External Device I/O Terminals
External device I/O terminals consist of two input and output systems each. Viewer can be
used to check external device input status and control output to an external device (please
refer to the “Operation Guide”).
External Device Input Terminals (IN1, IN2)
External device input terminals consist of two sets (IN1, IN2) of two terminals, with the negative
terminals connected to the camera interior GND. Connecting cables to the positive and
negative terminals and opening or closing the circuit notifies the Viewer.
Important
• When connecting sensors and switches, connect terminals that are electrically isolated from the
respective power and GND.
• Do not push the external device I/O terminal button with too much force. Doing so may cause the
button to remain pushed-in.
External Device Output Terminals (OUT1, OUT2)
External device output terminals consist of two sets (OUT1, OUT2) of two terminals. The sets
have no polarity. Controls from the viewer can be used to open and close the circuit between
the terminals. Using optical couplers, the output terminals are isolated from the camera’s
internal circuit.
Internal Connection Diagram
Internal controller
External device
Input terminal
IN1, IN2
Output terminal
OUT1, OUT2
+3.3 V
0.1 µF
10 k
Ω
10 k
Ω
1 k
Ω
External device
The load connected to the output terminals should be within the following rating range.
Rating between output terminals:
Maximum voltage 50 V DC
Continuous load current at or below 100 mA
On resistance: Max. 30
Ω
Note
Adaptive wiring for external device cables
Solid conductor AWG: No. 28 – 22
Cable strip should be approx. 8 – 9 mm (0.31 – 0.35 in.)
Audio Input/Output Terminals
Each audio input/output terminal has one input system and one output system.
Connecting the camera to an audio input/output device such as a microphone or a speaker
with an amplifier allows you to send/receive audio through the viewer.
Audio Input Terminal Common LINE IN/MIC IN (monaural input)
Although the camera has a single audio input system, it supports two types of microphone
input: LINE IN and MIC IN. Before using the audio input, change the [Audio Input Mode] on the
Setting Page (please refer to the “Operation Guide”). LINE IN is selected by default.
Input terminal: 3.5 mm ( 0.14 in.) mini-jack (monaural)
• Dynamic MIC IN
Input impedance: 1.5 k
Ω
±5%
* Supported microphones: Output impedance: 400
Ω
– 600
Ω
• Condenser MIC IN
Input impedance (microphone bias resistance): 2.2 k
Ω
±5%
Microphone power supply: plug-in power (voltage: 1.8 V)
* Supported microphones: Condenser microphones with plug-in power support
• LINE IN
Input level: Max. 1 Vp-p
* Use a microphone with an amplifier.
Audio Output Terminal LINE OUT (monaural output)
Connect the camera to a speaker with an amplifier. Audio can be sent to the speaker from
Viewer.
Output terminal: 3.5 mm ( 0.14 in.) mini-jack (monaural)
Output level: Max. 1 Vp-p
* Use a speaker with an amplifier.
Important
• Using incorrect settings for [Audio Input Mode] may damage the camera and/or microphone. Be sure
to configure the settings correctly.
• Microphone characteristics may affect volume and sound quality.
• Images and audio do not always synchronize properly.
• Audio may be interrupted depending on PC characteristics and network environment.
• Video and audio can be streamed to up to 30 clients. However, audio may be interrupted when
streaming to many clients or using SSL.
• Audio may be interrupted when using antivirus software.
• Connecting and disconnecting the LAN cable interrupts the audio. Use the viewer to reconnect.
© CANON INC. 2017
Printed in Taiwan
Specifications
Please refer to the “Specifications” for specifications not listed below.
Lens
3x optical zoom (4x digital zoom) lens (electric drive)
Viewing Angle
For 16:9 aspect ratios
Horizontal: 112.6° (W) – 36.7° (T)
Vertical: 60.8° (W) – 20.6° (T)
For 4:3 aspect ratios
Horizontal: 82.3° (W) – 27.5° (T)
Vertical: 60.8° (W) – 20.6° (T)
Network Terminal*
LAN x 1 (RJ45, 100Base-TX (auto/full-duplex/half-duplex))
* Use a category 5 or better LAN cable, 100 m (328 ft.) or less in length.
Audio Input Terminal
3.5 mm ( 0.14 in.) mini-jack connector (monaural)
(common for LINE IN & MIC IN)
Audio Output Terminal 3.5 mm ( 0.14 in.) mini-jack connector (monaural)
(LINE OUT)
External Device I/O Terminal Input x 2, Output x 2
Memory Card
SD Memory Card, SDHC Memory Card, SDXC Memory Card Compatible.
Operating Environment Temperature: AC, DC, PoE: -10°C – +50°C (+14°F – +122°F)
Humidity: 5% – 85% (without condensation)
Storage Environment Temperature: -30°C – +60°C (-22°F – +140°F) Humidity: 5% – 90% (without condensation)
Installation
With use of mounting pole (third party product)
Power Supply
PoE: PoE power supply via LAN connector (IEEE802.3at Type1 compliant)
AC Adapter: PA-V18 (100 – 240 V AC) (sold separately)
External power source: 24 V AC/12 V DC
Power Consumption
PoE: Max. approx. 6.9 W*
AC Adapter PA-V18: Max. approx. 7.5 W (100 V AC)
Max. approx. 7.8 W (240 V AC)
DC: Max. approx. 7.0 W
AC: Max. approx. 6.5 W
* Class 0 power sourcing equipment (requests 15.4 W)
Weight
Approx. 670 g (1.48 lb.)
Connecting the Camera
Power Connection
Please be sure to read the user manual for the dedicated power supply before use.
Note
• Power supply should conform to all local codes.
• The power supply should also comply with IEC/UL60950-1 (SELV/LPS) standards.
• The camera does not have a power switch. Connecting and disconnecting the LAN cable (PoE power
supply), AC adapter, or external power supply plug turns the power ON and OFF, respectively.
• When the camera needs to be rebooted, perform the reboot operation from the camera setting page
(please refer to the “Operation Guide”).
PoE (Power over Ethernet)
Power can be supplied to the camera by using a LAN cable to connect it to a PoE HUB that
conforms to the IEEE802.3at Type1 standard.
Important
• Check with your dealer for more information about PoE HUB and Midspan technology.
Midspan (a LAN cable power supply device) is a device that, like a PoE HUB, supplies power to the
camera via a LAN cable.
• Some PoE HUBs allow the limitation of power for each port, but applying limits may interfere with
performance. If using this type of PoE HUB, do not limit the operating power.
• Some PoE HUBs have limits for the total power consumption for the ports, which can interfere with
performance when multiple ports are in use. For more information, check the instruction guide for
your PoE HUB.
• The camera can also be connected to an AC adapter (sold separately) while receiving power from
a PoE HUB. In such cases, the PoE power supply is given priority, and the camera does not use the
power supply from the AC adapter (sold separately). When the PoE power supply is disconnected,
power is supplied automatically from the AC adapter (sold separately).
External Power Supply
12 V DC or 24 V AC input can be used.
Connect the included power connector as shown below.
Screwdriver
Tightening torque: 0.25 N·m
(max.)
Strip
Approx. 5 – 7 mm
(0.20 – 0.28 in.)
Power connector
(included)
12 V DC can be connected in a non-polar configuration.
Important
• The power supply should be within the following voltage
range.
• 24 V AC: Voltage fluctuation within ±10% of 24 V AC (50 Hz
or 60 Hz ±0.5 Hz or less)
Current supply capacity of at least 1.0 A per camera
• 12 V DC: Voltage fluctuation within ±10% of 12 V DC
Current supply capacity of at least 1.5 A per camera
• When using a 12 V DC battery power supply, be sure to
connect resistors of at least 0.5 – 1.0
Ω
/20 W in series to the
power line.
• For an external power supply, use a double-insulated device.
Recommended Power Cables [Reference]
Cable (AWG)
24
22
20
18
16
12 V DC maximum cable length m (ft.)
5 (16.4)
9 (29.5)
14 (45.9)
23 (75.5)
32 (105.0)
24 V AC maximum cable length m (ft.)
11 (36.1)
18 (59.1)
29 (95.1)
46 (150.9)
64 (210.0)
Use UL cable (UL-1015 or equivalent) for 12 V DC or 24 V AC wiring.
AC Adapter
Use the dedicated AC Adapter (sold separately).
CANON INC.
30-2, Shimomaruko 3-chome, Ohta-ku, Tokyo 146-8501, Japan
CANON EUROPA N.V.
Bovenkerkerweg 59, 1185 XB Amstelveen, The Netherlands
