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Contact Input Photosensor and Greengate Sensor Notes
2.
Run 18 AWG twisted pair from the LOCAL LiteKeeper®
remote power terminal (TB3) to the REMOTE
LiteKeeper®(s) remote power terminal (TB3). Be certain
there are no shorts to AC ground. Connect +24 VDC
from the LOCAL panel to the +24 VDC in the REMOTE
panel. Connect GND from the LOCAL panel to GND in
the REMOTE panel.
3.
The low voltage contact input wires should be brought
into the LOCAL panel enclosure and wired to the low
voltage terminal blocks as usual.
4.
Parallel the wiring from the ON and OFF of the LOCAL
panel switch terminal block to the ON and OFF of the
REMOTE panel terminal block. It is not necessary to
parallel the wiring from the +24V feed between
the panels.
5.
Once all wiring is complete, move the LOCAL/REMOTE
jumper in the LOCAL panel to the LOCAL position.
6.
Program the switch channels in each controller to run
the appropriate relay and for the proper switch type.
Using Pilot Lit Contact Input Switches
It is possible to run either Incandescent or LED style pilot
lit switches from a LiteKeeper® if an accessory Lighted
Switch Card is purchased and installed on the
LiteKeeper® system.
The panel's onboard power supply can support up to 75
●
●
LED lighted switches in a LK16 enclosure and 45 LED
switches in a LK32 enclosure. Please contact technical
support if it is necessary to power additional switches
beyond the numbers listed above. No more than 6 LEDs
may be run per input channel.
The panel's onboard power supply can support up to 38
●
●
incandescent lighted switches in a LK16 enclosure and
23 incandescent switches in a LK32 enclosure. Please
contact technical support if it is necessary to power
additional switches beyond the numbers listed above. No
more than 3 bulbs may be run per input channel.
Please note that these figures may decrease if motion
sensors, photocells or digital switches are being used with
the controller. Please contact Technical Support with the
numbers and types of inputs you are using to determine
if the controller will be able to support them without
overloading the power supply.
The Lighted Switch Card comes in different versions
including a pilot lit Lighted Switch Card and a locator lit
Lighted Switch Card. With the pilot lit Lighted Switch
Card, when the associated load is ON, the switch will be
illuminated. With the locator lit lighted switch card, the
switch will be dimly illuminated at all times going full bright
when the associated load is ON.
4
LiteKeeper® Logic Board (16/32)
To wire a lighted switch:
1.
Make certain that power is OFF to the logic board.
Place override switch in ALL ON position if lighting is
necessary during wiring.
2.
Connect the switch to the low voltage input terminals
at the bottom of the lighting control panel as
appropriate for the type of switch, see previous section
on contact input switch wiring.
3.
Select one relay that will be the relay that triggers
the illumination of the switch. Connect the pilot light
wire to the appropriate LSC Relay channel. (DO NOT
CONNECT PILOT LIGHT WIRE TO MORE THAN ONE
LSC RELAY CHANNEL. DAMAGE TO THE LSC OR
SWITCH MAY OCCUR.)
4.
Place jumper at the bottom of the LSC over LED if you
are using LED type switches or INCANDESCENT if you
are using incandescent type switches.
5.
Once all wiring and jumper placement has been
completed, power up the logic panel. If panel has been
overridden with the Standard Override Card switch
while being wired, return switch to AUTO or middle
position to allow normal lighting to resume after making
certain that all necessary relays are on via the relay
status LEDs.
Pilot Light Control Lead. Wire to
LSC Output Corresponding to
Relay Output Being Switched.
LSC Jumpers
3 Wire Momentary Switch With Pilot Lamp
#18 - 4 Conductor.
LiteKeeper® with Lighted Switch Card Wired
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