273_EL702_R1_AMENDMENT 009.pdf
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- Solicitation number
- N6247026R0012
About this file
This document is a lighting specification and control diagram plate for LED industrial lighting systems in a federal facility (Building 60). The specifications detail three primary luminaire types: LED Industrial High-Bay fixtures, Exit Signs, and LED Wall Pack units, along with their required components and certifications.
The LED Industrial High-Bay fixtures require heavy gauge cold-rolled steel or cast aluminum housing with polycarbonate diffuse lenses, solid-state LEDs at 3500K color temperature with minimum 80 CRI and 140 lumens/watt efficacy, replaceable dimmable drivers rated 120-277V with thermal management and less than 20% total harmonic distortion, and UL listing for damp/wet locations with DLC qualification and compliance to IES LM79, LM80, and TM21 testing standards. Exit Signs must feature die-cast aluminum or UV-stabilized thermoplastic housing, solid-state LEDs, integral high-efficiency drivers, NFPA 101 and UL listing for damp/wet locations, and optional red or green lettering with battery backup capabilities. LED Wall Pack units require die-cast or extruded aluminum housing with integral passive cooling, precision-molded acrylic lenses with Type II, III, or IV distribution, solid-state LEDs at 3000K with minimum 70 CRI and 80 lumens/watt efficacy, dimmable drivers with thermal management, and UL wet-location listing with compliance to IES testing standards.
The control systems incorporate Local Area Controllers with time clocks, occupancy/vacancy sensors, photosensors, and UL 924-listed bypass relays for fire alarm integration. The lighting control sequence initiates automatically to 100% via high-bay occupancy sensors, reduces to 50% illumination after 20 minutes of vacancy, and schedules to full off after hours, with manual override capabilities and photosensor-maintained illumination levels of 100 footcandles at work surfaces in shop areas. All mounting hardware must be stainless steel, and installation must comply with manufacturer recommendations for sensor spacing and complete system functionality.
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Text version
A
LED INDUSTRIAL HIGH-BAY
REVISED: NOVEMBER 2020 NL-24LIGHTING PLATE:
LUMINAIRE REQUIREMENTS:
1. HOUSING - HEAVY GAUGE COLD ROLLED STEEL OR CAST ALUMINUM
HOUSING.
2. OPTICS - POLYCARBONATE DIFFUSE LENS.
3. LIGHT SOURCE - SOLID STATE LEDS, 3500K CCT UON, MINIMUM 80 CRI
UON, AND MINIMUM EFFICACY OF 140 LUMENS/WATT UON. INITIAL LUMEN
OUTPUT AS INDICATED IN LUMINAIRE SCHEDULE.
4. DRIVER - REPLACEABLE, INTEGRAL, HIGH-EFFICIENCY DIMMABLE DRIVER
WITH MINIMUM 0.9 PF, OPERATING VOLTAGE OF 120-277V, THERMAL
MANAGEMENT, AND < 20% THD. ON/OFF CONTROL AND FULLY DIMMABLE
DOWN TO 10% MINIMUM OR AS INDICATED IN LUMINAIRE SCHEDULE
5. CERTIFICATION - UL LISTED FOR DAMP OR WET LOCATION, ROHS
COMPLIANT, DLC QUALIFIED. COMPLIES WITH IES LM79, LM80 AND TM21
TESTING STANDARDS.
6. MOUNTING - PENDANT, STEM, OR SURFACE MOUNTED WITH STAINLESS
STEEL MOUNTING HARDWARE.
7. OPTIONS - INTEGRAL OCCUPANCY SENSOR, EMERGENCY BATTERY
BACK-UP, VARIOUS OPTICAL DISTRIBUTIONS.
NOTE: THIS SKETCH IS A NON-PROPRIETARY GRAPHIC REPRESENTATION OF A LUMINAIRE
THAT MAY MEET THE SPECIFICATION REQUIREMENTS. IT IS NOT INTENDED TO INDICATE
A CERTAIN MANUFACTURER OR PREFERENCE.
EXIT SIGN
REVISED: NOVEMBER 2020 NL-28LIGHTING PLATE:
LUMINAIRE REQUIREMENTS:
1. HOUSING - DIE-CAST ALUMINUM OR HIGH-IMPACT, UV-STABILIZED,
INJECTION-MOLDED THERMOPLASTIC.
2. LIGHT SOURCE - SOLID STATE LEDS.
3. DRIVER - INTEGRAL, HIGH-EFFICIENCY DRIVER WITH MINIMUM 0.9 PF,
OPERATING VOLTAGE OF 120/277V, THERMAL MANAGEMENT, AND < 20%
THD.
4. CERTIFICATION - NFPA 101, UL LISTED FOR DAMP OR WET LOCATION,
AND ROHS COMPLIANT.
5. MOUNTING - SURFACE MOUNTED ON CEILING AND/OR WALL.
6. OPTIONS - RED OR GREEN LETTERING, ONE- OR TWO-SIDED. ELU
REMOTE HEAD CAPABILITIES. BATTERY BACKUP.
NOTE: THIS SKETCH IS A NON-PROPRIETARY GRAPHIC REPRESENTATION OF A LUMINAIRE
THAT MAY MEET THE SPECIFICATION REQUIREMENTS. IT IS NOT INTENDED TO INDICATE
A CERTAIN MANUFACTURER OR PREFERENCE.
W
REVISED: NOVEMBER 2020 XL-10LUMINAIRE PLATE:
LED WALL PACK
NOTE: THIS SKETCH IS A NON-PROPRIETARY GRAPHIC REPRESENTATION OF A LUMINAIRE
THAT MAY MEET THE SPECIFICATION REQUIREMENTS. IT IS NOT INTENDED TO INDICATE
A CERTAIN MANUFACTURER OR PREFERENCE.
LUMINAIRE REQUIREMENTS:
1. HOUSING - DIE-CAST OR EXTRUDED ALUMINUM WITH INTEGRAL PASSIVE COOLING
MECHANISM. HEAT SINK INCORPORATED DIRECTLY INTO HOUSING OR DRIVER
COMPARTMENT.
2. OPTICS - PRECISION MOLDED ACRYLIC LENS WITH TYPE II, III, OR IV DISTRIBUTIONS.
BUG UPLIGHT RATING OF U0, WITH GLARE RATING AS DETERMINED BY LIGHTING ZONE
INSTALLED.
3. LIGHT SOURCE - SOLID STATE LEDS, 3000K CCT UON, MINIMUM 70 CRI UON, AND
MINIMUM EFFICACY OF 80 LUMENS/WATT UON. INITIAL LUMEN OUTPUT AS INDICATED IN
LUMINAIRE SCHEDULE.
4. DRIVER - REPLACEABLE, INTEGRAL, HIGH-EFFICIENCY DIMMABLE DRIVER WITH MINIMUM
0.9 PF, OPERATING VOLTAGE OF 120-277V, THERMAL MANAGEMENT, AND < 20% THD.
ON-OFF CONTROL AND FULLY DIMMABLE DOWN TO 10% MINIMUM OR AS INDICATED IN
LUMINAIRE SCHEDULE.
5. CERTIFICATION - UL LISTED FOR WET LOCATION, ROHS COMPLIANT. COMPLIES WITH IES
LM79, LM80 AND TM21 TESTING STANDARDS.
6. MOUNTING - SURFACE MOUNTED WITH STAINLESS STEEL MOUNTING HARDWARE.
7. OPTIONS - VARIOUS LIGHT DISTRIBUTIONS. INTEGRAL MOTION SENSOR, PHOTOCELL,
BATTERY BACK-UP.
W1
SLV
FACP
LOCAL AREA CONTROLLER
WITH TIME CLOCK
NOTE 4
120V
TYPICAL. REFER TO FLOOR
PLANS FOR LOCATIONS
(TYP)
NOTE 8
LOCAL AREA CONTROLLER DIAGRAM NOTES:
H
(TYP)
NOTE 10
PI
1. WIRING, COMPONENTS AND INSTALLATION REQUIREMENTS WILL VARY DEPENDING ON SYSTEM.
2. INSTALLATION OF SENSORS, SWITCHES, AND WIRING MUST BE PER MANUFACTURER'S
RECOMMENDATIONS.
3. CONTROL WIRING MUST BE PER MANUFACTURER'S RECOMMENDATION AND MUST BE INSTALLED
WITHIN CONDUIT. CONTROL WIRING MUST BE SHIELDED.
4. PROVIDE ENGRAVED INFORMATIONAL SIGN AT CONTROL PANEL INDICATING LIGHTING BRANCH
CIRCUITS AND AREAS SERVED.
5. LOSS OF POWER TO CONTROLLER MUST TURN RELAYS ON.
6. DIAGRAM INDICATES TYPICAL CONTROL DEVICES. REFER TO LIGHTING PLANS FOR BRANCH
CIRCUITS.
7. PROVIDE MINIMUM QUANTITY OF SENSORS AS INDICATED ON LIGHTING PLANS. PROVIDE
MANUFACTURER'S RECOMMENDED SENSOR QUANTITIES AND SPACING FOR FULL COVERAGE OF
SPACE IF MANUFACTURER RECOMMENDS ADDITIONAL SENSORS DUE TO CLOSER SENSOR
SPACING.
8. EACH LIGHTING CONTORL SWITCH STATION MUST BE ABLE TO TURN LIGHTING ON/OFF WITHIN THE CONTROLLED AREA AND RAISE/LOWER LIGHTING LEVELS. PROVIDE SWITCH STATIONS WITH
ENGRAVED PUSHBUTTONS INDICATING CONTROL PROVIDED (ON, OFF, RAISE, LOWER).
ADDITIONALLY, PROVIDE A MELAMINE SIGN, COORDINATE WORDING WITH THE CONTRACTING
OFFICER.
9. NOT ALL PARTS ARE SHOWN IN DIAGRAM. PROVIDE COMPONENTS FOR A COMPLETE WORKING
SYSTEM.
10. ACTIVATION OF THE FIRE ALARM SYSTEM MUST TURN LIGHTING ON FULLY.
11. MUST BE UL 924 LISTED.
12. PROPOSED SEQUENCE OF OPERATION, COORDINATE WITH THE CONTRACTING OFFICER:
LIGHTING IS INITIATED ON MANUALLY VIA LOW VOLTAGE SWITCH. PHOTO SENSORS INITIATE
RAISE/LOWER OF LIGHTING LEVEL TO MAINTAIN 100 FOOTCANDLES AT THE WORK SURFACES IN
SHOP AREAS. LOW VOLTAGE SWITCH MAY THEN BE USED TO OVERRIDE PHOTOSENSOR INPUT
TO LOWER ILLUMINATION LEVELS BELOW 100 FOOT CANDLES. LIGHTING IS LOWERED TO 50%
ILLUMINATION LEVEL VIA HIGH BAY/OCCUPANCY/VACANCY SENSOR AFTER 20 MINUTES OF
VACANCY. LIGHTING IS SCHEDULED TO FULL OFF AFTER HOURS. LOW VOLTAGE SWITCH MAY BE USED AFTER HOURS TO TURN LIGHTS ON MANUALLY. IF MANUAL ON AFTER HOURS IS INITIATED, HIGH BAY/OCCUPANCY/VACANCY SENSORS WILL TURN LIGHTS OFF AFTER 20 MINUTES OF
VACANCY.
EL102, EL103, EL105
(TYP)
A
C
CIRCUIT
OF FIXTURESLIGHTING BRANCH
FIXTURE/GROUP
TYPICAL LIGHTING
UL924 BYPASS RELAY
LIGHTING BYPASS CONTROL DIAGRAM NOTES:
1. PROVIDE 120V AC BYPASS RELAY WITH MINIMUM 20 AMP, 120V RATED
NORMALLY OPEN AND NORMALLY CLOSED CONTACTS. NORMALLY CLOSED
BYPASS RELAY CONTACTS MUST BE HELD OPEN BY 120 VOLT POWER.
NORMALLY CLOSED CONTACT MUST CLOSE WHEN FIRE ALARM/MASS
NOTIFICATION SYSTEM IS IN ALARM AND MUST BYPASS THE LIGHTING
SWITCHES, CONTROLS AND OCCUPANCY/VACANCY SENSORS.
2. BYPASS RELAY MUST BE UL LISTED FOR EMERGENCY LIGHTING CONTROL USE.
3. PROVIDE ENGRAVED INFORMATIONAL SIGN TO LABEL BYPASS RELAY WITH
CIRCUIT NUMBER, FIRE ALARM CONTROL MODULE ADDRESS AND LIGHTING AREA
SERVED. INDICATE RELAY LOCATIONS ON RECORD DRAWINGS. INCLUDE A LISTING
OF BYPASS RELAYS WITH FIRE ALARM INFORMATION, CONTROL CIRCUIT, AND
AREA CONTROLLED IN TABLE FORMAT AND INCLUDE TABLE IN OPERATION AND
MAINTENANCE MANUAL.
4. COORDINATE WORK, INCLUDING LOCATIONS OF LIGHTING BYPASS RELAYS, WITH
FIRE ALARM INSTALLER.
5. INSTALL BYPASS RELAY ABOVE SUSPENDED/ACCESSIBLE CEILING IN AN
ACCESSIBLE LOCATION WITHIN THE ROOM CONTROLLED. INDICATE RELAY
LOCATIONS ON THE AS-BUILT DRAWINGS.
6. COORDINATE WITH FIRE ALARM INSTALLER. PROVIDE TESTING OF EACH RELAY.
DOCUMENT TEST RESULTS ON RELAY SUMMARY TABLE.
TO FIRE ALARM
CONTROL PANEL
NOTE 4
EL101, EL102, EL103, EL105
SLV
FACP
LOCAL AREA CONTROLLER
WITH TIME CLOCK
NOTE 4
120V
TYPICAL. REFER TO FLOOR
PLANS FOR LOCATIONS
(TYP)
NOTE 8
LOCAL AREA CONTROLLER DIAGRAM NOTES:
H
(TYP)
NOTE 10
1. WIRING, COMPONENTS AND INSTALLATION REQUIREMENTS WILL VARY DEPENDING ON SYSTEM.
2. INSTALLATION OF SENSORS, SWITCHES, AND WIRING MUST BE PER MANUFACTURER'S
RECOMMENDATIONS.
3. CONTROL WIRING MUST BE PER MANUFACTURER'S RECOMMENDATION AND MUST BE INSTALLED
WITHIN CONDUIT.
4. PROVIDE ENGRAVED INFORMATIONAL SIGN AT CONTROL PANEL INDICATING LIGHTING BRANCH
CIRCUITS AND AREAS SERVED.
5. LOSS OF POWER TO CONTROLLER MUST TURN RELAYS ON.
6. DIAGRAM INDICATES TYPICAL CONTROL DEVICES. REFER TO LIGHTING PLANS FOR BRANCH CIRCUITS.
7. PROVIDE MINIMUM QUANTITY OF SENSORS AS INDICATED ON LIGHTING PLANS. PROVIDE
MANUFACTURER'S RECOMMENDED SENSOR QUANTITIES AND SPACING FOR FULL COVERAGE OF SPACE
IF MANUFACTURER RECOMMENDS ADDITIONAL SENSORS DUE TO CLOSER SENSOR SPACING.
8. EACH LIGHTING CONTORL SWITCH STATION MUST BE ABLE TO TURN LIGHTING ON/OFF WITHIN THE CONTROLLED AREA AND RAISE/LOWER LIGHTING LEVELS. PROVIDE SWITCH STATIONS WITH ENGRAVED PUSHBUTTONS INDICATING CONTROL PROVIDED (ON, OFF, RAISE, LOWER). ADDITIONALLY, PROVIDE A
MELAMINE SIGN, COORDINATE WORDING WITH THE CONTRACTING OFFICER.
9. NOT ALL PARTS ARE SHOWN IN DIAGRAM. PROVIDE COMPONENTS FOR A COMPLETE WORKING SYSTEM.
10. ACTIVATION OF THE FIRE ALARM SYSTEM MUST TURN LIGHTING ON FULLY.
11. MUST BE UL 924 LISTED.
12. PROPOSED SEQUENCE OF OPERATION, COORDINATE WITH THE CONTRACTING OFFICER: LIGHTING IS
INITIATED AUTOMATIC ON TO 100% VIA HIGH BAY/OCCUPANCY/VACANCY SENSORS. LIGHTING IS
LOWERED TO 50% ILLUMINATION LEVEL VIA HIGH BAY/OCCUPANCY/VACANCY SENSOR AFTER 20
MINUTES OF VACANCY. LIGHTING IS SCHEDULED TO FULL OFF AFTER HOURS. LOW VOLTAGE SWITCH MAY BE USED AFTER HOURS TO TURN LIGHTS ON MANUALLY. IF MANUAL ON AFTER HOURS IS INITIATED, HIGH BAY/OCCUPANCY/VACANCY SENSORS WILL TURN LIGHTS OFF AFTER 20 MINUTES OF VACANCY.
EACH LOCAL SWITCH MUST CONTROL THE FIXTURES WITHIN THE SAME AREA.
EL101, EL102
(TYP)
A D1
SATISFACTORY TO DATE
APPROVED
FOR COMMANDER NAVFAC
SEAL
A
B
C
D
1 2 3 4 5
1 2 3 4 5
A
B
C
D
SHEET
NAVFAC DRAWING NO.
DESIGNER
DRAWN BY
CHECKED BY
OF
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P A
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T H
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A N
D
DRAWFORM REVISION: 14 SEP 2023
DESIGN MANAGER
PROJECT MANAGER
FEAD/PM&E
FIRE PROTECTION
N A
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ACTIVITY
1740579
T. CARLETON
L. LYONS
S. RUCINSKI
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SCALE: NOT TO SCALE
A1
LOCAL AREA CONTROLLER DIAGRAM - SHOP
SCALE: NOT TO SCALE
A2
LIGHTING BYPASS RELAY CONTROL DIAGRAM
SCALE: NOT TO SCALE
A3
LOCAL AREA CONTROLLER DIAGRAM - ANNEX & CORRIDORS
M A
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| Sheets |
| EL702 - LIGHTING FIXTURE DETAILS 1 |
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