EasyManua.ls Logo

Look-C H424 - 2 Wire - 1 Door - 4 Monitors; 2 Wire 1 Door 4 Monitors Daisy Chain Expansion; 2 Wire 1 Door 4 Monitors Star Wiring Expansion

Look-C H424
28 pages
Print Icon
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
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
EXPANDEDSYSTEMWITHDAISYCHAIN
EXPANDEDSYSTEMWITHSTARWIRING
EXPANDEDSYSTEMWITHSTARWIRING
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 SplitterAllows 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
sufcient 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 identied for the
system to operate This is done by changing
DIP Switch settings (1-16) See DIP settings
Multiple monitors need to be identied for the
system to operate This is done by changing
DIP Switch settings (1-16) See DIP settings
Multiple cameras need to be identied for the
system to operate This is done by changing
DIP Switch settings (1-4) See DIP settings
In this conguration, all monitors impedance
switches need to be set to OFF, except the
end (last) monitors impedance is set to ON
In this conguration, all the monitors are at the
end of each Bus so their impedance switches
need to be set to ON
In this conguration, only one monitor is shown
Further monitors can be added, see multi-
monitor congurations for further information