1. Connect a coaxial cable from a camera to a CAMERA
IN connector of the camera drive unit. Maximum cable
lengths are approximately as shown below.
Coaxial
DC R/1000 ft. of
Cable Type
Inner Conductor
Less than 30 Ω
RG-59/U
Less than 12 Ω
RG-6/U
The maximum DC resistance of the cable between the
camera and camera drive unit is 20 W.
2. Connect a coaxial cable from a video monitor to the
VIDEO OUT connector of the camera drive unit.
Maximum cable lengths are approximately as shown
below.
Type of
coaxial cable
Recommended
(m)
Maximum
cable length
(ft)
Note:
If the length of the coaxial cable between the cam-
era drive unit and the video monitor exceeds the
distance shown in the above table, a cable loss
compensator should be used between the camera
drive unit and the video monitor.
3. After connecting the specified camera to the camera
drive unit, connect the audio cable between the monitor
and AUDIO OUT connector of the camera drive unit.
9
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Maximum
Cable Length
200 m (660 ft.)
500 m (1 650 ft.)
RG-59/U
RG-6/U
RG-11/U
(3C-2V)
(5C-2V)
(7C-2V)
250
500
600
825
1 650
1 980
External VD/SYNC Signal
Signal Level
The VD/SYNC IN connector receives the VD or VS synchro-
nizing signal for external synchronization.
• VD: 4 V[p-p]/75 Ω
• Composite Sync: 4 V[p-p]/75 Ω
• VS: 1 V[p-p]/75 Ω
Accuracy of vertical signal
Vertical frequency: 59.940052 Hz ± 0.00161 Hz
Relation between VD/SYNC IN and VD/SYNC OUT
The signals from the VD/SYNC OUT connector differ
depending on the connected camera and the signals
received at the VD/SYNC IN connector of the camera drive
unit.
The signals supplied from VD/SYNC OUT are as follows:
Signal to
VD/SYNC
IN
No signal
Connected
Camera
WV-BP50
Composite
or
signal
WV-CP110
Composite
VD signal
signal
Composite
VD signal
signal