C-LITE C-HB-B-RD Series Prismatic Reflector Instruction

C-LITE C-HB-B-RD Series Prismatic Reflector Instruction

IMPORTANT SAFEGUARDS
When using electrical equipment, basic safety precautions should always be followed including the following:

READ AND FOLLOW ALL SAFETY INSTRUCTIONS

1. DANGER- Risk of shock- Disconnect power before installation.
2. This luminaire must be installed in accordance with the NEC or your local electrical code. If you are not familiar with these codes and requirements, consult a qualified electrician.
3. Suitable for Wet Locations.

SAVE THESE INSTRUCTIONS FOR FUTURE REFERENCE
INSTALLATION OF LENS ACCESSORY Requires use of Drop Lens or Conical Lens Accessory Kit

1. Position lens below reflector, aligning attachment Molded-in-place threaded inserts in lens with holes in reflector. See Figure 1.
2. Thread (4) M4x8 mm round head screws through holes in reflector and into threaded inserts in lens. Tighten screws to retain lens. NOTE: Do NOT overtighten screws to prevent damage to lens or reflector.

INSTALLATION OF WIRE GUARD ACCESSORY
Requires use of Wire Guard Accessory Kit

NOTE: Wire guard accessory requires use of reflector for mounting.
NOTE: Wire guard accessory can not be used in combination with a lens accessory.

1. Position wire guard below reflector, aligning attachment nuts on wire guard with holes in reflector. See Figure 1.
2. Thread (4) supplied M4x8 mm round head screws through holes in reflector and into threaded nuts in wire guard. Tighten screws to retain wire guard.
   NOTE: Do NOT overtighten screws to prevent damage to reflector.

100/200W Reflector Installation

1. Position reflector under housing with (4) supplied M4x16 mm round head screws located between straight fins on the top of the housing. See Figure 1.
2. Tighten (4) M4x16 mm round head screws against the top of the housing to retain reflector. Make sure the reflector is centered under the housing.

150/240W Reflector Installation

1.  Remove adapter plate from top of reflector by removing (4) M4x8 mm flat head screws holding adapter plate to reflector . Retain screws. Discard adapter plate See Figure 2.
2. Install (2) supplied mounting brackets onto upper edge of reflector using (4) flat head screws removed in Step 1. NOTE: For installation of prismatic reflector, be careful not to overtighten screws to prevent damage to reflector.
3. Position reflector under housing with (4) supplied M4x16 mm round head screws located between straight fins on the top of the housing. See Figure 1.
4. Tighten (4) M4x16 mm round head screws against the top of the housing to retain reflector. Make sure the reflector is centered under the housing.

INSTALLATION OF MOTION SENSOR (Requires use of Motion Sensor Kit)

NOTE: For use with UL and UH voltages. Motion sensor accessory will control dimming. Cap off dimming leads exiting top of fixture housing (120-277 only).

1. Unscrew existing sensor cover counter clockwise to remove it from fixture. Discard sensor cover. See Figure 3.
2. Screw new motion sensor module, supplied in accessory kit, onto threaded base in center of housing.
3. After fixture is mounted and power has been supplied, program sensor with sensor remote as detailed in instructions included with motion sensor remote kit.

HOOK AND CORD MOUNTING- NON-EMERGENCY UNITS

1. Thread the supplied hex nut onto the threaded shaft of the hook. See Figure 4.
2. Thread the hook into the tapped hole on top of the fixture housing.
3. Tighten the hex nut against the top of the housing.
4. Tighten security screw on the hub of housing against the hook to lock hook in place.
5. Attach supplied safety cable to fixture and to mounting surface using safety hook. See Figure 4.
6. Loosen retaining screw on hook to allow hook to engage eye bolt (supplied by others) attached to mounting surface. After engaging hook onto eye bolt, retighten retaining screw to prevent hook from coming off eye bolt. See Figure 4. NOTE: Make sure eye bolt and supporting structure have appropriate weight ratings to support weight of fixture (50 lbs).
7. Splice fixture cord leads to supply leads in junction box per Electrical Connections section. For dimming applications (120277 only), second cord with pink and violet leads will also be used.
   NOTE: UH (347-480V) luminaires may only be dimmed using the motion sensor accessory.
8. Supply power to fixture.

HOOK AND CORD MOUNTING- EMERGENCY EQUIPPED UNITS

1. Thread the supplied hook into the threaded hub on the top of the emergency converter. See Figure 5.
2. Tighten security screw on the top hub of the emergency converter against the hook to lock hook in place.
3. Engage hook on the fixture with ceiling hook. See Figure 5. NOTE: Make sure ceiling hook and supporting structure have appropriate weight ratings to support weight of fixture (75 lbs).
4. Attach supplied safety cable to fixture and to mounting surface using safety hook. See Figure 5.
5. Splice fixture cord leads to supply leads in junction box per Electrical Connections section. For dimming applications, second cord with grey and violet leads will also be used.
6. Supply power to fixture.

PENDANT MOUNTING- NON-EMERGENCY UNITS (Requires use of Pendant Mount Accessory)

1. Thread the pendant mount accessory into the tapped hole on top of the fixture. See Figure 1.
2. Tighten security screw on the hub of housing against the pendant mount to lock it in place.
3. Thread pendant mount accessory onto threaded end of 3/4″ pendant.
4. Tighten security screw on the pendant mount accessory to secure fixture to pendant.
5. Attach supplied safety cable to fixture and to mounting surface using safety hook. See Figure 3.
6. Splice fixture cord leads to supply leads in junction box per Electrical Connections section. For dimming applications (120277 only), second cord with pink and violet leads will also be used.
   NOTE: UH (347-480V) luminaires may only be dimmed using the motion sensor accessory.

PENDANT MOUNTING- EMERGENCY EQUIPPED UNITS

(Requires use of Pendant Mount Accessory)
NOTE: 120-277V Only

1. Screw threaded hub of emergency converter onto the threaded end of a 3/4″ pendant. NOTE: Make sure pendant and attachment point to structure have the appropriate weight ratings to support the weight of the fixture (75 lbs). See Figure 5.
2. Tighten security screw on the top threaded hub of the emergency converter against the pendant to lock pendant in place.
3. Attach supplied safety cable to fixture and to mounting surface using safety hook. See Figure 5.
4. Splice fixture cord leads to supply leads in junction box per Electrical Connections section. For dimming applications, second cord with grey and violet leads will also be used.
5. Supply power to fixture.
   

EMERGENCY DRIVER CHECK

(For Fixtures Equipped With Emergency Driver)
NOTE: For short-term testing of the emergency function, the battery must be charged for at least one hour. The emergency driver must be charged for at least 24 hours before conducting a long-term test.

MANUAL TESTING: Press the test button to cut the power to the AC driver and switch the system to emergency mode. Release the test button to return to normal mode. Switch off the circuit breaker to simulate a full power outage.

SELF DIAGNOSTIC FEATURE: The integrated self-diagnostic circuitry will automatically conduct monthly 30-second and annual 90-minute tests to verify proper emergency capability per Life Safety Code requirements.
REFER ANY SERVICING INDICATED BY THESE CHECKS TO QUALIFIED PERSONNEL EMERGENCY DRIVER AND AC DRIVER MUST BE FED FROM THE SAME BRANCH CIRCUIT.

ELECTRICAL CONNECTIONS- NON-EMERGENCY UNITS

Fixture is equipped with universal volt driver 120-277V or a 347-480V driver NOTE: Make sure voltage range of fixture is compatible with supply voltage.
Make the following Electrical Connections:

1. Connect the black fixture lead to the voltage supply lead.
2. Connect the white fixture lead to the neutral supply lead (Hot 2 for 208/240/480V wiring).
3. Connect the bare or green ground fixture lead to the supply ground lead.

DIMMING
Requires use of Dimming Accessory Kit to extend dimming leads. NOTE: Dimming is only available for fixtures equipped with a universal volt driver 120-277V. Dimming is not available for 347-480V products except through motion sensor accessory. NOTE: If the motion sensor accessory is being used, dimming will be controlled by the motion sensor. Make sure violet and grey or pink dimming leads are capped off. NOTE: If dimming is not being used, cap off the grey or pink and violet leads from cord exiting top of fixture.

1. Unscrew the cord grip nut and remove cord grip nut and bushing from the end of the watertight connector that does not have a cord exiting it. See Figure 6.
2. Unscrew the exposed terminal cover to expose the terminal block.
3. Feed the dimming cord (cord with grey or pink and violet inner wires) exiting the top of the fixture through the cord grip nut, bushing, and terminal cover in the direction shown in Figure 6.
4. Strip the outer jacket insulation on the dimming cord back 1″ (25 mm).
5. Strip the ends of the grey or pink and violet leads back 1/4″ (6 mm).
6. Insert the stripped ends of the violet and grey or pink leads into the terminal block. Insert the violet lead into terminal 1 and the grey or pink lead into terminal 2. See Figure 7.
7. Tighten terminal screw to 8 in-lbs (0.9 N· m).
8. Screw terminal cover over terminals. Do not overtighten to avoid damage to connector.
9. Push the bushing back into the terminal cover.
10. Tighten the cord grip nut onto the terminal cover. Do not overtighten to avoid damage to terminal cover.
11. Connect the violet lead on the opposite end of the dimming cord to the supply positive dimming lead.
12. Connect the grey or pink lead on the opposite end of the dimming cord to the supply negative dimming lead.

** NOTE: If motion sensor accessory is being used, dimming will be controlled by motion sensor. Cap off dimming leads.
** NOTE: Dimming is not available for 347-480V products except through motion sensor accessory.

ELECTRICAL CONNECTIONS- EMERGENCY UNITS

NOTE: The emergency driver and AC driver must be fed from the same branch circuit. Emergency driver is available with UL voltage only.
Make the following Electrical Connections:

1. Connect the black fixture lead to the unswitched voltage supply lead.
2. Connect the red fixture lead to the switched voltage supply lead.
3. Connect the white fixture lead to the neutral supply lead (Hot 2 for 208/240V wiring).
4. Connect the bare or green ground fixture lead to the supply ground lead.
5. If 0/1-10V Dimming is used, connect the violet lead to the supply positive dimming lead. For dimming, use Class 1 wiring methods only. If dimming is not being used ensure to cap off the violet lead and coil dimming cord on top of the emergency driver enclosure. NOTE: If the motion sensor accessory is being used, dimming will be controlled by the motion sensor. Cap off violet lead and coil dimming cord on top of the emergency driver enclosure.
   If 0/1-10V Dimming is used, connect the grey or pink lead to the supply negative dimming lead. For dimming, use Class 1 wiring methods only. If dimming is not being used ensure to cap off the grey or pink lead and coil dimming cord on top of the emergency driver enclosure.
   NOTE: If the motion sensor accessory is being used, dimming will be controlled by the motion sensor. Cap off grey or pink lead and coil dimming cord on top of the emergency driver enclosure (120-277V only).

** NOTE: If motion sensor accessory is being used, dimming will be controlled by motion sensor. Cap off dimming leads.

FCC NOTICE

CAUTION: Changes or modifications not expressly approved could void your authority to use this equipment.
This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1)

This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.