American Dynamics AD1996R manual

Model 1996R MegaPower II Central Processing Unit Installation and Operating Instructions This manual describes the installation, setup, and operating procedures for the American Dynamics model 1996R MegaPower II Central Processing Unit. The 1996R CPU is the Central Processing Unit for the 2050 MegaPower II Matrix Switching and Control System, a CCT[...]

This software/firmware is confidential to and is copyrighted by SENSORMA TIC ELECTRONICS CORPORA TION. It is not to be copied or disclosed in any manner without the express written consent of SENSORMA TIC. The software is furnished to the purchaser under a license for use on a single system. NOTE: Information furnished by SENSORMA TIC is believed t[...]

The installation of this product should be made by qualified service personnel and should conform to all local codes. QA301D ! W W W W A A A A R R R R N N N N II I I N N N N G G G G 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 REMO[...]

[...]

CONTENTS Page 1996R CPU DESCRIPTION ................................................................ 1 System Features .............................................................................. 1 INST ALLA TION ............................................................................... 1-1 Power Sources .....................................[...]

CONTENTS Page MENU PROGRAMMING ................................................................ 4-1 Main Selection Menu................................................................... 4-2 Cursor Positioning/Paging ........................................................... 4-3 System Menus.........................................................[...]

1996R CPU DESCRIPTION The 1996R CPU is the Central Processing Unit for the 2050 MegaPower II Matrix Switching and Control System. The 2050 MegaPower II is a CCTV surveillance system having multiple video inputs, multiple video outputs, and multiple control stations. The 1996R CPU is capable of controlling a maximum of 1024 video input sources such [...]

System Status Display: The current camera-to-monitor switching assignments can be displayed by operator request. This display includes the current status of each monitor, identification of System T ours operating, and the current video loss status of each camera input (if the system is equipped with an optional V ideo Loss Detection module). V ideo[...]

System Installation 1-1 This section of the manual describes the system installation, connection, and powering up procedures for the 2050 MegaPower II 1996R CPU. INST ALLA TION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2 Power Sources . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2 Mounting . . . . . . [...]

INST ALLA TION This installation should be made by qualified service personnel and should conform to all local codes. Safeguards must be taken to avoid unintentional operation by employees and personnel working about the premises, by falling objects, by customers, by building vibration, and by similar causes. Power Sources The AD1996R CPU is config[...]

CONNECTIONS All connections to the 1996R CPU are made on the rear panel of the unit, illustrated in Figure 1-2. Data Line Connections T wo data line outputs on the rear panel of the 1996R CPU, labeled DA T A LINE 1 and 2, are provided to transmit switching and control instructions to the 2050 system bays. • DA T A LINE 1 is used to control video [...]

RS-232C Connections One 8-pin T erminal Box (part number HP0047, see Figure 1-3) and one 7-foot modular cable (part number JJ0007) is supplied for each 1996R CPU control port for RS-232 connections. A compatible RS-232 device (such as the 2096 Alarm Interface Unit or 1985A Standby Switch) can be connected directly to a 1996R CPU control port using [...]

POWERING UP Power up the 2050 system after the following has been completed: • The 1996R CPU has been installed. • The 2050 Matrix Switching Bays have been installed (refer to 2050 Switching Bays Installation Manual, OP2050). • The Data Lines from the 1996R CPU are properly connected (to Switching Bays, Code Generators, etc.). • The RS-232 [...]

SYSTEM OPERA TION The 1996R Central Processing Module controls the 2050 MegaPower II Matrix Switching System bays and provides the programming menus for 2050 system setup. Several levels of 2050 system operating capabilities are provided through the keyboards connected to the 1996R CPU. System Keyboards All 2050 system setup and control functions a[...]

Keyboard Control 2-1 This section of the manual describes the standard 2050 system operating capabilities that are provided from any American Dynamics keyboard. These system operations are “monitor oriented” in that a keyboard controls only those functions associated with the monitor and camera under control of the keyboard. Keyboard Passcode E[...]

KEYBOARD CONTROL Keyboard Passcode Entry Passcode entry is used as a security procedure to allow only authorized personnel to operate the system. When USER IDS is enabled (see User Identification, page 4-27), 1676 and 1677 keyboards are logged off and cannot access the system. In this situation the user must have a user number and a passcode to gai[...]

Controlling Camera Site Functions Camera site control functions (pan/tilt, lens, presets, and auxiliaries) are available at the keyboard after the desired camera is called to a monitor . • If the desired camera is being displayed as part of an operating tour , press the keyboard HOLD button to stop the tour on the desired camera. Refer to the pro[...]

Running a T our A T our sequentially displays a selected series of camera video inputs on one monitor . Monitor T ours are temporary tours defined by non-menu programming, page 3-4. System T ours are defined and saved by menu programming, page 4-5. T o start a Monitor T our: - Press the keyboard RUN button following programming of the tour (see pag[...]

3-1 Non-Menu Programming This section of the manual describes the 2050 system non-menu setup programming capabilities. These system operations are accessed only from 1678CM or 2078 keyboards. As a security feature, these keyboards have a keyswitch for disabling these programming functions. System Reset...............................................[...]

NON-MENU PROGRAMMING The following non-menu setup programming functions are accessible from AD full-function system keyboards. NOTE: The keyswitch must be in the Program (PROG) position for the non-menu programming functions. System Reset It may be necessary to clear all programmed information from the 1996R CPU, and reset the system to factory def[...]

Programming Pr eset Scenes Motorized camera pan/tilt and lens units with preset capability (feedback potentiometers) can be controlled from AD 1680 or 1640 Series Receivers. A suitably equipped camera Receiver can store 72 preset scenes (71 scenes for certain AD Receivers configured for Autopan) for subsequent keyboard recall (see Calling a Preset [...]

Monitor T our Programming A T our (Sequence) sequentially displays a selected series of camera video inputs on any monitor . Each camera is displayed for a set period of time (the “Dwell T ime”). A tour may repeat continuously or may stop (“Hold”) on a selected camera. A Monitor T our is a temporary sequence of cameras programmed for the ca[...]

Arming Monitors Alarm contacts are armed for a monitor using a Monitor Arming Code which identifies the alarm Display method (Single, Block, or Dual monitors), Queuing method (Sequence or Hold), and the Clearance method (Instant, Auto, or Manual clear). The Monitor Arming Codes available in the 1996R CPU are listed at the right, and are described i[...]

Arming Alarm Contacts to Monitors Note: The following procedures are for 1678CM keyboards only . W ith other keyboards, use the Monitor/Contact Access menu, page 4-26. T o arm an alarm contact to a monitor: 1. Call the desired monitor for arming. 2. T urn the keyswitch to the PROG position. 3. Enter the alarm contact number (ACN) to be armed. 4. Pr[...]

4-1 Menu Programming This section of the manual describes the 2050 system menu programming capabilities. These are accessed only from 1678CM or 2078 keyboards. Main Selection Menu................................................................... 4-2 Cursor Positioning/Paging ........................................................... 4-3 System Me[...]

MENU PROGRAMMING All the features of the 1996R are programmable through on- screen menus. The menus are displayed via a separate video output, labeled PROG MON, on the rear of the 1996R CPU. This video output may be connected to a separate monitor , or connect back into the video switching system for display on any system monitor . Until the menu s[...]

Cursor Positioning/Paging The following cursor instructions apply to all menus. T o position the cursor to a desired location on the menu: • Use the joystick to move the cursor to the desired selection. or • Press the NEXT button until the cursor is placed at the desired selection. or • On the 2078 keyboard, use the arrow direction keys (in t[...]

SET TIME AND DA TE Use the SET TIME AND DA TE menu, below , to set the date format, date, time, and day of the week for on-screen displays. DA TE FORMA T - Three formats exist for the Date: 1 - MM-DD-YY 2 - DD-MM-YY 3 - YY -MM-DD 1. Place the cursor on the DA TE FORMA T line. 2. Use the ACK key to cycle through each date format. Press the NEXT key [...]

SET SYSTEM TOURS A System T our is a programmable sequence of cameras that can be called to be displayed on the called monitor , or called by Event T imers. The SET SYSTEM TOURS menu permits programming of 64 System tours. The tour being programmed is identified in the TOUR line of the menu. Each tour includes 64 entries. Each entry contains a came[...]

T o operate a System T our from a keyboard : 1. Select (Call) the monitor to run a tour on. 2. Enter a System T our number (1-64) on the keypad. 3. Press the RUN key . 4. Press the ACK key within three seconds. The keyboard HOLD is used to stop (Hold) the tour on the current camera. When a tour is on Hold, press the RUN key to continue the tour . S[...]

PRE (Preset) If presets are required for a tour entry: 1. Move the cursor to the PRE column and desired entry line. 2. Enter the preset number (from 1 to 72). Zero represents no preset call for this entry . 3. Press the ACK key . The preset number will appear under the PRE heading. Example: SET SYSTEM TOURS TOUR - 01 ENT CAM DWL PRE AUX CN 01 0001 [...]

SET SYSTEM SAL VOS A System Salvo is a group of cameras that can be called simultaneously to a contiguous group of monitors. A salvo can be called manually via keyboard commands, automatically when included in a System T our or another System Salvo, or on alarm when included in an Alarm Contact setup. The SET SYSTEM SAL VOS menu permits programming[...]

PROGRAMMING A SAL VO T o select a System Salvo for programming: 1. Position cursor to the SAL VO number line in the SET SYSTEM SAL VOS menu. 2. Enter the desired salvo number (1 - 64). 3. Press the ACK key . See page 4-3 for cursor movement instructions. CAM (Camera) T o add or change a camera in a salvo: 1 . Move the cursor to the appropriate CAM [...]

SET EVENT TIMERS Event T imers permits automatic callup of System T ours and/or Alarm Monitor/Contact T ables. (See pages 4-5 and 4-26 respectively for System T our and Monitor/Contact T able programming.) Each one of the automatic callups is referred to as an Event. The EVENT TIMER menu is used to identify each Event and to program each Event for [...]

Alarm Monitor/Contact (ALM ) callup Five Monitor/Contact T ables can be programmed to define which alarm contacts are armed for each monitor in the system (see page 4-26 for Monitor/Contact T able programming). The first table, T able 0, defines the current (active) system monitor/contact arming state. Monitor/Contact T ables 1 - 4 are called to th[...]

SET ALARM CONT ACTS The SET ALARM CONT ACTS menu is used to associate cameras to alarm contacts (see Alarms, Appendix pages A-3 to A-7). A maximum of 1024 entries are allowed. Each Alarm Contact Number (ACN) is associated with a camera number , dwell time, and optional preset, auxiliary , and connect next for salvo call on alarm. This menu has mult[...]

PROGRAMMING THE ALARM CONT ACTS T o select an Alarm Contact for programming: - Move the cursor to the desired Alarm Contact Number (ACN) line of the menu (from 1 to1024). See page 4-3 for cursor movement and paging instructions. CAM (Camera) T o associate a specific camera with an ACN: 1. Move the cursor to the CAM column and the appropriate ACN en[...]

AUX (Auxiliary) If an auxiliary action is desired for an ACN entry: 1. Move the cursor to the AUX column and desired ACN. 2. Press the ACK key to cycle through the available auxiliaries actions. Press the NEXT key to accept the displayed selection. or Enter one of the following auxiliary selection numbers and press the ACK key . The auxiliary selec[...]

MONITOR ST A TUS The MONITOR ST A TUS display provides information about the 128 monitors connected to the system. This menu has eight pages with 16 monitors displayed per page. See page 4-3 for menu paging instructions. Information regarding each monitor (MON) pertains to the: • CAM - Camera number currently displayed on the monitor • STS - Mo[...]

MONITOR The MONITOR menu is used to review and change each monitor's setup programming. T o select a Monitor for review or programming: 1. Place the cursor on the MONITOR line. 2. Enter the monitor number on the keypad and press the ACK key to move to the ARM TYPE field. ARM TYPE - This entry indicates the current alarm display , queuing, and [...]

ACK - Enable/disable Manual Clear (Acknowledge). Enables or disables the Manual Clear feature for Instant and Auto Clear arming codes (see Alarm Clearance, Appendix page A-4). Press the ACK key to toggle between YES (Enable) or NO (Disable) (cannot be set to NO when a Manual Clear code is selected). Press the NEXT key to lock in the selection. This[...]

CAMERA MENU The CAMERA menu is used to re-assign camera numbers, to program camera titles, and to setup camera V ideo Loss Detection modes. Each entry of the Camera menu brings up another menu, as shown below and on page 4-19. The RETURN MAIN line of the Camera menu returns to the Main Selection menu, page 4-2. PSEUDO Use the PSEUDO menu to assign [...]

TITLE The Camera T itle menu permits programming a 16-character alphanumeric title for each camera for its on-screen display . This menu also allows selection of the video loss detection mode for each camera input, if a V ideo Loss Detector module is present and setup for a port (see Ports menu, page 4-20). T o select a camera for programming: 1. P[...]

POR TS The POR T menu is used to configure baud rates, data bits, parity , stop bits, and port use for each of the ten RS-232 ports. Note : Once the connections and selections for the port have been made, do not change the settings, i.e., baud rate, parity , or port use, unless the connected devices (baud rate, parity) ar e changed as well. T o sel[...]

POR T USE T ypes ALARM - Used for an Alarm Interface Unit connection for input of alarm codes to the 1996R CPU. Each alarm event message sent to this port generates an output message to a serial printer via the PRINTER port (see below). KEYBOARD - Enables keyboard (or computer) control inputs to the port. For this use set Data Bits to 8, Parity to [...]

ACCESS The ACCESS menus define system partitioning which controls operator keyboard access to monitors, cameras, pan/tilts, and alarms. System partitioning is used to segment the Matrix Switching System for the individual installation. All Access menus are displayed in multiple pages, both vertically and horizontally . See page 4-3 for cursor posit[...]

KEYBOARD/CAMERA VIEW This menu defines the Keyboard-to-Camera viewing access, which prevents selected keyboards from calling up selected cameras for viewing on any monitor . (If you can't view the camera you also can't control it.) In this menu it is the keyboard which controls what can be viewed on a monitor . The codes for each entry in[...]

KEYBOARD/CAMERA CONTROL This defines the Keyboard-to-Camera control access which prevents selected keyboards from controlling remote functions on selected cameras. This feature only prevents control, it does not prevent camera viewing. (Any camera that is locked from a keyboard viewing access, page 4-23, would also be locked from that keyboard for [...]

MONITOR/CAMERA ACCESS This defines the Monitor/Camera access which prevents selected monitors from viewing selected cameras. In this menu it is the monitor which controls what can be seen on itself. If access is denied, that camera can not be called to that monitor from a keyboard. The codes for each entry in the menu are: Y = monitor has access pr[...]

MONITOR/CONT ACT ACCESS This menu defines which alarm contacts are armed for each monitor in the system. Refer to Alarms, Appendix page A-3, for information on alarm contact arming and programming. Five Monitor/Contact T ables can be programmed. The first table, T able 0, is the current (active) system Monitor/Contact arming status. It can be modif[...]

PRIORITY MENU The Priority menu is used to: • Enable (or disable) user identification for passcode entry into the system. • Set priority levels for keyboards or users. • Set user passcodes. • Configure each of the eight priority levels. Note : If USER IDS is enabled, the #2 entry in the Priority Menu indicates “SET USER” (page 4-28). If[...]

SET KEYBOARD If USER IDS is disabled (page 4-27), the SET KEYBOARD menu is used to set a priority level for each of the 40 keyboards. Each priority level is defined through the Set Priority menu, page 4-29. Select the keyboard to be setup: 1. Place the cursor at the KEYBOARD line. 2. Enter the desired keyboard number (1 - 40). 3. Press the ACK key [...]

SET PRIORITY The SET PRIORITY menu is used to define the configuration for each of the eight priority levels. All levels default to the same configuration. Each priority level can be configured as desired. Once the levels have been defined, the desired priority level may be applied to individual users and/or keyboards. Each level consists of the fo[...]

4-30[...]

A-1 Appendix Alarms ........................................................................................ A-3 Programming Overview........................................................ A-3 Alarm Receipt ................................................................. A-3 Alarm Arming and Response.......................................... A-3 [...]

A-2[...]

ALARMS - PROGRAMMING OVER VIEW An ALARM is a signal generated by an external device that is connected to an AD Matrix Switching System, either directly or through an Alarm Interface Unit. External alarm signals can be generated in different manners, such as opening a locked door or window , or detecting a moving object. All types of alarm signals a[...]

ALARMS - MONITOR ARMING CODE The Monitor Arming Code identifies the alarm Display , Queuing, and Clearance methods for the monitor . Alarm Display Methods The Alarm Display method specifies the way that video armed for an alarm is displayed on multiple armed monitors. There are three Alarm Display methods: Single, Block, or Dual. Single - The camer[...]

ALARMS - ARMING NOTES Associating Alarms with Camera Salvos Each alarm contact may be associated with a camera salvo for callup when the alarm is received. Camera salvos can be defined either by the System Salvo menu, page 4-8, or by the Connect Next feature of the Alarm Contacts menu, page 4-12. T o call camera salvos, the alarm contacts must be a[...]

ALARMS - MONITOR ARMING CODES - ARM TYPES The following are the available Monitor Arming Codes for the 1996R CPU. Each is identified by the code number , in parentheses, and the ARM TYPE letter codes that are displayed in the Monitor menu, page 4-16. SINGLE Display , SEQUENCE Queuing (1) SSI - Single alarm monitor , all armed/alarmed contacts are q[...]

BLOCK Display , HOLD Queuing (10) BHI - Multiple monitor alarm block, all armed/alarmed contacts are queued and displayed on monitors with no existing alarms. Monitors display and hold the first alarmed contacts. The alarmed contacts are removed from the queue when the alarm closure is restored. (10) BHI A - Multiple monitor alarm block, all armed/[...]

ON-SCREEN ST A TUS LINE DISPLA YS Setup/Programming The following messages appear in the monitor on-screen Status Line during certain non-menu programming functions. SUN, MON, TUE, WED, THR, FRI, SA T - displayed during setup of Day of the W eek, page 3-2. The appropriate code is displayed after the day selection is made. DEL TD - displayed during [...]

AMERICAN DYNAMICS KEYBOARDS Keyboard 2078, Model Number 1678CM 1678CME 1677 1677E 1676B 1676BE T yp e System Sys Exec Operator Oper Exec 5-Monitor 5-Mon Exec Interface RS-232 RS-232 RS-232 RS-232 RS-232 RS-232 Alarm Ack 1 Ye s Ye s Ye s Ye s Ye s Ye s Pan/Tilt Contr ol 2 Joystick* None Pushbutton None Joystick None V ariable Speed Pan/Tilt 2 Y es* [...]

COMPUTER CONTROL OF THE 1996R CPU The ten 1996R CPU control ports use asynchronous, full duplex, RS-232 protocol. As shipped, all ports are set for operation at 1200 baud with 8 data bits, 1 stop bit, and no parity . The 1996R ports are programmed for type of use, baud rate, and communication parameters via the on-screen Ports menu (page 4-20). For[...]

KEYBOARD AUXILIAR Y KEY CODE FUNCTIONS F1 - Special function key: 1-F1 - Unlocks the current camera 2-F1 - Locks the current camera 99-F1 - Logoff from passcode Logon F2 - Special function key*: 1-F2 - Sets on-screen T ime and Date display ON 2-F2 - Sets on-screen T ime and Date display OFF 3-F2 - Sets Camera T itle, Number , & Status display O[...]

[...]

T ypical System Connections 1676 Operator Keyboard 1678CM System Keyboard 2078 System Keyboard 1981 Port Expander 1696 Alarm Interface Unit 2096 Alarm Interface Unit 1985A Standby Hot Switch 2050 Switching Bay 2091 Code Generator[...]

TYPICAL SYSTEM CONNECTIONS 1676 Operator Keyboard to 1996R NOTE : THESE CONNECTIONS ARE TYPICAL OF ONE KEYBOARD. EACH RS232 PORT IS PROGRAMMABLE. 1 2 34 56 7 89 10 PROG MON DATA LINE PORTS 12 120V 60HZ 1996R RCD XMIT GND THREE-WIRE, 18 AWG, SHIELDED CABLE Transformer 1 2 3 45 6 7 8 HP0047 JJ0007 1 2 3 45 6 7 8 HP0047 4 1676 JJ0007 ! DO NOT CONNECT [...]

TYPICAL SYSTEM CONNECTIONS 1678CM System Keyboard to 1996R NOTE : THESE CONNECTIONS ARE TYPICAL OF ONE SYSTEM KEYBOARD.  EACH RS232 PORT IS PROGRAMMABLE. XMIT RCD GND AC AC GND B W S CTS DTR DATA RCD XMIT GND Transformer 1678TB 1678CM 1996R HP0047 JJ0007 1 2 3 45 6 7 8 2 1 2 1 4 6 A 55 THREE-WIRE, 18 AWG, SHIELDED CABLE 1 2 34 56 [...]

TYPICAL SYSTEM CONNECTIONS 2078 System Keyboard to 1996R 2078 1996R 1 2 34 56 7 89 10 PROG MON DATA LINE PORTS 12 120V 60HZ 1 5 4 6 3 2 7 8 5 4 6 3 2 7 1 8 J1 J2 JJ0007 Connection shown where distances between keyboard and 1996R controller are less than seven feet HP0082 TERMINAL BLOCK Transformer Jumper wires JJ0007 XMIT GND RCD ! DO NOT CONNECT T[...]

TYPICAL SYSTEM CONNECTIONS 2078 System Keyboard to 1996R 1 2 34 56 7 89 10 PROG MON DATA LINE PORTS 12 120V 60HZ 1996R Connection shown where distances between keyboard and 1996R are over seven feet 2078 HP0047 1 2 3 45 6 7 8 JJ0007 JJ0007 HP0082 TERMINAL BLOCK 5 4 6 3 2 7 1 8 J1 J2 XMIT GND RCD Transformer THREE-WIRE, 18 AWG, SHIELDED CABLE ! DO N[...]

TYPICAL SYSTEM CONNECTIONS 1981 Port Expander to 1996R 1981 NOTE : KBD a - KBD d ARE INPUT PORTS WHICH MAY BE USED WITH ANY   AMERICAN DYNAMICS RS232 KEYBOARD. 1996A NOTE : THESE CONNECTIONS ARE TYPICAL OF ONE 1981 PORT EXPANDER . ?[...]

TYPICAL SYSTEM CONNECTIONS 1696 Alarm Interface Unit to 1996R NOTE: THESE CONNECTIONS ARE TYPICAL OF ONE ALARM INTERFACE UNIT. EACH RS232 PORT IS PROGRAMABLE. RCD XMIT GND SW B A C A C AUX START RELAY OUTPUT S WB 123 4 5 67 89 J6 J7 S2 S1 J1 1 2 3 45 6 7 8 PORTS 120V 60Hz DATA LINE 12 PROG MON 123 4 5 6 7 89 1 0 1996R THREE-WIRE, 18 AWG, SHIELDED, [...]

TYPICAL SYSTEM CONNECTIONS 2096 Alarm Interface to 1996R 1996R PORTS 120V 60Hz DATA LINE 12 PROG MON 12 3 4 5 6789 1 0 DRAWING ILLUSTRATES CONNECTIONS BETWEEN UNITS THAT ARE LESS THAN SEVEN FEET (7') APART ABCDEFGH ON OFF ON OFF SELECT ALARM POWER C O M INPUT OUTPUT ABCDEFGH N N C O C M 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 31 32 [...]

TYPICAL SYSTEM CONNECTIONS 2096 Alarm Interface to 1996R DRAWING ILLUSTRATES CONNECTIONS BETWEEN UNITS THAT ARE GREATER THAN SEVEN FEET (7') APART ABCDEFGH ON OFF ON OFF SELECT ALARM POWER C O M INPUT OUTPUT ABCDEFGH N N C O C M 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 25 26 27 28[...]

TYPICAL SYSTEM CONNECTIONS 1985A CPU Standby Hot Switch to 1996R PORT SYS CPU2 CPU1 8 7 6 12 34 5 9 1 0 CODE 12 ALARM 1996R CPU 1 1996R CPU 2 1985A PORTS 120V 60Hz DATA LINE 12 PROG MON 1 2 34 5 6789 1 0 PORTS 120V 60Hz DATA LINE 12 PROG MON 1 2 345 67 89 1 0 Data Line connections to Switching Bays Data Line 1 Data Line 2 1676 4 JJ0007 JJ0007 JJ000[...]

TYPICAL SYSTEM CONNECTION 2050 Switching Bay from 1996R DATA LINE IN OUT SYNC 120 VAC 50/60 Hz 1 17 33 49 65 81 97 113 129 145 161 177 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 T E S T / E X P A N S I O N IN OUT PORTS 120V 60Hz DATA LINE 12 PROG MON 12 3456 789 1 0 1996R 2050 Data Line 1 75-Ohm Termination NOTE: SINGLE 2050 BAY SHOWN FOR ILLUSTRATION;[...]

TYPICAL SYSTEM CONNECTIONS 2091 Code Generator from 1996R BS W NOTE : THESE CONNECTIONS ARE TYPICAL OF ONE RECEIVER. UP TO THREE RECEIVERS MAY BE CONNECTED IN A   DAISY CHAIN CONFIGURATION FROM EACH CODE OUTPUT. HIGH SPEED DATA OUT TO ADDITIONAL 2091&apo[...]

Declaration of Conformity Manufacturer: Sensormatic CCTV Systems Division Manufacturer’s Address: Sensormatic CCTV Systems Division Sensormatic CCTV Systems Division 1 Blue Hill Plaza 600 Bradley Hill Road Pearl River, New York, 10965 USA Blauvel t, NY 10913 USA Sensormatic Electronics Corporation Sensormatic Electronics Corporation (IRL) LTD Sta[...]

SPECIFICA TIONS Electrical Ratings: AD1996R: 120 V AC, 50/60 Hz, 4 W ADS1996RX 230 V AC, 50/60 Hz, 125 mA Size : 1.75" H x 19" W x 10.25" D (45 x 483 x 260 mm) W eight: 10 lbs (4.5 kg) An American Dynamics Product Designed and built by Sensormatic CCTV Systems Division One Blue Hill Plaza Pearl River , New Y ork, 10965 (914) 624-7600[...]