10)
POWER SUPPLY CABLE: connecting power supply.
11)
LOOPING VIDEO: two 34-pin flat ribbon sockets for 32 looping
video inputs and outputs. Refer to Picture 6-5 for profile and
pin designations. Refer to Section 7.5 for connections.
12) RS232 PORT (CONSOLE): thisport is for 9-pin D-Sub, connecting
PC for transmitting stored message in Matrix to it. PCcan also
control the whole system. Refer to Picture 6-6 for profile and
refer to Form 6-3 for pin designations. Refer to Section7.9 for
connections.
13)
RS485 PORT (CAMERA RS485): using 12 contac t removable
screw terminal block that connecting 8 groups of RS485 BUS
outputs. Refer to Picture 6-7 for profile and pin designations.
S means shield. Refer to Section 7.1 for connections.
6.1 Light and Connection
(
Refer to picture6-1)
1)
POWER: lit light indicates that the power supply is normal.
2)
ALARM: litlight indicates that there is alarm event happening.
3)
STATUS: flashing light indicates that the system is running
normally.
4)
CODEOUT: flashing light indicates that the system is se nding
codes out or receiving codes.
6.2 Connection
(Refer to picture6-2)
5)
EXTEND: the two ports are for extension to parallel connections
with other matrixes. The connector is RJ-11. Refer to Picture
6-3 forprofile and refer to Form 6-1 for pin designation. Refer
to Section 7.8 for connections.
6)
KEYBOARD PORT: the four ports are for 6-pin RJ11 plugs that
connect keyboards. Refer to Picture 6-3 for profile and refer
to Fo rm 6-2 for pin designatio n. Refer to Section 7.3 for
connections.
7)
MONITOR OUTP UTS: standard B NC c onnecto rs providing 7
video outputs. Refer to Section 7.2 for connections.
8)
CAMERA INPUTS: standard BNC connectors providing 32 video
inputs. Refer to Section 7.1 for connections.
9)
ALARM INPUTS: 32 alarm inputsthrough 12 contact removable
screw terminal blocks. Refer to Picture 6-4 forprofile and pin
designations. Refer to Section 7.1 for connections.
