Pelco C538M-A User's Manual
Contents
1. 16 Configuring the GPI SETUP file for VCRC Operation 17 Configuring the COMMS file for VCRC Operation 18 CM9760 VCRC Rack Mount Installation 19 Daisy Chain Configuration Daisy Chain Multi Buss Configuration 22 20 VCRC Functional Block Diagram eene 21 CM9760 KBD VCR Control Functions 22 REVISION HISTORY Manual Date Comments C1941M 7 98 Original version This page intentionally left blank Pelco Manual C1941M 7 98 1 0 GENERAL Please thoroughly famil iarize yourself with the in formation in this manual prior to installation and operation Pelco Manual C1941M 7 98 1 1 IMPORTANT SAFEGUARDS AND WARNINGS Prior to installation and use of this product the following WARNINGS should be observed 1 Installation and servicing should only be done by qualified service personnel and conform to all local codes Unless the unit is specifically marked as a NEMA Type 3 3S 4 4X 6 or 6P enclosure it is designed for Indoor use only and it must not be installed where exposed to rain and moisture Only use replacement parts recommended by Pelco After replacement repair of this unit s electrical components conduct a resis tance measurement between line and exposed parts to verify the exposed parts have not been co2. RECEIVING A A STOP COMMAND PLAY COMMAND zr SESI 1 NC 1 1 COMMON 13 NO DEFAULT RELAY WIRING PINS 1 AND 2 ARE NORMALLY CLOSED MATING PLUG PINS 2 AND 3 ARE NORMALLY OPEN Figure 6 Relay Output Connector Pelco Manual C1941M 7 98 11 3 2 3 1 DB 9 Connector Pin outs The DB 9 connector is reserved for factory use only 3 2 3 2 RJ 45 Connector RJ 45 connector pin outs are illustrated in Figure 7 Because both RJ 45 connectors have the same wiring pin outs they require the same flipped cable In other words the IN connector requires a flipped cable for connecting the first unit to the CC1 and the OUT connector requires a flipped for cascading other units A flipped cable is as follows Pin 1 of the cable at one end becomes pin 8 at the other end Refer to Figure 8 Note that the active pin outs are associated with the outer four pins namely 1 2 7 and 8 All accessories on the System 9760 require the flipped cable to be used to attach peripheral equipment This presently pertains to the KBD MXB CXT ALM MDA CDU T and now the VCRC unit TO INTERFACE THE VCRC UNIT TO ANY SERCOM PORT ON THE REAR OF THE CM9760 CC1 RJ 45 COMMUNICATION OR BETWEEN ONE VCRC UNIT AND ANOTHER CONNECTORS FOLLOW THE DIAGRAM BELOW IN INPUT FROM CM9760 CC1 CM976
3. View of CM9760 VCRC Pelco Manual C1941M 7 98 9 N IMPORTANT Control cable length should not be extended fur ther than the supplied 20 feet be cause resistive ladder input circuits are very susceptible to additional line impedance It is also mended that shielded cable be used to minimize external electrical inter ference with VCRC control signals See important note in Figure 9 re garding power hookup and interfer ence 3 2 1 Input VCR Connectors Physically each of the four VCRC input connectors consists of the same number of input screw type terminals Each input group uses a dual row removable plug and each plug is associated with 8 VCR inputs For example refer to the leftmost group represented in Figure 5 which shows VCR inputs 1 16 Of these VCR inputs 1 8 are wired using the top 16 screw terminal positions VCR inputs on this connector physically alternate with their associated GND connection for a total of 8 available VCR GND connections that is pin 1 is VCR input 1 and pin 2 is the GND connection associated with VCR input 1 pin 3 is VCR input 2 and pin 4 is VCR input 2 s associated GND connection and so on The same explanation applies to the lower plug for VCR inputs 9 16 starting with VCR input 9 which is associated with physical pin 17 on the mating plug In a similar manner the remaining plug upper lower combinations accommodate the three remaining VCR input blocks that is inputs 17 32
4. When a is used for VCR control its first seven auxiliary relays are used to control the seven most common VCR control functions The seven auxiliary relay numbers and their associated VCR functions are listed below Play Stop Rewind Fast Forward Pause Record Eject Figure 18 shows the relationship of these relay numbers and the associated VCR control function as seen on the CM9760 KBD LCD screen DUO Or ROT 2 Two key setup procedures are required in order to accomplish VCR control from the System 9760 The Frame Address Table in Figure 10 can be used as an aid to implement both procedures 1 The VCR controller must be assigned an address 1 of 11 that corresponds to a sequential range of 64 GPIs VCRs Use the Frame Address Table to determine the DIP switch settings for assigning an appropriate VCRC address setting 2 GPls must be programmed in order of the 9760 CPU to communicate with the VCRC Each physical GPI corresponds to an individual VCR and its terminal connection point on the VCRC Therefore 64 GPIs must be programmed in order to control 64 VCRs from one VCRC controller How the physical GPI is associated with the VCRC is as follows Physical GPI 1 corresponds to the first VCR control terminal on the VCRC that is addressed as controller 1 Frame Address 0 Likewise physical GPI 64 corresponds to the 64 control terminal on VCRC 1 The next GPI the 65 corresponds to
5. the 1 control terminal on VCRC 2 Frame Address 2 This scheme continues until the last GPI is associated with the appropriate control terminal on the last VCRC used which in this case would be controller 11 Frame Address 20 3 3 2 DIP Switch Settings DIP switch settings are illustrated in Figure 10 Pelco Manual C1941M 7 98 POSITIONS 5 6 8 AND 10 ARE FACTORY DEFAULTS SWITCH POSTION LEGEND AND MUST BE LEFT IN 7 IN PORT EIA OUT PORT 3 y 4 BAUD SETTINGS FOR 2400 OUTPUT PORT P3 4800 RJ 45 OUT CONNECTOR 9600 INPORT 1 THE OFF POSITION AS SHOWN BAUD SETTINGS FOR PORT P2 RJ 45 CONNECTOR 2400 ons t OFF 0 NOTES THE INPUT COMM PORT 1 CONFIGURED FOR RS 422 COMMUNICATIONS BY SWITCH POSITION 7 ON SW 1 THE OUTPUT PORT IS ALWAYS CONFIGURED FOR RS 422 OPERATION ONLY THE P REFERENCES IN THE FIGURES REFER TO BOARD LEVEL PLUG REFERENCES NAMELY 1 P2 AND P3 WHICH ARE ASSOCIATED WITH THE FOLLOWING EXTERNAL CONNECTORS ACTIVE PORT DEFINED 4800 P1 FACTORY USE ONLY BY DEFAULT SETTING OF 7 9600 P2 RS 422 PORTO RJ 45 IN CONNECTOR 19200 P3 RS 422 PORT1 RJ 45 OUT CONNECTOR VCR assignment blocks of 16 Frame VCR 1m 64 selected Sanyo selected gt 128 NOTES ANY OF THE 11 VCRCS MAY ASSIGNED ANY OF T
6. warrant all replacement parts and repairs for 90 days from the date of Pelco shipment All goods requiring warranty repair shall be sent freight prepaid to Pelco Clovis California Repairs made necessary by reason of misuse alteration normal wear or accident are not covered under this warranty Pelco assumes no risk and shall be subject to no liability for damages or loss resulting from the specific use or application made of the Products Pelco s liability for any claim whether based on breach of contract negligence infringement of any rights of any party or product liability relating to the Products shall not exceed the price paid by the Dealer to Pelco for such Products In no event will Pelco be liable for any special incidental or consequential damages including loss of use loss of profit and claims of third parties however caused whether by the negligence of Pelco or otherwise The above warranty provides the Dealer with specific legal rights The Dealer may also have additional rights which are subject to variation from state to state If a warranty repair is required the Dealer must contact Pelco at 800 289 9100 or 559 292 1981 to obtain a Repair Authorization number RA and provide the following information 1 Model and serial number 2 Date of shipment P O number Sales Order number or Pelco invoice number 3 Details of the defect or problem If there is a dispute regarding the warranty of a product wh
7. 0 CC1 CM9760 VCRC 9 CM9760 VCRC OUT USED FOR CABLING UNIT 1 UNIT 2 SUBSEQUENT UNIT PIN 1 1X PIN PIN 1 TX PIN 2 TX PIN 2 TX PIN 2 PIN8 PIN 1 PIN Dee PIN2 Tx 45 5 ET RJ 45 TN a CONNECTOR CONNECTOR CONNECTOR CONNECTOR PIN 8 PIN 1 PIN 7 PIN 7 PIN 7 RX PIN 8 RX PIN 8 RX PIN 8 RX PIN 7 RX PIN NOTE REVERSE CABLE Figure 7 RJ 45 Pin outs Compared Color Run is in Opposite Direction Compared Color Run is in Same Direction TO IDENTIFY A CABLE TYPE PHYSICALLY Brown Brown ORIENT THE RJ 45 Brown Brown r CABLE AS DEPICTED Ut 4 IN THE ILLUSTRATIONS ORIENT THE CABLE III III Flipped Cable Straight Cable BY SIDE TAB or or THE COLOR RUN Reverse Cable Parallel OF THE WIRES TO DETERMINE CABLE TYPE AND USE THE CABLE TYPE APPROPRIATE TO THE SITUATION Figure 8 RJ 45 Connector Pin out Geometry 12 Pelco Manual C1941M 7 98 3 2 4 Power Connections The CM9760 VCRC utilizes an auto ranging internal transformer circuit that allows the input power to range from 100 240 VAC 50 60 Hz Associated with the input power is the power ON OFF switch and the
8. 80 USA Endura and ExSite are trademarks of Pelco Phone 650 737 1700 Copyright 1998 Pelco All rights reserved Fax 650 737 0933 24 Pelco Manual C1941M 7 98
9. ADDENDUM Addendum No 1577M A Date August 4 2004 Manuals Affected 9760 Series Manuals 538M A C539M A C540M B C541M C C542M B C543M A C544M C549M A 572 C573M D C578M C579M C1501M C1503M 1510 0 1510 C1520M B C1528M D C1940M C1941M C1942M and C1943M Manual Update CM9760 CC1 has been replaced with the CM9700 CC1 and the CM9760 MGR manage ment software has been replaced with the CM9700 MGR management software Keep the following in mind when referring to the instructions contained in these manuals e The CM9700 CC1 contains the latest CC1 software version 9 01 or higher and is programmed with the new CM9700 MGR management software e Despite the difference in model numbers the CM9700 CC1 functions the same as the CM9760 CC1 and most of the information in these manuals applies to version 9 01 or higher CPU e You can add the CM9700 CC1 to an existing CM9760 system if you upgrade the existing CM9760 CC1 units with the current software version level 9 01 or higher Software version 9 01 requires a minimum of 16 MB of RAM in the CPU If required you can upgrade the RAM in older CM9760 CC1 units using the software upgrade kit appropriate for your CPU e Do not use the CM9760 MGR instructions contained in these manuals Refer to the CM9700 MGR Getting Started Software Guide on screen help or Online Help for instructions Pelco World Headquarters 3500 Pelco Way C
10. HE USEABLE EVEN FRAME ADDRESSES IN ANY ORDER YOU WISH KEEP IN MIND THE SPECIFIC RECOMMENDATION MADE IN THE NOTES ON THE PREVIOUS PAGE JUST REMEMBER THAT THE FRAME ADDRESS USED IS ASSOCIATED WITH A SPECIFIC VCR RANGE IF YOU TRY TO CONTROL VCR THAT DOESN T FALL WITHIN THE VCR RANGE NOTHING WILL HAPPEN CR RANGE NOTHING C Available VCRCs Figure 10 DIP Switch Functions Pelco Manual C1941M 7 98 15 NOTE t is good idea to use the same number for the assigned GPI as is used for the camera VCR This leads to less confusion later when calling up the camera VCRs from the keyboard that are associ ated here with a GPI In other words associate camera 1 with a GPI connect of 1 camera 2 with a GPI connect of 2 and so on Also set the logical and physical num bers for cameras VCRs equal to each other 3 3 3 Software Setup Using the MGR Program to Configure VCRC Operation The VCRC unit controls up to 64 VCRs per unit and provides seven basic functions of VCR control direct from the CM9760 keyboard These controls include Stop Pause Play Eject Fast Forward Rewind and Record The VCRC accepts GPI commands issued under call functions of VCR control via direct key entry or through properly prepared Macros Access to GPI functionality is setup in the MGR program in the following manner What follows is a brief introduc tion to just those files which need to be programmed for successful VCRC oper
11. RC receives a command with an inappropriate address it passes it on to the next unit if applicable via its OUT port When power is first applied to the unit RAM is cleared and initialization routines are called The power LED is lit operational chips are configured interrupt priorities are set and the activity LED on the front panel of the unit flashes on and off at about 1 2 second intervals LED activity is detailed in Section 3 1 2 LEDs The unit is waiting for its first valid command 5 1 FUNCTIONAL BLOCK DIAGRAM The block diagram below represents a combination of internal circuitry as well as software controlled hardware within the CM9760 VCRC unit FRONT PANEL DIP SWITCH DIP SWITCH 1 2 CENTRAL PROCESSING UNIT COMMAND GPI and ADDRESS iu 5 DECODING CIRCUITRY T o VCR 1 16 17 32 VCR 33 48 49 64 DB 9 RJ 45 IN RJ 45 OUT 64 VCR OUTPUTS FACTORY USE ONLY Figure 17 VCRC Functional Block Diagram SCREW TERMINALS REAR PANEL Pelco Manual C1941M 7 98 21 5 2 OPERATING THE CM9760 VCRC FROM THE CM9760 KBD Direct control operation of VCRs attached to VCRCs from a CM9760 KBD is rela tively straightforward Once the system is running and the keyboard is on line di rect control of a VCR is as follows 1 Select an input camera that wa
12. UP uu neon ee ieee RAR 14 3 31 Preliminary Discussion 14 3 3 2 DIP Switch Settings 14 3 3 3 Software Setup Using the MGR Program to Configure VCRC Operation 16 4 OF cINSTADBEATIONs hene e ene 19 4 1 DIRECT RACK MOUNT 0 19 4 2 REMOTE OPERATION 5 19 4 3 DAISY GHAINING rede a 20 5 0 OPERATIONAL OVERVIEW sess 21 5 1 FUNCTIONAL BLOCK DIAGRAM essere 21 5 2 OPERATING THE CM9760 VCRC FROM THE CM9760 KBD 22 6 0 SPECIFICATIONS gin ee ttn Re TE Ren 23 7 0 WARRANTY AND RETURN INFORMATION 24 Pelco Manual C1941M 7 98 Pelco Manual 1941 7 98 LIST OF ILLUSTRATIONS Figure Front View of 9760 2 2 2 2 0 0 0 0 000 00 0000000 7 Front Panel 2 7 DIP Switch Location 8 Rear View of CM9760 VCRC a9 VCR Input Plugs 10 Relay Output Connector essen 11 eee rper iet 12 RJ 45 Connector Pin out Geometry 2 12 Power Input Fuse 13 Switch Functions 2 15 Configuring MGR Camera File for VCRC Operation
13. VCRs per unit VOR control is specific to Sanyo and Sony VCRs 2 2 CERTIFICATIONS The products identified below have been tested and certified for agency compli ance as noted MU Agency Compliance Certification vc X x T Applicable CE FCC UL and CSA cUL directives standards 93 68 EEC CE Mark Directive 89 336 EEC 92 31 EEC Electromagnetic Compatibility EMC Directives EN 55022 1984 Class B Radio frequency emissions limits EN 50082 2 1992 Immunity standard IEC 801 2 1984 ESD immunity IEC 801 3 1984 Radiated field immunity IEC 801 4 1988 Electrical transients FCC 47 CFR Part 15 Subpart B Class B Additional applicable standards 1 IP 20 2 3 OPTIONS CM9760 VCRC TX A 20 foot 61 cm VCR control cable with 1 8 jack on one end for connecting to VCR and cord shield signal ground bare wires at the opposite end for connection to input mating plugs located on rear of VCRC Pelco Manual C1941M 7 98 3 0 PRE INSTALLATION INFORMATION 3 1 FRONT VIEW Figure 1 illustrates the front view of the unit Power and data LEDs occupy opposite ends of the front panel The power LED on the left is green and the data LED on the right is red All other connectors switches inputs and outputs are on the rear of the unit except for two DIP switches and a reset switch located behind the front panel cover plate The DIP switches can be accessed easily by removing the
14. a tion and does not address other items that might be needed for your particular system operation Consult your MGR manual and associated software for other specific or more detailed information On separate PC and monitor start the 9760 MGR Setup program and access the Camera File CAM file Refer to Figure 11 1 Select the desired physical camera input that will be associated as a VCR 2 Program a logical input number title identification Ident and operator ac cess Oper Acc for the associated VCR selected in the previous step 3 Access the tab labeled and select VCR as the input type 4 Highlight the box and input GPI number that corresponds to a specific VCR control signal on the VCR controller 5 Continue to program all desired inputs as VCRs by repeating steps 1 4 Up to 700 VCRs can be defined 6 When all cameras VCRs are defined and associated Connect GPls are assigned save the camera file and click on the GPI tab in the main menu of the MGR program Connect 4 a Ln S TEE w p re duum NT E man F Amar F meme rax rax a Figure 16 11 Configuring MGR Camera File for VCRC Operation Pelco Manual C1941M 7 98 NOTE When writing macros to contro VCR operation keep in mind the following The macro must reflect your actual equipment configuration if you
15. ange without notice Pelco Manual C1941M 7 98 23 7 0 WARRANTY AND RETURN INFORMATION WARRANTY Pelco will repair or replace without charge any merchandise proved defective in material or workmanship for a period of one year after the date of shipment Exceptions to this warranty are as noted below Five years on FT FR8000 Series fiber optic products Three years on Genex Series products multiplexers server and keyboard Three years on Camclosure and fixed camera models except the CC3701H 2 CC3701H 2X CC3751H 2 CC3651H 2X MC3651H 2 and MC3651H 2X camera models which have a five year warranty Two years on standard motorized or fixed focal length lenses Two years Legacy CM6700 CM6800 CM9700 Series matrix and DF5 DF8 Series fixed dome products Two years on Spectra Esprit ExSite and PS20 scanners including when used in continuous motion applications Two years on Esprit and WW5700 Series window wiper excluding wiper blades Eighteen months on DX Series digital video recorders NVR300 Series network video recorders and Endura Series distributed network based video products One year except video heads on video cassette recorders VCRs Video heads will be covered for a period of six months Six months on all pan and tilts scanners or preset lenses used in continuous motion applications that is preset scan tour and auto scan modes Pelco will
16. are handled by header two inputs 33 48 by header three and inputs 49 64 by header four BLOCK 1 VCR INPUTS 1 16 WITH REMOVABLE MATING PLUGS SCREW TERMINALS ON EACH MATING PLUG VCR INPUTS ASSOCIATED GND INPUT 18 20 26 307 32 MATING PLUG FOR INPUTS 1 8 MATING PLUG FOR INPUTS 9 16 2 25 2 21 324 27 9 VCR INPUT WIRING SLOTS ADDITIONAL MATING PLUGS SUPPLIED FOR EACH VCR INPUT BLOCK THE 32 WIRING INPUT SLOTS ON THE MATING PLUG FOR BLOCK 1 HAVE BEEN NUMBERED DISCUSSION PURPOSES FROM 1 TO 32 ODD NUMBERED SLOT NUMBERS SLIGHTLY RAISED FOR EASY IDENTIFICATION ARE ASSOCIATED WITH INPUT VCRs THE EVEN NUMBERED SLOTS ASSOCIATED WITH A GROUND INPUT FOR THE VCR INPUT TO ITS IMMEDIATE LEFT ALL OF THIS IS SHOWN IN THE TABLE BELOW MATING PLUG PIN MATING PLUG PIN VCR INPUT VCR INPUT VCR INPUT GND VCR INPUT GND VCR INPUT GND VCR INPUT GND VCR INPUT GND VCR INPUT GND VCR INPUT GND 10 VCR INPUT GND Figure 5 VCR Input Plugs Pelco Manual C1941M 7 98 3 2 2 Relay Output Connector Figure 6 illustrates the relay output connector and its relative port pin assignments The connector is a three position plug with screw type contacts similar in operation to the mating connectors just discussed By default the relay is in its normal state at power up of the unit as shown in Figur
17. change the configuration you must adjust the macro accordingly For example if a macro were written to control VCRs attached to three VCRCs a daisy chained configu ration and one of the VCRCs was subsequently removed then any previously written macro that in cluded these three VCRCs would have to be rewritten to reflect that change Similarly changing the frame address setting via SW2 on any of the three VCRCs would have the same effect as physically re moving the unit from the configu ration as far as the macro is con cerned and as before the macro must be edited or rewritten to re flect any changes made B Bp n n This brings up the GPI SETUP file dialog box GPI file Refer to Figure 12 Program logical GPI numbers for all the physical numbers that will be used The physical GPI numbers correspond to a specific VCR control signal on the VCR controller Also these GPI numbers correspond with the Connect GPI numbers entered previously in the camera file For each associated GPI defined here make sure none of the relay boxes have been checked In other words define all relays as momentary Figure 12 Configuring the GPI SETUP file for VORC Operation Pelco Manual C1941M 7 98 17 10 Define operator access save the GPI file return to the MGR main menu screen and press the tab to bring up the COMMS file SCP file Refer to Figure 13 11 In the COMMs file assign an equipment nu
18. e 6 During operation the relay may be toggled by controlling the 64 VCR on the VCRC by entering VCR number 64 on the keypad then pressing the Camera but ton which brings up the VCR control functions and then pressing the blue button under the PLAY control icon Similarly performing the above but pressing the STOP VCR control command instead of the PLAY command will deactivate the relay Re fer to Section 5 2 OPERATING THE CM9760 VCRC FROM THE CM9760 KBD for more details on the operational use of the VCRC from the CM9760 KBD 3 2 3 Communication Connectors Communication to and from the unit is provided through two RJ 45 ports on the rear of the CM9760 VCRC The ports are referenced as serial port 0 and serial port 1 refer to the functional block diagram in Figure 17 Serial Port 0 is associated with the RJ 45 IN female connector and is configured for RS 422 operation by default In the configuration the RJ 45 IN connector allows the VCRC unit to be connected to an appropriate Sercom port on the rear of a CM9760 CC1 controller Serial port 1 associated with the RJ 45 OUT connector is always configured as RS 422 and is used for daisy chaining subsequent VCRC units see Section 4 2 REMOTE OPERATION Individual connector pin outs of the communication channels are discussed next SCREW TERMINALS ON MATING PLUG MATING PLUG RELAY OUT WIRING SLOTS DEFAULT RELAY CONDITION RELAY STATE SENSED ON POWER UP OR AFTER RECEIVING AFTER
19. es the required wiring connections for daisy chaining Note that the remarks made in the previous section regarding RS 422 wiring run distances also applies here when considering cables distance runs between daisy chained units Since the VCRC units utilize the same protocol as that for GPls they can be bussed together with CM9760 IRCs and in the future with CM9760 RELs Figure 16 illus trates this configuration ANY OF THE ELEVEN UNITS REFERENCED BELOW CAN BE ASSIGNED ANY OF THE 11 FRAME ADDRESS RANGES AVAILABLE FRAME ADDRESSES DO NOT HAVE TO BE SEQUENTIAL THIS CM9760 CC1 MEANS UNIT 11 IN THE DIAGRAM BELOW FOR EXAMPLE CAN BE ASSIGNED FRAME ADDRESS 2 WHILE UNIT 3 IS ASSIGNED FRAME ADDRESS 10 SWAPPED OR REVERSE CABLES REFER TO SECTION ON COMMUNICATION CONNECTORS IN OUT IN OUT IN OUT IN OUT UNIT 1 UNIT 2 UNIT 3 UNIT 11 CM9760 VCRC CM9760 VCRC CM9760 VCRC CM9760 VCRC Figure 15 Daisy Chain Configuration CM9760 CC1 SWAPPED OR REVERSE CABLES REFER TO SECTION ON COMMUNICATION CONNECTORS IN OUT IN OUT IN OUT IN OUT CM9760 VCRC CM9760 IRC CM9760 REL CM9760 VCRC Figure 16 Daisy Chain Multi Buss Configuration 20 Pelco Manual C1941M 7 98 5 0 OPERATIONAL OVERVIEW The basic function of the VCRC unit is to act as an interface between the user operator of the system and any connected VCRs Each VCRC processes and ex ecutes only commands with addresses that match the controller address When a VC
20. five flat head Phillips screws that hold the front panel in place as illustrated in Figure 2 POWER DATA CM9760 VCRC ED VCR Controller MADE IN USA Figure 1 Front View of CM9760 VCRC power CM9760 VCRC MADE IN USA a E Koa VCR Controller mC Figure 2 Front Panel Removal Pelco Manual C1941M 7 98 7 3 1 1 DIP Switches 3 1 2 With the front panel removed DIP switch 1 and DIP switch 2 are visible These two ten position DIP switches configure and define many functions of the CM9760 VCRC 3 1 1 1 DIP Switch Locations Figure 3 identifies the relative locations of DIP switches 1 and 2 3 1 1 2 DIP Switch Functions DIP switch functions are discussed in Section 3 3 SETUP LEDs The green POWER LED located on the left front panel of the unit comes ON at power up The red DATA LED located on the right side of the front panel continually flashes on and off at a regular rate about 1 2 second intervals until the first valid command is received The LED will not flash again until another valid command is received Also in cascaded situations if a command is meant for a VCRC further down the chain the command will be relayed down the chain and the LED will not come on until the appropriate VCRC processes the command In other words LED activity is address specific Additionally if power is cycled or if the DIP switch slide pos
21. ich does not fall under the warranty conditions stated above please include a written explanation with the product when returned Method of return shipment shall be the same or equal to the method by which the item was received by Pelco RETURNS In order to expedite parts returned to the factory for repair or credit please call the factory at 800 289 9100 or 559 292 1981 to obtain an authorization number CA number if returned for credit and RA number if returned for repair All merchandise returned for credit may be subject to a 20 restocking and refurbishing charge Goods returnedfor repairor credit should be clearly identified with the assigned CA or RA number and freight should be prepaid Ship to the appropriate address below If you are located within the continental U S Alaska Hawaii or Puerto Rico send goods to Service Department Pelco 3500 Pelco Way Clovis CA 93612 5699 If you are located outside the continental U S Alaska Hawaii or Puerto Rico and are instructed to return goods to the USA you may do one of the following If the goods are to be sent by a COURIER SERVICE send the goods to Pelco 3500 Pelco Way Clovis CA 93612 5699 USA If the goods are to be sent by a FREIGHT FORWARDER send the goods to Pelco the Pelco logo Camclosure Esprit Genex Pelco c o Expeditors Legacy Spectra CM9760 and PelcoVision are 473 Eccles Avenue registered trademarks of Pelco South San Francisco CA 940
22. input power fuse The fuse is easily changed as illustrated in Figure 9 ssssssssssssssss IMPORTANT IT IS IMPORTANT TO ACTIVELY AVOID INTRODUCING CURRENT GROUND LOOPS IN YOUR CONFIGURATIONS WHEN HOOKING UP A VCRC AND ITS ASSOCIATED VCRs TO POWER SOURCES IF POSSIBLE HOOK EVERYTHING TO THE SAME POWER SOURCE SOME VCR MODELS ARE SUSCEPTIBLE TO NOISE INTERFERENCE IN THE LOW mV RANGE SEE THE IMPORTANT NOTE ASSOCIATED WITH FIGURE 5 Figure 9 Power Input Fuse Replacement Pelco Manual C1941M 7 98 13 NOTE t is highly recommended that VCRC adaress 1 Frame Ad dress 0 be used first VCRC ad dress 2 second and so on to minimize programming confusion NOTE GP s are programmed us ing the 9760 System Manager pro gram See Section 3 3 3 Software Setup Using the MGR Program to Configure VCRC Operation for in troductory instructions For detailed programming instructions refer to the Systems Manager manual 14 3 3 SETUP 3 3 1 Preliminary Discussion The VCR controller VCRC enables automatic control via macro execution or manual control from the CM9760 KBD of seven predefined VCR functions Each VCRC can control up to 64 VCRs VCR control is implemented by associating System 9760 GPIs to VCRs
23. itions are moved or if a front panel reset occurs then the LED will again flash intermit tently until the first valid command is received Reset Switch Switch 1 Access DIP Switch 2 Figure 3 DIP Switch Location Pelco Manual C1941M 7 98 3 2 REAR VIEW The rear of the unit is illustrated in Figure 4 From left to right are the following 1 The four 16 input blocks of VCR connectors in the form of screw type connec tors with associated mating plugs one shown in Block 1 running from the left rear to middle right of the unit NOTE VCR block ranges are as 2 The VCRC output relay one per unit signed specific VCR type via slide switches 7 through 10 on DIP 3 RS 422 input output communication connectors RJ 45 type switch 2 4 DB 9 type connector for factory use only 5 grouped input power functions consisting of input power terminals fuse and an ON OFF switch POWER LED GREEN 100 240 VAC E UN VCR BLOCK 1 16 SHOWN WITH MATING PLUGS VCR BLOCK 17 32 VCR BLOCK 33 48 VCR BLOCK 49 64 VCRC OUTPUT RELAY RJ 45 IN CONNECTOR RS 422 PORT 0 RJ 45 OUT CONNECTOR RS 422 PORT 1 FACTORY USE ONLY INPUT POWER TERMINALS FUSE ON OFF SWITCH Figure 4 Rear
24. lovis California 93612 5699 USA www pelco com PELLO USA amp Canada Tel 800 289 9100 Fax 800 289 9150 International Tel 1 559 292 1981 Fax 1 559 348 1120 CM9760 VCRC VCR Controller Installation Operation Manual C1941M 7 98 Pelco 3500 Pelco Way Clovis CA 93612 5699 USA www pelco com In North America and Canada Tel 800 289 9100 FAX 800 289 9150 International Customers Tel 1 559 292 1981 FAX 1 559 348 1120 5 Section 1 0 GENERAL eR Hen su saad 1 1 IMPORTANT SAFEGUARDS AND WARNINGS 1 2 REGULATORY NOTICES 2 0 DESCRIPTION b d HA 6 2 1 MODELS 6 2 2 CERTIFICATIONS 6 23 OPTIONS as avin a AAG ihi i 6 3 0 PRE INSTALLATION INFORMATION 7 SA ERONT VIEW eite R eta 7 33121 DIP SWIICReS siente REA SERT 8 3 1 1 1 Switch Locations 8 3 1 1 2 DIP Switch Functions 8 3 1 2 LEDs 8 3 2 REARVIEW 9 3 2 1 Input VCR Connectors 10 3 2 2 Relay Output Connector 2 11 3 2 8 Communication Connectors 11 3 2 3 1 DB 9 Connector Pin outs 12 3 2 8 2 RJ 45 Connector 12 3 2 4 Power Connections 2 2 0 2 0 0 0 13 9 3 SET
25. mber 17 to the port on the CC1 that will be used for communicating to the VCRC Also set communication settings for 9600 baud and even parity Save the COMMs file back out of the MGR program and transfer all appropriate configuration files to disk and load these files onto the CC1 to which your VCRC configuration is attached You should now be ready to operate your VCR via direct control from the CM9760 KBD Figure 13 Configuring the COMMS file for VCRC Operation 18 Pelco Manual C1941M 7 98 4 0 INSTALLATION Physical installation of the VCRC unit is relatively simple although various configu rations are possible 4 1 DIRECT RACK MOUNT HOOK UP Regardless of the location of a VCRC unit it will more than likely be installed in a rack refer to Figure 14 The VCRC unit mounts in a standard 19 inch 48 26 cm rack and occupies only one RU 1 75 or 4 45 cm of rack space 4 2 REMOTE OPERATION ler 9760 1 the wiring run from the CC1 to the RJ 45 IN port should not If it is desired or necessary to place the VCRC unit some distance from the control exceed 4 000 feet 1 219 m Power DATA 2 CM9760 VCRC Ga VCR Controller MADE IN USA Figure 14 CM9760 VCRC Rack Mount Installation Pelco Manual C1941M 7 98 19 4 3 DAISY CHAINING Up to eleven VCRCs be daisy chained together This enables the system to support up to 700 VCRs Figure 15 illustrat
26. nnected to line circuitry The product and or manual may bear the following marks This symbol indicates that dangerous voltage constituting a risk of electric shock is present within this unit This symbol indicates that there are important operating and maintenance instructions in the literature accompanying this unit CAUTION RISK OF ELECTRIC SHOCK DO NOT OPEN CAUTION TO REDUCE THE RISK OF ELECTRICAL SHOCK DO NOT REMOVE COVER NO USER SERVICEABLE PARTS INSIDE REFER SERVICING TO QUALIFIED SERVICE PERSONNEL 1 2 REGULATORY NOTICES NOTE This equipment has been tested and found to comply with the limits of a Class B digital device pursuant to part 15 of the FCC rules These limits are de signed to provide reasonable protection against harmful interference in a residen tial installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that the interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be deter mined by turning the equipment off and on the user is encouraged to try and cor rect the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the equipment and the
27. receiver Connect the equipment into an outlet on a circuit different from that to which the receiver is connected Consult the dealer or an experienced radio TV technician for help 2 0 DESCRIPTION CM9760 VCRC is another optional accessory of the System 9760 This VCRC gives security and surveillance operators the ability to automatically or manually control appropriate VCRs from the 9760 matrix system It is designed to remotely control seven basic VCR functions using two different control methods resistive ladder remote control and S Link remote control Currently it supports Sanyo and Sony model resistive ladder VCRs and Sony model S Link VCRs Some of the more important features of the VCR unit are as follows Each unit can handle up to 64 VCRs Controls seven VCR functions play stop fast forward reverse pause record and eject Up to 11 units can be chained together giving a total of up to 700 VCRs con trollable from a single Sercom port on the CM9760 CC1 VCR inputs can be configured in blocks of 16 for use by specific VCR type There is one relay output per unit The unit is powered by an auto ranging power supply Unique one rack unit chassis 1 75 inches or 4 45 cm accommodates mul tiple types of mounting Transparent system software operates with the CM9760 IRC as well as the future CM9760 REL 2 1 MODELS CM9760 VCRC VCR control unit capable of controlling 64
28. s programmed as a VCR on the keyboard This will cause the keyboard s LCD to change to the VCR control menu illus trated in Figure 18 2 Activate a VCR function by pressing the blue button directly below the desired function s icon AII VCR functions require only a momentary key press for acti vation 3 Control additional VCRs by repeating steps 1 and 2 LL A ye 0090000 PLAY STOP REWIND FAST FORWARD PAUSE RECORD EJECT Figure 18 CM9760 KBD VCR Control Functions 22 Pelco Manual C1941M 7 98 6 0 5 5 Electrical Input Voltage Power Data Ports Input Output Output Indicators Fusing Relay Out General Dimensions Operating Temperature Weight Mechanical Connectors VCRC Input Power RS 422 RS 232 Relay Out Auto ranging 100 240 VAC 50 60 Hz Consumption 30 vA RS 422 RJ 45 connector DIP switch selectable baud rate RS 422 RJ 45 connector DIP switch selectable baud rate DB 9 connector Factory use only 2 power LEDs green 1 activity LED red 500 mA 250 V Load rating for relay contacts 0 50 A at 125 VAC or 1 A at 24 VDC 19 37 W x 1 73 H x 8 15 D 49 2 cm x 4 4 cm x 20 7 cm 32 F to 158 F 0 C to 70 C 7 lb 3 17 kg Four dual header 32 input connectors with mating plugs 3 wire 18 AWG Two RJ 45 connectors One DB 9 connector One 3 pin header with mating plug Design and product specifications subject to ch
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