ADDENDUM Addendum No.: Date: C1577M-A August 4, 2004 Manuals Affected: CM9760 Series Manuals – C538M, C539M-A, C540M-B, C541M-C, C542M-B, C543M-A, C544M, C549M-A, C572M, C573M-D, C578M, C579M, C1501M, C1503M, C1510M-QS, C1510M-A, C1520M-B, C1528M-C, C1940M, C1941M, C1942M, and C1943M Manual Update: The CM9760-CC1 has been replaced with the CM9700-CC1 and the CM9760-MGR management software has been replaced with the CM9700-MGR management software.
CM9760-SAT Satellite Switcher/ Controller Installation/ Operation Manual C1510M-A (2/03) Pelco World Headquarters • 3500 Pelco Way, Clovis, CA 93612-5699 USA • www.pelco.
CC1 Interface: Required Software: (Comm Parameters) CM9760-MGR (System MGR) @ ver 7.80.003 or greater (external PC) CM9760.EXE @ ver 7.80.003 or greater (9760 HD) CM9760-KBD @ ver 7.80 or greater Equipment # 31 Baud Rate 9600 Parity ODD (For software upgrade information, contact Technical Support at 1-800-289-9100.) FRONT The CM9760-SAT is a sequential video switcher for use as a Satellite Control System of the CM9760 system.
MANUAL NOTES 1. The approach used in this manual is predicated on the installation and operation of the CM9760-SAT in a 9760 System environment. Figure 3 is a block diagram that represents such an environment. 2. Figure 3 is our reference or “jumping-off” point for most discussions in this manual. Note that the block diagram is divided in half: one side is labeled the “9760 SIDE” and the other is labeled the “SAT SIDE”.
MANUAL DIRECTORY INTRODUCTION iv SECTION 1 1-1 Physical Installation This section describes the physical installation of communication and video lines necessary for SAT system operation. Instructions for connecting additional equipment, necessary for proper operation at the local SAT SIDE, are also discussed. The choices made here are reflected in the configuration of the applicable programming menus (SAT SIDE) and flat files (9760 SIDE), which are covered in Section 2.
INTRODUCTION Physical The CM9760-SAT is a 16 X 4 (16 camera input by 4 monitor output) cross-point video matrix, sequential switcher. Description The physical appearance of the 16 X 4 SAT is dominated by the 16 video inputs (and corresponding loop-thru BNCs) on the rear of the unit. Four BNC monitor-outs (for local or tie line use), four 12-pin wiring plugs for other functions and, finally, local and remote keypad ports round out the device connection list.
SECTION 1 PHYSICAL INSTALLATION 1.0 COM CONNECTION ....................................................... 1-1 9760 SIDE CC1 to Wall Block ............................................................. 1-2 SAT SIDE Wall Block to SAT ............................................................. 1-2 2.0 VIDEO TIE-LINES ........................................................... 1-2 9760 SIDE ........................................................................... 1-2 SAT SIDE .............................
NOTE: The Comms configuration file in the MGR program is used to set communication parameters for the SAT connected to the Sercom port (see SECTION 2, 3.1 COMMS Files). 1.1 9760 SIDE – CC1 TO WALL BLOCK 1. Determine the cable type (straight or reverse)* that is provided or exists on-site that you want to use between the RJ-45 Sercom connector on the CC1 and the wall block. *see Figure 5-1 in Appendix I 2. Make the connection using Figure 1-3 as a guide. 1.2 SAT SIDE – WALL BLOCK TO SAT 1.
3.0 ADDITIONAL SAT CONNECTIONS If you want to operate and program from the local SAT SIDE of a system configuration, a number of additional devices and connections remain to be made. In order to view the results of local operations and program SAT menus, a local monitor is needed. 3.1 LOCAL MONITOR The local Monitor is used to display link camera call-ups and switcher functions for local SAT operations. It is also used to display the main program menu and its sub-menus during SAT programming and setup.
Figure 1-8 Receiver Wiring and Control 3.3 RECEIVERS If any camera you want to install is PTZ capable, then the receiver for that camera must be individually wired for power and control (dependent on type). The CM9760-SAT has built-in software that is individually selectable for each camera control type. The correct protocol is selected via menu choices when programming the Cameras menu for each individual input (see Section 2, Camera Programming Menu-Page 2 of 2 ).
3.5 AUXS There are three AUX outputs available through the control output wiring terminals located on the rear of the SAT. Aux operation and control are for local SAT SIDE use only. Aux ouputs cannot be controlled from the 9760-KBD. These outputs are used to operate external devices. Each output corresponds to a function key (F1-F3) on the KBD200/300/300V keyboard. The outputs can also be programmed to respond automatically to alarms. F1 is a Form C relay wired with a common (COM) and a normally open (N.O.
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SECTION 2 PRELIMINARIES ...................................................................... 2-1 1.0 SAT MENU PROGRAMMING ........................................ 2-5 PROGRAM MODE Camera Programming Menu ............................................. 2-6 Monitor Programming Menu ............................................. 2-8 Time-Date Programming Menu ....................................... 2-11 Alarms Programming Menu ............................................ 2-12 Ports Programming Menu ............
2. Programming Configuration II – Use the same configuration and program the SAT from the 9760 SIDE. The same equipment diagram used above is applicable here. Here, a conscious choice is made to the program from the 9760 SIDE rather than the SAT SIDE. If you want, programming chores can be split between either side, although that is not recommended. (a) (b) Proceed to the DEF (define) sub-menu. (You may need to press the ESC key first, then press the DEF key).
4a. Programming Variation Example: 9760-SAT Programming Minus Preset Call This scenario illustrates the situation referenced in point 2, above.
SECTION 2 PROGRAMMING AND CONFIGURATION 1.0 SAT MENU PROGRAMMING Prior to programming the SAT, check to ensure that the bulleted items in the two lists below are either taken care of or that the required information is readily at hand**. All items in the first list are required. **The checklist below is based on “Programming Configuration I” located in Section 2’s preliminary discussion. • The SAT-9760 communication interface is in place and correctly wired (see Section 1, Physical Installation, 1.
A WORD ABOUT THE MENU DISCUSSION LAYOUT The menu discussion is split into three columns. At the top, far right side of each page, the SAT main menu is displayed and the sub-menu under discussion is highlighted. Tagged, drop-down arrows below that, indicate approximately where, within the sub-menu being programmed, that the referenced sub-menu is discussed. These comments appear in the middle column.
2-6 C1510M-A (2/03) SECTION 2
PROGRAMMING AND CONFIGURATION CM9760-SAT 2-7
2-8 C1510M-A (2/03) SECTION 2
The remaining line(s) can be configured as desired, PROGRAMMING AND CONFIGURATION CM9760-SAT 2-9
NOTE: The alarm settings in the monitor menu (including alarm enable) for monitor 04 (LOCAL MODE ONLY) are the Aux “alarm follow” sources referenced when configuring alarm activation of AUXs (see Aux Programming Menu Page 1 of 1).
PROGRAMMING AND CONFIGURATION CM9760-SAT 2-11
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PROGRAMMING AND CONFIGURATION CM9760-SAT 2-13
NOTE: Programmed Aux functions are under local, SAT SIDE control only. NOTE: The ALM “source” for Aux activated functions follow the alarm settings for MONITOR 04 made in the Monitor Programming Menu for that monitor (see Monitor Programming Menu-Page 1 and 3).
PROGRAMMING AND CONFIGURATION CM9760-SAT 2-15
2.0 OTHER SAT PROGRAMMING NOTE: Although the following programming operations are performed while in SAT operational mode, we include them here as part of the programming process. 2.1 PROGRAMMING PRESETS NOTE: All menus programming should be be completed prior to programming presets, patterns, or zones. In addition, control wiring for receivers should be completed (see SECTION 1, 3.3 Receivers).
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3.0 9760 MGR-SAT PROGRAMMING Before implementing joint 9760-SAT operation, the following configuration files (flat files) must be configured. 1. 2. 3. The COMMS file. The CAMERAS file. The LINK CAMERAS file and if alarm reporting is invoked 4. The ALARMS file. The 9760 System Manager program, installed on a PC hard drive connected to the CM9760-CC1 is used to program these files.
3.2 CAMERAS FILE Close the Comms tab and open the Cameras file by clicking on its tab. Identify the ports on the MXB to which monitor-outs from the SAT are attached. Configure the Cameras file accordingly. Figure 2-7 Programming the Cameras File 3.3 LINK CAMERAS FILE Open up the Link Cameras tab next. In the Link Cameras file, assign unique logical numbers for the cameras to distinguish them from non-SAT types.
3.4 ALARMS FILE In addition to the previous files, it may also be necessary to configure an alarm file if you want to set up the system for head-end alarm notification. Triggered alarms on the SAT SIDE result in a series of events, controlled, in part, by the programming of the ALARM file on the 9760 SIDE of the configuration. Figure 3-9 is an example ALARM file configured for just one alarm. All 16 SAT alarms can be configured if you want.
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SECTION 3 OPERATION 1.0 LOCAL SAT OPERATIONS ........................................... Selecting Monitors ............................................................ Selecting Cameras ........................................................... Controlling Cameras ......................................................... Operating Sequences ....................................................... Controlling Auxiliaries .......................................................
1.3.4 View a Camera Preset (for preset programming, see Section 2, 2.1 Programming Presets): To manually view any programmed preset 1. Select the camera for which you want to view a preset by entering the camera number and pressing the CAM key. 2. Enter the preset number and press the PRESET key. Figure 3-4 Viewing Presets 1.3.5 Operate a Camera Pattern 1. Select a camera with a programmed pattern (see Section 2, 2.2 Programming Patterns). 2.
1.4 OPERATING SEQUENCES Each monitor (video output) has one 16-step sequence that can be run forward or backward, stopped (by placing the sequence on hold), or stepped through by pressing either PREV or NEXT while the sequence is on hold. The sequence status indicator (see Figure 3-9) displays the current state of a monitor sequence. 1.4.1 Run a Sequence Forward or Backward Hold down either the NEXT (forward) or the PREV (backward) key for two seconds to begin running a sequence.
1.5 CONTROLLING AUXILIARIES 1.5.1 Activating Switcher Auxiliaries, F1-F3 Three function keys (F1-F3) manually control the three auxiliaries that can be connected to the CM9760-SAT. To operate an auxiliary, press an F1-F3 button. Know how your system is configured and programmed before operating auxiliaries. • For momentary operation, pressing a key sends a micropulse to the equipment connected to the auxiliary output. • For latching operation, pressing a function key is similar to an on/off switch.
2.1.3 Link Camera Availability If a called link camera is not immediately available, the following reasons may apply: a. A tie line may not be available. If all tie lines are in use when you try to access a link camera, the message “No Tie Lines” will appear on your keyboard LCD display. b.
3.0 ALARM OPERATIONS 3.1 LOCAL SAT ALARM RESPONSE Whenever an input alarm condition occurs on the SAT, the local SAT operator (if previously programmed for alarm access notification) will see a display similar to the following on the local monitor screen: Figure 3-14 Activated Alarm The A is the sequence status indicator’s shorthand for a current alarm condition. The alarm notification occurs because: 1. The Alarm menu input condition (N.O., N.C.
3.2 9760 SYSTEM-SAT ALARM RESPONSE The response to an alarm that is programmed and armed at the local, SAT level, can also be configured for a corresponding 9760 SIDE alarm notification and response. For this to occur, the System Alarm column for the alarm in question must be edited. This occurs in the local SAT Alarm menu. NOTE: Local and System alarm notifications are mutu- ally exclusive: both, or one, or neither can occur based on programming.
In the 9760 keyboard: 3. Finally, the programmed logical number (100) associated with the System Alarm number (in our example, 1) is used to ARM the alarm on the 9760 SIDE. This is done from the 9760 keyboard via its program menus or, if desired, it can be accomplished through automatic configuration via macro execution when the keyboard user logs onto the system.
3.3 SAT AND SAT-ALARM UNIT CONFIGURATIONS Two SAT Units on the Same NODE One SAT unit can generate 16 possible alarms. Each alarm results in a 9760 system alarm if the SAT alarm is assigned a System Alarm number in the SAT ALARMS file (see Section 2, Alarm Programming Menu-Page 1 of 1). Moreover, each System Alarm number (on the SAT SIDE) corresponds to the same number in the Physical Number column of the ALARM configuration file (on the 9760 SIDE).
SATs and ALARM Units on the Same Node * INFORMATION BOX – Alarm Base Addressing Alarm units and SAT units both utilize the same 9760 Alarm Configuration File. The following statements compare and contrast similarities and differences between the two units: ■ Fact 1: Alarm base addressing is used with alarm units only. One Alarm unit can handle 64 alarm inputs per unit. One SAT unit can handle 16 alarm inputs per unit. Alarm units (up to four) may be daisy-chained on a single port.
SECTION 4 1.0 SYSTEM EXAMPLE ........................................................ 4-1 SYSTEM AND MULTIPLIEXER EXAMPLE 2.0 MULTIPLEXER EXAMPLES ......................................... 4-11 1.1 OPERATION OF THE SYSTEM EXAMPLE ............... 4-9 1.0 SYSTEM EXAMPLE We shall use Figure 4-1 to highlight the processes involved in integrating a CM9760-SAT into a 9760 environment.
Before we begin, note that link-camera video input # 5 in Figure 4-1 is shown as a loop-through input. This requires SAT top-cover removal. This is done first if the SAT unit is to be rack-mounted. To configure this input for loopthrough operation, move the JP5 jumper from 75-ohm term (factory default) to looping (refer to Section 1, 3.2.1 Looping Video Inputs). Now we can begin. 1.
3. Establish a communication link between the CM9760-CC1 and the CM9760-SAT.
4. Run link-cameras (satellites) to the video input BNCs on the rear of the SAT. The SAT menu programming files referenced below must be edited for our system example to work. NOTE: COM 1 port protocol must be set for the receiver in quesiton using the PORTS menu.
The link-camera configuration file on the 9760 SIDE, mirrors the choices for the link-camera inputs selected in the camera menu on the SAT SIDE. The input numbers associated with the 16 inputs on the SAT correspond to the fixed numbers located in the Phy Num column of the Link Cameras file.
5. Run tie lines from the chosen monitor-out BNCs on the SAT to available input video BNCs on the rear of the CM9760-MXB (matrix bay). Note the physical inputs (the actual physical port number) to which these tie lines are run and then configure the appropriate files and menus (as shown below). Monitor output use (local or tie line) is set up for each monitor output line in the SAT Monitor programming menu.
6. Attach and configure alarm inputs and wiring. In our system example, we show a door that triggers an alarm if it is opened. A number of conditions must be met to enable alarm activation and response. These are illustrated below.
Item 6 (continued) 4-8 C1510M-A (2/03) SECTION 4
1.1 OPERATION OF THE SYSTEM EXAMPLE That concludes the hook-up and programming of our system example. Once the system to which the SAT is attached is operational, the following items remain to be configured (in operational mode) before alarm operation is totally enabled: 1. On the SAT SIDE, we must still define preset 21.
Shortly thereafter (during the time that steps 4 through 7 occur, which are almost concurrent from a user viewpoint ) the System manager’s System window will indicate that the video from logical camera 5007 has switched to an alarm monitor. It might look something like this: 9:05:38 16/08/00 Nd:01 SWITCAMMON Camera: 5007 Monitor: 001 Op: 1 9. At the same time, the AT diagnostic screen’s Monitor box shows that camera display 5007, which utilizes a tie line, is displayed on Mon 1.
2.0 MULTIPLEXER EXAMPLES EXAMPLE OVERVIEW Example One: Software version 7.80.003 and greater supports control of PTZ capable cameras through the Genex multiplexer. The first example briefly addresses this in relationship to a 9760-SAT system environment. Programmed, Genex related, 9760 configuration files are used in Example 1, but are discussed and illustrated in Example Two, Part I.
Figure 4-4 illustrates the minimum physical connections using the pieces of equipment required for camera control through the Genex. Specifically illustrated are the coaxitron, camera-related connections necessary for operators on both sides of the configuration to have controlaccess to Genex camera input 1. The SAT SIDE operator has access by entering 1 on his keypad and pressing the CAM button; the 9760 SIDE operator has equal access and control by calling camera 5001 to his available monitor.
Associated with this and the previous example are two 9760 SIDE configuration files that affect Genex integration into the system. The first (Comms file) is applicable to both examples. The second (the Camera file) is applicable to both except that the Genex configured camera field for “10” is not applicable to example one. Both of these files have to be configured for both examples. The COMMS configuration file is illustrated in Figure 4-6.
Part II - Mux Control from the SAT SIDE Mux control from the SAT side is enabled by reconfiguring the example system we have been using to that shown in Figure 4-8. Figure 4-8. SAT SIDE Mux Control Note the following changes and comments: 1. Mux Main no longer is attached to the MXB on the 9760 SIDE. There are now 8 video inputs to the SAT instead of 7. Mux Main is now the 8th input to the SAT. 2.
SECTION 5 APPENDIX APPENDIX APPENDIX APPENDIX APPENDIX APPENDIX I II III IV V VI APPENDICES COMMUNICATION AND CONNECTION TUTORIAL ................................................................................................ 5-1 REMOTE KEYPAD CONNECTION ............................................................................................................................ 5-2 KEYPAD DEFINITIONS AND TEMPLATES ............................................................................................
Sometimes, a physical disparity exists between two connecting devices such that the wiring geometry you start with at one end is different from that at the other end. Nevertheless, the wiring relationships stated in point 3 must be satisfied. An example of this occurs in the manual when connecting a CC1 sercom port to a COM 2 port on the CM9760-SAT (see Section 1, 1.1 and 1.2). The wiring scenario utilized a wall block, which is part of a “wiring kit”, that can be obtained from Pelco .
Figure 5-2 KBD300s Wired to the Remote Port APPENDICES CM9760-SAT 5-3
Figure 5-3 KBD300 and KBD300V Attached to Remote Port 5-4 C1510M-A (2/03) SECTION 5
APPENDIX III – KEYPAD DEFINITIONS AND TEMPLATES Figure 5-4 KBD200 Keyboard Functions 1 2 Table 5-A KBD200 Button Functions 4A 3 4C 4B 5 Reference Number 1 6 2 Description LED display Shift key SHIFT 17 F1 F2 F3 F4 3 7 F5 4A-C SEQUENCE MON ACK PREV NEXT HOLD PAT P TERN PRESET MACRO PGM 5 Function keys F1, F2, F3 control auxiliaries. With Shift on they control multiplexer display. 6 Functions keys F4, F5 control receiver auxiliaries.
Figure 5-6 KBD300V Keyboard Functions 17 18 1 4B 4A 3 2 4C 6 5 SHIFT F1 F2 F3 F4 F5 7 MON - + COLOR - ACK PREV NEXT HOLD PATTERN PRESET 1 2 3 NEAR FAR 4 5 6 OPEN CLOSE 7 8 9 CAM 0 CLEAR MACRO PGM 8 9 + KBD300V BRIGHTNESS MADE IN U.S.A.
APPENDIX IV – MODELS AND ASSOCIATED EQUIPMENT IV-1 MODELS ■ CM9760-SAT – 9760 matrix satellite switcher with 16 video inputs and four monitor outputs, 120 VAC, 50/60 Hz.
Figure 5-8 Keyboard Factory Default Menu Settings 5-8 C1510M-A (2/03) SECTION 5
APPENDIX VI – CONNECTOR PINOUT LISTINGS OF ALL CONNECTORS Figure 5-9 Connector Pinouts APPENDICES CM9760-SAT 5-9
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SECTION 6 MISCELLANEOUS 1.0 SAFEGUARD AND WARNING ...................................... 6-1 3.0 INDEX ................................................................................ 6-3 2.0 SPECIFICATIONS ........................................................... 6-2 4.0 REGUALTORY NOTICES .............................................. 6-5 5.0 WARRANTY AND RETURN .......................................... 6-5 1.
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L link cameras see cameras looping see jumpers M manual directory of, iii introductory notes, ii introduction, proper, iv MON, keyboard monitor key, 5-5, 5-6 monitors access to alarms, 2-8 enabling, 2-10 cameras, 2-15 keyboards, 2-15 sequence cameras, 2-9 display of alarms, 3-6 SAT program menus, 2-6 to 2-18 sequences, 3-3 local programming of, 2-8 to 2-10 SAT, 1-3 system example hookup, 4-2 monitor-outs see BNCs multiplexer example, 4-11 N P (continued) programming 9760 MGR-SAT programming, 2-19 alarm f
4.0 REGULATORY NOTICES This equipment has been tested and found to comply with the limits of a Class A digital device, pursuant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications.
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