13
Connection
Connecting to the Network
Connect the LAN port of the camera to a router or hub in
the network using a commercially available network cable
(not supplied).
Connecting the Power Source
There are three ways to supply the power source to this
camera, as follows.
• DC 12 V
• AC 24 V
• Power supply equipment pursuant to IEEE802.3af
(PoE* system)
* PoE means Power over Ethernet.
Notes
• Do not turn off the camera immediately after turning it
on. Wait for at least five minutes before turning off the
camera.
• Do not connect the power input cable if power is
supplied by a PoE system.
Connecting to 12 V DC or 24 V AC
source
Connect the power input cable of the camera to a 12 V DC
or 24 V AC source.
• Use a 12 V DC or 24 V AC source isolated from 100 to
240 V AC. Each usable voltage range is as follows.
(Assured range of the voltage the camera is receiving
(receiving-end voltage))
12 V DC: 10.8 V to 13.2 V
24 V AC: 19.2 V to 28.8 V
– In the USA, The product shall be powered by a UL
Listed Class 2 Power Supply Only.
– In Canada, The product shall be powered by a CSA
certified Class 2 Power Supply Only
• Use UL cable (VW-1 style 10368) for these connections.
• Recommended cable
When the receiving-end voltage of the camera is 12 V
DC:
When the receiving-end voltage of the camera is 24 V
AC:
Connecting to the power supply
equipment pursuant to IEEE802.3af
The power supply equipment pursuant to IEEE802.3af
supplies the power through a commercially available
network cable. For details, refer to the Instruction Manual
of the equipment.
Connecting the I/O Cable
CABLE (AWG)
#14
#16
#18
Max. length (m)
50
30
20
CABLE (AWG)
#20
#22
#24
Max. length (m)
106
67
42
R
3.1 V
Camera inside
Outside
10 K
Ω
2.2 K
Ω
10 K
Ω
Sensor input +
Sensor input –
(GND)
Mechanical switch
or
Open collector output
device
GND
GND
GND
Camera inside
Outside
5 V
Alarm
Alarm Output –
Circuit example
GND
10 K
Ω
