Panasonic WJ-SX550A User Manual

Before attempting to connect or operate this product, please read these instructions completely

Matrix Switcher

WJ-SX550A

System Controller

WV-CU550A

ENGLISH

DEUTSCH

FRANÇAIS

The serial number of this product may be found on the

bottom of the unit.

You should note the serial number of this unit in the

space provided and retain this book as a permanent

record of your purchase to aid identification in the event

of theft.

Model No.

Serial No.

THIS APPARATUS MUST BE EARTHED.

To ensure safe operation the three-pin plug supplied must be insert-

ed only into a standard three-pin power point which is effectively

earthed through the normal household wiring. Extension cords used

with the equipment must be three-core and be correctly wired to pro-

vide connection to earth. Wrongly wired extension cords are a major

cause of fatalities.

The fact that the equipment operates satisfactorily does not imply

that the power point is earthed and that the installation is completely

safe. For your safety, if in any doubt about the effective earthing of

the power point, consult a qualified electrician.

The lightning flash with arrowhead sym-

bol, within an equilateral triangle, is

interned to alert the user to the presence

of uninsulated "dangerous voltage" within

the product's enclosure that may be of

sufficient magnitude to constitute a risk of

electric shock to persons.

The exclamation point within an equilat-

eral triangle is intended to alert the user

to the presence of important operating

and maintenance (servicing) instructions

in the literature accompanying the appli-

ance.

WARNING:

TO PREVENT FIRE OR SHOCK HAZARD, DO NOT EXPOSE THIS APPLIANCE TO RAIN OR MOISTURE.

CAUTION:

TO REDUCE THE RISK OF ELECTRIC SHOCK,

DO NOT REMOVE COVER (OR BACK), NO USER

SERVICEABLE PARTS INSIDE.

REFER SERVICING TO QUALIFIED SERVICE

PERSONNEL.

CAUTION

RISK OF ELECTRIC SHOCK

DO NOT OPEN

For Australia

FOR YOUR SAFETY PLEASE READ THE FOLLOWING TEXT CARE-

FULLY.

This appliance is supplied with a moulded three pin mains plug for your

safety and convenience.

A 13 amp fuse is fitted in this plug.

Should the fuse need to be replaced please ensure that the replacement

fuse has a rating of 13 amp and that it is approved by ASTA or BSI to

BS1362.

Check for the ASTA mark

H or the BSI mark G on the body of the

fuse.

If the plug contains a removable fuse cover you must ensure that it is

refitted when the fuse is replaced.

If you lose the fuse cover the plug must not be used until a replacement

cover is obtained.

A replacement fuse cover can be purchased from your local Panasonic

Dealer.

IF THE FITTED MOULDED PLUG IS UNSUITABLE FOR THE SOCK-

ET OUTLET IN YOUR HOME THEN THE FUSE SHOULD BE

REMOVED AND THE PLUG CUT OFF AND DISPOSED OF SAFELY.

THERE IS A DANGER OF SEVERE ELECTRICAL SHOCK IF THE

CUT OFF PLUG IS INSERTED INTO ANY 13 AMP SOCKET.

If a new plug is to be fitted please observe the wiring code as shown

below.

If in any doubt please consult a qualified electrician.

WARNING: This apparatus must be earthed.

IMPORTANT

The wires in this mains lead are coloured in accordance with the follow-

ing code.

Green-and-yellow: Earth

Blue: Neutral

Brown: Live

As the colours of the wire in the mains lead of this appliance may not

correspond with the coloured markings identifying the terminals in your

plug, proceed as follows.

The wire which is coloured green-and-yellow must be connected to

the terminal in the plug which is marked with the letter E or by the earth

symbol

I or coloured green or green-and-yellow.

The wire which is coloured blue must be connected to the terminal in

the plug which is marked with the letter N or coloured black.

The wire which is coloured brown must be connected to the terminal

in the plug which is marked with the letter L or coloured red.

How to replace the fuse

Open the fuse compartment with

a screwdriver and replace the fuse

and fuse cover.

For U.K.

We declare under our sole responsibility that the product to which

this declaration relates is in conformity with the standards or other

normative documents following the provisions of Directive

EEC/89/336.

Nosotros declaramos bajo nuestra ùnica responsabilidad que el

producto a que hace referencia esta declaraciòn està conforme con

las normas u otros documentos normativos siguiendo las estipula-

ciones de la directiva CEE/89/336.

Noi dichiariamo sotto nostra esclusiva responsabilità che il prodotto

a cui si riferisce la presente dichiarazione risulta conforme ai

seguenti standard o altri documenti normativi conformi alle dispo-

sizioni della direttiva CEE/89/336.

Wij verklaren als enige aansprakelijke, dat het product waarop deze

verklaring betrekking heeft, voldoet aan de volgende normen of

andere normatiefve dokumenten, overeenkomstig de bepalingen

van Richtlijn 89/336/EEC.

Vi erklærer os eneansvarlige for, at dette produkt, som denne

deklaration omhandler, er i overensstemmelse med den følgende

standarder eller andre normative dokumenter i følge bestem-

melserne i direktiv 89/336/EEC.

Vi deklarerar härmed värt fulla ansvar för att den produkt till vilken

denna deklaration hänvisar är i överensstämmelse med standard-

dokument, eller andra normativa dokument som framstölls i Direktiv

89/336/EEC.

Ilmoitamme yksinomaisella vastuullamme, että tuote, jota tämä

ilmoitus koskee, noudattaa seuraavia standardeja tai muita ohjeel-

lisia asiakirjoja, jotka noudattavat direktiivin 89/336/EEC. säädöksiä.

Vi erklærer oss alene ansvarlige for at produktet som denne

erklæringen gjelder for, er i overensstemmelse med følgende

normer eller andre normgivende dokumenter som fælger bestem-

melsene i direktiv 89/336/EEC.

FUSE

-1-

PREFACE

The WJ-SX550A Matrix Switcher, when combined with the

optional WV-CU550A System Controller and WJ-AD550

Extension Unit, allows for flexible control of 128 cameras

and 16 monitors.

Through the use of user-friendly, on-screen menu setups,

programmable sequences and tours can be easily estab-

lished for customized security requirements.

The use of modular construction for the WJ-SX550A Matrix

Switcher allows for flexible expansion for future needs.

PRECAUTIONS

• All necessary procedures, with regards to the installa-

tion of this unit should be made by qualified service

personnel or system installers.

• Do not attempt to disassemble the unit.

In order to prevent electric shock, do not remove

screws or covers. There are no user-serviceable parts

inside.

Do refer all servicing to qualified service personnel.

• Handle the unit with care.

Do not abuse the unit. Avoid striking, shaking, etc. It

could be damaged by improper handling or storage.

• Do not expose the unit to rain or moisture, or try to

operate it in wet areas.

Do take immediate action if the unit becomes wet.

Turn the power off and refer servicing to qualified ser-

vice personal. Moisture can damage the unit and also

create the danger of electric shock.

• Do not use strong or abrasive detergents when clean-

ing the unit body.

Do use a dry cloth to clean the unit when dirty.

In case the dirt is hard to remove, use a mild deter-

gent and wipe gently.

• Do not operate the unit beyond its temperature,

humidity or power source ratings.

Do not use the unit in an extreme environment where

high temperature or high humidity exist.

Use the unit under conditions where temperatures are

within −10°C - +50°C (14°F - 122°F), and humidity is

below 90%.

The input power source is 220 - 240V AC 50 Hz.

FEATURES

The WJ-SX550A Matrix Switcher, when combined with the

WV-CU550A System Controller and WJ-AD550 Extension

Unit enables control of the following functions:

• Routing of up to 128 cameras to any one of 16 moni-

tors.

• Remote control of up to 128 cameras and auxiliary

equipment, by using optional receivers and acces-

sories, including:

1. Remote control of Pan-Tilt Head and Camera

Housing.

2. Remote control of Motorized Zoom Lenses:Focus,

Zoom and Iris.

3. Remote control of camera setting, including

Electronic Sensitivity Up, Electronic Shutter,

Electronic Zoom, and more.

Additional features of the WJ-SX550A include:

Versatile Camera Switching Modes

• Independent programmable sequence for each moni-

tor (16 programs)

• 32 tours including Dwell Time, Camera Preset Position

and AUX Controls for any monitor

• 8 group synchronized sequences including Dwell

Time, Camera Preset Positions and AUX Controls

• Any tours or group synchronized sequence can be

called up by operators manually, by alarm and time

date schedule automatically

Flexible Alarm Activations

• Alarm Mode 1: Single monitor is assigned for auto

alarm call up with single VTR control.

• Alarm Mode 2: 4 monitors are assigned for auto alarm

call up with 4 VTR controls.

• Alarm Mode 3: Any camera, with its preset position,

can be assigned to any monitor.

Alternatively, any tour or group sequence can be

assigned to any monitor or group of monitors.

Programmable System Partitioning and Priority

• Operator Registration: 5 operator access levels to sys-

tem for setup and operation.

Password protection to limit operators access to sys-

tem

Operator priority to lock out lower priority operators.

ENGLISH

-2-

HOW TO USE THIS MANUAL

The purpose of this manual is to provide step-by-step instructions for setting up and operating a Matrix System 500. If Matrix

Switchers are new to you, it is highly recommended that you read this manual in its entirety. If you are already familiar with Matrix

Switchers you might want to skip over Section 1, Basic Operation of a Matrix Switcher, and go directly to Section 4, Installation and

System Connections. Each section of this manual is briefly described below.

Section 1. Basic Operation of a Matrix Switcher

This section covers the basics of crosspoint switching, spot and sequencing, microprocessor control of switch-

ing and camera accessory control.

Section 2. Features of the System 500 Matrix Switcher

The main features of the System 500 are described. Numerous illustrations are included that help to simplify the

explanations. A thorough understanding of key features is very important for proper setup of the system.

Section 3. Detailed Product Description and Selection

Operating controls and their functions are explain in this section. Also, in-depth information about each board is

given here, along with details about proper board setup. A table is included here that specifies how many

optional boards are required for every possible system expansion.

Section 4. Installation and System Connections

Information about cable connections between the Matrix Switcher and System Controllers, cameras, monitors

and peripheral devices is provided here.

Section 5. Software Setup

Step-by-step procedures for successful first time programming of the system are explained in this section.

Graphical representations of the various setup tables are also provided. This section is very important as proper

programming of the system is vital for customizing the system to the end user's requirements.

Section 6. Operating Procedures

After system programming, normal operation of the system on a daily basis is done by following the steps out-

lined in this section.

Section 7. Troubleshooting

Most of the problems in a Matrix System can be traced to faulty hardware or software setup. This section is

invaluable as an aid in identifying the sources of common problems. Reading this section before requesting ser-

vice will save you time in resolving those problems.

Section 8. Specifications

Section 9. Index

§1 BASIC OPERATION OF A MATRIX SWITCHER PAGE 5 - 10

§2 FEATURE OF THE SYSTEM 500 MATRIX SWITCHER PAGE 11 - 22

§3 DETAILED PRODUCT DESCRIPTION AND SELECTION PAGE 23 - 48

§4 INSTALLATION AND SYSTEM CONNECTIONS PAGE 49 - 64

§5 SOFTWARE SETUP PAGE 65 - 92

§7 TROUBLESHOOTING PAGE 119 - 122

§6 OPERATING PROCEDURES PAGE 93 - 118

§9 INDEX PAGE 127 - 130

§8 SPECIFICATIONS PAGE 123 - 126

-3-

-5-

BASIC

OPERATION

A MATRIX

SWITCHER

-6-

BASIC OPERATION OF A MATRIX SWITCHER

■ Crosspoint Switches

SW11 SW21 SW31 SW41

SW12 SW22 SW32 SW42

SW13 SW23 SW33 SW43

SW14 SW24 SW34 SW44

SW15 SW25 SW35 SW45

SW16 SW26 SW36 SW46

SW17 SW27 SW37 SW47

SW18 SW28 SW38 SW48

All Matrix Switchers, no matter how complicated and sophisticated they may be, depend on crosspoint switches to perform the

basic operations of the switcher. The crosspoint switches form a rectangular array of rows and columns in which any row may be

connected to any column.

In the Matrix Switcher shown above, the rows are connected to video cameras and the columns are connected to video monitors.

By closing a certain crosspoint switch we may connect any camera to any monitor.

In the example above, by closing switch SW12, camera 2 is displayed on monitor 1. Likewise, by closing SW24, camera 4 is dis-

played on monitor 2. In this example, camera 4 and monitor 3 are also connected, as well as camera 8 and monitor 4.

■ Spot and Sequence

Two basic operations of the Matrix Switcher are the SPOT

and SEQUENCE functions. In the SPOT mode a specific

camera is continuously connected to a specific monitor

with no interruption. In the SEQUENCE mode a series of

cameras are displayed in succession on a monitor. If

SW12, SW14 and SW16, of the crosspoint switch array

shown in the previous example, are each closed in a

sequential manner for two seconds, monitor 1 will display

camera images as shown on the right.

The duration of an camera image in a sequence is

called DWELL TIME.

A sequence pattern which repeats itself continuously, such

as the one shown above, can be stored in the memory

section of the Matrix Switcher.

Monitor 1

Dwell time: 2 sec.

Monitor 1 Monitor 2 Monitor 3 Monitor 4

Monitor 1

Dwell time: 2 sec.

Monitor 1

Dwell time: 2 sec.

Camera 1

Camera 2

Camera 3

Camera 4

Camera 5

Camera 6

Camera 7

Camera 8

In Matrix Switchers the activation (or closure) of a crosspoint switch is performed by a microprocessor. This microprocessor may

get its commands from one of three sources.

1) From a controller manually operated

2) From an external alarm signal

3) From an internal timer (clock)

Upon receiving a command signal the microprocessor retrieves the sequence pattern, previously stored in memory, and activates

the crosspoint switches in the proper order.

For example:

-7-

■ Activation of crosspoint switches

Matrix Switcher

SW11 SW21 SW31 SW41

SW12 SW22 SW32 SW42

SW13 SW23 SW33 SW43

SW14 SW24 SW34 SW44

SW15 SW25 SW35 SW45

SW16 SW26 SW36 SW46

SW17 SW27 SW37 SW47

SW18 SW28 SW38 SW48

Crosspoint Switch

Sequence Pattern

Alarm

Timer

• Alarm 3 input e Camera 3 picture output to Monitor 1

• 7th January, 10:00AM e sequence of Camera 1 → Camera 2 → Camera 3 output to Monitor 2

Micro-processor

Memory

Controller

Signal

Synchronizing

Signal (VD2)

Unique VD2 signal is sent to Panasonic cameras to synchronize the cameras with the

Matrix Switcher, thereby preventing rolling during camera picture switching.

-8-

■ Camera, Pan/Tilt Head Control and Camera Synchronization

In addition to controlling the crosspoint switches, the Matrix Switcher can also control external devices such as Pan/Tilt Head

Units, Zoom Lenses and auxiliary circuits through the use of Control Data multiplexed with the video signals.

Also, in cases of Panasonic Matrix Switchers, a unique signal called VD2 is multiplexed with the video signals and is used to syn-

chronize Panasonic cameras to prevent picture rolling during switching between cameras.

Control Data Controls pan, tilt, zoom, focus, iris control shutter speed, back light setting, preset

position, auxiliary control, wiper and defroster.

Status Data Sends camera setting information

SW11 SW21 SW31 SW41

SW12 SW22 SW32 SW42

SW13 SW23 SW33 SW43

SW14 SW24 SW34 SW44

SW15 SW25 SW35 SW45

SW16 SW26 SW36 SW46

SW17 SW27 SW37 SW47

SW18 SW28 SW38 SW48

Crosspoint Switch

Data

multiplex

Sync

signal

All channels provided

with data multiplex and

sync (VD2) generator

as standard features

Matrix Switcher

Coaxial cable

Video Signal

Control

Status Data

Sync. Signal (VD2)

Combination Camera

SYNC

(VD2 OFF)

SYNC

(VD2 ON)

Function

-9-

• Examples of Advanced Applications

As previously described, the Matrix Switcher controls both the crosspoint switches and external devices. By combining these two

functions, complicated Systems Control applications can be implemented as shown below.

Light

(Aux 2)

Camera 1

Dwell time: 1 sec.

Camera 4/Pre 1

Dwell time: 3 sec.

Camera 4/Pre 2

Dwell time: 2 sec.

Dwell time: 30 sec.

Gate

open

(Aux 1)

Camera 5

Camera 6

Camera 1

Camera 4

Camera 5

Infrared sensor

Aux 1

Aux 2

Receiver

Pre 2

Pre 1

Matrix Switcher WJ-SX550A

Matrix Switcher

Alarm 3

MON 2

Alarm

MON1

VTR

Alarm

Mode

Monitor 1

Monitor 2

Camera 6

Real time recording

-10-

Alarm 3 input by infrared sensor

Monitor 1

Monitor 2

Step

(1) Camera 1 picture is shown for 1 second

(2) Camera 4 picture at preset 1 position is shown for 3 seconds

(3) Camera 4 picture at preset 2 position is shown for 2 seconds

(4) Gate open (Auxiliary 1)

Light on (Auxiliary 2)

Camera 5 picture is shown for 30 seconds

Camera 6 spot; alarm sent to Time Lapse VTR to change time lapse mode to real time

mode to record camera 6 in real time.

This seemingly complex operation can be performed by the simple settings shown in table 1 and 2.

Step 01

01CAM 04 04 05

02 03 04

01 02

DWELL

03 02 30

AUX2

PRE

AUX1

Table 1 (Setup procedure for Tour Sequence)

T103

0603

Auto RST

AL CAM

Mode

AUX

1 2 3 4 5

Table 2 (Setup procedure for Alarm Activation)

Camera number

Preset camera position

Dwell time in seconds

Gate open

Light on

T1 (Tour Sequence 1)

Alarm Setting

Tour Sequence 1 activated

on Monitor 1

Camera 6 spot on Monitor 2

Alarm 3

Camera No.

Tour Sequence 1

Spot

Monitor 1 is assigned

Tour Sequence

Monitor 2 is assigned

Spot Mode

-11-

FEATURES

OF THE

SYSTEM 500

MATRIX

SWITCHER

-12-

FEATURES OF THE SYSTEM 500 MATRIX SWITCHER

Preface

The system shown below is an example of the expansion capabilities of the WJ-SX550A Matrix Switcher.

TL TL TL TL

CPU

Board

Control

Board

WV-PB5504AE

4ch

Output Board

Ext.

Board

WV-PB5508E

8ch

Input Board

Ext.

Board

WV-PB5564E

Alarm

Board

WV-PB5504AE

4ch

Output Board

WV-PB5508E

8ch

Input Board

Camera Input: Up to 128 cameras can be connected. The pan/tilt head, zoom /focus/iris of the lens and AUX switching can be

controlled via a single coaxial cable through a receiver. Also preset control of the lens and pan/tilt head position is possible by

using the WV-CS500 or WV-CS600 Combination Camera System.

Monitor Output: Up to 16 monitors can be connected. The camera title, camera and monitor number and alarm condition can be

displayed on the monitor screen.

System Controller: Up to 8 controllers may be connected. A variety of controls are accessible through the LCD display on the

system controller. Also, access to the Programming Set Up Menu may be gained through the system controller.

VCR: Up to 16 VTRs can be connected. The video signal controlled by the WJ-SX550A Matrix Switcher is supplied to the VTR.

Also, the Matrix Switcher can supply the VTRs with an alarm output signal to switch time lapse recording mode.

Alarm Input: Up to 128 alarm signals can be supplied. An Alarm Sensor Unit with a Normally Open or Normally Closed circuit

should be used.

Printer Output: The Set Up Menu Programming data can be printed out.

RS-232C Port: A Personal Computer can be used instead of the WV-CU550A System Controller.

Note: When using a Personal Computer, the software must be purchased locally (not supplied with WJ-SX550A Matrix

Switcher).

Video Monitor (Max. 16 Output)

Printer

WV-CU550A System Controller (Max 8 Controller)

Max 16 VTR Control Outputs

Computer

RS-232C Port

WJ-SX550A

Matrix Switcher

64 cameras 128 cameras

WJ-AD550

Extension Unit

128 Alarm Input

-13-

1. Log-in

To operate the Matrix Switcher System 500, a registered

operator must first supply their Operator Number and

Password to the system controller.

The operator number and password are established by

using the Set Up Menu. See page 83 for more details on

operator number registration.

If an attempt is made to enter an operator number and

password that do not match with the registered operator

numbers and passwords, entry into this system is denied.

As shown in the examples below, there are 2 additional

attributes associated with an operator: operator level and

priority. These items are described in more detail on page

19.

Operator Name: Mike

Operator Number: 01

Operator Level: 01

Password: 07171

Priority: 1

Operator Name: Robert

Operator Number: 30

Operator Level: 05

Password: 11524

Priority: 30

Notes:

1. Initially, Operator Number: 1

Password: 12345

are registered at the factory to allow access for first

time system programming.

2. An operator can be logged-in to this system from sev-

eral system controllers.

3. If the main power of the Matrix Switcher is turned off,

log-in procedures must be performed again.

4. If power to the system controller is turned off, the sys-

tem controller will record operating status when power

is resupplied.

2. Camera and Monitor Selection

After log-in, the desired camera and monitor combination

can be selected.

Basically, any combination of camera and monitor, which

are connected to this unit, can be selected as shown

below.

General Procedures

1. Select the desired monitor. (monitor and controller are

linked.)

2. Select the desired camera (camera and controller are

linked.)

3. The picture of the selected camera is displayed on the

selected monitor.

2-1 Monitor Selection

By selecting the monitor with the System Controller, it is

linked with the System Controller.

At this time, the camera output signal that was last sup-

plied to the monitor is displayed.

Press the Numeric keys (1 to 16) then press the MON key

to select the desired monitor.

CAM

ESC SET

123

4 5 6

7 8 9

MON

For example: When selecting monitor No. 5:

Press 5 then press MON key.

Camera-1 Camera-2

Monitor-1 Monitor-2

WJ-SX550A

Controller

WV-RC150

-14-

Note: The desired monitor selection may not be avail-

able due to one of the following reasons:

1. The System Controller used for selecting a partic-

ular monitor is not allowed access to that monitor

because of keyboard partitioning. See page 20

for more details.

2. The desired monitor is presently selected by

another operator who has a higher operator priori-

ty, and therefore, control over that monitor. At this

time "Monitor Busy" or "NOT AVAILABLE" will be

displayed on the System Controller's LCD panel.

2-2. Camera Selection

The video signal from the desired camera can be supplied

to the selected monitor by using the System Controller.

Press the Numeric keys (1 to 128) then press the CAM key

to select the desired camera.

2 3

4 5 6

7 8 9

MON CAM

ESC SET

For example: When selecting Camera No.2:

Press 2 then press CAM key

Note: The desired camera selection may not be avail-

able due to one of the following reasons:

1. The operator is not allowed access to the desired

camera because the Operator Registration has

limited the operator's access to certain cameras.

See page 19 for more details.

2. The desired camera is currently selected by

another operator who has a higher operator priori-

ty, and therefore, control over that camera. At this

time "Camera Busy" will be displayed on the

System Controller's LCD panel.

4. Accessory Control

4-1. Iris Control

This control is used to open or close the iris of specified

DC servo lens with Panasonic WV-BP510, or WV-CP610

series cameras.

3. Camera Control

The selected camera (and, if applicable, the receiver) can

be controlled by the System Controller.

Specified Panasonic cameras, such as the WV-BP510, or

the WV-CP610 series, can have various functions con-

trolled remotely without the need for a receiver.

Note: Because future camera models may have additional

features and functions, please refer to the Operating

Instructions Manual provided with the camera for more

details.

OPEN

IRIS

1 2 3

4 5 6

7 8 9

MON CAM

ESC SET

ACK

RESET

BACK

SEQ

FORWARD

SEQ ALT

DEC

-1CAM

INC

+1CAM

STOP12

AUX

OPEN

IRIS

PRESET

FOCUS

NEAR

ZOOM

TELE

FAR

WIDE

System Controller WV-CU 550

LEFT

RIGHT

DOWN

ALARM BUSY

F3 F4F2F1

4-2. Pan/Tilt Control

This control is used to pan or tilt the pan/tilt head.

The following operations are available.

1. Manual Operation

Press the Joystick Controller to move the Pan/Tilt head

towards the desired direction. Eight directions are

available: UP / DOWN / RIGHT/LEFT / UP-RIGHT / UP-

LEFT / DOWN-RIGHT / DOWN-LEFT.

2. Auto Panning Operation

It is necessary to use a Pan/Tilt head such as the WV-

7225.

3. Random Panning Operation

It is also necessary to use a Pan/Tilt head which has

the auto panning capability such as the WV-7225.

4-3. Auxiliary (AUX) Control

This control is used to turn on or off the user’s auxiliary

switches located in the Receiver, such as the WV-RC100,

WV-RC150 or WV-RC170 Receivers.

-15-

5. Preset Control

The preset function is used to memorize the setting points of focus, zoom, pan and tilt of a desired scene in advance, and to be

able to recall those setting points quickly, according to circumstance.

In addition, if the Camera Position Numbers are registered included the camera numbers with the preset positions in advance, and

to be able to recall those camera position quickly activating the camera selection and preset function at the same time.

This control is available with the Panasonic WV-CS500 or WV-CS600 Combination Camera, which enables the setting and recalling

of the Preset function from the System Controller.

6. Sequence

This system has three kinds of sequential modes: Program, Tour and Group

6-1. Program Sequence

The program sequence is a series of 64 steps assigned to a particular monitor. Each step can have a specific camera assigned to

it.

In the Program Sequence, each monitor has its own specified sequence operation as shown below.

P.SEQ 1

Program Sequence

P.SEQ 2

P.SEQ 3

P.SEQ 4

P.SEQ15

P.SEQ16

Monitor 1

Monitor 2

Monitor 3

Monitor 4

Monitor 15

Monitor 16

-16-

• Auto Skip Function

The Auto Skip function is available in sequence. If there is no video signal present at a step, the sequence will automatically

skip that step.

This function is enabled with the Programming Set Up Menu.

• Dwell Time

The amount of time each camera is displayed on the monitor (Dwell Time) can be set from 1 sec. to 30 sec. with 1 sec. incre-

ments.

This is set with the Programming Set Up Menu.

Also, External Timing, which is controlled from the Time Lapse VTR, can be selected with the Programming Set Up Menu.

6-2. Tour Sequence

A Tour Sequence consists of 64 steps. Each step has a Camera, Dwell Time, AUX Control and Pan/Tilt Preset assigned to it.

A Tour can be assigned to any monitor.

T1 T2 T3 T4 T5 T6 T7 T8

T9 T10 T11 T12 T13 T14 T15 T16

T17 T18 T19 T20 T21 T22 T23 T24

T25 T26 T27 T28 T29 T30 T31 T32

Tour Sequence

32 Tours In Any Monitor

A total of 32 Tour Sequence can be programmed with the Set Up Menu.

Monitor 1

Dwell time: 3 sec.

Step 1

Monitor 1

Dwell time: 3 sec.

Step 2

Monitor 1

Dwell time: 3 sec.

Step 3

Monitor 1

Dwell time: 3 sec.

Step 4

Monitor 1

Dwell time: 3 sec.

Step 5

s s

Monitor 1

Dwell time: 5 sec.

Step 1

Monitor 1

Dwell time: 3 sec.

Step 2

Monitor 1

Dwell time: 10 sec.

Step 3

Monitor 1

Dwell time: 5 sec.

Step 4

Monitor 1

Dwell time: 3 sec.

Step 5

s s

Monitor 1

Monitor 2

Monitor 3

Monitor 4

Monitor 15

Monitor 16

-17-

6-3. Group Sequence

A Group Sequence consists of up to 64 steps.

In each step a maximum of 16 cameras can be assigned to 16 monitors.

Pan/Tilt preset and AUX control 1 & 2 can also be set for each camera/monitor combination.

Camera switching (Dwell Time) for each step can be set from 1 sec. to 30 sec. with 1 sec. increments.

There are 8 Group Sequences available, with programming performed in the Set Up Menu.

7. Timer

The timer function is used to program and automatically activate tour or group sequences from set start times to set stop times

during each day of the week and 5 user defined special days.

8. Alarm

8-1. Alarm Input

1. Camera Site Alarm

This alarm signal is supplied from the associated camera site receiver.

The applicable units for camera site alarm inputs are the WV-RC100, WV-RC150 and WV-RC170 Receivers.

2. Interface Alarm

This alarm signal is supplied from the Alarm Input Connector on the optional Alarm Board installed in the WJ-SX550A Matrix

Switcher.

Up to 128 alarm inputs are available.

8-2. Alarm Operation Mode

There are three alarm operation modes available in the WJ-SX550A Matrix Switcher.

The alarm modes are able to switch according to the time programmed in an internal timer.

CAM 13 CAM 14 CAM 15 CAM 16

CAM 9 CAM 10 CAM 11 CAM 12

CAM 5 CAM 6 CAM 7 CAM 8

CAM 1 CAM 2 CAM 3 CAM 4

4th Floor

Group Sequence

C 13 C 14 C 15 C 16

3rd Floor

C 9 C 10 C 11 C 12

2nd Floor

C 6 C 8

1st Floor

C 1 C 2 C 3 C 4

C 5

C 7

Monitor 1 Monitor 2 Monitor 3 Monitor 4

-18-

The following are the examples of these modes.

Alarm Mode 1: Any alarms to 1 monitor

Mode 1 displays all alarms on Monitor One. If more than one alarm is activated, the system will sequentially display the alarms

on Monitor One.

Alarm Mode 2: Any alarms to 4 monitors

Mode 2 displays the first alarm on Monitor One, the second on Monitor Two, the Third on Monitor Three and the fourth on

Monitor Four. If more than four alarms are activated, the system will sequence the pictures starting on Monitor One, then two,

etc.

Alarm Mode 3: Any alarms to any monitors

Mode 3 is a fully programmable mode. Any alarm can be shown on any monitor plus sequence routines, presets and auxiliary

relays in receivers can be activated.

8-3. Alarm Recall

The WJ-SX550A Matrix Switcher can store up to 99 Alarm Events in its memory.

The alarms may be recalled and displayed, in chronological order, on any desired monitor.

2 3 4

5 6 7 8

Alarm

1 2 3 4

5 6 7 8

Alarm

1 2 3 4

5 6 7 8

Alarm

1 2 3 4

5 6 78

ANY

Alarm

Monitors Monitors

Sequence

Monitors

Any sequence, preset and auxiliary control

Any monitors

Sequence

-19-

9. Operator Registration

In the Operator Registration, an operator's level, priority, password and camera access limits are determined. Up to 30 operators

may be registered.

For example:

9-1. Level Setting

Operator access to various set up functions and system operations is dependent upon the operator's level. There are five separate

levels available, with level 1 being the highest.

9-2. Priority

When two or more operators attempt to perform the same function at the same time, the operator with the higher priority is allowed

to perform the function while the lower priority operator's attempt is denied. There are 30 priority levels available in this system.

9-3. Password

All operators have a five digit long password assigned to them.

9-4. Operator Limits for Camera Access

Access to any camera's video and control of the camera's pan/tilt head may be restricted to certain operators.

10. Camera Title

Camera titles are available for each camera input.

Each title is composed of 15 characters per line, times 2 lines.

34341 3221332132

Level 3

12123

Level 1

OPE-1

OPE-5 OPE-6 OPE-7

12341 1244312243

Level 2

OPE-2 OPE-3 OPE-4

43432 4333142341

Level 4

OPE-8 – OPE-26 OPE-27

54343 5656754543

Level 5

OPE-28 OPE-29 OPE-30

Priority

OPERATOR'S LEVEL TABLE

CAMERA TITLE

TIMER

PROG SEQ

TOUR SEQ

GRP SEQ

PRESET

ALARM

KEY BOARD

OPERATOR

COMP/VD2

CLOCK

CAM SELECT

P-SEQ SELECT

T-SEQ SELECT

G-SEQ SELECT

ALARM ACK/RST

CAMERA TITLE

TIMER

PROG SEQ

TOUR SEQ

GRP SEQ

PRESET

ALARM

KEY BOARD

CAM SELECT

P-SEQ SELECT

T-SEQ SELECT

G-SEQ SELECT

ALARM ACK/RST

CAM SELECT

P-SEQ SELECT

T-SEQ SELECT

G-SEQ SELECT

ALARM ACK/RST

CAM SELECT

P-SEQ SELECT

T-SEQ SELECT

G-SEQ SELECT

CAM SELECT

P-SEQ SELECT

T-SEQ SELECT

-20-

11. Status Display

12. System Controller-Monitor Partitioning

This feature is used to prevent specific WV-CU550A System Controllers from controlling the outputs of specific monitors.

It prevents an operator from unintentionally gaining control over a monitor that may not be associated with their station.

For example:

The following example demonstrates the use of both system controller-monitor partitioning and operator priority.

• Camera: 8 sets

• Monitor: 3 sets

• System Controller: 3 sets

• Operator : 3 persons

SPOT : Spot

P : Program Sequence

T : Tour Sequence

G : Group Sequence

CAM : Camera Setting

SET : Setup

in : Displays video connected to the Video

Output Board

This table shows the system status in real time.

Possible Active modes, as indicated in this table, are defined below.

F : Forward Sequence

B : Backward Sequence

S : Stopped

1 2 3 4 5 6 7 8

M1 M3 M5 M7 M9 M11 M13 M15

M2 M4 M6 M8 M10 M12 M14 M16

System Controller Partitioning To Monitors

WV-CU550A

10 in

Monitor Camera CTRLR Operator Priority

Mode

T 1

01 F

SPOT

T08F

G2S

CAM

SPOT

T64F

SPOT

T11F

G1B

SPOT

-21-

Setting Procedure

1. Operator No.1 has first priority . Cameras 1 - 8 can be selected by MON-1.

2. Operator No.2 has second priority. Cameras 1-5 can be selected by MON-2 (limited access due to operator partitioning).

3. Operator No.3 also has second priority. Cameras 4 - 8 can be selected by MON-3.

1. In the above system, when Operators 1 and 2 both select the camera No.3 simultaneously, the selection by Operator 1 is

allowed because operator 1 has a higher priority.

2. Operator 2 can not select camera 6 because operator's partitioning limits access to only cameras 1 - 5 by Operator 2.

3. Operator 2 can not control the Monitor 3 because controllers partitioning prevents access to monitor 3 by Operator 2.

13. Synchronizing the Sequence with External Timing

The camera switching interval (Sequence Dwell Time) can be synchronized with the time lapse mode set in the associated Time

Lapse VTR.

Select the On or Off mode to meet monitor requirements.

14. Cable Compensation / VD2

Cable Compensation

This feature is used to compensate for signal loss due to cable length.

The most suitable position for cable-loss compensation can be selected in the Set Up Menu.

Available cable length compensations are shown below.

S: Up to 500m (1,600 ft)

M: 500m (1,600 ft) to 900m (2,900 ft)

L: 900m (2,900 ft) to 1,200m (4,000 ft)

(When using 5C - 2V coaxial cable or equivalent)

VD2 (Camera Gen-lock Signal)

The VD2 (Gen-lock Sync Signal) can be turned On or Off by using the Set Up Menu.

Select VD2 On or Off to meet camera requirements.

15. RS-485 Site Communication

The communication parameters between the Camera Site can be set by using the Set Up Menu, if the optional WV-PB5548E Data

Board is installed in the Matrix Switcher.

The WV-RM70E Camera Controller or a modem is required in the system.

SPOT

Controller 1

Operator 1

Priority 1

SPOT

Controller 2

Operator 2

Priority 2

SPOT

Controller 3

Operator 3

Priority 2

Controller

Partitioning

Operator's

Partitioning

Operator's

Priority

-22-

16. Communication Speed

The data transmitting/receiving rate can be set by using the Set Up Menu.

Usually, the Baud Rate is set to 9,600 bps, with a Wait Time of 100 ms.

Note: Be sure to select the correct speed when using a modem.

17. Clock

A real time, on-screen clock display is available.

The date and time can be set with the Set Up Menu.

18. On Screen Display

The following item can be displayed on the selected monitor screen.

All items, except Alarm On/Off and Timer mode, can be displayed or removed.

Note: If the monitor used has excessive overscan, parts of the display may be cut off.

19. Printer

A parallel printer can be used to print out the Status, Alarm Recall or Set Up data.

The recommended printer to use is the Panasonic KX-P1624 Impact Dot Matrix Printer.

20. RS-232C Port

This port used for connecting with a Personal Computer. The memory of the WJ-SX550A Matrix Switcher can be loaded or saved.

Also, a Personal Computer can be substituted for the WV-CU550A System Controller.

Note: The software required for this operation, is an optional purchase.

q Date and Time

w Alarm On/Off

AL0: Camera Site Alarm

AL1: Interface Alarm

e Timer Mode

r Camera No.

t Monitor No.

y Preset No.

u Sequence Mode in Effect

i Camera Title

07,MAY'96 14:23:56 AL1

/T32

C 01 M16 3rd Floor

Pr64 T32 Room 306

(

)

-23-

DETAILED

PRODUCT

DESCRIPTION

AND

SELECTION

-24-

MAJOR OPERATING CONTROLS AND THEIR FUNCTIONS

WJ-SX550A Matrix Switcher

1. Operation Indicator (OPERATE)

This indicator lights up when the WJ-SX550A Matrix

Switcher is turned power on.

2. CPU Board (CPU)

The personal computer and printer connect to this

board.

Refer to the CPU Board on page 25 for more details.

3. Control Board (CONTROL)

The system controller connects to this board.

Refer to the Control Board on page 28 for more

details.

4. Video Input Board (INPUT)

The cameras and receivers connect to this board.

Refer to the Video Input Board on page 30 for more

details.

5. Video Output Board (OUTPUT)

The monitors connect to this board.

Refer to the Video Output Board on page 32 for more

details.

6. Voltage Indicator (+9V, +5V, −5V)

These LEDs indicate the presence of +9V, +5V and

−5V regulated DC voltages.

7. Power On/Off Switch (POWER ON/OFF)

This switch is used to turn the Matrix Switcher power

on or off.

8. Fuse Holder

9. Power Cord

OPERATE

Matrix Switcher WJ-SX

550A

CPU

RS-232C

TIME

ADJUST IN

COM

PRINTER

OUT

VS/VD

OUT

OFF

+9V

+5V

−5V

POWER

11A00001

INPUT

CAMERA IN

VIDEO OUT1

VIDEO OUT2

OUT

MONITOR

ALARM OUT

RESET OUT

EXT TIMING IN

RECOVER IN

OUTPUT

CAUTION

125V 4V

CONTROL

DATA 1

DATA 2

DATA 3

DATA 4

DATA 5

DATA 6

DATA 7

DATA 8

DATA 1

DATA 2

wert

Pin No.

-25-

CPU Board

1. RS-232C Port (RS-232C)

This port is used to connect a personal computer that can store or load the memory in the WJ-

SX550A Matrix Switcher. Also, this port enables control of the Matrix Switcher with a personal

computer instead of the WV-CU550A System Controller (by using optional software).

2. Time Adjustment Input Connector (TIME ADJUST IN)

This connector accepts the time adjustment signal from a Time Lapse VTR. It enables the time

display of the WJ-SX550A Matrix Switcher and the Time Lapse VTR to be matched.

Pin No. Designation Direction

(FG)

PC → Switcher

PC ← Switcher

PC → Switcher

PC ← Switcher

PC → Switcher

Other pins are not used.

Designation

Signal

Ground

Designation Direction

/STROBE

DATA 0

DATA 1

DATA 2

DATA 3

DATA 4

DATA 5

DATA 6

DATA 7

/ACK

BUSY

(R)

(G)

(B)

(SYNC)

/PRIM

Not used

Ground

Printer ← Switcher

Printer → Switcher

Monitor ← Switcher

Printer ← Switcher

3. Printer Port (PRINTER)

This port is used to connect a parallel printer which can provide a print out of the Status, Alarm

Recall or Set Up operation data.

CPU

RS-232C

TIME

ADJUST IN

COM

PRINTER

OUT

VS/VD

OUT

TIME

ADJUST IN

COM

Note: If a printer is not used in the

system, pins 12 - 15 may be

used to supply system status to

a monitor (RGB type input).

This board should be installed in the WJ-SX550A Matrix Switcher even if the WJ-AD550

Extension Unit is used.

-26-

4. VS/VD Input Connector (VS/VD IN)

Either the VD (Vertical Drive) pulse or the VS (Video, Sync) signal can be supplied to this connector for synchronizing the sys-

tem.

Notes:

1. This input is a looping through connection to the VS/VD Output Connector.

2. When the VD (or VS) signal is supplied to the VS/VD Input Connector, turn the VD/VS selection switch (SW4) on the circuit

board to the VD (or VS) position. Initially, the VD/VS selection switch (SW4) is set to the VS position at the factory. Ask

qualified service personnel about setting up this switch.

3. The external sync signal should meet with EIA RS-170 specifications and should not contain any jitter, such as a VTR

playback signal.

5. VS/VD Output Connector (VS/VD OUT)

Either the VD (Vertical Drive) pulse or the VS (Video, Sync) signal is provided at this connector for synchronizing other system

components.

Note: This output is a looping through output of the VS/VD Input Connector. These inputs and outputs are connected internal-

ly.

6. VD Output Connector (VD OUT)

The VD (Vertical Drive) pulse is provided at this connector for synchronizing other system components.

Notes:

1. The internal VD pulse or the looping-through external VD pulse will be provided at this connector.

2. When the VS signal is supplied to the VS/VD Input Connector, the VD output signal from the VD Output Connector will be

delayed by approximately 15 µsec with respect to the V-sync of VS input signal.

By changing the position of jumper connector (CN14) on the board, this connector can be used as the monitor output for the

system status display. (Set Up Menu is displayed during Set up mode.)

VS input signal

VD output signal

approx. 15 µsec

3H V

Caution

-27-

■ CPU Board Dip Switch and Jumper Setting

2. Set the switch (SW4) on the board to match the Sync. input signal, if applicable. Initially, VS

position is selected at the factory.

3. Set the jumper connectors (CN12) on the board to open connection position when a printer is

connected to the board.

4. Set the jumper connector (CN13) on the board to the “C/L” position when the set up menus are

not clearly displayed on the colour monitor.

Initially, the “B/W” position is selected at the factory.

5. Set the jumper connector (CN14) on the board for either VD Output or Status Output from the

VD Output Connector. Initially, the VD position is selected at the factory.

1. Confirm Switches (SW2) on the board are set to the following positions.

CN13

CN12

SW4

CN14

1234

OFF

5678

SW2

CN14

GRAPHIC

CN14

CN13

B/W

C/L

CN13

SYNC

CN12

1234

OFF

SW2

5678

These switches are used only for factory test.

Always keep these switches in the positions shown on right in the field.

Note

Pin No.

-28-

Control Board

1. Data Port (DATA 1 - 8)

These ports are used to transmit/receive control data to/from the WV-CU550A System

Controller. Eight ports are available on the board. Connect supplied 6-conductor cable

assembly or use data grade cable, suitable for RS-485 (2 shielded, twisted pairs). Cable length

may be extended up to 1,200m (4,000 ft).

Designation Direction

Ground

T (A)

T (B)

R (A)

R (B)

Ground

Controller → Switcher

Controller ← Switcher

2. Test Port (TEST 1, 2)

These ports are used only for factory test.

CONTROL

DATA 1

DATA 2

DATA 3

DATA 4

DATA 5

DATA 6

DATA 7

DATA 8

TEST 1

TEST 2

This board should be installed in the WJ-SX550A Matrix Switcher even if the WJ-AD550

Extension Unit is used.

Caution

-29-

■ Control Board Dip Switch Setting

Confirm switches (SW2) on the board are set to the following positions.

These switches are used only for factory test.

Always keep these switches in the “OFF” positions in the field.

Note

1234

OFF

SW2

1234

OFF

SW2

+ 99 hidden pages

Panasonic WJ-SX550A User Manual

PREFACE

PRECAUTIONS

FEATURES

HOW TO USE THIS MANUAL

TABLE OF CONTENTS

BASIC OPERATION OF A MATRIX SWITCHER

■ Crosspoint Switches

■ Spot and Sequence

■ Activation of crosspoint switches

■ Camera, Pan/Tilt Head Control and Camera Synchronization

FEATURES OF THE SYSTEM 500 MATRIX SWITCHER

Preface

1. Log-in

2. Camera and Monitor Selection

2-1 Monitor Selection

2-2. Camera Selection

4. Accessory Control

4-1. Iris Control

3. Camera Control

4-2. Pan/Tilt Control

4-3. Auxiliary (AUX) Control

5. Preset Control

6. Sequence

6-1. Program Sequence

6-2. Tour Sequence

6-3. Group Sequence

7. Timer

8. Alarm

8-1. Alarm Input

8-2. Alarm Operation Mode

8-3. Alarm Recall

9. Operator Registration

9-1. Level Setting

9-2. Priority

9-3. Password

9-4. Operator Limits for Camera Access

10. Camera Title

11. Status Display

12. System Controller-Monitor Partitioning

13. Synchronizing the Sequence with External Timing

14. Cable Compensation / VD2

15. RS-485 Site Communication

16. Communication Speed

17. Clock

18. On Screen Display

19. Printer

20. RS-232C Port

MAJOR OPERATING CONTROLS AND THEIR FUNCTIONS

WJ-SX550A Matrix Switcher

CPU Board

■ CPU Board Dip Switch and Jumper Setting

Control Board

■ Control Board Dip Switch Setting