Panasonic WJ-SX155 Simplified Service Manual ▷ View online
– 1-2 –
SIGNAL GND
POWER
AC IN
CAMERA
1
1
2
2
3
3
2
DATA 3 DATA 2
SERIAL
ALARM
TERM
OFF
ON
4
2
1
4
3
CAMERA
SW IN
RS485(CAMERA)
LINE
SELECT
MONITOR OUT
EXT IN
(PLAY IN)
EXT OUT
(REC OUT)
OUT
IN
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
14
15
15
16
16
RS485(CAMERA)
DATA 4
DATA HDR
PS•DATA
DATA 1
t
y
u
i
o
!0 !1
!2 !3 !4 !5 !6
!9
!7
!8
■
Rear View
t
Camera Output connectors
(CAMERA OUT 1–16)
(CAMERA OUT 1–16)
The video signal connected to the CAMERA IN connec-
tor is supplied at these connectors.
When the power of the matrix switcher is turned off, no
signal is supplied at these connectors.
tor is supplied at these connectors.
When the power of the matrix switcher is turned off, no
signal is supplied at these connectors.
y
Camera Input connectors (CAMERA IN 1-16)
• Connect to cameras or camera site accessories.
These connectors accept either a composite colour or
B/W video signal from a camera.
In addition, the VD2 signal to synchronize the vertical
timing of the cameras, and data to control camera site
devices are multiplexed at these connectors.
B/W video signal from a camera.
In addition, the VD2 signal to synchronize the vertical
timing of the cameras, and data to control camera site
devices are multiplexed at these connectors.
• When applying the master-slave connection, the func-
tions of connectors will differ.
u
Termination selector (TERM ON/OFF)
When you connect a PS·Data system controller to the
DATA 4 port, this selector turns the unit's termination
switch to ON/OFF.
The factory default setting is ON.
DATA 4 port, this selector turns the unit's termination
switch to ON/OFF.
The factory default setting is ON.
Note: When you connect a terminal-mode system con-
troller to the DATA 4 port, set this selector to ON.
i
Alarm port (ALARM)
Connects to alarm sensors.
Accepts the alarm input from the associated alarm sen-
sors.
Accepts the alarm input from the associated alarm sen-
sors.
o
Data ports (DATA 1/2/3/4/DATA HDR)
• DATA 1 to 4 connect to the system controller.
DATA 1 to 3 can connect to RS-485 cameras with the
configuration in WJ-SX155 Administrator Console.
DATA 4 can connect to the system controller via the
PS·Data protocol.
configuration in WJ-SX155 Administrator Console.
DATA 4 can connect to the system controller via the
PS·Data protocol.
• DATA HDR connects to a recorder.
• When applying the master-slave connection, the func-
• When applying the master-slave connection, the func-
tions of ports will differ.
!0
Serial port (SERIAL)
Connects to a PC for the system configuration through
Administrator Console.
Administrator Console.
!1
RS-485 Camera port
• Connects to an RS-485 camera.
Daisy chain connection is also available.
• When the unit is used as Master in the master-slave
connection, terminal-mode system controllers can be
connected.
connected.
Note: To connect terminal-mode controllers, the setting
in SETUP MENU and Administrator Console is
required.
required.
!2
Line selector (LINE SELECT 2/4)
Lets you select either full duplex (4 lines) or half duplex
(2 lines) for RS-485 cameras.
Lets you select either full duplex (4 lines) or half duplex
(2 lines) for RS-485 cameras.
!3
Camera Switching Input connector
(CAMERA SW IN)
The camera switching pulse from the time lapse VCR
(VTR) is supplied to this connector.
The camera switching interval (Sequential Dwell Time)
can be synchronized with the time lapse mode set in the
associated time lapse VTR.
(CAMERA SW IN)
The camera switching pulse from the time lapse VCR
(VTR) is supplied to this connector.
The camera switching interval (Sequential Dwell Time)
can be synchronized with the time lapse mode set in the
associated time lapse VTR.
!4
External Output connector
(EXT OUT/REC OUT)
The recording signal for the recorder is provided via this
connector.
(EXT OUT/REC OUT)
The recording signal for the recorder is provided via this
connector.
!5
External Input connector (EXT IN/PLAY IN)
A playback or live images from the recorder are supplied
to this connector.
A playback or live images from the recorder are supplied
to this connector.
!6
Monitor Output connectors (MONITOR OUT 1/2/3/4)
• Connect to monitors.
The video output signals are supplied to the monitors at
these connectors.
these connectors.
• When applying the master-slave connection, the func-
tions of connectors will differ.
!7
Power switch (POWER)
Turns the power of the matrix switcher on and off.
Turns the power of the matrix switcher on and off.
!8
AC Inlet socket (AC IN)
To use the unit, plug the power cable (supplied as a
standard accessory) into this socket and connect it to an
AC outlet.
To use the unit, plug the power cable (supplied as a
standard accessory) into this socket and connect it to an
AC outlet.
!9
Cooling fan
Note: Fan unit needs replacement after around 30 000
hours of operation.
hours of operation.
For Adjustment Procedure of Main and Power Boards, refer
to the service manual of WJ-SX150/WJ-SX150A.
1. Test Equipments Required
The following Test Equipments are required for adjustment
of the Matrix Switcher WJ-SX155.
8
Underscanned Colour Video Monitor
8
Vectorscope
8
Video Signal Generator
Colour Bar Signal
Ramp Signal (without Carrier)
Raster Signal
8
Oscilloscope
8
Frequency Counter
8
Ceramic Screwdriver
8
Digital Voltmeter
8
Personal Computer
8
RS-232C Cross Cable
8
SX150 Test Tool
2. Disassembling Procedure for
Adjustment
8
Referring to Fig. 2-1, remove eleven screws that secure
the Upper Cover and remove the Upper Cover.
Fig. 2-1
3. Connection and Setting up for
Adjustment
3.1. Connection
8
Fig. 3-1 shows the connecting diagram for adjustment of
the WJ-SX155.
– 2-1 –
ADJUSTMENT PROCEDURE OF MULTIPLEXER BOARD
Fig 3-1
8
Connect the Underscanned Colour Video Monitor through
the Vectorscope to the Monitor Output Connector 1 or the
External Output Connector on the rear panel of the WJ-
SX155.
8
Terminate the input terminal of the Underscanned Colour
Video Monitor with 75
Ω
.
8
Connect the output terminal of the Video Signal Generator
to the Camera Input Connector 1-4 on the rear panel of
the WJ-SX155.
8
Connect the probe of the Digital Voltmeter, the
Oscilloscope or the Frequency Counter at the desired Test
Point in each adjustment step.
8
Connect the Serial port of the WJ-SX155 to the Serial port
of the PC with the RS-232C cross cable.
3.2. Setting Up
8
Turn off the power of the WJ-SX155.
8
Set SW4 on the Main Board of the WJ-SX155 as shown in
Fig. 3-2.
Fig 3-2
SERIAL
MONITOR OUT 1
or EXT OUT
or EXT OUT
WJ-SX155
Video
Signal
Generator
Signal
Generator
Underscanned
Colour Video Monitor
Colour Video Monitor
Personal
Computer
Computer
75
Ω
Vectorscope
CAMERA
1 – 4
Remove eleven screws.
Upper Cover
SW4 SETTING
1
2
3
4
5
6
7
8
2
3
4
5
6
7
8
O
N
N
1
2
3
4
5
6
7
8
2
3
4
5
6
7
8
ON
ON
OFF
OFF
ON
OFF
OFF
OFF
ON
OFF
OFF
ON
OFF
OFF
OFF
– 2-2 –
8
Adjust L2001 to obtain 2.5 V ± 0.3 V DC.
8
Change the connection of the Video Signal Generator
from the Camera Input Connector 2 to 3.
8
Connect the Digital Voltmeter to TP2002.
8
Turn L2002 to fully clockwise direction.
8
Adjust L2002 to obtain 2.5 V ± 0.3 V DC.
8
Change the connection of the Video Signal Generator
from the Camera Input Connector 3 to 4.
8
Connect the Digital Voltmeter to TP2003.
8
Turn L2003 to fully clockwise direction.
8
Adjust L2003 to obtain 2.5 V ± 0.3 V DC.
(3). G/L PLL DC Level Adjustment (Rec Out)
Test Point:
TP2200 (REC G/L PLL DC-1)
TP2201 (REC G/L PLL DC-2)
TP2202 (REC G/L PLL DC-3)
TP2203 (REC G/L PLL DC-4)
Multiplexer Board
Adjust:
L2200 (REC G/L PLL DC-1)
L2201 (REC G/L PLL DC-2)
L2202 (REC G/L PLL DC-3)
L2203 (REC G/L PLL DC-4)
Multiplexer Board
8
Change the connection of the Video Signal Generator
from the Camera Input Connector 4 to 1.
8
Connect the Digital Voltmeter to TP2200.
8
Turn L2200 to fully clockwise direction.
8
Adjust L2200 to obtain 2.5 V ± 0.3 V DC.
8
Connect the Digital Voltmeter to TP2201.
8
Turn L2201 to fully clockwise direction.
8
Adjust L2201 to obtain 2.5 V ± 0.3 V DC.
8
Connect the Digital Voltmeter to TP2202.
8
Turn L2202 to fully clockwise direction.
8
Adjust L2202 to obtain 2.5 V ± 0.3 V DC.
8
Connect the Digital Voltmeter to TP2203.
8
Turn L2203 to fully clockwise direction.
8
Adjust L2203 to obtain 2.5 V ± 0.3 V DC.
(4). Monitor Out Level Adjustment
Test Point:
Monitor Output Connector 1
Rear Panel
Adjust:
VR2000 (MONI BURST)
Multiplexer Board
VR2001 (MONI ID)
Multiplexer Board
8
Disconnect all input signals.
8
Connect the terminated Oscilloscope with 75
Ω
to the
Monitor Output Connector 1 on the rear panel.
8
Trigger the Oscilloscope with H rate.
8
Set the Mode Selector on the front panel of the WJ-SX155
as shown in Fig. 3-3.
Fig 3-3
8
Disconnect the flexible flat cable from CN76 on the Rear
Board of the WJ-SX155.
8
Turn on the power of the WJ-SX155, then the WJ-SX155
will start in the Adjustment Mode.
4. Adjustment Procedure
8
Refer to the Location of the Test Points and Adjusting
Controls on the page 2-8.
8
These adjustment should be done in numerical order.
(1). 13.5MHz Frequency Adjustment
Test Point:
TP2207 (13.5MHz)
Multiplexer Board
Adjust:
CT2200 (13.5MHz)
Multiplexer Board
8
Disconnect all input signals.
8
Connect the Frequency Counter to TP2207 and TP1306
(GND).
8
Adjust CT2200 to obtain 13.500 000 MHz ± 18 Hz.
(2). G/L PLL DC Level Adjustment (Monitor Out)
Test Point:
TP2000 (MONI G/L PLL DC-1)
TP2001 (MONI G/L PLL DC-2)
TP2002 (MONI G/L PLL DC-3)
TP2003 (MONI G/L PLL DC-4)
Multiplexer Board
Adjust:
L2000 (MONI G/L PLL DC-1)
L2001 (MONI G/L PLL DC-2)
L2002 (MONI G/L PLL DC-3)
L2003 (MONI G/L PLL DC-4)
Multiplexer Board
8
Supply the Ramp signal to the Camera Input Connector 1
on the rear panel.
8
Connect the Digital Voltmeter to TP2000.
8
Turn L2000 to fully clockwise direction.
8
Adjust L2000 to obtain 2.0 V ± 0.3 V DC.
8
Change the connection of the Video Signal Generator
from the Camera Input Connector 1 to 2.
8
Connect the Digital Voltmeter to TP2001.
8
Turn L2001 to fully clockwise direction.
1
2
3
4
OFF
OFF
OFF
OFF
MODE SELECTOR SETTING
ON
1
2
3
4
– 2-3 –
8
Adjust VR2000 so that the Burst signal level becomes 300
mV ± 15 mV as shown in Fig. 4-1.
Fig. 4-1
8
Trigger the Oscilloscope with V rate.
8
Adjust VR2001 so that the ID level becomes 700 mV ± 15
mV as shown in Fig. 4-2.
Fig. 4-2
(5). Rec Out Level Adjustment
Test Point:
External Output Connector
Rear Panel
Adjust:
VR2200 (REC BURST)
Multiplexer Board
VR2201 (REC ID)
Multiplexer Board
8
Connect the terminated Oscilloscope with 75
Ω
to the
External Output Connector on the rear panel.
8
Trigger the Oscilloscope with H rate.
8
Adjust VR2200 so that the Burst level becomes 300 mV ±
15 mV as shown in Fig. 4-1.
8
Trigger the Oscilloscope with V rate.
8
Adjust VR2201 so that the ID level becomes 700 mV ± 15
mV as shown in Fig. 4-2.
(6). C PLL DC Level Adjustment (Monitor Out)
Test Point:
TP700 (MONI C PLL DC-1)
TP701 (MONI C PLL DC-2)
TP800 (MONI C PLL DC-3)
TP801 (MONI C PLL DC-4)
Multiplexer Board
Adjust:
CT700 (MONI C PLL DC-1)
CT701 (MONI C PLL DC-2)
CT800 (MONI C PLL DC-3)
CT801 (MONI C PLL DC-4)
Multiplexer Board
8
Supply the Colour Bar signal to the Camera Input
Connector 1 on the rear panel.
8
Connect the Digital Voltmeter to TP700.
8
Adjust CT700 to obtain 2.5 V ± 0.3 V DC.
8
Change the connection of the Video Signal Generator
from the Camera Input Connector 1 to 2.
8
Connect the Digital Voltmeter to TP701.
8
Adjust CT701 to obtain 2.5 V ± 0.3 V DC.
8
Change the connection of the Video Signal Generator
from the Camera Input Connector 2 to 3.
8
Connect the Digital Voltmeter to TP800.
8
Adjust CT800 to obtain 2.5 V ± 0.3 V DC.
8
Change the connection of the Video Signal Generator
from the Camera Input Connector 3 to 4.
8
Connect the Digital Voltmeter to TP801.
8
Adjust CT801 to obtain 2.5 V ± 0.3 V DC.
(7). C PLL DC Level Adjustment (Rec Out)
Test Point:
TP900 (REC C PLL DC-1) Multiplexer Board
TP901 (REC C PLL DC-2) Multiplexer Board
Adjust:
CT900 (REC C PLL DC-1) Multiplexer Board
CT901 (REC C PLL DC-2) Multiplexer Board
8
Change the connection of the Video Signal Generator
from the Camera Input Connector 4 to 1.
8
Connect the Digital Voltmeter to TP900.
8
Adjust CT900 to obtain 2.5 V ± 0.3 V DC.
8
Connect the Oscilloscope to TP901.
8
Adjust CT901 to obtain 2.5 V ± 0.3 V DC.
300 mV
±
15 mV
700 mV
±
15 mV
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