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INS #

Installation Instructions

Model# LK8-NO
Model# LK8-LRC
Model# LK8-MRC
Model# LK8-TPRC

LiteKeeper® 8

General Information

The LiteKeeper 8® is shipped in one package. The relay 

card is mounted in the high voltage compartment. The 

logic board and inputs are located in the low voltage 

compartment. The following information describes the 

LiteKeeper® installation. For programming information, 

refer to the LiteKeeper® Programming Manual.

Getting Started

1.  Do not discard these installation instructions. Please 

keep for future reference and operation information.

2.  The relay cards are protected by shrink-wrap. Leave 

shrink-wrap in place until all drilling and metal work is 

complete to protect against metal shards getting into 

component circuitry. 

3.  Always disconnect all power before wiring.
4.  Use only as intended and at the listed voltage.
5.  All installation service must be performed by qualified 

personnel or service technicians.

6.  Install in accordance with National Electrical Code 

and any other codes that may apply.

7.  High Voltage is present inside the lighting enclosure. 

Use extreme caution when performing maintenance 

on this equipment. Failure to follow this warning and 

proper safety procedures could result in severe injury 

or death and/or damage to the equipment.

8.  Document all wiring that is terminated to the relays 

so that the lighting control equipment can be properly 

configured and programmed for operation.

9.  It is recommended that all low voltage wiring be 

done with power removed to the logic board to 

protect components from potential shorts during the 

wiring process.

Mounting in the Enclosure

1.  Choose a dry location convenient to the circuit 

breaker panel.

2.  Mount the panel on a firm surface using pre-drilled 

holes.

3.  Connect the enclosure to the circuit breaker panel 

using conduit into the punch holes provided.

4.  Remove all cuttings and dirt before removing  

shrink-wrap from the relays.

otte:

N

Make certain that high voltage and low voltage 

wiring enters the enclosure separately. High 

Voltage wiring should be brought into the top or 

bottom of the enclosure. Low Voltage wire should 

enter in the low voltage wiring compartment on 

the left side of the enclosure.

Failure to separate high voltage from low voltage wiring 

may cause interference with logic board function.

DC

GND

+24

VDC

TB1TB1

8

OFF

+24

H

ON

C

2

1

+24

OFF

H
1

ON

C

0

*

#

D

5

8

12:OO O1/O1/95

2

4

7

OUTPUTS

RELAY 

6

5

4

3

8

7

1

6

B

9

C

3

A

OFF

+24

H
1

ON

C

OFF

+24

H
1

ON

C

OFF

+24

H
1

ON

C

OFF

+24

H
1

ON

C

OFF

+24

H
1

ON

C

OFF

+24

H
1

ON

C

Low and High Voltage

Low Voltage Wiring 

Compartment

LITEKEEPER

High Voltage Wiring 

Compartment

Summary of Contents for Greengate LiteKeeper 8

Page 1: ...esult in severe injury or death and or damage to the equipment 8 Document all wiring that is terminated to the relays so that the lighting control equipment can be properly configured and programmed f...

Page 2: ...Relay Card Notes 1 The Standard Relay Card is rated for single pole load use only Connection of 2 pole circuits loads to the Standard Relay Card will void the equipment warranty and may result in seve...

Page 3: ...urrent available relay module types include a Two Pole Relay Module TPRM Normally Open the Latching Relay Module LRM and the Standard Relay Module SRM K1 MOV1 TB1 U1 RP1 R4 R4 RP1 U1 TB1 MOV1 K1 MOV1...

Page 4: ...tate 6 There is a manual switch on each relay that indicates relay status and allows for a temporary override of the lighting load If the switch is moved towards the center of the Modular Relay Card t...

Page 5: ...ement of the relays The Two Pole Relay Card will hold eight 208V two pole relays one in each mounting clip The 480V Two Pole Relay Card uses two mounting clips thus only four relays will fit per card...

Page 6: ...board when doing initial switch input wiring Contact Input Switch Wiring This section describes the wiring for dry contact closure devices There are eight switch input wiring terminals on the left sid...

Page 7: ...iteKeeper 8 remote power connector GND terminal 5 Tape back or cap the blue and white wires and shield wire for the cable They will not be used for connection between the GDS I and lighting controller...

Page 8: ...it is now cleared to factory default programming Programming the LiteKeeper 8 The LiteKeeper 8 is programmed either through the keypad onboard interface or through the optional Keeper Enterprise Softw...

Page 9: ...nt le processus de c blage Montage l int rieur du bo tier 1 Choisissez un emplacement sec qui convient au panneau lectrique 2 Montez le panneau sur une surface stable l aide des trous pr perc s 3 Bran...

Page 10: ...de d rivation de 120 ou 277 V 20 A maximum hors tension au bornier du relais 2 Branchez le c blage de charge au bornier de sortie otte N Les borniers ne sont pas sensibles la polarit bien qu il soit...

Page 11: ...anchez un disjoncteur de d rivation de 120 ou 277 V 20 A maximum hors tension au bornier du relais 2 Branchez le c blage de charge au bornier de sortie otte N Les borniers ne sont pas sensibles la pol...

Page 12: ...s bipolaires occupent les deux fentes relais dans le bo tier 4 Les relais bipolaires sont normalement en configuration ouverte 5 Un voyant DEL s allume lorsque le relais est contr l par le panneau de...

Page 13: ...ogique Veuillez v rifier qu il n y a pas de court circuit au c ble de mise la terre c a avant de proc der au branchement des dispositifs d entr e Sans gard au type d entr e les remarques suivantes s a...

Page 14: ...e c ble sp cifi n est pas utilis et si vous prouvez des probl mes de communications qui exigent de l aide du service de d pannage des frais suppl mentaires peuvent tre applicables Les commutateurs num...

Page 15: ...alisation une r initialisation logicielle et une r initialisation de suppression La commande de r initialisation logicielle La commande de r initialisation logicielle red marre le microprocesseur Il n...

Page 16: ...5 8 LIGHTING CONTROL 12 OO O1 O1 0 8 2 4 7 OUTPUTS RELAY 6 5 4 3 8 7 1 6 B 9 C 3 A OFF 24 H 1 ON C OFF 24 H 1 ON C OFF 24 H 1 ON C OFF 24 H 1 ON C OFF 24 H 1 ON C OFF 24 H 1 ON C Sch ma de r f rence...

Page 17: ...gica para proteger los componentes contra posibles cortocircuitos durante el proceso de cableado Montaje en el recinto 1 Elija una ubicaci n seca que sea conveniente para el panel del disyuntor 2 Mont...

Page 18: ...os y 20 amperios como m ximo desconecte el disyuntor en el bloque de terminales del rel 2 Conecte los cables de carga en el bloque de terminales de salida otte N Los bloques de terminales no son sensi...

Page 19: ...l nea de un circuito normal Para realizar el cableado del rel en el circuito de control 1 Conecte un cable de 120 o 277 voltios y 20 amperios como m ximo desconecte el disyuntor en el bloque de termin...

Page 20: ...20 amperios como m ximo 2 Los bloques de terminales del rel tienen un l mite m ximo de cable 6 AWG 3 Los rel s de dos polos ocupan dos ranuras del rel en el recinto 4 Los rel s de dos poleas vienen en...

Page 21: ...lizar todo el cableado de entrada antes de aplicar energ a a la tarjeta l gica Verifique que no existan cortocircuitos a la conexi n a tierra de CA antes de conectar los dispositivos de entrada Sin im...

Page 22: ...comunicaci n que requieran asistencia mediante el proceso de resoluci n de problemas podr haber cargos adicionales por el servicio de soporte Los interruptores digitales se deben conectar entre s con...

Page 23: ...es de reconfiguraci n disponibles en el sistema LiteKeeper 8 un control de reconfiguraci n simple y uno de eliminaci n Control de reconfiguraci n simple El control de reconfiguraci n simple reinicia e...

Page 24: ...OFF H 1 ON C 0 D 5 8 LIGHTING CONTROL 12 OO O1 O1 0 8 2 4 7 OUTPUTS RELAY 6 5 4 3 8 7 1 6 B 9 C 3 A OFF 24 H 1 ON C OFF 24 H 1 ON C OFF 24 H 1 ON C OFF 24 H 1 ON C OFF 24 H 1 ON C OFF 24 H 1 ON C Dia...

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