FUJITSU CG-301 - Manual (Page 10)

POWER CONNECTION
This camera uses 24VAC or 12VDC power supply for the main supply.
AC POWER CONNECTION
A main supply of 24VAC (20.4 to 27.6 VAC) 50 / 60Hz is
required. This main supply must also have a minimum
rating of 270mA.
Remove the sheath at the end of power cord in
the length of 10mm.
Twist and straighten the wires, then insert the wires to three holes of the terminal. If the insertion can not be made
smoothly, try it again while pushing respective button above the hole.
DC POWER CONNECTION
The rated power supply voltage of this camera
is +12VDC (+10.2 to +13.8VDC). Be sure to use the camera
within this range of voltage.
Power supply connections are shown in Fig.6. If a fuse is required, use a slow blow fuse connected to the +
terminal of the power supply within 10cm (4inch) of the terminal.
OUTPUT
REAR PANEL
TRANSFORMER
Button
AC 24 V
Fig.5
INPUT
REAR PANEL
DC POWER
SUPPLY
Button
+12 V
GND
10cm (4.0 inch) MAX
DC 12 V
FUSE (slow blow)
1.0 A
Fig.6
En-9
CAUTION :
Take care not to short-circuit the power line wire, when connecting the power-supply cord to the camera.
CAUTION :
Confirm that the cord is connected to the terminal securely by pulling the cord. Confirm that there is no
whisker of wires outside the holes of terminal.
Connect to 24VAC class 2 power supply only. Make sure to connect the grounding lead to the GND terminal
when the power is supplied from a 24VAC power source.
CAUTION :
When two or more cameras are used by one transformer, use a transformer having the rated current
more than the current consumed with the number of cameras ×24VAC 270 mA.
CAUTION :
DC power supply must be marked with a CE symbol.
CAUTION :
If the power-supply cord is short-circuited, excessive current flows and is extremely dangerous. The
line fuse must be required. (see Fig.6).
CAUTION :
Be sure to wire the power plug polarity correctly.
Current consumption 390mA per camera is required.
When selecting and connecting the power-supply cord, take care concerning the following:
①
Current allowance of the power-supply cord.
② Power supply voltage drop due to excessive length or size of wire.