Occ Sensor
Dual Sensor Config
Time Delay: <20 min>
PIR Sens: <90%>
US Sens: <70%>
Trigger : <PIR Only>
Retrigger: <PIR Only>
Walkthru: <Off>

SEND SAVE RECEIVE
Load Config <PnL>
Load: 1

NEXT OCC-BIND EXIT
The Home (or Main) menu displays after the
power-up process completes. It contains
information on the battery status and six
menu choices.

The Load Configuration function (also referred to as Push n’ Learn) enables users to identify load numbers, view and change load parameters and load bindings to sensors.

Sensor Configuration
Load Config (PnL)
Daylighting Config
Button Configuration
Dimming Configuration
More
BAT =
The Daylighting Configuration function enables users to initiate automatic calibration of the LMLS-400, calibrate the LMLS-500, and adjust setpoints and other parameters for both photosensors and enter test mode.

The Sensor Configuration function enables users to change sensor parameters, including time delay and sensitivity, save configurations, enter test mode and apply saved configurations.

The Dimming Configuration function enables users to customize parameters for performance and savings. Setting a high level trim below 100% saves energy and increases lamp life.

Load 1 Dim Config
Dimmed: <Yes>
Low Trim: <0%>
High Trim: <100%>
Partial Off: <0%>
Preset Level: <Last>
Burn-in Hours: <0>

SEND PRIOR NEXT MORE
Load 1 Dim Config
Dimmed: <No>
Trip Point: <51%>
(Trip point alters
when a relay switches
during a fade)

SEND PRIOR NEXT
LMLS-400 0293611935
Zone Setup
Calibration
Zone Settings
Advanced Settings
Control Mode

CONFIGURATION MENUS
LMCT-100-2 Handheld Remote with Menu Screens Dimensions 26837r1 Rev 03/21
Catalog # Description
LMCT-100-2 Wireless Configuration Tool with USB
LMCT-100-2-U Wireless Configuration Tool with USB, BAA/TAA compliant*

ORDERING INFORMATION
*Product is compliant with Buy American Act and Trade Agreement Act Job Name : Soledad Community Center Gym
Manufacturer : WATTSTOPPER
Model Number : LMCT-100-2-U
Type :

September 26, 2024 Index
Prepared By: CED Bay Area Michelle Jacobs | [email protected] 2 3
397
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Vive Designer-style: Maestro
369904n 1 11.11.22
Vive Maestro Wireless Dimmers
and Switches
The Maestro Wireless solution incorporates Maestro
Wireless load controls, wireless sensors, and
wireless remote controls, which provide a system
that delivers energy savings, convenience, and ease
of installation.

Maestro Wireless dimmers and switches use Lutron
patented Clear Connect RF Technology, which
enables wireless communication with
Radio Powr Savr sensors and Pico remote controls
for light control and general switched loads.

These products are also compatible with the Vive hub
which enables a simple setup process using a
standard web browser on any Wi-Fi enabled phone,
tablet or computer. It also enables control and
monitoring of all Vive devices. The Vive hub can be
added at any time. System reprogramming will be
required. For a complete list of features supported
with the Vive hub, see specification submittal 369902.

Note for Replacement: MRF2S - the “S” model can
replace the non-”S” model.

Features
• The Maestro Wireless solution provides dimming/
switching of multiple load types, occupancy / vacancy
sensing, and daylight harvesting.
• Lutron patented Clear Connect RF Technology works
through walls and floors.
• Incorporates advanced features such as fade
ON/fade OFF, high-end trim, and rapid full-ON
(a Vive hub is required to set high-end trim).
• Controls include Front Accessible Service Switch
(FASS) for safe lamp replacement.
• Two-wire dimmers and switches available for
retrofit applications.
• Power failure memory: If power is interrupted, the
control will return to its previously set level prior
to interruption.

Receiving Devices
Maestro Wireless Controls
Neutral and
Non-Neutral
Dimmers
Neutral and
Non-Neutral
Switches
Transmitting Devices
Radio Powr Savr Sensors
Pico Remote Controls
Ceiling-Mounted
Occupancy and
Vacancy Sensors
Wall-Mounted
Occupancy and
Vacancy Sensors
Daylight Sensors
398
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Model Numbers:

Vive Designer-style: Maestro
369904n 2 11.11.22
Maestro Wireless Dimmers
Models Available
Dimmers
CFL/LED/Halogen/Incandescent
MRF2S-6CL-XX1 150 W CFL/LED Dimmer
600 W/600 VA Incandescent, 120 V~
250 W (6 max) Lutron Hi-lume 1% 2-wire (LTE) LED drivers MRF2S-6ND-120-XX1,2 600 W/600 VA Spec-Grade Neutral Wire Dimmer, 120 V~ 150 W CFL/LED Dimmer
350 W (8 max) Lutron Hi-lume 1% 2-wire (LTE) LED drivers Electronic Low-Voltage Dimmer
MRF2S-6ELV120-XX1 600 W ELV Dimmer 120 V~ (neutral required) 150 W CFL/LED Dimmer
Companion Dimmers
Claro Gloss Finishes
MA-R-XX1,2 Companion Dimmer 120 V~
Satin Colors Satin Finishes
MSC-AD-XX1 Companion Dimmer 120 V~
1 “XX” in the model number represents color/finish code. See Colors and Finishes at end of document. 2 BAA-compliant model numbers available. Add a “U” prefix to the model number. For a complete list of BAA/TAA compliant products please visit our website at Lutron.com/BAA and select “Download BAA Product List”.

Dimmer
Companion Dimmer
399
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Vive Designer-style: Maestro
369904n 3 11.11.22
Ganging and Derating
When combining controls in the same wallbox, derating is required.

Dimmer Load Type and Capacity
Mixing Lamp Types
Mixing lamp types (using a combination
of CFL/LED, and Incandescent/Halogen
bulbs) and ganging with other dimmers or
electronic switches may reduce maximum
wattage, as shown.

Example: If fins from one side of dimmer are removed
and you have two 24 W bulbs installed (total CFL
Wattage = 48 W), you may add up to 300 W of
incandescent or halogen lighting.

Do not remove outside fins on ends of ganged controls
(shaded areas below)

A B B B C B
Total CFL/LED Wattage
Total Incandescent/Halogen Wattage
A: Not Ganged B: End of Gang C: Middle of Gang
MRF2S-6CL
0 W + 50 W–600 W Or 50 W–500 W Or 50 W–400 W
1 W–25 W + 0 W–500 W Or 0 W–400 W Or 0 W–300 W
26 W–50 W + 0 W–400 W Or 0 W–300 W Or 0 W–200 W
51 W–75 W + 0 W–300 W Or 0 W–200 W Or 0 W–100 W
76 W–100 W + 0 W–200 W Or 0 W–100 W Or 0 W–50 W
101 W–125 W + 0 W–100 W Or 0 W–50 W Or 0 W
126 W–150 W + 0 W Or 0 W Or 0 W
Neutral Required
Control Voltage Load Type Minimum Load
Maximum Load
A: Not Ganged B: End of Gang C: Middle of Gang
MRF2S-6ELV1201,2 120 V~ ELV 5 W 600 W 500 W 400 W
CFL/LED See lamp list See Mixing Lamp Types
MRF2S-6ND-1201,2,3 120 V~
Incandescent/Halogen 25 W 600 W 500 W 400 W
MLV2 25 W/VA 450 W/600 VA 400 W/500 VA 300 W/400 VA
CFL/LED See lamp list See Mixing Lamp Types
Hi-lume 1% 2-wire (LTE)
LED driver 1 driver 350 W(8 drivers)
350 W
(8 drivers)
350 W
(8 drivers)
Example: If a dimmer is installed in location “B” above and there are two 24 W CFL bulbs installed (Total
CFL Wattage = 48 W), you may add up to 300 W of
incandescent or halogen lighting.

Note: Do not mix ELV and MLV load types on a single control. 1 Dimmer Load Type:
• MRF2S-6CL is designed for use with permanently-installed incandescent, CFL, LED, or tungsten halogen only. • MRF2S-6ND-120 is designed for use with permanently-installed incandescent, CFL, LED, magnetic low-voltage, or tungsten halogen only. Can control Power Modules (PHPM-PA-DV, PHPM-3F-DV-WH, PHPM-WBX-DV-WH, and GRX-TVI) and legacy interfaces Hi-Power 2•4•6 Boosters (HP-2, HP-4, HP-6). • MRF2S-6ELV120 is designed for use with permanently-installed electronic low-voltage, incandescent, CFL, LED or tungsten/halogen only. Do not install dimmers to control receptacles or motor-operated appliances. 2 Low-Voltage Applications:
• Use MRF2S-6ND-120 with magnetic (core and coil) low-voltage transformers only. Not for use with electronic (solid‑state) low-voltage transformers. • Use MRF2S-6ELV120 with electronic (solid-state) low-voltage transformers only. Operation of a low-voltage circuit with lamps inoperative or removed may result in transformer overheating and premature failure. Lutron strongly recommends the following:
– Do not operate low-voltage circuits without operative lamps in place. – Replace burned-out lamps as quickly as possible. – Use transformers that incorporate thermal protection or fused transformer primary windings to prevent transformer failure due to overcurrent. • See Application Note #559 for dimming low voltage LEDs. 3 BAA-compliant model numbers available. Add a “U” prefix to the model number. For a complete list of BAA/TAA compliant products please visit our website at Lutron.com/BAA and select “Download BAA Product List”.

No Neutral Required

A B B B C B
Control Voltage Load Type Minimum Load
Maximum Load
A: Not Ganged B: End of Gang C: Middle of Gang
MRF2S-6CL 1,2,3 120 V~
CFL/LED See lamp list See Mixing Lamp Types
Incandescent/Halogen 50 W 600 W 500 W 400 W
Hi-lume 1% 2-wire (LTE)
LED driver 1 driver 250 W (6 drivers)
250 W
(6 drivers)
250 W
(6 drivers)
400
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Vive Designer-style: Maestro
369904n 4 11.11.22
Maestro Wireless Switches
Models Available
Switches
Lighting and motor loads
MRF2S-6ANS-XX1,2,4 6 A Lighting/3 A Fan (1/10 HP motor), Electronic Switch 120 V~
MRF2S-8ANS120-XX1,2,4 8 A Lighting, 5.8 A Fan (1/4 HP motor), Spec-Grade Electronic Switch 120 V~
MRF2S-8S-DV-XX2,3,4 8 A Lighting, 3 A Fan (1/10 HP motor, 120 V~ only), Spec‑Grade Electronic Switch 120–277 V~, no
neutral wire required
Companion Switches
Claro Gloss Finishes
MA-AS-XX2,4 Companion Switch 120 V~
Satin Colors Satin Finishes
MSC-AS-XX4 Companion Switch 120 V~
1 Neutral wire required.
2 BAA-compliant model numbers available. Add a “U” prefix to the model number. For a complete list of BAA/TAA compliant products please visit our website at Lutron.com/BAA and select “Download BAA Product List”. 3 May require LUT-MLC (included with MRF2S-8S-DV models) to ensure proper function with low-wattage load types. See page 11 for details. If controlling Type B TLED bulbs, consult Application Note 812 (P/N 048812) on www.lutron.com
4 “XX” in the model number represents color/finish code. See Colors and Finishes at end of document.

Switch
Companion Switch
401
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Vive Designer-style: Maestro
369904n 5 11.11.22
Ganging and Derating
When combining controls in the same wallbox, derating is required.

Switch Load Type and Capacity
No Neutral Required

A B B B C B
Control Voltage Load Type Minimum Load
Maximum Load
A: Not Ganged B: End of Gang C: Middle of Gang
MRF2S-8S-DV 1,5
120–277 V~ Incandescent/Halogen 25 W 8 A 8 A/7 A4 7 A
120–277 V~ Fluorescent/LED/CFL 40 W (LUT-MLC)3 8 A 8 A/7 A4 7 A 120 V~ Fan Motor 0.4 A 1/10 HP (3 A) 1/10 HP (3 A) 1/10 HP (3 A) 1 Switch Load Type:
• MRF2S-8ANS120 is designed for use with permanently-installed lighting loads and with fan motor loads up to 1/4 HP (5.8 A). • MRF2S‑8S-DV is designed for use with permanently-installed lighting loads and with fan motor loads up to 1/10 HP (3 A, 120 V~ only). • MRF2‑6ANS is designed for use with permanently-installed lighting loads and with fan motor loads up to 1/10 HP (3 A). 2 For loads larger than 8 A (120 V~), the MRF2S-8ANS120 switch can be used with the PHPM‑SW‑DV‑WH power booster. 3 The LUT-MLC ensures proper function with low-wattage fluorescent, CFL, and LED load types. See page 11 for details. 4 Maximum load for double-gang application is 8 A. Triple-gang application derates maximum load to 7 A. 5 BAA-compliant model numbers available. Add a “U” prefix to the model number. For a complete list of BAA/TAA compliant products please visit our website at Lutron.com/BAA and select “Download BAA Product List”.

Neutral Required

A B B B C B
Control Voltage Load Type Minimum Load
Maximum Load
A: Not Ganged B: End of Gang C: Middle of Gang
MRF2S-8ANS120 1,2,5 120 V~ Lighting 25 W 8 A 6.5 A 5 A
Fan Motor 0.2 A 1/4 HP (5.8 A) 1/4 HP (5.8 A) 1/6 HP (4.4 A) MRF2-6ANS 1 120 V~ Lighting 25 W 6 A 5 A 3.5 A
Fan Motor 0.2 A 1/10 HP (3 A) 1/10 HP (3 A) 1/10 HP (3 A) 402
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Vive Designer-style: Maestro
369904n 6 11.11.22
Specifications
Regulatory Approvals
• UL® Listed.
• cUL® Listed (MRF2S-6CL only).
• CSA Certified (except for MRF2S-6CL).
• FCC Approved. Complies with the limits for a Class B
digital device, pursuant to Part 15 of the FCC Rules.
• Industry Canada Certified.
• The following model numbers have been tested and
found compliant with UL 2043 for use in air handling
spaces: MRF2S-6CL-GR, MRF2S-6ELV-GR,
MRF2S-6ND-GR. However, the RMJS-PNE-DV
Phase Selectable PowPak is the recommended
solution for these applications.

Power
Operating voltage:
• 120 V~ 50/60 Hz (all models)
• 277 V~ 50/60 Hz (MRF2S-8S-DV)
Environment
• Ambient operating temperature:
32 °F to 104 °F (0 °C to 40 °C)
• 0% to 90% humidity, non‑condensing.
• Indoor use only.
• All drivers and ballasts used with Vive wireless
controls must comply with the limits for a Class A
device pursuant to Part 15 of the FCC Rules.

Key Design Features
Dimmers
• On a single-tap, lights fade UP or DOWN.
• On a double-tap, lights go to full ON.
• Light levels can be fine-tuned by pressing and
holding the dimming rocker until the desired light
level is reached.
• Two-wire dimmers available.

Switches
• On a single-tap, lights turn ON or OFF.
• Two-wire switches available.

All RF Local Controls
• Tested to withstand electrostatic discharge without
damage or memory loss, in accordance
with IEC 61000-4-2.
• Tested to withstand surge voltages without
damage or loss of operation, in accordance with
IEEE C62.41-1991 Recommended Practice on
Surge Voltages in Low-Voltage AC Power Circuits.
• Controls always operate locally and do not require
system control.
• Power failure memory: should power be interrupted,
the control will return to its previously-set level prior to the interruption when power is restored.
• Uses conventional 3-way and 4-way wiring.
• Multiple location control from dimmer/ switch and up
to nine companion dimmers / switches.
• Use Lutron Designer (Claro and Satin Colors)
wallplates or designer-style wallplates from other
manufacturers. Wallplates are sold separately.
• Lutron Claro and Satin Colors wallplates snap on
with no visible means of attachment.
• Requires a one-gang U.S. wallbox; 31⁄2 in (89 mm)
deep recommended, 21⁄4 in (57 mm) deep minimum.
• Green indicator lights.

System Communications and Capacity
• Maestro Wireless controls communicate with the
Pico remote controls and Radio Power Savr sensors
through radio frequency (RF).
• Receives wireless inputs from up to 10 Pico remote
controls, 10 Radio Powr Savr occupancy / vacancy
sensors, and 1 Radio Powr Savr daylight sensor
• Maestro Wireless local controls must be located
within 60 ft (18 m) line-of-sight or 30 ft (9 m) through walls, of Radio Power Savr sensors. The 60 ft (18 m)
range is not reduced by a ceiling tile obstruction.
• Maestro Wireless local controls must be located
within 60 ft (18 m) line-of-sight or 30 ft (9 m) through walls, of a Pico remote control. The 60 ft (18 m)
range is not reduced by a ceiling tile obstruction.
403
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Vive Designer-style: Maestro
369904n 7 11.11.22
Wallplate Adapter/Wallplate purchased separately
Wallplate Adapter Wallplate
Wallbox
Control
Adapter Mounting Screws
Control Mounting Screws
Mounting
Dimensions
All dimensions are shown as: in (mm)
Side View
5/16
(8)
11⁄8
(30)
Front View
411⁄16
(119)
215⁄16
(75)
404
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Vive Designer-style: Maestro
369904n 8 11.11.22
Operation
Status LEDs
Indicate light level; glow softly as
night light when light is OFF
Dimming Rocker
Press to brighten
Press to dim
Tapswitch
Tap ON/OFF;
Double-tap: lights go to full ON
FASS
Front Accessible Service Switch
FASS
Front Accessible Service Switch
FASS Front Accessible Service Switch
Important Notice: To service load,
remove power by pulling the FASS out
completely on either the dimmer/ switch or
companion dimmer/ switch. After servicing
load, push the FASS back in fully to restore
power to the control.

Dimmer
Tapswitch
Tap ON/OFF
Switch
Status LED
Indicates load status; glows softly as
night light when light is OFF
405
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Vive Designer-style: Maestro
369904n 9 11.11.22
1 When using controls in single location installations, tighten the blue terminal without any wires attached. Do not connect the blue terminal to any other wiring or to ground. 2 Up to nine Maestro companion dimmers may be connected to the Maestro Wireless dimmer. Total blue terminal wire length may be up to 250 ft (76 m).

Wiring Diagrams
Single-Location Dimmer Installation without Neutral
MRF2S-6CL
Dimmer
Load
Brass
Black
Line/Hot
Green
Blue 1
Ground
Neutral
120 V~ 60 Hz
Multi-Location Dimmer Installation without Neutral 2
MRF2S-6CL with MA-R/MSC-AD
Companion Dimmer Companion Dimmer Dimmer
Brass Brass Brass
Black Black Black
Line/Hot
Green Green Green
Blue Blue Blue
Ground Ground Ground
Neutral
120 V~ 60 Hz Load
406
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Vive Designer-style: Maestro
369904n 10 11.11.22
1 When using controls in single location installations, tighten the blue terminal without any wires attached. Do not connect the blue terminal to any other wiring or to ground. 2 Up to nine Maestro companion dimmers / switches may be connected to the Maestro Wireless dimmer/ switch. Total blue terminal wire length may be up to 250 ft (76 m). 3 Neutral-wire dimmers / switches must be connected on the Load side of a multi-location installation.

Wiring Diagrams (continued)
Multi-Location Dimmer/Switch Installation with Neutral 2,3 MRF2S-6ND-120 and -6ELV120 with MA-R/MSC-AD or MRF2S-8ANS120 and -6ANS with MA-AS/MSC-AS Companion
Dimmer/Switch
Companion
Dimmer/Switch Dimmer/Switch
Brass
Silver
Brass Brass
Black Black Black
Line/Hot
Green Green Green
Blue Blue Blue
Ground Ground Ground
Neutral
120 V~ 60 Hz Load
Single-Location Dimmer/Switch Installation with Neutral MRF2S-6ND-120, -6ELV120, -8ANS120, and -6ANS
Dimmer/Switch
Load
Brass
Black
Silver
Line/Hot
Green
Blue 1
Ground
Neutral
120 V~ 60 Hz
407
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Vive Designer-style: Maestro
369904n 11 11.11.22
1 A LUT-MLC ensures proper function when fluorescent, CFL, or LED loads are used. Install the LUT-MLC inside a load fixture or in a separate J-box within the circuit. 2 When using controls in single-location installations, tighten the blue terminal without any wires attached. Do not connect the blue terminal to any other wiring or to ground. 3 Up to nine Maestro companion switches may be connected to the Maestro Wireless switch. Total blue terminal wire length may be up to 250 ft (76 m). 4 Requires MA-AS/MSC-AS for 120 V~ applications, and MA-AS-277/MSC-AS-277 for 277 V~ applications.

Single-Location Switch Installation with LUT-MLC1
MRF2S-8S-DV
Switch
Load LUT-MLC1
Brass
Black
Line/Hot
Green
Optional*
Blue 2
Ground
Neutral
120 V~ 60 Hz
or
277 V~ 60 Hz
Multi-Location Switch Installation with LUT-MLC1,2,3
MRF2S-8S-DV with MA-AS/MA-AS-277 or MSC-AS/MSC-AS-2774
Companion Switch Companion Switch Switch
Brass Brass Brass
Black Black Black
Line/Hot
Green Green Green
Blue Blue Blue
Ground Ground Ground
Neutral
120 V~ 60 Hz
or
277 V~ 60 Hz
Load LUT-MLC1
Optional*
Wiring Diagrams (continued)
* Optional Procedure:

Using LUT-MLC with MRF2S-8S-DV-XX
• Install MRF2S-8S-DV-XX first without LUT-MLC to see
if required. Check for problems with load.
• Problems can occur when low-wattage loads are
used (< 40 W).
• If controlling Type B TLED bulbs, consult Application Note 812 (P/N 048812) on www.lutron.com
• Watch for flickering loads when dimmer is in electronic OFF state.
• If required, LUT-MLC can be installed between
switched hot and neutral in wallbox if neutral is
present, or in any fixture on the switched circuit.
408
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Vive Designer-style: Maestro
369904n 12 11.11.22
1 When using controls in single-location installations, tighten the blue terminal. Do not connect the blue terminal to any other wiring or to ground. 2 Up to nine Maestro companion switches may be connected to the Maestro Wireless switch. Total blue terminal wire length may be up to 250 ft (76 m). 3 Neutral-wire switches must be connected on the Load side of a multi-location installation.

Wiring Diagrams (continued)
Single-Location Switch Installation with Power Booster Single Feed MRF2S-8ANS120 and -6ANS with PHPM-SW-DV-WH
Switch
Brass Blue 1
Zone In
Black
Silver
Line/Hot
Switched Line/Hot
Line/Hot
Neutral Neutral
Neutral
Ground
Ground
Green
120 V~ 60 Hz
Load
Multi-Location Switch Installation with Power Booster Single Feed2,3 MRF2S-8ANS120 and -6ANS with MA-AS/MSC-AS and PHPM‑SW-DV-WH Companion Switch Switch
Blue Brass Blue
Zone In
Black
Silver
Line/Hot
Switched Line/Hot
Line/Hot
Brass
Black
Neutral Neutral
Neutral
Ground
Ground
Green
Ground
Green
120 V~ 60 Hz
Load
409
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Vive Designer-style: Maestro
369904n 13 11.11.22
Multi-Location Switch Installation with Power Booster Dual Feed1,2 MRF2S-8ANS120 and -6ANS with MA-AS/MSC-AS and PHPM‑SW-DV-WH Companion Switch Switch
DH
Blue Brass Blue
Zone In
Black
Silver
Line/Hot
Switched
Line/Hot
Line/Hot
Brass
Black
Neutral Neutral
Neutral
Neutral
Ground
Ground
Green
Ground
Green
120 V~ 60 Hz
or
277 V~ 60 Hz
120 V~ 60 Hz
Load
Wiring Diagrams (continued)
Single-Location Switch Installation with Power Booster Dual Feed MRF2S-8ANS120 and -6ANS with PHPM-SW-DV-WH
Switch
DH
Brass Blue 1
Zone In
Black
Silver
Line/Hot
Switched
Line/Hot
Line/Hot
Neutral Neutral
Neutral
Neutral
Ground
Ground
Green
120 V~ 60 Hz
or
277 V~ 60 Hz
120 V~ 60 Hz
Load
1 When using controls in single-location installations, tighten the blue terminal. Do not connect the blue terminal to any other wiring or to ground. 2 Up to nine Maestro companion switches may be connected to the Maestro Wireless switch. Total blue terminal wire length may be up to 250 ft (76 m). 3 Neutral-wire switches must be connected on the Load side of a multi-location installation. 410
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Vive Designer-style: Maestro
369904n 14 11.11.22
1 When using controls in single-location installations, tighten the blue terminal. Do not connect the blue terminal to any other wiring or to ground. 2 Up to nine Maestro companion dimmers may be connected to the Maestro Wireless dimmer. Total blue terminal wire length may be up to 250 ft (76 m). 3 Neutral-wire dimmers must be connected on the Load side of a multi-location installation.

Wiring Diagrams (continued)
Single-Location Dimmer Installation with Power Booster Single Feed MRF2S-6ND-120 with PHPM-PA-DV-WH
Dimmer
DH
Brass Blue 1
Zone In
Black
Silver
Line/Hot
Dimmed Line/Hot
Line/Hot
Neutral Neutral
Neutral
Ground
Ground
Green
120 V~ 60 Hz
Load
Multi-Location Dimmer Installation with Power Booster Single Feed2,3 MRF2S-6ND-120 with MA-R/MSC-AD and PHPM‑PA-DV-WH
Companion Dimmer Dimmer
DH
Blue Brass Blue
Zone In
Black
Silver
Line/Hot
Dimmed Line/Hot
Line/Hot
Brass
Black
Neutral Neutral
Neutral
Ground
Ground
Green
Ground
Green
120 V~ 60 Hz
Load
411
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Vive Designer-style: Maestro
369904n 15 11.11.22
1 When using controls in single-location installations, tighten the blue terminal. Do not connect the blue terminal to any other wiring or to ground. 2 Up to nine Maestro companion dimmers may be connected to the Maestro Wireless dimmer. Total blue terminal wire length may be up to 250 ft (76 m). 3 Neutral-wire dimmers must be connected on the Load side of a multi-location installation.

Wiring Diagrams (continued)
Single-Location Dimmer Installation with Power Booster Dual Feed MRF2S-6ND-120 with PHPM-PA-DV-WH
Multi-Location Dimmer Installation with Power Booster Dual Feed2,3 MRF2S-6ND-120 with MA-R/MSC-AD and PHPM‑PA-DV-WH
Companion Dimmer Dimmer
DH
Blue Brass Blue
Zone In
Black
Silver
Line/Hot
Dimmed
Line/Hot
Line/Hot
Brass
Black
Neutral Neutral
Neutral
Neutral
Ground
Ground
Green
Ground
Green
120 V~ 60 Hz
or
277 V~ 60 Hz
120 V~ 60 Hz
Load
DH
Dimmer
Brass Blue 1
Zone In
Black
Silver
Line/Hot
Dimmed
Line/Hot
Line/Hot
Neutral Neutral
Neutral
Neutral
Ground
Ground
Green
120 V~ 60 Hz
or
277 V~ 60 Hz
120 V~ 60 Hz
Load
412
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Vive Designer-style: Maestro
369904n 16 11.11.22
Colors and Finishes
Gloss Finishes Satin Finishes
Metal Finish (wallplate only)
Stainless Steel
SS
Taupe
TP
Midnight
MN
Hot
HT
Biscuit
BI
Snow White
SW
Palladium
PD
White
WH
Ivory
IV
Almond
AL
Light Almond
LA
Gray
GR
Brown
BR
Black
BL
• Due to printing limitations, colors
and finishes shown cannot be
guaranteed to perfectly match
actual product colors.
• Color chip keychains are available
for more precise color matching:

Gloss Finishes: DG-CK-1
Satin Finishes: SC-CK-1
When using Stainless Steel wallplates,
it is recommended that you order the
dimmer/switch in Midnight (MN).

The Lutron logo, Lutron, Maestro, Maestro Wireless, Clear Connect, Pico, Claro, Vive, FASS, Hi-Power 2•4•6, Radio Powr Savr, Hi-lume, and the design of the Pico remote are trademarks or registered trademarks of Lutron Electronics Co., Inc. in the US and/or other countries.

All other product names, logos, and brands are property of their respective owners.

For the latest color offerings please see our website:
http://www.lutron.com/satincolors
413
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Phase-Adaptive Power Module Power Interfaces
369835j 1 01.10.2024
®
Phase-Adaptive Power Module
• Provides dimming control for 1 zone of a full 16 A
lighting load.
• May be used to dim incandescent, halogen, electronic
low-voltage, magnetic low-voltage, neon/cold cathode.
• Phase-adaptive technology automatically selects leadingedge or trailing-edge dimming for low-voltage transformers. • Up to 3 power modules may be controlled by a single
dimmer (C5-BMJ- will control only 1 module).
• Use PHPM-WBX- models for 3-wire fluorescent dimmer
input and PHPM-PA- models for 2-wire input.
• PHPM-WBX- models can be used in conjunction with
BCI-0-10 for 0–10 V dimming applications. For more
information, see Application Note #516 (Lutron P/N 048516) at www.lutron.com
• Models available for control voltage of 120 V~ only or 220–277 V~.
• Models available for load voltage of 120 V~ only or
120–277 V~.
• Compatible with 220/240 V~, non-CE systems. Contact
Lutron for specific system applications.
• Not for use with non-dim loads.

Works with 120 V~ or 220–277 V~ versions of:
• Lutron in-wall neutral wire dimmers; see approved list in the Dimmers and Switches Specification Guide (Lutron P/N 3671746) at www.lutron.com (see Lighting Load Interfaces section)
• GRAFIK Eye QS control units *
• LP, LCP, and GP dimming panels **
• HomeWorks QS remote power panels **
• HomeWorks QS in-line dimmer
• HomeWorks QS DIN-rail power modules
• EcoSystem interface C5-BMJ-XXX†
• Energi Savr Node PRO LED+ phase-adaptive
fixture controller
• RadioRA 2 neutral wire dimmers; see approved list
in the specification submittal (Lutron P/N 369225) at
www.lutron.com
• HomeWorks QS neutral wire dimmers; see approved
list in the specification submittal (Lutron P/N 369305) at www.lutron.com
• Caséta Wireless neutral wire dimmers; see approved
list in the specification submittal (Lutron P/N 369987) at www.lutron.com
• Vive PowPak phase select dimming modules; see
specification submittal (Lutron P/N 3691150) at
www.lutron.com
Models and Capacities
Control
Voltage1, 2
Load
Voltage1, 2
Load
Capacity Model Number 3, 4
120 V~ 120 V~ 16 A PHPM-PA-120-WH
120 V~ 120–277 V~ 16 A PHPM-PA-DV-WH
220–277 V~ 120–277 V~ 16 A PHPM-PA-277/DV
120 V~ 120 V~ 16 A PHPM-WBX-120-WH
120 V~ 120–277 V~ 16 A PHPM-WBX-DV-WH
220–277 V~ 120–277 V~ 16 A PHPM-WBX-277/DV
1 All voltages are phase-to-neutral.
2 For explanation of “control voltage” and “load voltage”, see page 5. 3 Use PHPM-PA- models for incandescent/halogen dimmers and set the controller load type to “power module” or “incandescent”. 4 Use PHPM-WBX- models for 3-wire fluorescent dimmers and set the controller load type to “fluorescent”.
*For PHPM‑PA‑ models, set load type to “power module”.
**For PHPM-PA- models, set load type to “incandescent”. †
Use only PHPM-WBX models with this product; using PHPM-PA- models is not recommended
414
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Phase-Adaptive Power Module Power Interfaces
369835j 2 01.10.2024
®
Specifications
Power
Control voltage
120 V~ only
PHPM-PA-120-WH

PHPM-PA-DV-WH
PHPM-WBX-120-WH

PHPM-WBX-DV-WH
220–277 V~ PHPM-PA-277/DV
PHPM-WBX-277/DV
Load voltage
120 V~ only PHPM-PA-120-WH
PHPM-WBX-120-WH
120–277 V~

PHPM-PA-DV-WH
PHPM-PA-277/DV

PHPM-WBX-DV-WH
PHPM-WBX-277/DV
• Capacity: Full 16 A
120 V~: 1920 W
120–277 V~: 1920–4432 W
220–240 V~: 3520–3840 W
• Frequency: 50/60 Hz
• Load (output) power: Phase independent of control
device/control voltage
Sources/Load Types
• Operates these sources with a smooth, continuous,
Square Law dimming curve:
– Incandescent (tungsten)
– Halogen
– Magnetic low-voltage transformer (iron core)
– Electronic (solid-state) low-voltage transformer (must be manufacturer-approved for reverse-phase
control dimming)
– Neon/Cold cathode
• Incandescent and electronic low-voltage sources may be controlled on the same circuit/control zone. Up to 30%
of the capacity of the unit can be used for incandescent lighting.
• Incandescent and magnetic low-voltage sources may be
controlled on the same circuit/control zone. Up to
30% of the capacity of the unit can be used for
incandescent lighting.
• Electronic low-voltage and magnetic low-voltage sources may NOT be controlled on the same circuit/control zone. • PHPM‑PA- and PHPM‑WBX- models are not for use
with non‑dim loads. Use switching power module
(PHPM‑SW‑DV‑WH) for non‑dim loads.
• Minimum load on power module is 10 W.
• Output must be directly connected to the load. Load side switching is not recommended.

Key Design Features
• Automatically selects between forward-phase/
leading edge (e.g., magnetic low-voltage) and reversephase/trailing edge (e.g., electronic low-voltage) dimming/output based on connected load.
• Patented RTISS Equipped circuitry compensates in real time for incoming line voltage variations: Compensates
for +/–2% change in RMS voltage/cycle and +/ –2% Hz
change in frequency/second.
• Provides air-gap off.
• Module protects itself during most temporary over-current and over-voltage conditions.
• Two LEDs on front of unit provide diagnostic information (visible when faceplate is removed).

Terminals
• Each terminal accepts up to two 12 AWG (2.5 mm2) wires.

Environment
• 32 to 104 °F (0 to 40 °C). Relative humidity less than 90% non-condensing.
• Indoor use only.
• Maximum heat output of module: 135 BTU/hour.

Mounting
• Surface or recess mount.
• Power module is UL tested and approved for use in
spaces designed for environmental air handling.

Regulatory Approvals
• Models: PHPM‑PA‑120‑WH, PHPM‑PA‑DV‑WH,
PHPM‑WBX‑120‑WH, PHPM‑WBX‑DV‑WH
– cULusR listed
– NOM certified
– RoHS compliant
– Complies with requirements for use in other
spaces used for environmental air (plenums) per
NECR 2014 300.22(C)(3).
• Models: PHPM-PA-120-WH, PHPM-WBX-120-WH
– CSA certified
• Models: PHPM‑PA‑277/DV, PHPM‑WBX‑277/DV
– UL
– RoHS compliant
– Complies with requirements for use in other
spaces used for environmental air (plenums) per
NECR 2014 300.22(C)(3).
415
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Phase-Adaptive Power Module Power Interfaces
369835j 3 01.10.2024
®
! WARNING — Entrapment hazard — May result
in serious injury or death. These controls should only
be used to control equipment which is visible from
every control location.
! WARNING – Fire hazard – May result in serious
injury or death. Only use these controls to operate
approved load and equipment types.

IMPORTANT NOTE:

Examples of such equipment which must not be
operated by these controls include (but are not
limited to) motorized gates, garage doors, industrial
doors, microwave ovens, heating pads, fireplaces,
space heaters, etc. It is the installer’s responsibility to ensure that the equipment being controlled is visible
from every control location and that only suitable
equipment is connected to these controls. Failure to
do so could result in serious injury or death.

Specifications (continued)
416
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Phase-Adaptive Power Module Power Interfaces
369835j 4 01.10.2024
®
Dimensions and Mounting
• Mount in 2-gang U.S. wallbox, 3.5 in (89 mm) deep or
4 × 4 in (102 × 102 mm) junction box, 2.1 in (53 mm)
deep.
• For indoor use only.
• This device generates heat; mount only where ambient
temperature is 32 to 104 °F (0 to 40 °C).
• Mount with arrows facing up to ensure adequate cooling. • Allow 4.5 in (114 mm) above and below faceplates when mounting several modules in a vertical layout.
• Units may butt together when mounted in a horizontal
layout.
• Mount so line (mains) voltage wiring is at least 6 ft (1.8 m) from sound or electronic equipment and wiring.
• Mount within 7° of true vertical.

Front View
Side View
Mount to 2-gang U.S. wallbox
Mount to 4 × 4 in (102 × 102 mm), 2.1 in (53 mm) deep
U.S. junction box
Mount to 4 × 4 in (102 × 102 mm), 2.1 in (53 mm) deep
U.S. junction box with barrier
(for 277 V~ loads if required by local electrical code)

5.1 in
(129.5 mm)

6.3 in
(160 mm)

1.4 in (35.5 mm)

1.2 in (30.5 mm)
Mounting Methods
Barrier
417
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Phase-Adaptive Power Module Power Interfaces
369835j 5 01.10.2024
®
Wiring
• 12 AWG (2.5 mm2) copper (Cu) wires (75 °C/167 °F
minimum) for input power and load circuit.
• Strip 1/2 in (12 mm) insulation from wires before
connecting.
• Run separate neutral for load circuit; no common neutrals.

Wiring to a Dimmer
Single Power Module to Single Control Device: Combined Power Feed for Control and Load Sides • The power module may be on the same circuit/control zone as the control unit only if the total load does not exceed the rating of the breaker.
• Use PHPM-WBX- models for 3-wire fluorescent dimmers and PHPM-PA- models for other dimmer types. • PHPM-PA-DV-WH and PHPM-WBX-DV-WH are included as 120 V~ only because of limits on zone-in voltages. • For specific wire colors, see the wallbox lighting controls catalog (Lutron P/N 3691746) at www.lutron.com/wallbox • May be used with GFI breaker protected loads. Load
circuit wiring (from GFI breaker to power module to
load) must be run in its own non-metallic conduit,
or nuisance tripping may occur. Maximum 100 ft
(30.5 m) between power module and load.
• May be used with AFI breaker protected loads. Maximum load on AFI circuit is 1000 W. Exceeding 1000 W may
cause nuisance tripping of AFI breaker.

H/L
N
DH
Dimmer
Zone In
Control Neutral
Circuit breaker
Load
DH (yellow/orange wire)
SH (capped)
H/L
N
D
Feed
120 V~
• PHPM-PA-120-WH
• PHPM-PA-DV-WH
• PHPM-WBX-120-WH
• PHPM-WBX-DV-WH
220–277 V~
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
H/L
N
D
(continued on next page…)
Legend
H/L Hot/Live
N Neutral
SH Switched Hot
DH Dimmed Hot
Ground
Not Used
418
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Phase-Adaptive Power Module Power Interfaces
369835j 6 01.10.2024
®
Wiring to a Dimmer (continued)
Single Power Module to Single Control Device: Separate Power Feeds for Control and Load Sides • The load breaker may be on a different phase from the control breaker. • Use PHPM-WBX- models for 3-wire fluorescent dimmers and PHPM-PA- models for other dimmer types. • Load feed must not exceed voltage rating of the load1; control feed must not exceed voltage rating of the dimmer 2. • For specific wire colors, see the wallbox lighting controls catalog (Lutron P/N 3691746) at www.lutron.com/wallbox 1 “Load feed” and “load voltage” refer to the circuit powering the load dimmed by the power module. 2 “Control feed” and “control voltage” refer to the circuit powering the dimmer that controls the power module.

Legend
H/L Hot/Live
N Neutral
SH Switched Hot
DH Dimmed Hot
Ground
Not Used
H/L
N
DH
Dimmer
Zone In
Control Neutral
Load breaker
Control breaker
Load
DH (yellow/orange wire)
SH (capped)
H/L
N
D
Load feed
120 V~
• PHPM-PA-120-WH
• PHPM-WBX-120-WH
120–277 V~
• PHPM-PA-DV-WH
• PHPM-WBX-DV-WH
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
H/L
N
D
Control feed
120 V~
• PHPM-PA-120-WH
• PHPM-PA-DV-WH
• PHPM-WBX-120-WH
• PHPM-WBX-DV-WH
220–277 V~
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
(continued on next page…)
419
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Phase-Adaptive Power Module Power Interfaces
369835j 7 01.10.2024
®
H/L
N
DH
H/L
N
DH
H/L
N
DH
Dimmer
Control breaker
DH (yellow/orange wire)
SH (capped)
Zone In
Control Neutral
Load breaker
Load
Zone In
Control Neutral
Load breaker
Load
Zone In
Control Neutral
Load breaker
Load
H/L
N
D
H/L
N
D
H/L
N
D
Load feed
120 V~
• PHPM-PA-120-WH
• PHPM-WBX-120-WH
120–277 V~
• PHPM-PA-DV-WH
• PHPM-WBX-DV-WH
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
Load feed
120 V~
• PHPM-PA-120-WH
• PHPM-WBX-120-WH
120–277 V~
• PHPM-PA-DV-WH
• PHPM-WBX-DV-WH
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
Load feed
120 V~
• PHPM-PA-120-WH
• PHPM-WBX-120-WH
120–277 V~
• PHPM-PA-DV-WH
• PHPM-WBX-DV-WH
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
H/L
N
D
Control feed
120 V~
• PHPM-PA-120-WH
• PHPM-PA-DV-WH
• PHPM-WBX-120-WH
• PHPM-WBX-DV-WH
220–277 V~
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
Legend
H/L Hot/Live
N Neutral
SH Switched Hot
DH Dimmed Hot
Ground
Not Used
(continued on next page…)
Wiring to a Dimmer (continued)
Multiple Power Modules to Single Control Device
• Shown with separate feeds for control and loads. All breakers must be turned off prior to installing or servicing the modules.

Up to 3 power modules may be wired to a single dimmer.
• Use PHPM-WBX- models for 3-wire fluorescent dimmers and PHPM-PA- models for other dimmer types.
• Load feed must not exceed voltage rating
of the load; control feed must not exceed
voltage rating of the dimmer.
• For specific wire colors, see the
wallbox lighting controls catalog (Lutron
P/N 3691746) at www.lutron.com/wallbox
420
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Phase-Adaptive Power Module Power Interfaces
369835j 8 01.10.2024
®
Wiring to a Dimmer (continued)
Single Power Module to Multiple Control Devices
• The power module may be on the same circuit/control zone as the control unit only if the total load does not exceed the rating of the breaker.
• Use PHPM-WBX- models for 3-wire fluorescent dimmers and PHPM-PA- models for other dimmer types. • Load feed must not exceed voltage rating of the load; control feed must not exceed voltage rating of the dimmer. • For specific wire colors, see the wallbox lighting controls catalog (Lutron P/N 3691746) at www.lutron.com/wallbox H/L
N
DH
Dimmer
(Main
Dimmer)
Accessory /
Companion
Dimmer or
3-Way
Switch
Zone In
Control Neutral
Load breaker
Control breaker
Load
DH (yellow/orange wire)
SH (capped)
H/L
N
D
N
H/L
Load feed
120 V~
• PHPM-PA-120-WH
• PHPM-WBX-120-WH
120–277 V~
• PHPM-PA-DV-WH
• PHPM-WBX-DV-WH
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
Control feed
120 V~
• PHPM-PA-120-WH
• PHPM-PA-DV-WH
• PHPM-WBX-120-WH
• PHPM-WBX-DV-WH
220–277 V~
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
Legend
H/L Hot/Live
N Neutral
SH Switched Hot
DH Dimmed Hot
Ground
Not Used
421
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Phase-Adaptive Power Module Power Interfaces
369835j 9 01.10.2024
®
Wiring to a GRAFIK Eye QS
Single Power Module to Single Control Device: Separate Power Feeds for Control and Load Sides • The load type for the output must be set appropriately on the panel’s circuit selector (for an LP or GP panel), on the controller (for an LCP panel), or in the HomeWorks software (for a HomeWorks panel). – For PHPM-PA- models, set load type to “incandescent”. – For PHPM-WBX- models, set load type to “fluorescent”. • Load feed must not exceed voltage rating of the load; control feed must not exceed voltage rating of the dimmer. • For specific wire colors, see the wallbox lighting controls catalog (Lutron P/N 3691746) at www.lutron.com/wallbox 123456LN
H/L
N
DH
Zone In
Control Neutral
Load breaker
Load
H/L
N
D
Load feed
120 V~
• PHPM-PA-120-WH
• PHPM-WBX-120-WH
120–240 V~
• PHPM-PA-DV-WH
• PHPM-WBX-DV-WH
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
Control breaker
GRAFIK Eye QS Control Unit
Wire to
appropriate
zone
H/L
N
D
Control feed
120 V~
• PHPM-PA-120-WH
• PHPM-PA-DV-WH
• PHPM-WBX-120-WH
• PHPM-WBX-DV-WH
220–240 V~
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
Legend
H/L Hot/Live
N Neutral
SH Switched Hot
DH Dimmed Hot
Ground
Not Used
422
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Phase-Adaptive Power Module Power Interfaces
369835j 10 01.10.2024
®
Wiring to an EcoSystem C5-BMJ Interface (for PHPM-WBX- models only) Single Power Module to Single Dimming Module: Separate Power Feeds for Control and Load Sides • The load breaker may be on a different phase from the control breaker. • Use PHPM-WBX- models only.
• Load feed must not exceed voltage rating of the load. • For specific wire colors, see the wallbox lighting controls catalog (Lutron P/N 3691746) at www.lutron.com/wallbox H/L
N
DH
Zone In
Control Neutral
Load breaker
Control breaker
Load
H/L
N
D
H/L
N
D
Load feed
120 V~
• PHPM-WBX-120-WH
120–277 V~
• PHPM-WBX-DV-WH
• PHPM-WBX-277/DV
DH (Orange)
N (White)
PHPM-WBX- models only
C5-BMJ-16A
SH (Red) (capped)
Control feed
120 V~
• PHPM-WBX-120-WH
• PHPM-WBX-DV-WH
220–277 V~
• PHPM-WBX-277/DV
Legend
H/L Hot/Live
N Neutral
SH Switched Hot
DH Dimmed Hot
Ground
Not Used
423
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Phase-Adaptive Power Module Power Interfaces
369835j 11 01.10.2024
®
H/L
N
DH
DH
DH
DH
DH
H
N
N
N
N
N
Zone In
Control Neutral
Load breaker
Load
H/L
N
D
Load feed
120 V~
• PHPM-PA-120-WH
• PHPM-WBX-120-WH
120–277 V~
• PHPM-PA-DV-WH
• PHPM-WBX-DV-WH
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
Power (Hot/Live)
(3) 14 to 2/0 AWG (2.0 to 70 mm2)
Neutral
(1) 14 to 2/0 AWG (2.0 to 70 mm2)
Dimmed Hot
(1) 14 to 10 AWG (2.0 to 4.0 mm2)
(1) 14 to 10 AWG (2.0 to 4.0 mm2)
Neutral
Branch
circuit
breakers
Legend
H/L Hot/Live
N Neutral
SH Switched Hot
DH Dimmed Hot
Ground
Not Used
Wiring to an LP, GP, LCP, or HomeWorks Panel
Single or Multiple Power Modules to Single Power Panel
• The load type for the output must be set appropriately on the panel’s circuit selector (for an LP or GP panel), on the controller (for an LCP panel), or in the HomeWorks software (for a HomeWorks panel). – For PHPM-PA- models, set load type to “incandescent”. – For PHPM-WBX- models, set load type to “fluorescent”. • Load feed must not exceed voltage rating of the load. • For specific wire colors, see the wallbox lighting controls catalog (Lutron P/N 3691746) at www.lutron.com/wallbox Control Voltage:
120 V~
• PHPM-PA-120-WH
• PHPM-PA-DV-WH
• PHPM-WBX-120-WH
• PHPM-WBX-DV-WH
220–277 V~
• PHPM-PA-277/DV
• PHPM-WBX-277/DV
Lutron, the Lutron logo, GRAFIK Eye, HomeWorks, EcoSystem, RadioRA, RadioRA 2, Energi Savr Node, LED+, and RTISS Equipped are trademarks or registered trademarks of Lutron Electronics Co., Inc. in the US and/or other countries. All other product names, logos, and brands are property of their respective owners. 424
® SPECIFICATION SUBMITTAL Page
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Phase-Adaptive Power Module Power Interfaces
369835j 12 01.10.2024
®
L/ H
N
DL
Def
1 2
3 Opt
Ta > 70 ˚C
Prog
Input
Entrada
Entrée 120 V~
16 A
50 / 60 Hz
QSN-4A5-D
CCI 800 W 500 W 500 W 500 W
H
M
L
+1.844.LUTRON1
lutron.com
Zn 1 Zn 2 Zn 3 Zn 4
277 V

8.3 A
50 / 60 Hz
~
CCI
COM
MUXMUX
COM
L L N N N N N DL1 DL2 DL3 DL4
N
N DL
N
L/H
Phase-Adaptive
Outputs
L/H
Control Feed
(120/277 V~)
Lighting
Loads
Zone In
Control
Neutral
Load breaker
L L N N N N N DL1 DL2 DL3 DL4
Legend
L/H Line/Hot
N Neutral
DL Dimmed Line
Earth/Ground
Not Used
Wiring to an Energi Savr Node PRO LED+ Phase Adaptive Fixture Controller Single or Multiple Power Modules to Single Power Panel
• The load type for the output must be set appropriately. – For PHPM-PA- models, set load type to “forward-phase”. • Load feed must not exceed voltage rating of the load. • Not Compatible with PHPM-WBX- models.
• Up to three power modules may be wired to an output.

Load feed
120 V~
• PHPM-PA-120-WH
277 V~
• PHPM-PA-DV-WH
• PHPM-PA-277/DV
Control Voltage:
120 V~
• PHPM-PA-120-WH
• PHPM-PA-DV-WH
277 V~
• PHPM-PA-277/DV
425
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Vive HJS-0, HJS-1, HJS-2 Wireless Hub
369902v 1 07.24.23
Vive Hub
Vive Hub Dashboard
Vive Wireless Hub
The Vive hub provides a connection point for Lutron
Vive devices such as PowPak wireless dimming and
switching modules, PowPak Wireless Fixture
Controllers, PowPak 20 A Relay Modules, Maestro
Wireless dimmers and switches, Wireless
Receptacle controls, Pico remote controls, Radio
Powr Savr occupancy sensors, and daylight
sensors. For a complete list of compatible devices,
see the last page of this document.

For more information on the Vive hub, including
training materials, design information and software
updates, please visit www.lutron.com/vive
Features
• Can be easily programmed with any Wi-Fi enabled iOS®
or Android® compatible device using the free Lutron
Vive app (available for download from the App Store or
Google Play®) or by using web-based software.
• iOS® and Android® Apps – Helper apps act as an
intermediary between Vive systems and the Lutron
Cloud without the need of a permanent internet
connection. It connects to hubs when on-site and
passes data back and forth when the smart device
reconnects to the Internet. Visit www.lutron.com/
VivePrivacyNotice for more about this data.
– Registration of jobs /users for extended warranty.
– Manage multiple jobs with contacts and job info.
– Invite facility users to have access to hubs /job.
– Automatically send handoff documentation
personalized to your firm to facility management
team. Including programming user guide, online
"How-to" videos, and support number.
– Connection to hub browser user interface for
setup. Normal web browser still works and the
app is not required.
– Connection to hub browser dashboard for control
and monitor. Normal web browser still works and
the app is not required.
– Backup the database to the Lutron Cloud for hub
replacement.
– Download reports that list the inventory of hubs
and devices commissioned in your job.
• Communicates with controls on a floor using Lutron
wireless Clear Connect technology.
• Distributed system architecture.
– Wireless sensors and controls must be located
within 60 ft (18 m) line of sight, or 30 ft (9 m)
through walls, of the associated device.
• Supports timeclock events based on both sunrise
and sunset or fixed time-of-day.
• Timeclock events can control individual devices,
areas, or groups of areas.
– Note: This feature is not available once a hub is
paired with a Vive Vue server.
• Uses Lutron RF signal strength measurements
to find devices nearby for quick association and
programming without having to climb ladders.
• Dashboard of current status for control and
monitoring of the system. Also shows current
energy usage.
• Integrated multi-color LED provides feedback on
what mode the hub is in.
• Connects directly to any smartphone, tablet or
computer using built in Wi-Fi. 2.4 GHz 802.11b/g.
using WPA2 Security.
• Each hub presents a dashboard of devices and
areas which it controls.
• If all the hubs on a job are networked using Ethernet, you can easily navigate from one hub to another to
view its dashboard.
continued on next page . . .
426
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Vive HJS-0, HJS-1, HJS-2 Wireless Hub
369902v 2 07.24.23
Features (continued)
• Ethernet 10/100 Mbps connection for:
– Native BACnetR/IP (see Lutron P/N 369996 at
www.lutron.com for PIC Statement) integration into
Building Management Systems (HJS-2-XX only).

The Vive Hub has been tested by BACnetR Testing
Laboratories (BTL) and is certified to comply with
all necessary interoperability requirements.
– Network multiple Vive hubs together as an
independent system or as part of an existing
building network.
– Native OpenADRR support, to manage Automatic
Demand Response/Load Shed events dictated by
a utility company.
– Each Vive hub hosts a unique virtual BACnetR
network. As such, each Vive hub requires a unique
BACnetR network number.
• Firmware upgradable for future features and
security patches.
• Password protected access.
• Flush-mount or surface-mount options available.
• Supported on most devices that use an HTML5
compliant browser (iOS®, Android®, Windows®,
Mac).
• Required browsers are Google® Chrome® and Safari.
• Supports HTTPS.
• Recommended configurations for smart devices:

Device OS Version
iPhone 6, iPhone 6 plus or newer iOS® 11.0 or
later
Supported on most Android® devices
running Android® 6.0 or later.

Android® 6.0
or later
• Daylighting Setpoint Tweaking – If the lights are too bright or too dim while using daylighting, adjust the
settings in real time from a smart device to alter the
setpoint for the light level that is maintained between natural and electric light. Older devices (released
prior to September 2017) can be adjusted but may
take a minute to reach desired level because of a of
slow fade. New devices will respond immediately.
• Daylighting-to-Low-End or Daylighting-to-Off - The
Vive system will allow the user to select either
daylighting-to-low-end or daylighting-to-off on an
area by area basis.
– Requires Vive hub software 01.08 or higher.
• Customer Supplied Security Certificates
– Provides customers the abiltiy to load their own
authentication certificates for their specific domain.
– Provides customers using the Vive hub application
to use secure browser communications without
receiving any authentication warnings due to the
self-signed certificates that are shipped with
the hubs.
– Requires Vive hub software 01.08 or higher.
• Timeclock Occupancy Sensor Settings Changes
– Requires devices shipped after September
2017. Devices shipped prior to that date will be
displayed as "unsupported" in the software UI.

Allows timeclock events to change the behavior
of occupancy settings based on time of day.

For example, change the unoccupied level of
corridors / hallways from 25% during the day, and
off at night. The following settings can be changed:
– Occupied Level – The level the lights go to when
occupied. Changes are not applied immediately
to currently occupied spaces, but will change the
next time the space goes occupied to minimize
distraction.
– Unoccupied Level – The level the lights go to when
unoccupied. Changes are applied immediately to
spaces not currently occupied.
– Enable/Disable Occupancy – Change whether
devices will respond to the occupancy sensor.
– Timeout of the sensors (requires FC-VSENSOR).

LRF2 sensors still require this setting to be set on
the sensor.
• 365-day schedulable timeclock with exceptions
for holidays.
– Allows scheduling events 10 years in advance.
– Set recurring events with exceptions on holidays.
– Allows scheduling events on specific day of
the year.
• Measured energy data for PowPak Wireless Fixture
Control accurate to ±2% or 0.5 W, whichever is
higher.
• Measured energy data is available for the Vive
Integral Fixture Control when paired with a driver that supports measured power. See Lutron specification
submittal (P/N 3691039) at www.lutron.com for more
information.
• Provides calculated energy data for PowPak
modules and Maestro dimmers or switches.
• Create and edit areas.
427
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Vive HJS-0, HJS-1, HJS-2 Wireless Hub
369902v 3 07.24.23
Features (continued)
• Tune area light levels by trimming the high-end and
low-end output to save energy.
• Adjust occupancy settings. Create occupancy
groups.
• Can extend the RF range of up to 15 Pico remote
controls per Vive hub. These remotes can be set up
to control any device within the 71 ft (22 m) range of
that Vive hub.
• RF range of occupancy sensors can be extended
for up to 14 areas per Vive hub. In a range extended
area, an occupancy sensor can control any device
in that area, regardless of distance between sensor
and device. Requires Vive hub software 01.09
or higher.
• Configurable Fade Time
– Up to 90 minutes for timeclock events and scenes.
o Limited to 90 seconds for FCJS-ECO, FCJSECO-EM, RMJS-ECO32-SZ, DFCSJ-OEM-RF, and DFCSJ-OEM-OCC devices.
o NOTE: This feature is not available once a hub is
paired with a Vive Vue server.
– Up to 90 seconds for Pico remote control
programming.
o Fade time may differ between buttons on the
same Pico remote control.
o Single fade time applies to all programming for
a button.
• Automatic Demand Response/Load Shed
– Load Shedding will physically dim the lights to a
programmable level to help meet the requirements
for the California Title 24 Building Energy Efficiency
Standards –Automatic Demand Response.
– OpenADRR 2.0b compliant (requires Vive hub
software 01.09 or higher).
– May be enabled (or disabled) via any of the
following methods:
o The first contact closure input (CCI 1)
o BACnetR integration
o OpenADRR integration
– OpenADRR requires access to utility companies
over the Internet, so the hub must be connected
via Ethernet to use OpenADRR.
• Alerts
– View run-time issues which may prevent devices
from operating as expected, such as low batteries
or missing devices.
• API Integration
– To integrate with third-party devices, systems,
and software, RESTful APIs are available over
the Ethernet.
• Scenes
– Scenes can control individual devices, areas, or
groups of areas on demand.
– May be activated via any of the following methods:
o The second contact closure input (CCI 2)
o API integration
o Manual activation in the app
– Maximum of 50 scenes are supported.
– Requires Vive hub software 01.13 or higher.
• Override and lockout support for the emergency
devices.
– Activate override and lockout manually, using
LUT-ELI-3PH or with an integration device such as
a fire alarm. This will send the emergency lights to
the defined levels and lock out the controls (Pico
remotes and sensors) in the case of a fire alarm or
security incident.
– May be activated via any of the following methods:
o The second contact closure input (CCI 2)
o API integration
o Manual activation in the app
– Supports all red-label emergency PowPak devices.
– Requires Vive hub software 01.13 or higher.

Note: Vive hub has been evaluated by UL for use
in emergency lighting systems in accordance with
standard UL 924 when paired with the LUT-ELI-3PH
Emergency Lighting Interface. Requires Vive hub
software 01.13 or higher.
• Programmable CCI
– The second contact closure input (CCI 2) can be
programmed to activate a scene or override and
lockout emergency devices in case of a fire alarm.
– Scene activation
o Set a scene to activate using the second contact
closure input (CCI 2) on the Vive hub.
– Override & Lockout support activation (fire alarm,
security incident)
o Provides the ability to command all red-label
emergency load controllers to programmable
light levels and lockout the controls.
– Requires Vive hub software 01.13 or higher
• Occupancy Dependency
– Occupancy sensors in one room/area can control
devices in other rooms/areas.
– Radio Powr Savr occupancy sensors and Maestro
Wireless 0–10 V- dimmers and switches with
sensor only.
– Requires Vive hub software 01.14 or higher
• Manually select dimming module phase in the app
(supported devices only).
428
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Vive HJS-0, HJS-1, HJS-2 Wireless Hub
369902v 4 07.24.23
Specifications
Regulatory Approvals
• cULus Listed
• FCC approved. Complies with the limits for a Class B
device, pursuant to Part 15 of the FCC rules.
• IC
• COFETEL
• NOM
Power/Performance
• Input to power supply:
120 – 277 V~ 50/60 Hz 0.6 A
• Input to Vive hub:
24 V- 350 mA
System Limits
• HJS-1, HJS-2 support up to 700 Lutron Wireless
devices. HJS-0 supports 75 Lutron Wireless devices.

Devices must be located within 71 ft (22 m) of the
Vive hub.
• Any given load device can be controlled by
10 occupancy sensors, 10 Pico remote controls and
1 daylight sensor (Pico remote controls and sensors
must be located within 30 ft [9 m] of the load device
they are controlling).

Mounting
• Vive hub units should be mounted in the middle of
non-metal ceiling tile or drywall, visible from inside the space.
• Installation near metal, other than a junction box,
may reduce RF range. Hub should be at least 12 in
(305 mm) away from metal objects.
• Use surface-mount version for mounting to a hard
or cement ceiling.
• Power supply mounts to a standard 4 in x 4 in
(101 mm x 101 mm) square junction box.
• Power supply must be mounted within 100 ft (31 m) of
the Vive hub. Wiring should be 24 AWG to
12 AWG (0.2 mm2
to 2.5 mm2).

Environment
• For indoor use only.
• 32 to 104 °F (0 to 40 °C).
• Relative humidity less than 90% non-condensing.

Contact Closure Input Terminals
• First contact closure input (CCI 1) is to be used for initiating load shed only. Load shedding will physically dim the lights to a programmable level to help meet the requirements for The California Title 24 Building Energy Efficiency Standards Automatic Demand Response.
• The second contact closure input (CCI 2) may be
programmed to activate an emergency or scene. If
activating a scene, a "deactivation" behavior may be
set in the scene in order to set two behaviors for the
one input.
• Accepts only maintained inputs.
• Off-state leakage current must be less than 100 μA.
• Open circuit voltage: 24 V- maximum.
• Input wiring: 24 AWG to 12 AWG (0.2 mm2
to 2.5 mm2).
• Contact Closure Inputs on multiple hubs can be
wired in parallel. DO NOT wire inputs in parallel with
other equipment as it can cause the inputs on either
of the devices to falsely trigger.
• Up to 4 hubs in parallel.
• To ensure proper operation of Contact Closure
Inputs, a PS-J-20W-UNV power supply may not be
used to provide power to more than one hub.
• Inputs must be dry contact closure, solid state, open collector, or active-low (NPN)/active high (PNP) output. – Open collector NPN or active-low on-state voltage
must be less than 2 V- and sink 3.0 mA.
– Open collector PNP or active-high on-state voltage
must be greater than 12 V- and source 3.0 mA.

Programming
• The Vive hub is meant to be permanently installed.

It is NOT intended to be used as a programming
tool that can be removed from the site after
commissioning. Various Vive system features are
dependent on the hub for proper functionality.

In addition, users and other maintainers will be
forced to recommission the entire system in order
to make simple changes or additions if the hub is
not installed on-site as part of the commissioned
system.

Warranty
• 1 year limited warranty. The customer can register
the product to increase the warranty period from
1 year to 5 years. Please visit www.lutron.com/
TechnicalDocumentLibrary/369-119_Wallbox_
Warranty.pdf for warranty details.
429
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Vive HJS-0, HJS-1, HJS-2 Wireless Hub
369902v 5 07.24.23
How to Build a Model Number
Example
H J S – 1 – FM
Frequency Band
J = 433.05–434.79 MHz
Type
0 = Starter Vive hub without BACnetR limited to
75 devices (Available as HJS-0-FM only)
1 = Vive hub without BACnetR
2 = Premium Vive hub with BACnetR
Mounting
FM = Flush-Mount (non-metal ceiling tiles or drywall)
SM = Surface-Mount (cement)
Available Vive Hub Model Numbers (includes power
supply and mounting adapter)
HJS-0-FM - Starter hub, flush-mount adapter and
power supply
HJS-1-FM - Vive hub, flush-mount adapter and
power supply
HJS-1-SM - Vive hub, surface-mount adapter and
power supply
HJS-2-FM - Premium Vive hub, flush-mount adapter
and power supply
HJS-2-SM - Premium Vive hub, surface-mount adapter
and power supply
HJS-UPDATE - Software upgrade license to add
BACnet to HJS-0 and HJS-1 hubs
HJS-DEVICES - Software upgrade license expands
device limit to 700 devices for
HJS-0 hubs
Frequency
Mounting
Type
Replacement Part Model Numbers
PS-J-20W-UNV Vive hub external power supply
H-MOUNT-FM Flush-mount installation adapter
H-MOUNT-SM Surface-mount installation adapter
Ethernet Switch Model Numbers (sold separately)
All switches are unmanaged 10/100/1000 Mbps.

This IT gear is a suggested list. IT provided gear that is equivalent or better is sufficient. Enterprise level gear recommended.

ETH-SWITCH-16 16 port
ETH-SWITCH-24 24 port
ETH-SWITCH-24-1M 24 port, 1 multi-mode fiber
ETH-SWITCH-24-2M 24 port, 2 multi-mode fiber
ETH-SWITCH-24-1S 24 port, 1 single-mode fiber
ETH-SWITCH-24-2S 24 port, 2 single-mode fiber
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Vive HJS-0, HJS-1, HJS-2 Wireless Hub
369902v 6 07.24.23
Dimensions
Dimensions are shown as: in (mm)
Surface-mount
Adapter Details
• Knockouts for
1/2 in or 3/4 in
(13 mm or 19 mm)
conduit.

Vive Hub
Top View Side View

6.8 (173)

5.3 (135)

2.8 (71)

1.5 (38)
Flush-mount Adapter
Top View Side View

6.5 (165)

3.1 (79)
Surface-mount Adapter
Top View Side View

4.8 (122)

3.5 (89)
Power Supply
Top View Side View

4.0 (102)

3.4 (86)

4.0 (102)

1.7 (43)
Flush-mount
Adapter Details
• Requires a 6 in
(153 mm) hole to be
cut in the ceiling for
mounting.
431
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369902v 7 07.24.23
Range Diagrams
100 ft (30 m)
100 ft (30 m)
Private Office
Maestro Wireless
Dimmer
Conference Room
PowPak Dimming Module
Open Office
PowPak
Fixture
Control
Personal Control
Pico
Remote Control
Sensors
Radio Powr Savr
Occupancy Sensor
Radio Powr Savr
Daylight Sensor
Setup, Monitor and
Control
Vive Hub
71 ft (22 m)
Maximum
71 ft (22 m)
Maximum
100 ft (30 m)
100 ft
(30 m)
Note: Pico remote controls and sensors must
be within 30 ft (9 m) of the load device they are
controlling1
Range with multiple Vive hubs
All wireless devices to be associated to the Vive hub must be within 71 ft (22 m) of the Vive hub and must be on the same floor as the Vive hub.

Note: Vive hubs should be mounted greater than 10 ft (3 m) apart on the same floor.

Note: A corporate Wi-Fi network can interfere with the Wi-Fi on the Vive hub. Where a corporate Wi-Fi network exists, it is recommended to do the following:
• Connect the Vive hub to the corporate network using the Ethernet connection on the hub and disable Wi-Fi on the hub.

Note: Vive hubs should be mounted greater than 10 ft (3 m) from a Wi-Fi router or access point. 30 ft (9 m)
Maximum1
30 ft (9 m)
Maximum1
30 ft (9 m)
Maximum1
30 ft (9 m)
Maximum1
71 ft (22 m)
Maximum
Vive Hub
RF coverage
1 Wireless sensors and controls must be located within 60 ft (18 m) line of sight, or 30 ft (9 m), through walls, of the associated device. 432
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369902v 8 07.24.23
Wiring
24 V120–277 V~
Product Overview
(Flush-mount adapter)
Ceiling tile Power supply
Vive hub
Flush-mount
adapter
24 V120–277 V~
Ceiling
Power supply
Vive hub
Surface-mount
adapter
Product Overview
(Surface-mount adapter)
Note: For Chicago plenum space applications the power supply has a metal enclosure and can be mounted in the plenum space. The Vive hub cannot be mounted in the plenum space and needs to be mounted outside the plenum space on the surface of the ceiling.

See Lutron Application Note #628 (P/N 048628) at www.lutron.com for information on wiring Emergency Lighting with a Vive System.

Vive Hub
CCI1
COM
24 VCOM
CCI2
Red
Blue
Ethernet
10/100
LAN
To Power
Supply
Optional: Scene or Emergency mode via second contact closure input (CCI 2) Ethernet
Connection
Optional: Only used for automatic demand response/load shed via first contact closure input (CCI 1)
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369902v 9 07.24.23
Vive Security Statement
Lutron takes the security of the Vive Lighting Control System very seriously.

The Vive Lighting Control System has been designed and engineered with attention to security since its inception.

Lutron has engaged security experts and independent testing firms throughout the entire development of the Vive Lighting Control System. Lutron is committed to security and continuous improvement throughout the Vive product lifecycle.

The Vive Lighting Control System uses a multi-tiered approach to security and National Institute of Standards and Technology (NIST) recommended techniques for security.

They include:

1. An architecture that isolates the wired Ethernet network from the wireless network, which strictly limits the possibility of the Vive Wi-Fi being used to access the corporate network and gain confidential information

2. A distributed security architecture with each hub having its own unique keys that would limit any potential breach to only a small area of the system

3. Multiple levels of password protection (Wi-Fi network and the hubs themselves), with built-in rules that force the user to enter a strong password

4. NIST-recommended best practices including salting and SCrypt for securely storing usernames and passwords

5. AES 128-bit encryption for network communications

6. HTTPS (TLS 1.2) protocol for securing connections to the hub over the wired network

7. WPA2 technology for securing connections to the hub over the Wi-Fi network

8. Azure provided encryption-at-rest technologies
The Vive hub can be deployed in one of two ways:
• Dedicated Lutron Network
• Connected to the corporate IT network via Ethernet. The Vive hub must be connected via Ethernet to access certain features such as BACnet® for BMS integration or OpenADRR integration. Lutron advises following best practices in this instance, including separating the business information network and the building infrastructure network. Use of a VLAN or physically separated networks is recommended for secure deployment.

Dedicated Lutron Network Deployment
The Vive hub is not connected to the building network. Wi-Fi is used to connect to a smart device such as a phone, tablet, or PC for commissioning and configuration only. The Vive hub serves web pages for setup and maintenance via a password-protected connection. The Wi-Fi SSID can be set to not broadcast. The Vive hub Wi-Fi may be disabled if desired.

Corporate IT Network Deployment
The Vive hub may be deployed with a fixed Ethernet IP address or served over DHCP. Once the IT network is operational, the Vive hub will serve password protected web pages for access and maintenance. The Vive hub Wi-Fi may be disabled if desired. The Vive hub reserves the IP subnet 192.168.3.0/24 for its Wi-Fi, so the hub cannot be assigned an Ethernet IP address in that range.

The Vive hub acts as a Wi-Fi access point purely for the configuration and commissioning of the Vive system. It is not a substitute for your building’s normal Wi-Fi access point. The Vive hub does not act as a bridge between wireless and wired networks.

It is strongly recommended that local IT security professionals be involved with the network configuration and set-up to ensure the installation meets their security needs. 434
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369902v 10 07.24.23
Dedicated Network
Wi-Fi Only
Vive X
Ports Used
• No IT configuration needed
Corporate Network
Single Hub
Vive X
Ports Used
Link segment 330 ft (100 m) Building Management System (BMS) Vive Hub
Vive Hub
Corporate Wi-Fi
Router
Traffic Port Type Connection Description
Outbound 47808
(configurable) UDP Ethernet Used for BACnet® integration into Building Management Systems 80 TCP Used to discover the Vive hub when mDNS is not available 5353 UDP Ethernet Used to discover the Vive hub via mDNS Configurable TCP Ethernet Used for OpenADRR. Specified by utility company Inbound 443 TCP Both Ethernet and
Wi-Fi Used to serve user interface to smart device
80 TCP Used by other Vive hubs to proxy
8081 TCP Ethernet Used for local LEAP connections to integrations and Vive Vue 8083 TCP Ethernet Used for local LAP connections to integrations and Vive Vue 8444 TCP Ethernet Used to communicate with the Vive Vue server 47808
(configurable) UDP Ethernet Used for BACnet® integration into Building Management Systems 5353 UDP Ethernet Used to discover the Vive hub via mDNS 435
® SPECIFICATION SUBMITTAL Page
Job Name:

Job Number:

Model Numbers:

Vive HJS-0, HJS-1, HJS-2 Wireless Hub
369902v 11 07.24.23
Corporate Network (continued)
Multiple Hubs
Link segment 330 ft (100 m)
Building Management System (BMS)
Vive Hub
Corporate
Wi-Fi
Router
Vive Hub
Notes
• The inter-hub wiring is considered IEC PELV/NEC® Class 2; do not run in the same conduit as line (mains) voltage wiring.
• Wiring distance for any single link segment is 330 ft (100 m) max; use Lutron-provided or third-party Ethernet switches for longer distances (see page 3).
• Up to 64 hubs can be networked together.
• Up to 100 hubs can be networked together when Vive Vue is used. • Hubs communicate over the inter-hub link using multicast UDP or TCP; a dedicated network is recommended but not required.
• The Wi-Fi access port cannot be used to create an ad hoc network for use as the inter-hub communication link.

Inter-Hub Link Wiring
Link segment 330 ft (100 m)
Ports Used
Traffic Port Type Connection Description
Outbound 47808
(configurable) UDP Ethernet Used for BACnet® integration into Building Management Systems 80 TCP Used to discover the Vive hub when mDNS is not available 5353 UDP Ethernet Used to discover the Vive hub via mDNS Configurable TCP Ethernet Used for OpenADRR. Specified by utility company Inbound 443 TCP Both Ethernet and
Wi-Fi Used to serve user interface to smart device
80 TCP Used by other Vive hubs to proxy
8081 TCP Ethernet Used for local LEAP connections to integrations and Vive Vue 8083 TCP Ethernet Used for local LAP connections to integrations and Vive Vue 8444 TCP Ethernet Used to communicate with the Vive Vue server 47808
(configurable) UDP Ethernet Used for BACnet® integration into Building Management Systems 5353 UDP Ethernet Used to discover the Vive hub via mDNS 436
® SPECIFICATION SUBMITTAL Page
Job Name:

Job Number:

Model Numbers:

Vive HJS-0, HJS-1, HJS-2 Wireless Hub
369902v 12 07.24.23
Compatible Devices
• Maestro Wireless Dimmers and Switches
– MRF2S-6CL-XX1
– MRF2S-6ELV120-XX1
– MRF2S-8S-DV-XX1
– UMRF2S-8S-DV-XX1
– MRF2S-8ANS120-XX1
– UMRF2S-8ANS120XX1
– MRF2S-6ANS-XX1
– MRF2S-6ND-120-XX1
• Maestro Wireless Companion Dimmers
and Switches
– MA-R-XX1
– MSC-AD-XX1
– MA-AS-XX1
– MSC-AS-XX1
• Maestro Wireless 0-10V Dimmers and Switches
with Sensor 2
– MRF2S-8SD010-XX
– MRF2S-8SS-XX
– MRF2S-8SDV010-XX
– MRF2S-8SSV-XX
• PowPak Modules
– FCJS-010
– FCJS-010-EM
– FCJS-ECO
– FCJS-ECO-EM
– RMJS-ECO32-SZ
– RMJS-8T-DV-B
– RMJS-8T-DV-B-EM
– URMJS-8T-DV-B
– RMJS-16RCCO1DV-B
– URMJS-16RCCO1DVB
– RMJS-16R-DV-B
– RMJS-16R-DV-B-EM
– URMJS-16R-DV-B
– RMJS-5RCCO1-DV-B
– RMJS-5R-DV-B
– RMJS-20R-DV-B
– RMJS-20RCCO1DV-B
– RMJS-CCO1-24-B
– URMJS-CCO1-24B
• In-Line Phase Control Dimmers 3,4
– RMQS-250-NE
– RMQS-250-NE-EM4
• Dimming Modules
– RMJS-5T-347
– RMJS-5T-347-EM
– RMJS-PNE-DV5
– RMJS-PNE-DV-EM5
1 "XX" denotes color code and "YYY" denotes button marking code. 2 Requires Vive hub software 01.09 or higher. 3 Requires Vive hub software 01.12 or higher. 4 Israel and Hong Kong only. 5 Requires Vive hub software 01.13 or higher. 437
® SPECIFICATION SUBMITTAL Page
Job Name:

Job Number:

Model Numbers:

Vive HJS-0, HJS-1, HJS-2 Wireless Hub
369902v 13 07.24.23
Compatible Devices (continued)
• Pico Wireless Controls 1
– PJ2-2B-GXX-YYY
– PJ2-2BRL-GXX-YYY
– PJ2-3B-GXX-YYY
– PJ2-3BRL-GXX-YYY
– PJ2-4B-GXX-EL12
– PJ2-4B-GXX-EL22
– PJ2-4B-GXX-L012
– PJ2-4B-GXX-L212
– PJ2-4B-GXX-L312
– PJ2-4B-GXX-PY42
– PJN-2B-GXX-L01
– PJN-3BRL-GXX-L01
– PQ2-2B-TXX-L013
– PQ2-2BRL-TXX-L013
– PQ2-3B-TXX-L013
– PQ2-3BRL-TXX-L013
– PQ2-4B-TXX-L21P2,3
– PQ2-4B-TXX-L012,3
– PQ2-4B-TXX-L312,3
– PQ2-4B-GXX-EL12,3
– PQ2-4B-GXX-EL22,3
– PQ2-4B-GXX-PY42,3
– PJL-2B-GXX-YYY
– PJL-2BRL-GXX-YYY
– PJL-3BRL-GXX-YYY
1 "XX" denotes color code and "YYY" denotes button marking code. 2 Button programming is only for all devices paired to the Pico remote control. These Pico remote controls are unable to have their buttons be individually assigned to different rooms. 3 Israel and Hong Kong only.

The Lutron logo, Lutron, Clear Connect, Maestro, Maestro Wireless, Pico, PowPak, Radio Powr Savr, Vive Vue, and Vive are trademarks or registered trademarks of Lutron Electronics Co., Inc. in the US and/or other countries.

Bonjour, Mac, Safari and iPhone are trademarks of Apple Inc., registered in the U.S. and other countries.

App Store is a service mark of Apple Inc., registered in the U.S. and other countries.

All other product names, logos, and brands are property of their respective owners. • Wireless Occupancy and Daylight Sensors
– LRF2-OCR2B-P-WH
– LRF2-VCR2B-P-WH
– LRF2-OHLB-P-WH
– LRF2-OKLB-P-WH
– LRF2-OWLB-P-WH
– LRF2-VHLB-P-WH
– LRF2-VKLB-P-WH
– LRF2-VWLB-P-WH
– LRF2-DCRB-WH
– LRF7-OCR2B-P-WH3
– LRF7-OHLB-P-WH3
– LRF7-OKLB-P-WH3
– LRF7-OWLB-P-WH3
– LRF7-DCRB-WH3
• Energy Retrofit Kits
– MRF2S-1S8A-1OC
– MRF2S-1S8A-1OH
– MRF2S-1S8A-1OK
– MRF2S-1S8A-1OW
– MRF2S-1S8A-1VC
– MRF2S-2S8A-1OW
• Wireless Receptacle Controls
– CAR2S-15-STR-XX1
– CAR2S-20-STR-XX1
– CAR2S-15-DTR-XX1
– CAR2S-20-DTR-XX1
• Wireless Fixture Controls
– DFCSJ-OEM-RF
– DFCSJ-OEM-OCC
– DFC-OEM-DBI
438
439
Community
Center
Modernization
Project
City of Soledad Public Works Dept.
440
Overview
• Background
• Base Bid Project
• Kitchen Remodel
• Change Order
• Alt Work
• Remaining Items
• CDBG
441
Background
• The Community Center was constructed in 1993, and although various repairs and replacements have taken place over the years, the facility direly needed a comprehensive repairs and upgrades project to bring the facility to current City and County Health Codes.
• Council Approved a Construction Services Contract with David Construction & Management for the total not to exceed amount of $787,169.40 on April 9, 2024.
442
Base Bid Project
• Kitchen Remodel
• Stage Lift
• Stage Lighting & Electrical
443
Kitchen
Remodel
• Kitchen and Base
Project is nearly
completed with a
tentative schedule of
completion the first full
week of November.
• Epoxy Floors finished
the curing process, and
the final installation of
kitchen equipment is to
be completed before the
paint finishing is
performed.
444
Change Orders
• Approved Change Orders to Date:
• CCO #1 – $36,073.00: Included substitutions for the exhaust hood, GFCI, and additional electrical work in the Kitchen, Mold Remediation, and the front door refurbishments.
• CCO #2 - $14,228.00: This included the mold remediation(demo and replacement) along the perimeter in the kitchen also this included a deduction from the site work scope.
• CCO #3 - $252,785.00: Included performing corrective demolition and reinstallation of the flatwork/walkway between ADA Parking Stalls, Stage Wall and Ceiling finishes, grease interceptor conflict, kitchen waterline repair, wood rot repairs on the south wall, and approval of Alt 1 for Gym lighting and Winches.
• CCO #4 - $8,967.00: Included PowPak Modules for Power Conversion with Pico Switches and the Vent Code Discrepancy and the work to make it compliant. 445
Alt Work
• The Community Center Modernization Project Bid Alternates:
• Alt 1: For the Gym Lighting - $128,678.48
• Alt 2: Restroom Remodel - $183,240.01
• Alt 3: Sitework/Trash Enclosure/ Parking Lot Lighting - $142,674.4
• City Council approved through Change Order No. 3 Bid Alt #1 with the addition of the winches for a total of $140,300 on September 4th, 2024.
446
Remaining Items
• Future Change Order# 5 - $79,544.40 to address some of the following items:
• Stage/Gym Lighting Issues, the existing infrastructure does not support the PowPak Modules that would satisfy the dimmable requirements under Title 24 Lighting Requirements of the California Building Standards Code. Therefore, there is anticipated additional costs for the additional efforts and electrical work associated with this item.
• Emergency Light Hotwire Issues: Currently, the emergency lighting is tied to a light switch fixture in the Gym, which direly needs to be diverted to a permanent power source in the event of an emergency.
447

Soledad City CouncilNovember 6, 2024

Soledad City Council
November 6, 2024