11.
DC IN connector <12V IN> (XLR connector)
Input 10.8 V (12 V–10%) to 24 V (21.8 V+10%) DC.
<NOTE>
• Use a DC cable with the following lengths.
For 12 V input: Max. 3 m (9.84 ft) (when using an AWG16 cable)
For 21.8 V input: Max. 20 m (65.62 ft) (when using an AWG16
cable)
External DC power supply
Connect after making sure that the output voltage of the external DC
power supply is compatible with the rated voltage of the camera.
Select an output amperage for the external DC power supply with a
margin above the total amperage of the connected devices.
The total amperage of connected devices can be calculated with the
following formula.
Total power consumption ÷ voltage
When the power of the camera is turned on, inrush current is generated.
Insufficient power supply when turning on the power may cause a
malfunction. We recommend that you use an external DC power supply
that can assure double the capacity of the total power consumption of the
camera and connected devices that are turned on by interlock when the
power of the camera is turned on (such as lenses, wireless microphone
receivers).
• Make sure of the pin alignment of the DC output terminal of the
external DC power supply and the camera DC IN connector, and
connect the polarity correctly.
If the +12 V power supply is mistakenly connected to the GND terminal,
it may cause fire or malfunction.
12V
IN
1
2
3
4
1
GND
2
—
3
—
4
+12V
HA16RA-4P (77)
Hirose Electric Co.
12.
MODE switches <MODE>
Switch
positions
Function
1
AW series protocol setting (Factory settings)
2
Standard protocol setting (baud rate 38400 bps)
3
Standard protocol setting (baud rate 9600 bps)
4
These are the positions for maintenance.
Do not use the unit while the switches are in these
positions.
13.
AUDIO IN connector <AUDIO IN(1/2)>
Inputs external audio (line).
When connecting a microphone or other devices with different levels,
match the level using an amp, for example.
14.
Ground connector <SIGNAL GND>
Connects to the ground connector on a wall outlet, ground bar, etc.
for grounding. (→ page 5)
15.
EXT connector <EXT>
This is the washer control and 12 V DC output connector.
<NOTE>
•
Keep outputs for pin number 4 [12V-OUT] within 12 V/0.5 A DC.
• The maximum cable length for connections to pin number 4
[12V-OUT] is 0.5 m (1.64 ft) when using an AWG24 cable.
Use a thicker cable when a greater length is required.
Pin No.
Signal
Pin No.
Signal
1
DC GND
3
COLD
2
HOT
4
12V-OUT
16.
Status display lamp <POWER/STANDBY>
This lights in the following way depending on the status of the unit.
Orange:
When the standby status is established
Green:
When the power is on
Red:
When trouble has occurred in the unit
z
Output conditions for each video format
z
z
SDI output
Format
SDI output
HD/SDI
1080/59.94p
1080/50p
1080/59.94i
1080/50i
1080/29.97PsF
*
3
1080/25PsF
*
3
1080/23.98PsF
*
3
1080/29.97p
*
1
1080/25p
*
1
1080/23.98p
*
2
720/59.94p
720/50p
*
1
Native output
*
2
Over 59.94i output
*
3
For 1080/25PsF, 50i may be displayed on the monitor screen.
Furthermore, for 1080/23.98PsF and 29.97PsF, 59.94i may be
displayed on the monitor screen.
z
z
IP video transmission output (1-/multi-channel display)
1-channel display
Resolution
1920×1080/1280×720/640×360/320×180/160×90
(non-dependent on SYS format)
Frame
rate
59.94 Hz
1 fps/2 fps/3 fps/5 fps/6 fps/10 fps/15 fps/30 fps/
60 fps
*
1
50 Hz
1 fps/2 fps/5 fps/10 fps/12.5 fps/25 fps/50 fps
*
2
*
1
60 fps only during H.264 transmission and 1920×1080 or 1280×720
resolution
*
2
50 fps only during H.264 transmission and 1920×1080 or 1280×720
resolution
Multi-channel display
Setting
H.264 CH1 H.264 CH2
H.264
CH3/CH4
JPEG
CH1/CH2/
CH3
*
3
Resolution
1920×1080
1280×720
1920×1080
1280×720
640×360
320×180
160×90
1280×720
640×360
320×180
160×90
1920×1080
1280×720
640×360
320×180
160×90
Frame
rate
59.94 Hz
60 fps
5 fps
15 fps
30 fps
5 fps
15 fps
30 fps
1 fps
2 fps
3 fps
5 fps
6 fps
10 fps
15 fps
30 fps
50 Hz
50 fps
5 fps
12.5 fps
25 fps
5 fps
12.5 fps
25 fps
1 fps
2 fps
5 fps
10 fps
12.5 fps
25 fps
*
3
Different resolutions must be specified for JPEG CH1/CH2/CH3.
14
15
Parts and their functions (continued)
