15
Connections to Camera Terminal Board
INSTALLATION
Connections to Terminal Board
Remove the terminal board cover and con-
nect the video signal cable (coaxial cable)
(× 1).
Connect the DC 12 V or AC 24 V power cables
(× 2).
In a system where the Remote Control Unit
(RM-P2580), etc. is used, connect the con-
trol signal cables (× 4).
Ⅲ DC 12 V or AC 24 V power supply cable
Connect the DC 12 V or the AC 24 V power
supply to the DC 12V/AC 24V terminals on
the terminal board. To prevent connection
errors or a cable disconnection, we recom-
mend the use of lug plates for the connec-
tions.
The following table shows the connection dis-
tances and connection cables provided that
2-conductor VVF cables (vinyl-insulated vi-
nyl sheath cables) are used.
Maximum extension
(reference)
Conductor
diameter
100 m 260 m 410 m 500 m
1.0
∅
mm 1.6
∅
mm 2.0
∅
mm 2.6
∅
mm
and more and more and more and more
Remove the terminal board
cover by flipping it up while
pushing its top to the left.
RX+ C
RX– D
A TX+
B TX–
Terminal board
Lug plates
DC 12 V or AC 24 V
power cable
To DC 12 V or AC
24 V power supply
Control signal cable
To Remote Control
Unit (RM-P2580)
To Remote Control Unit
(RM-P2580)
Video
signal cable
• Do not allow input from both a DC 12 V
and AC 24 V power supply at the same
time.
• When using a DC 12 V power supply,
ensure that the polarities of the cable are
correct.
• The AC 24 V power supply should con-
form to the following:
U-type: Class 2 only
E-type: Isolated power supply only
• Turn OFF the power supply to all components before making connections.
CAUTION:
• If thin cables are used (i.e. with a high
resistance), a significant voltage drop
will occur when the unit is at its
maximum power consumption. Either
use a thick cable to restrict the voltage
drop at the camera side to below 10%,
or place the power supply near to the
camera. If voltage drop occurs during
operation, the performance will be
unstable.
• Attach the cable conductors so that they
do not come into contact with the drop
prevention wires.
