E-10
INTRODUCTION
13
[
,
,
,
] Up-and-down, left-and-
right Button
These buttons select items on the menu
screen and change a set value.
(
Page 23)
14
[EXT.TERM-ON/OFF] Terminal On/Off
Switch of External Synchronization
Signal
This is a terminating ON/OFF switch for
the external synchronization input signal.
When this is switched ON, termination is
executed via a 75
Ω
resistor.
ON:
terminates at 75
Ω
.
OFF:
does not terminate at 75
Ω
.
(ON: At time of factory shipment)
15
[INT/GL, LL] Selector Switch for
Synchronizing System
This switch sets the synchronizing system
for the camera.
INT/GL:
This is set for internal synchronization
(INT) or external synchronization (GL).
LL (Line Lock):
The camera’s vertical synchronization is
locked to the AC 24V power line frequency.
When switching between multiple
cameras using a switcher, selecting this
mode and adjusting the vertical phase
can reduce the monitor sync disturbances
occur that when the camera image is
switched. (This cannot be used in regions
where the power frequency is 60 Hz)
(INT/GL: At time of factory shipment)
16
[DUPLEX, SIMPLEX] Selector Switch
for Transmission System
If the setting is changed, be absolutely
sure to switch on the power again.
DUPLEX:
This switch sets to DUPLEX when the
transmission between the camera and a
remote control unit is in a duplex system
(two-way).
SIMPLEX:
This switch sets to SIMPLEX when the
transmission between the camera and a
remote control unit is in a simplex system
(one-way).
(DUPLEX: At time of factory shipment)
17
[RX.TERM-ON/OFF] RX Signal Terminal
ON/OFF Switch
This sets whether or not the signal
between RX + and RX – on the back
20
should be terminated at the value of
110
Ω
resistance.
ON:
Terminated.
OFF:
Not terminated.
If the system including the camera is the
M.DROP (Multi-drop, RS-485) system,
only the last camera mounted along the
control signal cable is set to “ON” and
the other cameras are set to “OFF”. In
case of the M.DROP system, it becomes
necessary to set the Machine ID. (
Page
35)
If the system including the camera is the
P TO P (Point to Point, RS-422A) system,
set this switch of all the cameras to “ON”.
The item STYLE on the COMMUNICA-
TION screen sets M.DROP or P TO P
(
Page 35)
(ON: At time of factory shipment)
18
NOT USED
This cannot be used. Do not switch.
Controls, Connectors and Indicators (Continued)
E-11
DC12V
AC24V
Y/C OUT
SYNC IN
POWER
VIDEO OUT
SEE INST-
RUCTION
MANUAL
+
-
1
2
CLASS 2 ONL
Y(U TYPE)
ISOLA
TED POWER ONL
Y
(E TYPE)
TX
+
TX
-
RX
+
RX
-
AUX GND
A
B
C
D
⁄
)
(
fi
›
¤
‹
19
[DC 12V, AC 24V] Power input terminals
To input DC 12V or AC 24V power.
20
[TX+
A
, TX-
B
, RX+
C
, RX-
D
] Control
signal connection terminals
Terminals for inputting signals with
electrical characteristics conforming to
the EIA/TIA RS-422A or RS-485 standard.
17
RX.TERM switch
21
[AUX, GND] Auxiliary Input/Output
Terminals
If there is any change in the area set on
the MOTION DETECT screen, these
ter minals output the corresponding
signals. (
Page 34)
These terminals also output the B&W/
COLOUR signal. (
Page 30)
[Open-collector low signal. Maximum
voltage 30V, current 30mA.]
When carr ying out B&W/COLOUR
switching using the control signal, the
signals are input through these terminals.
(
Page 30)
[B&W: make; COLOUR: break]
22
[Y/C OUT] Y/C output connector
This 4-pin connector outputs the luminance
and chrominance signal.
• Pin configuration of Y/C OUT connector
23
[VIDEO OUT] Video signal output
connector
This BNC connector outputs a composite
video signal. Connect this to the video input
connector of a video monitor, switcher, etc.
24
[POWER] Power indicator lamp
This lamp lights when power is supplied
to the camera.
25
[SYNC IN] Sync signal input connector
This BNC connector accepts the input of
an external sync signal such as a composite
video (VBS) or black burst (BB) signal.
When a sync signal is input into this
connector, the camera operation is
automatically synchronized with the
external sync signal.
To terminate this connector at 75
Ω
, turn
ON the EXT.TERM switch
14
.
Pin No.
Signal
1
GND
2
GND
3
Luminance (Y)
4
Chrominance (C)
4
2
3
1
