Copper wire
#24
#22
#20
#18
size (AWG)
(0.22mm
2
)
(0.33mm
2
)
(0.52mm
2
)
(0.83mm
2
)
Resistance
0.078
0.050
0.030
0.018
Ω
/m
Resistance
0.026
0.017
0.010
0.006
Ω
/ft
-8-
Resistance of copper wire [at 20°C (68°F)]
• Calculation method of maximum cable length
between camera and power supply.
10.5V DC
≤
V
A
−
(R x 0.42 x L)
≤
16V DC
L : Cable length (meter)
R : Resistance of copper wire (
Ω
/meter)
V
A
: DC output voltage of power supply unit
V
A
−
12
L standard =
(meters)
0.42 x R
V
A
−
16
L minimum =
(meters)
0.42 x R
V
A
−
10.5
L maximum =
(meters)
0.42 x R
CONNECTIONS
A. WV-CP450 (220 - 240V AC 50Hz)
1. Connect the AC power cord (supplied as standard
accessory) to the power cord socket of the cam-
era.
2. Connect the AC power cord to an electrical outlet
of 220 - 240V AC 50 Hz.
Notes:
• Connect the power cord firmly.
• The power cord should be long enough for pan-
ning and tilting.
If the cable is too short, the power cord plug may
be pulled off the camera when the camera pans or
tilts.
B. WV-CP454 (12V DC/24V AC)
The WV-CP454 has an AC/DC compatible input termi-
nal. The 12V DC or 24V AC power supply cord can be
connected to this terminal. The camera detects the
power source automatically.
1. 12 V DC Power Supply
Connect the power cord to
the AC/DC compatible
input terminal on the rear
panel of the camera.
AC 24V
IN
DC 12V
IN
1
2
GND
12 VDC
(10.5 V - 16 V)
Summary of Contents for WV-CP450
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