EV Series
INSTALLATION
Installing Installing the the Unit: Unit: Final Final Assembly Assembly 1. 1. 2. 2. 3. 3.
Twin-Head Twin-Head LED LED Emergency Emergency Lighting Lighting Unit Unit Twin-Head LED Lighting Models Unit Standard, Remote, and Spectron® Standard, Remote, andEmergency Spectron® Equipped Equipped Models ® Installation, Operation, Service Standard, Remote, and Spectronand Models Installation, Operation, andEquipped Service Instructions Instructions
Align Align housing housing slots slots over over tabs tabs on on backplate. backplate. Pivot Pivot housing housing and and snap snap closed. closed. Aim Aim the the lamps. lamps. Do Do not not press press on on the the lenses. lenses.
Installation, Opperation, and Service Instructions
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IMPORTANT SAFEGUARDS
SERVICE/MAINTENANCE SERVICE/MAINTENANCE Service / Maintenance
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When using electrical equipment, basic safety precautions should always be followed, including the following:
Maintenance Maintenance
This This emergency emergency lighting lighting unit unit should should be be tested tested and and maintained maintained in in accordance accordance with with National National Electrical Electrical Code Code and and NFPA NFPA 101 101 Life Life Safety Safety Code Code requirements. requirements. It It is is recommended recommended that that emergency emergency light light fixtures fixtures be be tested tested for for 30 30 seconds seconds once once a a month month and and for for 90 90 minutes minutes once once a a year. year.
IMPORTANT SAFEGUARDS When using electrical equipment, basic safety precautions should
READ AND FOLLOW ALL SAFETY always be followed including the following. INSTRUCTIONS READ AND FOLLOW ALL SAFETY 1. Do not use outdoors. 1. Do not use outdoors. 2. 2. Do Do not not let let power power supply supply cord cord touch touch conductive conductive surfaces. surfaces. INSTRUCTIONS 3. 3. Do Do not not mount mount equipment equipment near near gas gas or or electric electric heaters. heaters.
Taking Taking A A Unit Unit Out Out Of Of Service Service
If If a a unit unit is is to to be be deliberately deliberately taken taken out out of of service service for for an an extended extended period, period, the the battery battery lead lead connector connector should should be be disconnected disconnected from from the the charger charger circuit circuit board board and and insulated insulated so so that that the the battery battery will will go go into into storage storage in in a a fully fully charged charged condition. condition.
Replacing Replacing The The Battery Battery 1. 1. 2. 2. 3. 3. 4. 4. 5. 5. 6. 6.
De-energize De-energize the the AC AC power. power. Disengage Disengage the the housing housing cover cover from from the the backplate. backplate. Disconnect Disconnect the the battery battery leads leads from from the the charger charger circuit circuit board. board. Remove Remove the the battery battery from from the the clips clips inside inside the the cover. cover. Replace with a new battery (see unit model label for correct Replace with a new battery (see unit model label for correct part part number) number) and and reconnect reconnect leads. leads. Reassemble Reassemble cover cover to to backplate. backplate.
4. 4. 1. 5. 5. 2. 3. 6. 6. 4. 7. 7. 8. 8. 5.
Replacing Replacing LED LED Lamps Lamps
The The LED LED lamps lamps inside inside the the unit unit are are not not replaceable replaceable or or field field serviceable. serviceable. Please Please see see dual-lite.com dual-lite.com for for further further assistance. assistance.
Troubleshooting Troubleshooting
Emergency Emergency circuit circuit does does not not work work Batteries are are shipped •• Batteries shipped uncharged uncharged and and disconnected. disconnected. Connect Connect battery battery leads leads and and charge charge 24 24 hours hours before before testing. testing. •• Make Make sure sure the the charger charger board board and and test test button/light button/light pipe pipe are are properly properly seated seated and and aligned. aligned. •• Check wiring connections. Check wiring connections.
6. 7. 8.
Equipment Equipment should should be be mounted mounted in in locations locations and and at at heights heights where where it it will will not not readily readily be be subject subject to by toDotampering tampering by unauthorized unauthorized personnel. personnel. not use outdoors. The use accessory equipment authorized The use of accessory equipment not authorized by by the the manufacturer manufacturer may may cause cause an an unsafe unsafe Do not letof power supply cords touch hotnot surfaces. condition. condition. Do not mount near gas or electric heaters. Do not this for other its intended purpose. Do not use useshould this equipment equipment forlocations other than than intended Equipment be mounted in and atitsheights wherepurpose. it will not readily be subject Servicing of this equipment should be performed by qualified service Servicing of this equipment should be performed by qualified service personnel. personnel. to tampering by unauthorized personnel. Test cycling: the Life Safety Code (NFPA 101) requires of lighting Test cycling: the Life Safetynot Code (NFPA 101) requires testing testing of emergency emergency lighting units units The use of accessory equipment authorized by the manufacturer may cause an once a month for a minimum of 30 seconds, and once a year for a minimum of 90 once a month for a minimum of 30 seconds, and once a year for a minimum of 90 minutes. minutes. unsafe condition.
INSTALLER:
Do not use this equipment for other than its intended purpose. Servicing of this equipment should be performed by qualified service personnel. SEE UNIT LABEL FOR ADDITIONAL MODEL SPECIFICATIONS LABEL ADDITIONAL SPECIFICATIONS Test SEE cycling:UNIT the Life Safety Code FOR (NFPA 101) requires testing ofMODEL emergency lighting units once a month for a minimum SAVE THESE INSTRUCTIONS FOR USE BY OWNER/OCCUPANT of 30 seconds, and once a year for a minimum of 90 minutes. SAVE THESE INSTRUCTIONS FOR USE BY OWNER/OCCUPANT
INSTALLER:
WARNING – WARNING – This This product product contains contains chemicals chemicals known known to to the the state state of of California California to to cause cause cancer, cancer, birth birth •SEE UNIT FOR MODEL SPECIFICATIONS defects and/or other reproductive harm. Thoroughly after handling, defects and/or other LABEL reproductive harm.ADDITIONAL Thoroughly wash wash hands hands after installing, installing, handling, cleaning, cleaning, or or otherwise touching this otherwise touching this product. product. •SAVE THESE INSTRUCTIONS FOR USE BY OWNER/OCCUPANT
RECYCLING RECYCLING INFORMATION INFORMATION All aluminum, and and thermoplastic thermoplastic parts parts are are recyclable. All steel, steel, aluminum, recyclable. NOTICE: NOTICE: Emergency Emergency units units contain contain rechargeable rechargeable batteries batteries which which must must be be recycled recycled or or disposed disposed of of properly. properly. RECYCLING INFORMATION Hubbell Inc. Products •• www.dual-lite.com steel, aluminum andsafety thermoplastic parts are recyclable. HubbellAllLighting, Lighting, Inc. Life Life safety Products www.dual-lite.com NOTICE: Emergency units contain rechargeable batteries which 93034795 Copyright© All rights reserved •• Specifications 93034797 must recycled or disposed of properly. subject Copyright© Hubbell Hubbell Lighting, Lighting, Inc., Inc., All be rights reserved Specifications subject to to change change without without notice. notice. Printed in U.S.A. 93034799 Printed in U.S.A. 93033106_A 93033106_A 2/11 2/11 Hubbell Lighting, Inc. Life Safety Products • www.dual-lite.com
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WARNING – This productEquipment contains chemicals knownIn the StateLocations of California to cause cancer, birth Emergency Lighting For Emergency Lighting Equipment For Use Use IntoDamp Damp Locations defects and/or other reproductive harm. Thoroughly wash hands after installing, handling, cleaning, Damp location listed units Damp location listed units are are suitable suitable for for installation installation in: in: or otherwise touching this product. 1. 1. Interior Interior locations locations subject subject to to moderate moderate degrees degrees of of moisture, moisture, such such as as some some basements, basements, some some barns, barns, some some cold cold storage storage warehouses, warehouses, and and the the like. like. Emergency Lighting Equipment For Use in Damp roofed Locations porches and the like. 2. 2. Partially Partially protected protected locations locations under under canopies, canopies, marquees, marquees, roofed open open porches and the like. Damp location listed units are suitable for installation in: 1. Interior locations subject to modreate degrees of moisture, such as some basements, some barns, some cold storage warehouses, and the like. 2. Partially protected locations under canopies, marquees, roofed open porches and the like.
Copyright© Hubbell Lighting, Inc., All Rights Reserved • Specifications subject to change without notice. • Printed in U.S.A. 93033106A
10/11
Hubbell Lighting, Inc.
INSTALLATION INSTALLATION INSTALLATION INSTALLATION This unit is designed to be mounted on a wall or ceiling. Provide standard units with a single unswitched supply from a 120VAC, 240VAC, or 277VAC circuit for normal lighting inceiling. the INSTALLATION area to bestandard protected. For Spectron® self-testing/self-diagnostic provide unit This This unit unit is branch is designed designed to to beused be mounted mounted onon a wall a wall or or ceiling. Provide Provide standard units units with with a single a single unswitched unswitched supply supply from from a 120VAC, aunits, 120VAC, 240VAC, 240VAC, with a277VAC 120VAC or 277VAC branch circuit. or or 277VAC branch branch circuit circuit used used forfor normal normal lighting lighting in in thethe area area to to bebe protected. protected.ForFor Spectron® Spectron® self-testing/self-diagnostic self-testing/self-diagnostic units, units, provide provide unit unit This is designed to be mounted on a wall or ceiling. Provide standard units with a single unswitched supply from a 120VAC, 240VAC, with with aunit 120VAC a 120VAC or or 277VAC 277VAC branch branch circuit. circuit. or 277VAC branch used for normal lighting in the area to be protected. Forthe Spectron® provide The EV unit iscircuit equipped with intelligent wiring. Connect blackself-testing/self-diagnostic wire from the unit units, to the hotunit with a EV 120VAC oris 277VAC branch circuit. The The EVunit unit isequipped equipped with withintelligent intelligentwiring. wiring.Connect Connectthe theblack blackwire wirefrom fromthe theunit unittotothe thehot hot
building wire (120-277VAC) and the white wire to the neutral building wire. building building wire wire (120-277VAC) (120-277VAC) andthe thewhite white wire wiretoConnect tothe theneutral neutral building building wire. wire. (Exception: The EV2DI-24K, EV2DIB-24K, EV4DI-24K, and EV4DIB-24K models The EV unit is equipped withand intelligent wiring. the black wire from theshould unit tobe the hot (Exception: (Exception: TheEV2DI-24K, EV2DI-24K, EV2DIB-24K, EV2DIB-24K, EV4DI-24K, EV4DI-24K, and andEV4DIB-24K EV4DIB-24K models modelsshould shouldbebe connected toThe 220-240VAC supplies building wire (120-277VAC) and the only.) white wire to the neutral building wire. connected connectedtoThe to220-240VAC 220-240VAC supplies supplies only.) only.)EV4DI-24K, and EV4DIB-24K models should be (Exception: EV2DI-24K, EV2DIB-24K, connected to 220-240VAC supplies only.)
All EV units are shipped by default with the charger circuit board jumper in the “remote lampheads disabled” position, INSTALLATION as shown inshipped Figure 1. The jumper needs to be moved toboard the jumper “remote enabled” position shown in AllAll EV EV units units areare shipped byby default default with with thethe charger charger circuit circuit board jumper inlampheads in thethe “remote “remote lampheads lampheads disabled” disabled” position, position, Figure 2The ifjumper the model being installed istoan EV4 (powering a remote unit). position asas shown shown in in Figure Figure 1. 1.The jumper needs needs to to be be moved moved to the the “remote “remote lampheads lampheads enabled” enabled” position shown shown in in All EV units are shipped by default the charger circuit board jumper in the “remote lampheads Figure Figure 2 if2 the if with the model model being being installed installed is is anan EV4 EV4 (powering (powering a remote a remote unit). unit). disabled” position, as shown in Figure 1. The jumper needs to be moved to the “remote lampheads enabled” position shown in Figure 2 if the model being installed is an EV4 (powering a remote unit).
Looking at the center of the circuit Looking Looking at the atboard: the center center of of thethe circuit circuit board: board: Looking at the center of the circuit board:
Wall or Ceiling Mount – Back Power Feed Wall Wall oror Ceiling Ceiling Mount Mount – Back – Back Power Power Feed Feed
1. Remove appropriate KO’s in backplate to mount Wall or Ceiling Mount – in Back Power Feed backplate toappropriate junction box. 1. 1. Remove Remove appropriate KO’s KO’s in backplate backplate to to mount mount 2. Remove center KO from backplate and feed supply backplate backplate to to junction junction box. box. leads through. 1. 2. appropriate KO’s in backplate to mount 2. Remove Remove center center KOKO from from backplate backplate and and feed feed supply supply 3. Secure backplate to junction backplate to junction box. box. leads leads through. through. 4. To help with wiring, attach cover to backplate with 2. Remove center KO from backplate and feed supply 3. 3.Secure Secure backplate backplate to to junction junction box. box. provided plastic hinge. leads through. 4. 4. To To help help with with wiring, wiring, attach attach cover cover to to backplate backplate with with 5. wires from the unit tobox. the building leads and 3. Connect Secure backplate to junction provided provided plastic plastic hinge. hinge. secure wire nuts. 4. 5. ToConnect helpwith with wiring, attach cover tobuilding backplate withand 5. Connect wires wires from from thethe unit unit to to thethe building leads leads and 6. Connect battery lead to circuit board header as provided plastic hinge. secure secure with with wire wire nuts. nuts. shown. 5. 6. wires from the unit to board theboard building leads 6. Connect Connect battery battery lead lead to to circuit circuit header header asasand 7. For remote connect remote lighting load to secure withmodels, wire nuts. shown. shown. black(-) and red(+) pigtails from circuit board. When 6. 7. Connect battery lead toconnect circuit board header as 7. For For remote remote models, models, connect remote remote lighting lighting load load to to connecting leads forpigtails remote lighting loads, observe shown. black(-) black(-) and and red(+) red(+) pigtails from from circuit circuit board. board. When When polarity to ensure proper operation. 7. proper Forconnecting remote models, connect remote lighting load to connecting leads leads forfor remote remote lighting lighting loads, loads, observe observe 8. Installer should now become familiar with the eyeball black(-) and red(+) pigtails from circuit board. When proper proper polarity polarity to to ensure ensure proper proper operation. operation. aimability and its limitations. connecting leads for remote lighting loads, observe 8. 8.Installer Installer should should now now become become familiar familiar with with thethe eyeball eyeball proper polarity toits ensure proper operation. aimability aimability and and its limitations. limitations. 8. Installer should now become familiar with the eyeball aimability and its limitations.
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Wall Mount – Surface Wiring (Top Power Feed Only) Wall Wall Mount Mount – Surface – Surface Wiring Wiring (Top (Top Power Power Feed Feed Only) Only)
1. Remove appropriate KO’s in backplate and Wall Mount – Surface Wiring (Top and Power mount backplate to wall. 1. 1. Remove Remove appropriate appropriate KO’s KO’s in in backplate backplate and Feed Only) 2. Feed wires through and secure conduit to mount mount backplate backplate to to wall. wall. backplate. 1. 2. Remove appropriate KO’s in backplate and 2. Feed Feed wires wires through through and and secure secure conduit conduit to to 3. Remove the breakout on top of the housing. mount backplate to wall. backplate. backplate. 4. To help with wiring, attach cover tothe backplate 2. 3. Feed wires through and conduit to 3. Remove Remove thethe breakout breakout onsecure on top top of of the housing. housing. with provided plastic hinge. backplate. 4. 4. ToTo help help with with wiring, wiring, attach attach cover cover to to backplate backplate 5. wires from the unit 3. Connect Remove the breakout on toptoofthe thebuilding housing. with with provided provided plastic plastic hinge. hinge. leads and secure with nuts. 4. 5. ToConnect help with wiring, attach cover backplate 5. Connect wires wires from from thewire the unit unit to to theto the building building 6. Connect battery lead towire circuit board header as with provided plastic hinge. leads leads and and secure secure with with wire nuts. nuts. shown. 5. 6. wires from the unit to board theboard building 6. Connect Connect battery battery lead lead to to circuit circuit header header asas 7. For remote models, connect remote lighting leads and secure with wire nuts. shown. shown. load toremote black(-) and red(+) pigtails from circuitas board. 6. 7. Connect battery lead toconnect circuit board header 7. For For remote models, models, connect remote remote lighting lighting When leads for pigtails remote lighting loads, shown. load load toconnecting to black(-) black(-) and and red(+) red(+) pigtails from from circuit circuit board. board. proper polarity toforensure proper operation. 7. observe For remote models, connect remote lighting When When connecting connecting leads leads for remote remote lighting lighting loads, loads, 8. Installer should now become familiar with the load to black(-) and red(+) pigtails from circuit board. observe observe proper proper polarity polarity to to ensure ensure proper proper operation. operation. eyeball aimability and its limitations. When connecting leads for remote lighting loads, 8. 8. Installer Installer should should now now become become familiar familiar with with the the observe proper polarity ensure proper operation. eyeball eyeball aimability aimability and and itstoits limitations. limitations. 8. Installer should now become familiar with the eyeball aimability and its limitations.
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Figure 2 Figure 1 93035762 Figure Figure 22 Figure Figure 11 Once the EV4 model is 1installed, press and hold2the test button Figure Figure Once Once the theEV4 EV4 model model isisinstalled, installed, press press and and hold hold the the test testbutton button** for more than 5 seconds to initiate the load learn process. ** for for more more than than 5 5seconds seconds totoinitiate initiate the load load learn learn process. Once the EV4 model is installed, pressthe and hold the process. test button **
for more than 5 seconds to initiate the load learn process.
OPERATION Operation OPERATION OPERATION “AC ON” LED is illuminated when AC power is present. OPERATION “AC “AC ON” ON” LED LED is is illuminated illuminated when when ACAC power power is is present. present.
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NOTE: All models are supplied with an AC Lockout circuit, which prevents the emergency lights from illuminating the battery is connected and no power is present. “AC ON”when LED is illuminated when AC power isAC present. NOTE: NOTE: All All models models areare supplied supplied with with an an ACAC Lockout Lockout circuit, circuit, which which prevents prevents thethe emergency emergency lights lights from from illuminating illuminating when when thethe battery battery is is connected connected and and nono ACAC power power is is present. present. NOTE: circuit, whichthe prevents damage tofrom the battery from NOTE: All All models models are are supplied supplied with with aanLow ACVoltage LockoutDisconnect circuit, which prevents emergency lights illuminating deep discharge during prolonged emergency operation. when the battery is connected and no AC power is present. NOTE: NOTE: All All models models areare supplied supplied with with a Low a Low Voltage Voltage Disconnect Disconnect circuit, circuit, which which prevents prevents damage damage to to thethe battery battery from from deep deep discharge discharge during during prolonged prolonged emergency emergency operation. operation. NOTE: are often shipped discharged – this iscircuit, normal. Theprevents battery will require NOTE: Batteries All models are supplied withinaaLow Voltage state Disconnect which damage to charging. the batteryAllow from 24 hours of charging before testing the unit. state deep discharge during prolonged operation. NOTE: NOTE: Batteries Batteries are are often often shipped shipped in in a discharged a emergency discharged state – this – this is normal. is normal.The The battery battery willwill require require charging. charging.Allow Allow 2424 hours hours of of charging charging before before testing testing thethe unit. unit. NOTE: Batteries are often shipped in a discharged state – this is normal. The battery will require charging. Allow Models with SPECTRON® Self-Testing/Self-Diagnostic Circuitry 24 hours of charging before testing the unit.
Models Modelswith withSPECTRON® SPECTRON®Self-Testing/Self-Diagnostic Self-Testing/Self-DiagnosticCircuitry Circuitry
Models equipped with the Spectron® self-testing/self-diagnostic electronics system provide: Models with with SPECTRON® Self-Testing/Self-Diagnostic Circuitry Models Models equipped equipped thethe Spectron® Spectron® self-testing/self-diagnostic electronics electronics system system provide: provide: test status and results with Visual indication of self-testing/self-diagnostic AC power status Visual indication of self-diagnostic Visual the Visual indication indication of-of AC AC power power status status ofVisual any Visual indication indication of of self-diagnostic self-diagnostic test status status and and results results Visual indication unit malfunctions include –test Models equipped with Spectron® self-testing/self-diagnostic electronics system provide: Visual -- power Visual indication indication of any any unit unit malfunctions malfunctions include –test – status Battery Disconnected Battery Fault Charger Fault LEDinclude Driver Fault Lamp Fault Visual indication of -AC status ofVisual indication of self-diagnostic and results
Battery Battery Disconnected Disconnected Battery Battery Fault Fault Charger unit Charger Fault Fault LED LED Driver Driver Fault Lamp Fault Fault Spectron equipped units also include: -- Visual indication of any malfunctions include – Fault Lamp Brownout protection: unit will automatically transfer to emergency operation upon detection of low AC power (approximately 80% of Spectron Spectron equipped equipped units units also also include: include: Battery Disconnected Battery Fault Charger Fault LED Driver Fault Lamp Fault nominal line). Brownout Brownout protection: protection:unit unit willwill automatically automatically transfer transfer to to emergency emergency operation operation upon upon detection detection of of low low ACAC power power (approximately (approximately 80% 80% of of Time Delay Retransfer: of normal AC power, unit will remain in emergency mode for an additional 15 minutes to allow AC Spectron equipped unitsupon alsoreturn include: nominal nominal line). line). power toDelay stabilize. Brownout protection: unit will return automatically transfer to emergency operation upon detection offor low power (approximately 80% of Time Time Delay Retransfer: Retransfer: upon upon return of of normal normal ACAC power, power, unit unit willwill remain remain in in emergency emergency mode mode for anAC an additional additional 1515 minutes minutes to to allow allow ACAC nominal power power toline). to stabilize. stabilize. LED Indicator upon return of normal AC power, unit will remainAutomatic TimeStatus Delay Retransfer: in emergency mode for an additional 15 minutes to allow AC Tests A bicolor LED (green/red) power to stabilize. LED LED Status Status Indicator Indicator is provided on the control panel The unit will Tests automatically initiate a self-test/self-diagnostic Automatic Automatic Tests of all models equipped withisthe Spectron® option. A bicolor A bicolor LED LED (green/red) (green/red) is provided provided onon the the control control panel panel cycle based on the following table: The The unit unit willwill automatically automatically initiate initiate a self-test/self-diagnostic a self-test/self-diagnostic LED Status Indicator of of allall models models equipped equipped with with thethe Spectron® Spectron® option. option. Automatic Tests cycle cycle based based onon thethe following following table: table: Green Operating Status LED: A bicolor LED (green/red) is provided on the control panel The unit will automatically initiate a self-test/self-diagnostic Testing Period Duration of Test The Operating Status LED serves as option. both an AC of Green allgreen models equipped with the Spectron® Green Operating Operating Status Status LED: LED: cycle based on the following Duration table: Testing Testing Period Period Duration of of Test Test power and self-test indicator. During normal operation, Once a month 1 minute The The green green Operating Operating Status Status LED LED serves serves asas both both anan ACAC the green Operating Status LED will be illuminated, Green Operating Status LED: power power and and self-test self-test indicator. indicator. During During normal normal operation, operation, Once a month 1 minute Once a month 1 minute Once every 6 Alternating: Testing Period Duration of Test indicating the presence of AC power. During all autoThe green Operating Status LED serves as both an AC the the green green Operating Operating Status Status LED LED will will be be illuminated, illuminated, months 30 minutes or 60 minutes Once Once every every 6 6 Alternating: Alternating: matic orand manual self-test the green Operating power self-test indicator. During normal operation, Once a month 1 minute indicating indicating the the presence presence ofcycles, of ACAC power. power. During During allall autoautomonths minutes minutes months 3030 minutes or or 6060 minutes Status LED will blink twice every second. thematic green Operating Status LED the willthe begreen illuminated, matic or or manual manual self-test self-test cycles, cycles, green Operating Operating Once every 6 Alternating: indicating the presence of AC power. During all autoStatus Status LED LED will will blink blink twice twice every every second. second. months 30 minutes or 60 minutes Red Alert LED: cycles, the green Operating maticService or manual self-test Under normal operating conditions, the red Service Alert Status LED will blink twice every second. Red Red Service Service Alert Alert LED: LED: LED indicator will remain off. If the Spectron® controller Under Under normal normal operating operating conditions, conditions, thethe redred Service Service Alert Alert Manual Tests detects a malfunction, the off. red Service Alert LEDcontroller will blink Red Service Alert LED: LED LED indicator indicator willwill remain remain off.If the If the Spectron® Spectron® controller Using theTests unit test switch, users can initiate different Manual Manual Tests in the pattern listed in the following table: Under normal operating conditions, theAlert red Service Alert detects detects a malfunction, a malfunction, the the redred Service Service Alert LED LED willwill blink blink duration test cycles based onusers thecan following table: Using Using the the unit unit test test switch, switch, users can initiate initiate different different LED indicator will remain off. If the table: Spectron® controller in in thethe pattern pattern listed listed in in thethe following following table: Manual Tests duration duration test test cycles cycles based based onon thethe following following table: table: detects a malfunction, the red Service Alert LED will blink Red Status LED Code Description Using the unit test switch, users can initiate different Initiating Action Test Cycle inRed the pattern listed inCode the following table: Red Status Status LED LED Code Description Description duration test cycles based on the following table: One blink ON/pause Battery disconnected Initiating Initiating Actiononce Test Cycle Cycle Press testAction switch 1Test minute One blink ON/pause Battery disconnected One blink ON/pause Battery disconnected Red blinks StatusON/pause LED Code Description Press Press test test switch switch once once 1 minute 1minutes minute Two Battery fault Press test switch twice 90 Initiating Action Test Cycle Two Two blinks blinks ON/pause ON/pause Battery Battery fault fault Press Press test test switch switch twice twice 9090 minutes minutes One blink ON/pause Battery disconnected Three blinks ON/pause Charger fault Press test switch once 1 minute Pressing the test switch any time after a 90 min. test Three Three blinks blinks ON/pause ON/pause Charger Charger fault fault Two blinks ON/pause Battery fault Four LED Driver fault Press switch twice 90 cycle hastest begun cancels the remainder ofaminutes the 90 min. test Pressing Pressing the the test test switch switch any any time time after after 90 a 90 min. min. test test Four Four blinks blinks ON/pause ON/pause LED LED Driver Driver fault fault and returns the unit to normal operation. cycle cycle has has begun begun cancels cancels thethe remainder remainder of of thethe 9090 min. min. test test Three blinks ON/pause Charger fault Five blinks ON/pause Lamp fault Pressing the test switch anyoperation. time after a 90 min. test and and returns returns thethe unit unit to to normal normal operation. Five Five blinks blinks ON/pause ON/pause Lamp Lamp fault fault Four Red/Green blinks ON/pause alternating Load LED Driver Learn in fault Process cycle has begun cancels the remainder of the 90 min. test Red/Green Red/Green alternating alternating Load Load Learn Learn in in Process Process and returns the unit to normal operation. Five blinks ON/pause Lamp fault Red/Green alternating
Load Learn in Process