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E-14
Cable Connections
Connect cables to the Ceiling Mount as described below.
1.
Make a 90 mm diameter hole in the ceiling.
4.
Connect the cables.
Connect the cables to the terminals on the Ceiling Mount.
The four connection cables should consist of a AC 24V
power cable, a coaxial cable, a control signal cable and
an alarm signal cable.
2.
Remove the cover from the Ceiling Mount.
3.
Pass the cables through the cover.
Make slits in the rubber cap on the cover as shown in the
diagram below. Pull the cables through the hole in the
ceiling and pass the cables through the slits.
Diameter 90 mm
Cover
Ceiling mount
RELEASE LOCK
The diameter of the cover hole without the cap is 20.5 mm.
When the camera is installed in a place where it may some-
times be exposed to water splashes, for example under
eaves, enclose cables in a drip-proof pipe.
(Be sure to use a water-drip pipe that complies with the
IP52. standard. The maximum diameter of the pipe con-
nector is 31 mm.)
When distributing the cable from the side, use the WB-
S573 ceiling direct-mount bracket. In this case, the length
of the connector should be 33 mm or less, and the maxi-
mum diameter of the tube should be 22 mm or less.
Cap (Side)
Tube Maximum
diameter 22 mm
Cap (Top)
Drip-proof pipe
33 mm or less
Connector
Maximum diameter 31 mm
Power cable
Control signal cable
To a remote controller
such as RM-P2580
To the monitor, etc.
To the AC 24 V
power supply
To a device with
alarm input
Coaxial cable
Alarm signal cable
AC 24V power cable
This cable connects the AC 24V power supply to the AC
24V input connector. To prevent connection errors and
disconnections, the use of lug plate for connections to the
AC 24 V INPUT connector is recommended.
When a 2-conductor VVF (Vinyl-insulated vinyl-sheath ca-
ble) is used, the maximum connection length is as shown
below. (These are merely the standard reference values.)
Maximum cable length
100 m 260 m 410 m 500 m
Wire diameter (mm) 1.0 or more 1.6 or more 2.0 or more 2.6 or more
Connections & Installation
CAUTIONS
● When a thin cables are used the cable resistance increases.
As a result, when the power consumption of the unit is at its
maximum level (during the simultaneous operation of panning
and tilting) the effective voltage will drop.
If the voltage does drop while the camera is in use, perform-
ance can become unstable and preset positions may not be
reproduced accurately.
To prevent problems, use thicker cables that have a lower re-
sistance or decrease the cable length by installing the power
supply unit close to the camera. Attempt to reduce drops in
voltage to less than 10% while the rated current level of the
camera is flowing through the cable.
● Do not connect an AC 24V cable directly to an AC 230 V outlet.
This will damage the unit.