3
LOOK-C INSTRUCTIONS
Door
Camera
Monitor
On To Further
Optional Monitors
Up To 4 Total
Door
Strike*
PC6
Monitor
Monitor
Monitor
Impedance DIP-6=off
Monitor #2 DIP=01
1 2 3 4 5 6
ON
Impedance DIP-6=off
Monitor 1 DIP=00
1 2 3 4 5 6
ON
Impedance DIP-6=off
Monitor #3 DIP=02
1 2 3 4 5 6
ON
Impedance DIP-6=on
Monitor 4 DIP=03
1 2 3 4 5 6
ON
1
2
ON
#1
BUS
DS
BUS
IM
AC~
2 Wire - 1 Door - 4 Monitors
2 Wire - 4 Doors - 1 Monitor
EXPANDEDSYSTEMWITHDAISYCHAIN
EXPANDEDSYSTEMWITHSTARWIRING
EXPANDEDSYSTEMWITHSTARWIRING
System can be simply expanded to include 1 to up to 4 monitors using the existing PC6 power
solution and extending the cable in a daisy chain, up to a maximum of 100 metres cable (CAT5) .
An alternative wiring system radiating from a single point by use of
the DBC-4S Bus Splitter . Allows adding additional monitors, up to 4 .
Up to four cameras can be connected to a system with the
addition of a DBC-4S Bus Splitter . Each Camera Station can
control a door by use of a Door strike . PC6 Power Injector is
sufficient to run ALL Door Cameras plus up to four monitors .
*Further information available, see Door Strike Info
*Further information available, see Door Strike Info
*Further information available, see Door Strike Info
• No Polarity, twisted pair, easily to wire solution . Use CAT5 or twin core drop cable or equivalent
• Cable distance can be up to 100M total when using CAT5 cable (from camera to last monitor)
• One common power supply to all type solution (Use PC6 Mains Power or DPS Power Injector)
• Connect multiple monitors from 2 to 4 on the one Bus with PC6 Power and a Door Camera
• Monitor DIP Switches need setting . Monitor Menu needs setting for Master/Slave (See manual)
• DBC-4S Splitter for a Star Wiring alternative
• No Polarity, twisted pair, easily to wire solution .
• Use CAT5 or twin core drop cable or equivalent
• Cable distance can be up to 100M when using CAT5 cable
from the Door Camera to the furthest of the monitors
• One common power supply to all type solution (PC6 or DPS)
• Monitor DIP Switches need setting . Monitor Menu needs
setting for Master/Slave (See Monitor Instruction Manual)
• DBC-4S Splitter for expanding to extra Door Cameras
• DBC-4S Supports Two to Four Door Camera Stations
• Allows view and control of each Door Camera & Door strike
• Auto switches the monitor to the appropriate camera
• Cameras are internally terminated, so no Impedance switch
to set and Daisy-chain wiring is not available for cameras .
• Cable distance can be up to 100M from Camera to Monitor
• PC6 has enough power to supply more Monitors
in a further expanded system (See above)
†
• Each door camera can control a door strike*
• Door Strike connections may vary to that shown*
Door
Camera
Monitor
Door
Strike*
PC6
DBC-4S
BUS
DS
BUS
IM
BUS
Monitor
Monitor
Monitor
Impedance DIP-6=on
Monitor #2 DIP=01
1 2 3 4 5 6
ON
Impedance DIP-6=on
Monitor 1 DIP=00
1 2 3 4 5 6
ON
Impedance DIP-6=on
Monitor #3 DIP=02
1 2 3 4 5 6
ON
Impedance DIP-6=on
Monitor 4 DIP=03
1 2 3 4 5 6
ON
1
2
ON
#1
OFF
ON
Impedance Switch
AC~
Monitors
AC~
PC6
DBC-4S
BUS
BUS
Door
Camera
Door
Strike*
Door
Camera
Door
Camera
Door
Camera
1
2
ON
#1
1
2
ON
#2
1
2
ON
#3
1
2
ON
#4
OFF
ON
Impedance Switch
BUS
DS
BUS
IM
Single or
Multiple
Monitors
Multiple monitors need to be identified for the
system to operate . This is done by changing
DIP Switch settings (1-16) . See DIP settings .
Multiple monitors need to be identified for the
system to operate . This is done by changing
DIP Switch settings (1-16) . See DIP settings .
Multiple cameras need to be identified for the
system to operate . This is done by changing
DIP Switch settings (1-4) . See DIP settings .
In this configuration, all monitors impedance
switches need to be set to OFF, except the
end (last) monitor’s impedance is set to ON .
In this configuration, all the monitors are at the
end of each Bus so their impedance switches
need to be set to ON
In this configuration, only one monitor is shown .
Further monitors can be added, see multi-
monitor configurations for further information .