American Dynamics AD2078 Installation And Operating Instructions Manual

Brand: American Dynamics

Model: AD2078

Category: Camera accessories

Type: Installation And Operating Instructions Manual

Model AD2078

System Keyboard

Installation and Operating Instructions

This manual describes the installation and operating procedures for the American Dynamics AD2078 System Keyboard.

AD2078 Series keyboards are used with American Dynamics Matrix Switching Systems for full system control and for

programming and setup functions. Two AD2078 System Keyboard models are available: AD2078, a desktop keyboard, and

AD2078R, a rack-mounted keyboard.

The software/firmware furnished with this equipment is confidential to and is copyrighted by SENSORMATIC ELECTRONICS

CORPORATION. It is not to be copied or disclosed in any manner without the express written consent of SENSORMATIC. The

software/firmware is furnished to the purchaser under a license for use on a single system.

Information furnished by SENSORMATIC is believed to be accurate and reliable. However, no responsibility is assumed by

SENSORMATIC for its use; nor for any infringements of other rights of third parties which may result from its use. No license is

granted by implications or otherwise under any patent or patent rights of SENSORMATIC.

The installation of this product should be made by qualified

service personnel and should conform to all local codes.

QA301D

To reduce the risk of fire or shock hazard, do

not expose this product to rain or moisture.

AMERICAN

DYNAMICS

CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK,

DO NOT REMOVE COVERS (OR BACK) .

NO USER-SERVICEABLE PARTS INSIDE.

REFER SERVICING TO QUALIFIED SERVICE PERSONNEL

RISK OF ELECTRIC SHOCK

DO NOT OPEN

 CAUTION

The lightning flash with arrowhead

symbol, within an equilateral

triangle, is intended 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

equilateral triangle is intended to

alert the user to the presence of

important operating and maintenance

(servicing) instructions in the

literature accompanying the product.

Unpack carefully. This is an electronic product and should

be handled as such. Compare the items received with the

packing list with your order.

Be sure to save:

1. The shipping cartons and insert pieces. They are the )

safest material in which to make future shipments of

the product.

2. The IMPORTANT SAFEGUARDS sheet.

3. These Installation and Operating Instructions.

User maintenance of this unit is limited to external cleaning

and inspection. For specific recommendations refer to the

IMPORTANT SAFEGUARDS sheet packaged with this product.

If you require information during installation of this

product or if service seems necessary, contact the

Sensormatic Repair and Service Department at (800)

442-2225. You must obtain a Return Authorization Number

and shipping instructions before returning any product for

service.

Do not attempt to service this product yourself. Opening or

removing covers may expose you to dangerous voltages or

other hazards. Refer all servicing to qualified personnel.

This equipment has been tested and

found to comply with Part 15 of the

FCC Rules.

Operation is subject to the

following two conditions: 1. This

device may not cause harmful

interference, and 2. This device

must accept any interference

received, including interference

that may cause undesired operation.

CONTENTS

Page

DESCRIPTION................................................................................................. 1

FEATURES....................................................................................................... 1

INSTALLATION.............................................................................................. 1

CONNECTIONS .............................................................................................. 2

Matrix Switching System Connections....................................................... 2

Power Connection....................................................................................... 2

SETUP............................................................................................................... 3

Communication Port Type.......................................................................... 3

Baud Rate, LED Brightness, and Speaker Volume..................................... 3

Reset to Factory Default ............................................................................. 3

KEYBOARD LAYOUT ................................................................................... 4

OPERATION .................................................................................................... 5

Displays....................................................................................................... 5

Status Section.............................................................................................. 5

Monitor Section .......................................................................................... 6

Camera Section........................................................................................... 6

Aux/Lens Section........................................................................................ 7

Enter/Keypad Section ................................................................................. 7

Preset Section.............................................................................................. 7

APPENDIX

Built-In Test............................................................................................ A-2

TYPICAL SYSTEM CONNECTIONS

AD2078 to AD1650B............................................................................. C-2

AD2078 to AD1996................................................................................ C-4

AD2078 to AD2150/AD2350................................................................. C-6

AD2078 with AD1981 Port Expander.................................................... C-8

AD2078 Built-in Test.............................................................................. C-9

INDEX

TROUBLESHOOTING ......................................................... Inside back cover

SPECIFICATIONS........................................................................... Back cover

DESCRIPTION

The AD2078 Series keyboard is used with American

Dynamics Matrix Switching Systems for full system control

and for programming and setup functions. The AD2078

keyboard is supplied with a wall-type transformer (part number

TP8082 or TP8129 (UL Listed) for 120VAC or part number

TP8193 for 230VAC power source) and an interconnecting

Terminal Box (part number HP0082).

FEATURES

The AD2078 keyboard provides direct operator control of the

Matrix Switching Systems operations, including:

☛

USER AND SITE IDENTIFICATION

☛

MONITOR AND CAMERA SELECTION

☛

CAMERA PAN/TILT AND LENS CONTROL

☛

CAMERA/MONITOR TOUR AND SALVO CONTROL

☛

ALARM ARMING AND ACKNOWLEDGING

☛

MENU PROGRAMMING

INSTALLATION

This installation should be made by qualified service personnel

and should conform to all local electrical codes. Safeguards

must be taken to avoid unintentional operation by employees

and maintenance personnel working about the premises, by

falling objects, by customers, by building vibration, and by

similar causes.

Mounting

The model AD2078 keyboard is available in desktop

(AD2078) or rack-mount (AD2078R) versions. The rack-

mount version is three rack units high.

AD2078 DESCRIPTION, FEATURES, and INSTALLATION

ENTER

6 4

123

456

789

0CLEAR

AUXILIARY

IRIS

FOCUS

ZOOM

OFF ON

CLOSE OPEN

NEAR FAR

W IDE TE LE

CAMERA

1 0 2 4

LAST B-PAS ACK

NEXT RUN HOLD

SALVO CAMERA

MONITOR

1 2 8

OFF ARM

PROG

MON ITOR

STATUS

F1 F2

USER SITE

OFF

PROG

DISP

PRESET

CALL SET

Figure 1 - AD2078 System Keyboard

CONNECTIONS

To connect the AD2078 keyboard to a Matrix Switching

System, refer to the following text and to the Typical System

Connections illustrations at the end of this manual.

Matrix Switching System Connection

An 8-pin, modular RJ-45 port, located on the underside of the

keyboard, is used for all AD2078 connections, both RS-232

and power. A 7-foot modular cable (JJ0007) and a wall-

mount, dual 8-pin Terminal Block (HP0082, Figure 2) are

provided for connecting this keyboard port to a Matrix

Switching System controller and a power source. The pin

definitions for both the J1 (Keyboard) and J2 (System) sides of

this Terminal Block are shown in the following table.

Terminal Block Pins (either side)

Pin Function

1 Transformer Power In

2 Shield/Ground

3 RS-422 T -

4 RS-232 RCD, RS-422 R +

5 RS-232 XMIT, RS-422 T +

6 RS-422 R -

7 GND (Ground)

8 Transformer Power In

For all Matrix Switching System connections, the AD2078

keyboard port is connected to the J1 jack of the HP0082

Terminal Block using the supplied JJ0007 modular cable.

For AD1650B, AD2050, AD2150, or AD2350 connections

where the cable distance is less than seven feet, both sides (J1

and J2) of the HP0082 Terminal Block are used.

1. Connect the Keyboard side of the HP0082 Terminal Block

to the System side, using the three supplied jumper wires.

a. Connect a jumper wire from pin 7, GND, from the J1

(Keyboard) side to pin 7, GND, on the J2 (System) side.

b. Connect a jumper wire from pin 4, RCD, from the J1

(Keyboard) side to pin 5, XMIT, on the J2 (System) side.

c. Connect a jumper wire from pin 5, XMIT, from the J1

(Keyboard) side to pin 4, RCD, on the J2 (System) side.

2. Connect the controller's JJ0007 cable from the J2 jack of

the HP0082 Terminal Block to an RS-232 port of the

AD1650B, the AD2050 controller (AD1996 CPU), the

AD2150, or the AD2350.

For AD1650B, AD2050, AD2150, or AD2350 connections

where the distance is over seven feet, only the J1 side of the

HP0082 Terminal Block is used.

1. Connect a three-wire, shielded, 18-AWG cable from the J1

side of the HP0082 Terminal Block to the controller's

HP0047 Terminal Block.

a. Connect GND, pin 7, from the J1 side of the HP0082

Terminal Block to GND, pin 7, on the controller HP0047

Terminal Block.

b. Connect RCD, pin 4, from the J1 side of the HP0082 to

XMIT, pin 5, on the controller HP0047 Terminal Block.

c. Connect XMIT, pin 5, from the J1 side of the HP0082 to

RCD, pin 4, on the controller HP0047 Terminal Block.

d. Connect the cable shield to the controller HP0047

Terminal Block only.

2. Connect the controller's JJ0007 cable from the controller

HP0047 Terminal Block to a controller RS-232 port.

For distances up to 1000 ft (330 m) between the keyboard and

system controller, a direct connection using cables and

Terminal Blocks, as described above, may be used. For

distances over 1000 feet, a link using asynchronous line

drivers, short-haul modems, or dial-up modems is required.

Power Connection

The AD2078 is supplied with a wall transformer (TP8082 or

TP8129 for 120VAC, TP8193 for 230VAC) which must be

connected to the HP0082. Connect the output leads from the

wall transformer to pins 1 and 8 on the J1 side of the Terminal

Block. All AD2078 power is supplied from this connection.

The 230 VAC transformer is supplied with a Euro-style IEC

320 type inlet. A suitable, detachable cord should be connected

between the IEC 320 inlet and the power source. The cord

should conform to all national and local use code requirements.

DO NOT INSERT THE WALL TRANSFORMER INTO

THE POWER SOURCE UNTIL ALL CONNECTIONS

HAVE BEEN VERIFIED.

CONNECTIONS AD2078

Keyboard

side

System

side

J1 J2

Figure 2 - HP0082 Dual 8-pin Terminal Block

Power/Data Connection Only.

Not for Connection to Telephone Lines.

See Below.

AD2078 SETUP

SETUP

Communication Port Type

The keyboard interface can be set for either RS-232, RS-422,

or RS-485 communications, depending on the type used by the

system controller. The communications type is set by a DIP

switch, labeled "COMMUNICATIONS SWITCH", located on

the bottom of the keyboard. The factory setting is for RS-232.

To change the setting of this DIP switch:

1. Unplug the keyboard's wall transformer.

2. Locate the DIP switch by removing the bottom plate of the

keyboard, adjacent to the 8-pin port connector.

3. Set the DIP switch positions according to the following:

Port Use

1 2 3 4 5 6 7 8

RS-232 on on off off off off off off

RS-422 off off on on off off off off

RS-485 off off on on on off off off

4. Replace the bottom plate and plug in the keyboard wall

transformer.

Baud Rate, LED Brightness, and Speaker Volume

There are three internal keyboard parameters: Baud Rate, LED

Brightness Level, and Speaker Volume. These are factory set

at 1200 baud, maximum brightness, and maximum volume,

respectively. Use the following setup procedures to change

these settings. The keyboard must be connected to the wall

transformer and the transformer plugged into the power source

for these procedures. (Refer to page 4 for the location of the

keyboard buttons and displays used in these procedures.)

To start the setup procedures:

1. Place the keyswitch in the DISP position.

2. Press the F1 button on the keyboard to start setup.

BAUD RATE

3. When setup starts, the message "SETUP BAUD =" is

shown in the CAMERA display, and the current value of

the baud rate is shown in the ENTER display.

4. To change the baud rate, use the NEXT or LAST button

in the CAMERA Section to cycle through the possible

baud rate values: 1200, 2400, 4800, or 9600. The

factory default setting is 1200 baud.

5. When the desired baud rate is shown in the ENTER

display, press the PROG button to save this baud rate

and go to step 6 below (LED Brightness).

To exit the setup procedures at this point (bypassing

brightness and volume setups), press the F1 button. This

action saves the new baud rate and returns the keyboard to

normal operation.

LED BRIGHTNESS LEVEL

6. When this setup starts, the message "LEDS =" is shown

in the CAMERA display, and the current LED

brightness level is shown in the ENTER display.

7. To change the brightness level, use the NEXT or LAST

button to cycle through the possible LED brightness

values, from 1 to 8. The lowest brightness level is 1.

The factory default setting is 8, maximum brightness.

8. When the desired LED brightness level is shown in the

ENTER display, press the PROG button to save this

value and go to step 9 below (Speaker Volume).

To exit the setup procedures at this point (bypassing volume

setup), press the F1 button. This action saves the new values

entered and returns the keyboard to normal operation.

SPEAKER VOLUME

9. When this setup starts, the message "SOUND" is shown

in the CAMERA display, and the current speaker

volume level is shown in the ENTER display.

10. To change the speaker volume, use the NEXT or LAST

button to cycle through the speaker volume values, from

OFF to 7. Each time the volume is changed, a short tone

is sounded at the new level. OFF is no speaker volume

and 1 is the lowest audible volume level. The factory

default setting is 7, the highest volume.

11. When the desired volume level is shown in the ENTER

display, press the PROG button to save this value and go

back to the first setup, step 3 above (Baud Rate).

To exit the setup procedures at this point, press the F1

button. This action saves the new values entered and returns

the keyboard to normal operation.

Reset baud rate, LED brightness, and speaker volume

To reset the keyboard to the factory default settings:

1. Unplug the keyboard wall transformer.

2. Press and hold the F1 and PROG buttons simultaneously

while the transformer is plugged in again.

CAUTION - The following internal

adjustment exposes critical electrical

components and should be performed by

qualified service personnel only.

KEYBOARD LAYOUT AD2078

KEYBOARD LAYOUT (Refer to the following pages for

definitions of keyboard display and control functions.)

STATUS SECTION

STATUS DISPLAY - Shows status information from the

connected system controller

F1 - Special Function

F2 - Special Function

USER - Provides passcode logon/logoff

SITE - Selects a site for satellite switching

KEYSWITCH - OFF/PROG/DISP - Controls system

program and display of menu functions

MONITOR SECTION

MONITOR DISPLAY - Shows active (called) monitor

OFF - Disarms monitor from alarm display

ARM - Arms monitor for alarm display

PROG - Creates Monitor Tours/accesses program menus

MONITOR - Selects a specified monitor for control, the

called monitor

CAMERA SECTION

CAMERA DISPLAY - Shows camera on called monitor

LAST - Calls prior camera displayed in a sequence

B-PAS - Removes camera from current sequence

ACK - Acknowledges alarms

NEXT - Calls next camera in a sequence

RUN - Runs a sequence

HOLD - Holds camera in sequence

SALVO - Brings up a specified salvo

CAMERA - Selects a specified camera for called monitor

ENTER/KEYPAD SECTION

ENTER DISPLAY - Displays numeric data entered

NUMERIC KEYPAD - Enters numeric data for keyboard

actions (such as monitor, camera, or aux number)

CLEAR - Clears data entered

AUX/LENS SECTION / MENU PROGRAMMING

(Dual Function Buttons)

OFF - Turns off a specified auxiliary

ENTER - Stores entered data for menu function

ON - Turns on a specified auxiliary

EXIT - Exits menu function

CLOSE - Closes iris to restrict light to camera

PAGE Up Arrow - Displays prior page of menu

OPEN - Opens iris to obtain more light to camera

PAGE Down Arrow - Displays next page of menu

NEAR - Adjusts focus for near objects

Left Arrow - Moves cursor left one character in menu

FAR - Adjusts focus for distant objects

Right Arrow - Moves cursor right one character

WIDE - Zooms out for wide angle view

Up Arrow - Moves cursor up one line in menu

TELE - Zooms in for telephoto view

Down Arrow - Moves cursor down one line in menu

PRESET SECTION

CALL - Calls a specified preset scene

SET - Sets a particular scene as a preset

● - Recessed Speaker

VECTOR-SOLVING JOYSTICK - Moves camera for

variable or fixed speed pan/tilt functions

ENTER

6 4

123

456

789

0CLEAR

AUXILIARY

IRIS

FOCUS

ZOOM

OFF ON

CLOSE OPEN

NEAR FAR

W IDE TE LE

CAMERA

1 0 2 4

LAST B-PAS ACK

NEXT RUN HOLD

SALVO CAMERA

MONITOR

1 2 8

OFF ARM

PROG

MON ITOR

STATUS

F1 F2

USER SITE

OFF

PROG

DISP

PRESET

CALL SET

Figure 3 - AD2078 Keyboard Layout

OPERATION

The following information is for general use of the AD2078

keyboard. For use with a specific switching system, refer

to that system's Operating Instructions manual.

Keyboard control of switching system functions is, generally,

"monitor oriented". A keyboard controls functions associated

with the the monitor to which it is "called". System monitors

which are not under keyboard control continue to operate

under control of the switching system, independent of

keyboard actions.

See Figure 3, page 4, for the location and arrangement of the

keyboard displays and controls described in the following

sections.

A built-in test capability is provided in the AD2078 keyboard

to assist in determining faults in the software or hardware of

the keyboard. See the Appendix, page A-2, for the built-in test

operating procedures.

Displays

Four LED displays are provided on the keyboard.

1. STATUS - This LED display shows the current status of the

connected switching system. Refer to the system's

Operating Instructions manual for STATUS display details.

The STATUS display is three digits.

2. MONITOR - This display shows the number of the monitor

which the keyboard is currently controlling (the "called"

monitor). The MONITOR display is five digits.

3. CAMERA - This display shows the number of the camera

(video input) currently being displayed on the called

monitor. The CAMERA display is six digits.

4. ENTER - This display shows the numbers entered on the

numeric keypad by an operator in preparation for requesting

some action. The ENTER display is four digits.

Whenever a number appears in the ENTER display it

indicates that some action has been initiated but not

completed. This action should be completed or the entry

cleared by pressing the CLEAR button before initiating any

new action.

STATUS Section Controls

F1, F2

The F1 and F2 buttons are special function buttons used to

perform certain actions which require double key actions.

Refer to the appropriate system's Operating Instructions

manual for further details on the use of these buttons.

The F1 button is also used in the setup procedures for the

AD2078 keyboard, see Setup, page 3.

USER

The USER button provides the means to enter a user

password or identification number for logging onto a

password-protected system.

SITE

The SITE button is used for selecting satellite camera sites in

systems with satellite site switching capability.

Note: For either the USER or the SITE button, refer to the

appropriate system's Operating Instructions manual for

further details on the applicability and operation of these

functions in each system installation.

KEYSWITCH

The keyswitch on the AD2078 keyboard front panel has

three positions.

OFF (Off) - This keyswitch position locks the user out from

the SET button in the PRESET section, the OFF, ARM,

and PROG buttons in the MONITOR section, and the

menu programming functions of the buttons in the

AUX/LENS section. Key removal is possible only when

the key is placed in this position.

PROG (Program) - When the keyswitch is placed in this

position, the user has access to the SET button, the OFF

and ARM buttons, and the PROG button functions. The

menu buttons can not be accessed in this keyswitch

position.

DISP (Display) - When the keyswitch is placed in the DISP

position, the main menu display of the Matrix Switching

System CPU is called up and the menu programming

buttons in the AUX/LENS section are enabled.

AD2078 OPERATION

MONITOR Section Controls

ARM

The ARM button is used to arm the "called" monitor. When

a monitor is armed, the camera video associated with an

alarm for that monitor is displayed when that alarm is

activated. This action (and the OFF button action) affects

only the monitor currently under control of the keyboard (the

called monitor). The keyswitch must be in the PROG

position to use the ARM button.

OFF

The OFF button is used to disarm monitors that have been

armed by the ARM button action. While the monitor is

disarmed, camera video from alarms for that monitor is not

displayed when an alarm is activated. The keyswitch must

be in the PROG position to use the OFF button.

PROG

The PROG button is used in creating Monitor Tours for the

called monitor. Monitor Tours are selected sequences of

camera video inputs, with selected dwell times. The PROG

button is also used in some switching system controllers to

initiate the menu system programming functions. Refer to

the appropriate system's Operating Instructions manual for

specific instructions on creating Monitor Tours and on Menu

Programming operation.

MONITOR

The MONITOR button is used to select a specified monitor

(the called monitor) for control by further keyboard actions.

The called monitor either displays a sequence of camera

video inputs from a selected tour or displays a single camera

video.

CAMERA Section Controls

NEXT, LAST

The NEXT and LAST buttons are used to manually advance

(NEXT) or reverse (LAST) stepping through a camera

program sequence or tour. These buttons step through the

sequence one camera at a time, only when the sequence is in

a HOLD or has been called to a specific camera.

B-PAS

The B-PAS button is used to remove a camera's video from

the sequence or tour that has been activated.

ACK

The ACK button is used to acknowledge alarms which are

displayed on the called monitor.

RUN

The RUN button initiates the RUN mode, which sequences a

display of camera video inputs on the called monitor. The

monitor, depending on the system setup and sequence

selected, either continuously displays a sequence of camera

video inputs or displays a sequence and holds on a selected

camera input.

HOLD

The HOLD button stops the RUN sequence and holds the

monitor display on the current camera input. The monitor

continues to display this camera input until another keyboard

action is taken to change the HOLD, such as starting a RUN

sequence.

SALVO

The SALVO button calls a selected salvo of cameras to

selected monitors. A Salvo can be called either during a

RUN sequence or when in HOLD. Refer to the appropriate

switching system's Operating Instructions manual for

specific instructions on creating SALVOs.

CAMERA

The CAMERA button calls a specific camera to the monitor

under control of the keyboard. A camera can be selected to

be displayed on the called monitor from either the RUN

sequence or when in HOLD. When a camera is called, the

picture on the monitor incorporates the system on-screen

display; refer to the appropriate Operating Instructions

manual for details on the on-screen displays.

OPERATION AD2078

AUX/LENS Section Controls

AUXILIARY

The ON and OFF buttons in the AUXILIARY section

control the operation of momentary and latched auxiliaries.

The action of either momentary or latching auxiliaries

depends on the options installed on the 1640/1680 Series

Receiver at the site being controlled. See the appropriate

receiver Operating Instructions manual for information

regarding the setup and use of auxiliaries.

The AUXILIARY ON and OFF buttons also control the

speaker on the AD2078 keyboard. Refer to the appropriate

switching system's Operating Instructions manual for

specific instructions on speaker control.

LENS CONTROLS

The buttons in the Lens Control section of the keyboard

provide control over motorized lenses of the cameras, as

follows:

CLOSE/OPEN - These buttons are used to reduce (CLOSE

the iris) or increase (OPEN the iris) the amount of light

entering the camera to obtain the proper video level.

NEAR/FAR - These buttons are used to focus the lens on

close objects (NEAR) or distant objects (FAR).

WIDE/TELE - These buttons are used to obtain a wide-

angle (WIDE) or telephoto (TELE) view of the picture.

Any two of the LENS controls and the joystick pan/tilt

control can be operated simultaneously.

MENU PROGRAMMING CONTROL

The AUXILIARY/LENS section buttons also provide

control over menu programming functions provided by the

Matrix Switching System Controllers. The legends beside

each button, on the keyboard face-plate, indicate its

functions in menu programming.

Up/Down/Left/Right Arrow - Moves the menu cursor.

PAGE Up/Down Arrow - Moves to other menu pages.

ENTER - Stores entered data for menu functions.

EXIT - Exits menu programming functions.

Refer to the appropriate system's Operating Instructions

manual for information regarding menu programming.

ENTER/KEYPAD Section Controls

NUMERIC KEYPAD

The numeric keypad is used to enter numbers for monitor

and camera switching, auxiliary control, setting or calling

presets, and for accessing menu functions. The numbers

entered are displayed in the ENTER window.

The CLEAR button is used to clear the data entered as well

as clear the ENTER window.

PRESET Section Controls

PRESET

A "preset" is a known, memorized location or scene that a

camera, with motorized pan/tilt and lens, points at. Camera

sites, equipped with 1640 or 1680 Series Receivers, can have

multiple preset scenes stored in the receiver's memory for

recall by simple keyboard actions.

The SET button in the PRESET section is used in setting

preset scenes in the receiver. The keyswitch must be in the

PROG position for the SET action. The CALL button is

used in activating the presets to call selected scenes. Refer

to the appropriate system and receiver Operating Instructions

manuals for further details on setting and calling preset

scenes.

JOYSTICK MOVEMENT

The variable position, Vector-Solving joystick is used to

control the pan and tilt features of the cameras connected to

the Matrix Switching System with remote pan/tilt drivers.

The joystick is held in the direction desired to move the

camera: up and down for camera tilt, left and right for

camera pan. For variable-speed pan/tilt units, the camera

movement speed is in direct proportion to the position of the

joystick; the further from the center the joystick is moved,

the faster the camera moves. The camera continues to move

until the joystick is centered.

AD2078 OPERATION

APPENDIX

BUILT-IN TEST

The AD2078 keyboard has a built-in test capability to help

identify possible faults with the keyboard's software or

hardware. The built-in test has the following test procedures:

1. Speaker Test

2. LED Lamp Test

3. LED Brightness Test

4. Seven Segment LED Test

5. Joystick Calibration/Speed Test

6. Keyboard Button Test

7. Keyswitch Test

8. Serial Communication Test

9. ROM Checksum Test

To initiate the built-in test:

1. Unplug the keyboard wall transformer.

2. Disconnect the HP0082 Terminal Block from the switching

system controller; keep the Terminal Block connected to the

keyboard. The keyboard must not be connected to a Matrix

Switching System controller during these tests.

3. Connect a single jumper wire between pins 4 and 5 on the

Terminal Block for the Serial Communications Test.

4. Remove the bottom plate of the keyboard (adjacent to the 8-

pin connector) by removing the four screws.

5. Press and hold down the button labeled "TEST SWITCH"

while simultaneously plugging in the wall transformer.

Each of the tests is performed in sequence. Press the TEST

SWITCH button to advance the test sequence to the next test

procedure. To quit the test sequence and start normal keyboard

operation, unplug the unit and reapply power.

Speaker Test

This test performs an audible check of the keyboard speaker.

An audio tone signal is sent to the speaker and is stepped

through the frequency range of the speaker. During this test

the CAMERA display shows the message SOUND. This test

is repeated until the test sequence is manually advanced. Push

the TEST SWITCH button to advance to the LED tests.

LED Lamp Test

The first LED test simultaneously illuminates all segments of

all LED's in the four keyboard displays. When all the LED's

are illuminated, push the TEST SWITCH button to advance to

the LED Brightness test.

LED Brightness Test

In this test, all LED's in the keyboard displays are dimmed

simultaneously (but not turned off), followed by all LED's

brought to maximum intensity. The brightness test is repeated

continuously until the test sequence is manually advanced.

Push the TEST SWITCH button to advance to the Seven

Segment LED test.

Seven Segment LED Test

This test simultaneously illuminates each LED element of all

18 LED's for a brief interval. The sequence first illuminates

the top segment of all LED's simultaneously, for a brief period,

then the next segment of all LED's, until all seven segments

have been illuminated. This test is repeated until the test

sequence is manually advanced. After all seven segments of

the LED's have been illuminated, push the TEST SWITCH

button to advance to the Joystick check.

Joystick Calibration/Speed Check

This test performs a check of the joystick center position and

its movement. The joystick center position is checked to

determine if it is properly calibrated. When the joystick is

moved in each direction, its position is monitored and

displayed continuously. The ENTER and CAMERA displays

show the direction and amount of movement of the joystick.

ENTER Display

During the joystick checks, the ENTER display shows a pair

of message codes. These codes are displayed in the four

LED positions of the ENTER display, as shown below.

Center Position Display:

Movement Display:

When the joystick is centered, two dashes are displayed as

the message codes: the first (left-most) indicates the center

of panning movement and the second (right-most) indicates

center of tilt. If the dashes are not displayed when the

joystick is centered, the joystick is not properly calibrated.

When the joystick is moved in any direction, each dash is

replaced by a 2-digit movement code. The second digit of

the left code indicates the horizontal (panning) direction of

movement, L (left) or r (right); the second digit of the right

code indicates the vertical (tilt) direction of movement, U

(up) or d (down). Each of these direction indicators is

preceded by a number, from 1 to 8, representing the speed in

that direction. For example, the message "8 L 1 d" indicates

that the joystick is being held to the left, at the highest speed

position (furthest from the center), and downward, at the

slowest speed position (closest to the center).

A-2

8 L 1 d

- -

BUILT-IN TEST AD2078

CAUTION - This procedure exposes critical

electrical components and should be performed

by qualified service personnel only.

AD2078 BUILT-IN TEST

CAMERA Display

During the movement checks, the CAMERA display also

shows two message codes. These codes are displayed in the

six LED positions of the CAMERA display, as shown below.

CAMERA Display:

The three left-most digits display a numeric value, from 0 to

255. This value represents the panning position of the

joystick, with 128 being the center position. As the joystick

is moved left, the value increases; as the joystick is moved

right, the value decreases. The three right-most digits show

a similar numeric value for joystick tilt positions, with 128

being the center position. As the joystick is moved down,

the value increases; as the joystick is moved up, the value

decreases. (Due to variations in components and voltage

sources, the center and end point numeric values for each

keyboard may differ by a small amount.)

When the joystick checks are completed, push the TEST

SWITCH button to advance to the Keyboard Button test.

Keyboard Button Test

This test performs a visual and an audible check of the proper

keyboard button actions.

When this test is started, each of the keyboard LED displays

shows a number representing the number of buttons to be

pressed in that section of the keyboard. The numbers

displayed in each section are:

STATUS display : 4

MONITOR display: 4

CAMERA display: 8

ENTER display: 21

NOTE: The count in the ENTER display includes the buttons

in the AUX/LENS and PRESET Sections of the keyboard.

To verify proper operation, each button on the AD2078

keyboard must be pressed once. The keyboard buttons may be

pressed in any order. When a button is pressed:

1. A distinct audible tone is sounded, verifying a proper

keyboard reading by the microprocessor.

2. The number in the associated display is reduced by one

until each button of that section has been pressed. Multiple

pressing of any button reduces the count by only one.

After all buttons are tested, push the TEST SWITCH button to

advance to the Keyswitch test.

Keyswitch Test

This test performs a visual check of the keyswitch positions.

When the test is started, the ENTER display shows either

OFF, PROG, or DISP, representing the current keyswitch

position, and the STATUS display shows the number 0, 1, or 2

respectively. Rotate the keyswitch to all three positions and

verify that all three locations provide the appropriate messages

in the ENTER display. After verification of the keyswitch

positions, push the TEST SWITCH button to advance to the

Serial Communications test.

Serial Communications Test

This test is a communications check of the RS-232/422/485

port. The test requires a loop-back connection of the XMIT

pin to the RCV pin on the keyboard output port or terminal box

(pin 4 connected to pin 5). See Typical System Connections, at

the end of the manual, page C-9, for illustration of this

connection. During this test procedure the CAMERA display

shows the message SERIAL.

A sequence of test characters is sent from the keyboard

microprocessor on the port transmit pins. This sequence is

then verified by the microprocessor at the receive pins. When

the verification is complete, a double tone is sounded on the

speaker if the received code was verified as correct. If the

proper code was not received, a single tone is sounded. (The

single tone is also sounded when the proper self-test

connection is not provided.)

After the test is completed and either tone has been sounded,

push the TEST SWITCH button to advance to the ROM test.

ROM Checksum Test

A software checksum of the ROM contents is calculated for a

manual comparison with a known checksum value. The

known checksum value is printed on a label on the AD2078

microprocessor, visible from the bottom of the unit, beside the

TEST SWITCH button.

When the test is run, the calculated checksum is displayed on

the CAMERA and ENTER displays. The CAMERA display

contains the message CS =, and the ENTER display contains

the 4-digit computed value of the checksum. Verify that the

displayed checksum value matches the checksum printed on

the label.

When the ROM Checksum test is completed, the entire test

sequence can be restarted at the speaker test by pressing the

TEST SWITCH. To exit the built-in test sequences, unplug the

keyboard wall transformer and reapply power.

A-3

1 2 8 1 2 8

TYPICAL SYSTEM CONNECTIONS

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American Dynamics AD2078 Installation And Operating Instructions Manual

Brand: American Dynamics

Model: AD2078

Category: Camera accessories

Type: Installation And Operating Instructions Manual

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American Dynamics AD2078 Installation And Operating Instructions Manual

American Dynamics AD2078 Installation And Operating Instructions Manual

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