AD2088 Keyboard Operator’s Manual
© Copyright 2000 Sensormatic Video Systems Division All rights reserved
AD2088 Keyboard Operator’s Manual Copyright 2000 All rights reserved. No part of this manual may be reproduced in any form without written permission from Sensormatic® Electronics Corporation.
WARNING Do not install this product in hazardous areas where highly combustible or explosive products are stored or used. To reduce the risk of fire or electric shock, do not expose appliance to rain or moisture. EQUIPMENT MODIFICATION CAUTION Equipment changes or modifications not expressly approved by Sensormatic Electronics Corporation, the party responsible for FCC compliance, could void the user's authority to operate the equipment and could create a hazardous condition.
Table of Contents CHAPTER 1: ABOUT THE AD2088 KEYBOARD CONTROLLER................................................................ 1-1 AD2088 FEATURES ................................................................................................................................................ 1-1 AD2088 KEYBOARD OVERVIEW ............................................................................................................................ 1-2 CHAPTER 2: CONNECTION AND SETUP OF THE AD2088..............
Running a Macro ............................................................................................................................................... 3-6 VCR MODE OPERATIONS (KEYSWITCH IN OPERATE POSITION) ............................................................................... 3-7 Selecting VCRs................................................................................................................................................... 3-7 CHAPTER 4: PROGRAMMING WITH THE AD2088 .......
Chapter 1: About the AD2088 Keyboard Controller This chapter describes the features of the AD2088 keyboard. It also describes the location and function of the keyboard's front panel components. AD2088 Features The AD2088 is a video control station that is fully compatible with the Sensormatic MegaPower 48, AD168, and AD1024 matrix switcher/controller systems.
10 A C 7 B D 12 14 13 20 21 8 .
Chapter 2: Connection and Setup of the AD2088 This chapter describes the power and data connections between the AD2088 keyboard and the switching system being used. It also describes the setup of communications protocols and other keyboard parameters. Additionally, it describes built-in test procedures used to verify the operational integrity of the keyboard.
the other seven foot modular cable from the J1(keyboard) jack of the dual terminal block, to the RJ-45 jack of the keyboard.
Keyboard Setup The AD2088 keyboard communicates via RS-232 protocol. Keyboard setup up the keyboard involves setting the keyboard's baud rate, LED brightness, speaker volume, and PTZ motion control.
To Set the Speaker Volume 1. After LED brightness level selection has been completed, the message "SOUND" appears in the CAMERA display. The speaker volume level ("Off" or integer values from 1 to 7) appears in the ENTER display. "Off" indicates the speaker is disabled. The integer 1 signifies the minimum volume level. The integer 7 signifies the maximum volume level. 7 is the factory default setting. 2.
Built-in Keyboard Operations Test ! CAUTION ! The following procedures expose internal electrical components and should be performed by qualified service personnel only. The AD2088 has built-in test capability to verify the operational integrity of the unit's hardware and firmware.
Speaker Test The speaker test performs an audible check of the keyboard's speaker. A series of audio tones step through the frequency range of the speaker. During this test the CAMERA display shows the message "SOUND". The speaker test is repeated automatically, until the test switch button is pressed to advance to the LED lamp test. LED Lamp Test The LED lamp test simultaneously illuminates all segments of all LEDs in the four keyboard display sections.
When the joystick is moved in any direction away from the center position, the dashes in the ENTER display are replaced by a four-digit movement code: pan speed (1-8) pan direction (left or right) tilt speed (1-8) tilt direction (up or down) Enter Display (Joystick in Motion) 8 L 1 d • From left to right, the first digit represents the pan speed. Speed is directly proportional to the distance from the joystick’s center position.
Key Functionality Test This test performs a visual and audible check of keyboard key actions. When the test is started, each of the keyboard LED display sections shows a number representing the number of keys in that section of the keyboard.
ROM Checksum Test In this test a software checksum of the ROM contents is calculated for comparison with a known checksum value. The known value is printed on a label on the AD2088 microprocessor. The label is visible on the bottom of the unit, adjacent to the test switch button. When the test is run, the CAMERA display shows the checksum message CS =, and the ENTER display shows the four digit computed value of the checksum.
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Chapter 3: Using the AD2088 in Operate Mode This chapter describes how to call cameras to view on workstation monitors, and explains how to control the movement of pan/tilt cameras, and how to zoom, focus, and adjust the iris of a camera lens. The chapter discusses how to run tours, patterns, and macros, and how to call a salvo. There is also an explanation on how to select a VCR and control the various VCR functions.
Monitor Mode Operations (keyswitch in “operate” position) Selecting Monitors Workstation monitors display the video from the cameras and domes installed in local and/or satellite facilities. Each monitor has an identification number documented by the system administrator. To select a monitor: 1. Enter the monitor identification number on the numeric keypad (the number will appear in the ENTER display). 2. Press the MON key. (the monitor identification number will appear in the MONITOR/VCR display window.
Locking and Unlocking a Camera After calling a pan/tilt camera to view and control on a system monitor, an operator can prevent other operators from controlling the movements of the called camera. This is referred to as “locking” the camera. To lock a camera: 1. Enter the camera identification number on the numeric keypad (the number appears in the ENTER display). 2. Press [2], [F1]. This locks the called camera. To unlock a camera: 1.
Calling Presets (Shots) A preset is a memorized location or scene that a pan/tilt camera can display on operator demand. Presets are also referred to as shots or targets. Depending on the matrix switching system used, the operator will have the option of calling a certain number of presets, each with its own unique identification number. Presets are positioned and stored in memory in the Program mode, which will be discussed in the next chapter.
Calling Salvos A salvo is the simultaneous display of multiple camera scenes on a group of numerically contiguous monitors. The number of allowable entries in a salvo is dependent on the particular switching system being used. Each system salvo has a unique identification number that defines the set of contiguous monitors. Salvos are programmed in the Menu mode or through system setup software, but are called to workstation monitors in the Operate mode. To call a salvo: 1.
1. Enter the site number on the numeric keypad. The site number will appear in the ENTER display. 2. Press the SITE key. Call the appropriate monitor and camera. The site number will appear in the SITE display. The ENTER display will clear. 3. Call remote site monitors and cameras by the procedures discussed earlier in this chapter (see page 3-1). Running Patterns A pattern is a sequential series of pan, tilt, zoom, and focus commands defined for SpeedDome series domes.
VCR Mode Operations (keyswitch in operate position) Selecting VCRs To initiate VCR control, the operator performs the following actions: 1. Type a VCR number of up to four digits on the numeric keypad. 2.
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Chapter 4: Programming with the AD2088 This chapter provides step-by-step instructions for keyboard operations performed with the keyswitch in the PROGRAM position. The chapter also includes a discussion of operations available with the keyswitch set in the MENU position. Using the AD2088 in Program Mode When operating with the keyswitch in the PROGRAM position, you can set presets, scratch-pad tours, patterns, and macros. You can also arm and disarm monitors. Setting Presets To set a preset: 1.
There is also a pattern time limit. A single pattern cannot have a duration longer than 400 seconds. How ever many commands have been issued, a pattern will stop recording once the time limit has elapsed. Note: pattern command sequences can vary depending on the switching system and accessories used. Consult the appropriate product manual(s) if necessary. The following pattern commands may not be compatible with your particular system requirements. Defining Patterns To define a pattern: 1.
Programming Macros There are eight keys on the 2088 keyboard used for macros. A macro performs a sequence of switching system operations by entering a numeric identifier and pressing a single macro key. The macro key caps have user-selected labels which identify locations or general functions. A macro can consist of up to 21 keystrokes. Up to a 1000 different macros can be divided among the eight keys. To program a macro: 1. Turn the three-position keyswitch to the PROGRAM position. 2.
Once programmed, entering a camera number and then pressing the [!] macro key, causes the selected camera to switch to Monitor 1. The symbol “!” represents a monitor and enables a macro quick switch. This macro will enable an operator to reduce the number of keystrokes required to call a camera to a monitor, while also unburdening the operator from having to remember the number of the monitor that has to be addressed.
Expander set at 4800 baud, the transfer will take up to 12 minutes. During the transfer, any keystroke will generate a beep (invalid keystroke). When the transfer is complete (the number “100” appears in the ENTER display), the ENTER display will then show the following message: ENTER After the word “done” appears, pressing any key will remove the word from the LED display. CPU to Keyboard Transfer 1. Set the receiving keyboard and the CPU to the appropriate baud rates. 2.
Using the AD2088 in Menu Mode When the three-position keyswitch is in the MENU position, you are able to view the main menu of the switching system being used.
Appendix A: Specifications References: RS-232 EIA 232-D CCITT V. 24 Keyboard Specifications: Input: Power Connection: Size: Weight: Paint Color: Display Lens: Display Diodes: Joystick: Keys: AD2088: AD2088-1: 9 VAC, 50/60 Hz, 5 W 8 VAC, 50/60 Hz, 600 mA Wall Transformer 5.25” W x 16.5" L x 1. 6" H 5.5 lb. (2.
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Appendix B: Troubleshooting Problem Check List ✘ No power to keyboard ! Check AC outlet ! Check wall transformer connections ! Check modular cable connections to keyboard and terminal block. ! Measure transformer output at terminal block. ✘ No response to keystrokes (power verified) ! Check connection of terminal block to system controller's communication port. ! Check baud rates for keyboard and system controller. ! Check DIP switch setting for communications protocol.
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Typical System Connections AD2088 Keyboards to AD1024 System with Video Recorder Management AD2010R BAY IN OUT IN OUT VIDEO RECORDER CONTROL DEVICES VCR 1 SECU16IR PORTS DATA LINE 1 2 1 2 3 4 5 6 VCR 16 PGM MON 7 8 9 10 AD1024 CPU CPU-XA VCR RLY8XY PC running S3 System Setup Software Note: Specific cable and hookup requirements are covered in the typical system connections drawings following.
Typical System Connections AD2088 Keyboard to AD1024 CPU CONNECTION SHOWN WHERE DISTANCES BETWEEN KEYBOARD AND AD1024 CPU ARE LESS THAN SEVEN FEET AD2088 7 FOOT MODULAR CABLE DUAL 8 PIN WALL MOUNT TERMINAL BLOCK 5 6 4 5 3 6 2 7 4 3 7 2 1 8 1 8 J1 WALL TRANSFORMER J2 7 FOOT MODULAR CABLE PORTS DATA LINE 1 2 1 2 3 4 5 6 PGM MON 7 8 9 10 AD1024 CPU C-2 AD2088 Operator’s Manual
Typical System Connections AD2088 Keyboard to AD1024 CPU CONNECTION SHOWN WHERE DISTANCES BETWEEN KEYBOARD AND AD1024 CPU ARE GREATER THAN SEVEN FEET 3 WIRE, SHIELDED BELDEN 8770 CABLE OR EQUIVALENT AD2088 7 FOOT MODULAR CABLE 5 6 4 5 3 6 2 7 4 3 4 7 6 2 7 1 8 2 1 8 WALL TRANSFORMER 5 3 1 8 J1 J2 SINGLE 8 PIN WALL MOUNT TERMINAL BLOCK DUAL 8 PIN WALL MOUNT TERMINAL BLOCK 7 FOOT MODULAR CABLE PORTS DATA LINE 1 2 1 2 3 4 5 6 PGM MON 7 8 9 10 AD1024 CPU Typical System
Typical System Connections AD2088 Keyboard to AD2150 CONNECTION SHOWN WHERE DISTANCES BETWEEN KEYBOARD AND AD2150 ARE LESS THAN SEVEN FEET AD2088 7 FOOT MODULAR CABLE DUAL 8 PIN WALL MOUNT TERMINAL BLOCK 5 6 4 5 3 6 2 7 4 3 7 2 1 8 1 8 J1 WALL TRANSFORMER J2 7 FOOT MODULAR CABLE ALARMS RELAY CODE CAMERAS MONITORS 120V 60Hz KEYBOARDS RS-232 PORTS C-4 AD2088 Operator’s Manual
Typical System Connections AD2088 Keyboard to AD2150 CONNECTION SHOWN WHERE DISTANCES BETWEEN KEYBOARD AND AD2150 ARE GREATER THAN SEVEN FEET 3 WIRE, SHIELDED BELDEN 8770 CABLE OR EQUIVALENT AD2088 7 FOOT MODULAR CABLE 5 6 4 5 3 6 2 7 4 3 4 7 3 6 2 7 1 8 2 1 8 WALL TRANSFORMER 5 1 8 J1 J2 SINGLE 8 PIN WALL MOUNT TERMINAL BLOCK DUAL 8 PIN WALL MOUNT TERMINAL BLOCK 7 FOOT MODULAR CABLE ALARMS RELAY CODE CAMERAS MONITORS 120V 60Hz KEYBOARDS RS-232 PORTS Typical System Connec
Typical System Connections AD2088 Keyboard to AD168 CONNECTION SHOWN WHERE DISTANCES BETWEEN KEYBOARD AND AD168 ARE LESS THAN SEVEN FEET AD2088 7 FOOT MODULAR CABLE DUAL 8 PIN WALL MOUNT TERMINAL BLOCK 5 6 4 5 3 6 2 7 4 3 7 2 1 8 1 8 J1 WALL TRANSFORMER J2 7 FOOT MODULAR CABLE CONNECTION TO AD168 CPM AD168 BAY REAR PANEL C-6 AD2088 Operator’s Manual
Typical System Connections AD2088 Keyboard to AD168 CONNECTION SHOWN WHERE DISTANCES BETWEEN KEYBOARD AND AD168 ARE GREATER THAN SEVEN FEET AD2088 3 WIRE, SHIELDED BELDEN 8770 CABLE OR EQUIVALENT 7 FOOT MODULAR CABLE 5 6 4 5 3 6 2 7 4 3 7 5 6 2 7 1 8 2 1 8 WALL TRANSFORMER 4 3 1 8 J1 J2 DUAL 8 PIN WALL MOUNT TERMINAL BLOCK SINGLE 8 PIN WALL MOUNT TERMINAL BLOCK 7 FOOT MODULAR CABLE CONNECTION TO AD168 CPM AD168 BAY REAR PANEL Typical System Connections C-7
Typical System Connections AD2088 to MegaPower 48 To Transformer DUAL 8-PIN WALL MOUNT TERMINAL BLOCK MEGAPOWER 48 RS-232 SECTION TRANSFORMER 9 VAC OUTPUT AD2088 KEYBOARD CONNECTIONS OF 7 FEET OR LESS 3-WIRE 18 AWG SHIELDED CABLE AD2088 KEYBOARD CONNECTIONS GREATER THAN 7 FEET SINGLE 8-PIN WALL MOUNT TERMINAL BLOCK C-8 AD2088 Operator’s Manual
Typical System Connections Built-in Test Connection AD2088 7 FOOT MODULAR CABLE SELF-TEST JUMPER CONNECTION 5 6 4 5 3 6 2 7 4 3 7 2 1 8 WALL TRANSFORMER 1 8 J1 J2 DUAL 8 PIN WALL MOUNT TERMINAL BLOCK Typical System Connections C-9
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Appendix D: Software License Agreement By using the AD2088 software, you accept the terms and conditions of this license agreement. Read this license agreement carefully. 1. General. Software is being licensed to the Customer pursuant to the following terms and conditions, which supplement any purchase or lease agreement (the "Equipment Agreement") between Customer and Sensormatic Electronics Corporation ("SEC").
agents who require access to the Software for the purposes of Customer's internal business and who use it in accordance with the terms of this License Agreement. Customer will not use the Software for the provision of time-sharing services to others. Customer will not modify the Software or decompile, disassemble or otherwise reverse engineer the Software and will not have the right to create derivative works of the Software, including, without limitation, translated or localized versions of the Software.
Agreement and not as a result of the combination thereof with any other article, computer software or process, constitutes an infringement of any United States patent or copyright or the violation of any trade secret, if SEC is notified thereof promptly after its commencement and is given control of the defense thereof and any negotiations for its settlement and full cooperation by Customer.
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Appendix E: Monitor Arming Commands Monitors are armed for alarm call up with codes that specify the following three parameters: 1. The display method (single, dual, or block monitors). 2. The queuing method (sequence or hold) 3. The clearance method (instant, auto, or manual) To arm a monitor with a AD2088 keyboard: 1. Call the monitor to be armed. 2. Turn the keyswitch to the PROGRAM position. 3. Enter the monitor arming code number (see table) 4. Press the F2 key.
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Glossary A alarm The system's response when a camera input changes from its normal state to its abnormal state (if the system has been configured to respond to such a condition).When an alarm is triggered, the TOUCH TRACKER beeps until you acknowledge the alarm via the Ack button. arming Arming is the process by which a video monitor or monitor block is associated with a specific alarm contact, and is assigned an appropriate monitor arming code.
I input A device such as a smoke detector or twilight sensor that, when configured to do so, can trigger an alarm when it undergoes a change in state. iris The camera component that determines how light enters the camera. By adjusting the iris, you can adjust the brightness and darkness of the video on the monitor. J joystick The AD2088 keyboard's three-vector control device that enables the user to control the movement (pan, tilt, and zoom) of a pan/tilt camera or dome.
P pan Side to side camera movement pattern A sequence of pan, tilt, zoom, focus, and iris movements from a single programmable dome. The dome “learns” these movements in real time through keyboard programming, and can replay them automatically. preset A preset is a pre-positioned camera scene which can be programmed with cameras installed with pan/tilt and motorized lens capability.
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Macro Key Labels Note: A sheet of pre-printed labels is provided for placement on the AD2088 macro keys. After a macro label is appropriately situated, a clear plastic cover is placed over the macro key and label. Following is a list of currently available macros categorized by application, and their abbreviations as they appear on the labels.
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Macro Programming Work Sheets Note: This page provides examples of typical macro sequences. Refer to page 4-3 for a complete description of the sequences described below. The sheet on the following page can be removed from the manual and photocopied as needed to record macros. Each macro sequence starts by entering a number (1-1000) and pressing a macro key. The keystrokes that define the macro are then entered. Up to 21 individual keystrokes are allowed.
Macro Programming Work Sheet macro # macro name Macro Keystrokes Macro Keystrokes Macro Keystrokes Macro Keystrokes Macro Keystrokes Macro Keystrokes Macro Keystrokes 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 Note: Remove this page and photocopy as needed to record macros. Each macro sequence starts by entering a number (1-1000) and pressing a macro key. The keystrokes that define the macro are then entered. Up to 21 individual keystrokes are allowed.
Index A accessory equipment ∙ 2-1 alarm definition ∙ G-1 alarms acknowledging ∙ 3-5 disarming a monitor ∙ 4-2 monitor arming ∙ 4-2 arming definition ∙ G-1 arming a monitor ∙ 4-2 arming code definition ∙ G-1 auto focus/auto iris ∙ 3-3 auxiliary definition ∙ G-1 auxiliary control ∙ 3-5 B baud rate definition ∙ G-1 built-in test ∙ 2-5 C cable connections, greater than seven feet ∙ 2-2 cable connections, seven feet or less ∙ 2-1 calling a camera ∙ 3-2 calling a salvo ∙ 3-5 calling presets (shots) ∙ 3-4 camera
monitor definition ∙ G-2 monitor arming commands ∙ F-1 monitor mode ∙ 3-1 monitor selection ∙ 3-2 monitor tour definition ∙ G-2 O operate mode ∙ 3-1 scratch-pad tours ∙ 4-1 serial communications test ∙ 2-8 setting presets ∙ 4-1 seven segment LED test ∙ 2-6 software license agreement ∙ D-1 speaker test ∙ 2-6 specifications ∙ A-1 switching system definition ∙ G-3 synchronization definition ∙ G-3 system tour definition ∙ G-3 system tours ∙ 3-4 P pan definition ∙ G-3 pan/tilt control ∙ 3-2 passcode default ∙
DECLARATION OF CONFORMITY According to ISO/IEC Guide 22 and EN45014 Manufacturer’s Name: Sensormatic Electronics Corporation Manufacturer’s Address: 1 Blue Hill Plaza 2nd Floor Pearl River, New York, 10965 USA Declares, that the product(s) listed below: Name/Type: System Keyboard (keyboard provided with external power supply) Model Number: AD2088-1 AD2088R-1 complies with all applicable directives as demonstrated by conformance to the following Product Specifications: Safety: EN 60950: 1992 EMC:
Sensormatic Video Systems Division One Blue Hill Plaza Pearl River, New York, 10965 Technical Support Center 1-800-442-2225 Business (845) 624-7600 PN: 8000-1811-01, Rev.
