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Pelco 9770 Security Camera User Manual

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1. 60 CCI SyStemiEITOIS 60 Monitor Output Card ceu e her ku dread PR EPI 61 5 Description The System 9770 is a full featured video matrix switching control system that allows users to view and control up to 2 048 cameras and 512 monitors on a single node The System 9770 has the following basic components 9700 1 This is the system CPU connect matrix bays keyboards PTZ camera control lines and peripheral devices to the CM9770 M XB This is the video matrix switching bay with video input output modules connect cameras monitors VCRs and other video input and output devices to the M XB CM9760 KBD This is the system keyboard providing operator control of the System 9770 CM9700 MGR installed on an external PC This is the system management software providing an easy method of system setup and configuration In addition to the basic components you can also use peripheral CM 9760 equipment in a System 9770 such as KBD300A keyboards an alternate keyboard for operator control M DA units ALM units REL units Genex multiplexers and Pelco VCRs 6 C1555M G 12 07 MODELS Controller and CPU Components CM 9700 CC1 CPU controller 120 VAC 60 Hz or 230 VAC 50 Hz CM 9700 SER Serial
2. 21 Sample System Using Sideframing from Bay to 22 Sample Sideframing System Using an Output Bay ccoo ene 23 Sample Single Node System with Downframing 0 cic cece eee memes 24 Sample Networked System srie ees RR Ee Re Edo n ERG ERI RUE GEO RERIXEYTES 25 How to Install or Remove a Power Supply ciis eme enn 26 How to Replac a Power Supply pe cise stile idera oe Qi pd det dos Pag deeds 2 Power Supply Alarm Speaker Switch ecce pda 33 n RR ev bby eon baad dd 28 Connect the CM 9760 KBD to the 9700 29 CM 9700 CC1 Device Connections 0 0 ccc ee em meme ehe e mna ee een 29 M 9700 M PinsOUt Detail fttt Etre RE abet tete go Det edic Dos e EET cde Qe BE 30 Sample CM 9770 M XB to CM 9700 CC1 Connection coco eee 33 Sample CM 9770 M XB and CM 9700 CC1 Connections in Networked System 33 CCIInitialization 1 5 ter mer pE e rho plar MES De e PUE RR P Ee 34 Systein 97270 Colon Bars es otio dete cec e ant COP eR CIO ta be abe ines 14 bbe NU dene dete RR EL Up ES 36 Getting Started Dialog BOX eco eer rv a ER Per feb ac s CHEER UST 37
3. Se CM9700 NW1 WS e CM9770 MXB CM9700 CC1 NODE 6 WS c CM9770 MXB CM9700 CC1 NODE 7 MNE WZ Figure 24 Sample CM 9770 M XB and CM 9700 CC1 Connections in a Networked System 33 C1555M G 12 07 System Start Up To start up your system you must complete the following tasks 1 Install the CM 9700 M GR on PC connected to the CC1 Refer to System Device Connections in the Installation section for instructions on connecting a PC to the 1 Refer to the CM 9700 M GR Software Guide for instructions on installing the CM 9700 M GR software 2 Complete the following steps on the CM 9700 M GR PC instructions are provided in the CM 9700 M GR Software Guide Copy the CM 9700 system design file the psm file to the PC b Start the CM 9700 M GR software Open the system design file and then customize the system as necessary This step is optional because the psm file is defined at the factory based on your system order OR If your system order did not include the factory configuration process your first step is to set up your system Refer to How to Configure a New System in the CM 9700 M GR So
4. 23 CM9700 CC1 CAMERA 257 SIDEFRAME CABLES MONITOR 32 MONITOR 1 CAMERA 256 See a 8 CAMERA 512 TO CM9700 CC1 DODOOOQOOOOODG DOOOOOOQOOQOOE TO CM9700 CC1 FROM ADDITIONAL BAYS TO MAXIMUM EIGHT MATRIX BAYS ONE OUTPUT BAY NEXT AVAILABLE BNC INPUT CARDS ON OUTPUT BAY ROUTE SIDEFRAME CABLES 29299999999990R0 PEP HOOP PPD PO pw OUTPUT BAY VCC CONNECT SIDEFRAME CABLES FROM ADDITIONAL BAYS OR TO CONNECT CAMERAS DIRECTLY TO THE OUTPUT BAY WHEN USING SEVEN MATRIX INPUT CARDS AND BNC INPUT CARDS AS NECESSARY TO BAYS OR FEWER OPTIONAL ADD CM9770 TO CM9700 CC1 SIDEFRAME CABLES Figure 14 Sample Sideframing System Using an Output Bay C1
5. Ma ctae ebat de S E Nd ga orte cte ra e os 39 DIM MC EE 40 System ArchitectUr coe vetet oe i cce Ra noe e e LG ECCO DI Y oe bh LO RU ee P Oen dette 40 Howto Expand Your System EY Ws DUE PIPER YR AA dudes E Ede 40 Installing Additional M atrix Bays Sideframing and Downframing 41 How to Install or Replace CM 9700 SER Card 46 Video Input Card CM 9770 VCC me nnn 48 Monitor Output Card CM 9770 Detail iiis mmm emen 49 Networking us cuota ves bean ed e Roe P e dn 51 Connecting Satellite DEVICES scelto ope RIDE ante Erat 52 Programming Satellite DEVICES meme EE EEE EEE EEE EES 52 How to Install Video Patch Panels CM 9700 VPP 53 M ounting the CM 9770 M XB in an Open Rack mme emen 54 DOS Environment and Command Reference cc ccce oe een n 55 The Boot Process x ra ERR E abator epa nunaa COLE 55 AUTOEXEC BAT and the Boot Process iiissssssseeeee Hehe 55 DOS Reference cbr mer vie Poet de F
6. Test Mode Not used Diagnostic mode Display software version levels Display color bars NOTE You can also display color bars with a keyboard command refer to M onitor Color Adjustment in the System Start Up section Switch 7 ON OFF Video Loss Report Ignore Switch 8 ON OFF Factory settings Primary VMC Program All Hardware Force Upload if necessary The primary CM 9770 VM C card verifies the version levels on all software and hardware image binary files on the secondary CM 9770 VM C card and the CM 9770 VCC cards If the file versions levels are not the same as the files on the primary CM 9770 VM C the primary CM 9770 VM C updates all the files on the secondary CM 9770 VM C card and the CM 9770 VCC cards If you change this setting to Force the primary CM 9770 VM C updates all the files on the secondary CM 9770 VM C card and the CM 9770 VCC cards without checking file version levels C1555M G 12 07 NETWORKING Networking of systems is required when the following conditions apply Two or more individual systems need to share video and control features The CM 9700 NW 1 network interface unit NIU allows you to link any combination of the following systems into a network more System 9740 or 9760 systems note that the CM 9740 CC1 CM 9760 CC1 must be upgraded to software version level 9 01 One or more System 9770 or 9780 systems More than 2 048 cameras are required Mor
7. 9780 MXB 1 0 10 Keyboard 1 IE 11 Keyboard 2 4 15 CM3760 CXTA ID 585 Z gt 1 CM9760_CXTA ID 586 e 20 CM9760_ALM ID 587 1 CM9760_ALM ID 588 oy 22 CM9760_REL ID 583 Table E Data Connections Networked Hot Switched System M XB connection s 1 port 7 and next consecutive ports as necessary connected through the hot switch NIU connection port 6 connected through the hot switch Hot Switch connection 1 port 5 Other peripherals Any available port s connected through the hot switch These connections do not have to be in sequential ports Ju CM9700_NIU ID 283 lt Config File NIUConf niu gt FEJ 1 9700 MGR ID 284 5 Node 5 Config Files Node5 gt ih 6 CM9700_NIU ID 283 lt Config File NIUConf r 5 CM9760_HS ID 4 7 Matrix Bay CM9760_MxB 0 0 121 8 Node Keyboard 1 11 CM9760_ALM ID 281 lt 12 2 1 6 Node 6 lt Config Files gt ih 6 CM9700_NIU ID 283 lt Config File NILIConf r 5 CM9750 HS ID 575 7 Matrix Bay 9770 MXB 0 0 gg 8 Matrix Bay CMS770 MXB 1 0 NOTE If you expand the number of matrix bay units in your system you may need to change your port connections to connect each matrix bayto the lowest sequential port possible Refer to the How to Expand Your System section in the Appendix for more information C1555M G 12 07
8. For the Pelco V Sync feature to work properly all matrix bays in the system must be connected to the same power circuit because they must be in the same phase O DOWNFRAM ING NOTE If you downframing the video signal to additional bays you need to turn on the Pelco V Sync on the final matrix bay only Insert or Replace a Video Card 1 Open the front of the matrix bay insert the video card into the card guides and slide the card partially into the bay 2 Hold the latches parallel to the floor until you reach the edge of the bay s frame 3 Adjustthe latches to fit them properly onto the top and bottom edges of the bay s frame 4 Pushthe latching levers into the closed position this seats the video card firmly into place Remove a Video Card 1 Unlatch pull the levers at the top and bottom portion of the video card 2 Pull the video card towards you towards the front of the matrix bay until it is out of the frame 2 NOTE Do not insert a video input card into slots 9 or 10 these slots are reserved for monitor output cards as shown in the M onitor Output Cards CM 9770 VM C section 5 E T GS o 0 0 I p p 1 3 E lo P E s 20 _ ___9 o CM9770 VCC amp
9. CM9700 CC1 Vg REVERSED CABLE mia SN Re TX RX RX PIN TX PIN 2 PIN7 CM9700 CC1 PIN 8 RJ 45 PIN OUTS REVERSED DATA CABLE PIN 1 CM9770 MXB PIN 8 TX RX RX PIN TX PIN2 PIN 7 RJ 45 PIN 0UTS PIN 8 CM9770 MXB DOOODDOODOODODOSDO F 9 F F F Q 9999999eooeoeoooo 9 DOOQDOODOODOOOOOODO 9 DOOQOOODOODOOOOOOO 9 9 DOODODOODOOODODOOOOO F DOOOODODOODODODOODOOO F DAAAAAAAAAAAAAAQ DOOOOODDOODODOOODOOO DAAAAAAAAAAAAAAQ 3999095999909 90592 999 fE 3 el CC1 Connection Figure 23 Sample CM 9770 M XB to CM 9700 CM9700 CC1 NODE 5 CM9770 MXB
10. e Ina system containing 32 monitors or fewer the video is not downframed use the CM 9700 VPP panels to loop the video out Connect the DFC cables that are provided with the VPP panel to the connectors on the bottom of the matrix bay RPC cards as shown in Figure 10 W hen looping video set the termination jumpers on the CM 9770 RPC cards to the unterminated position Refer to the Change the Termination umpers on a Rear Panel Video BNC Card section Terminate the video signal at the final device Instructions on installing the CM 9700 VPP panels into an EIA standard rack are provided in the Appendix If your system contains more than 32 monitors in a nframed configuration you must use the CM 9770 DFL card in the final bay Use the DFC cable that is provided with the DFC card to connect the dow nframe connector on the bottom of the DFL card with the DFC card in the previous bay This configuration is illustrated in Figure 31 in the Installing Additional M atrix Bays Sideframing and Dow nframing section of the Appendix CM9770 MXB 0 6666905 CM9700 VPP 5 5 o e PORTA Figure 10 Looping Video Out
11. Sample Wizard ted esp sen wes Verb Deut v PA oe E eae ve ERE eere 38 CM 9700 M GR M ain Window Properties 38 CM 9700 M GR M ain Window Help Section isses Hmmm memes 38 Dow nframingiwith DEC Cards estre tec cet nece d oerte ee er e eer te e pte p e ie e td 43 Looping Video Out in a Downframed Configuration isses mee ens 43 ids UTI 44 DFC Card zi tuna etek oe Ce i ate Dev en e Roten rg Ape 45 CM97T70 BELCaId ea enter inten entr et ette e ete cel deat doeet x Ure Reo ARE EP Ded de tA 45 Removing CCI temer Ee Rep wake 46 SER Card J umper Assigniments n e cetero vez cob hooky Co eDR Cae wel Debe Ren pe P Be ON RE UO RS edet n 47 How to Install a CM 9700 SER Card cian ERR POP SG A DORMI E Ue 47 CM 9770 VCC sd etr conet Ono rr an e et htc er Oni a D eren onde vade Fred e Pa 48 CM9770 VMC Card comes cepere Reeve REPE A EERER been 49 Sample Networked System e ERG 51 Sample Satellite Systema hates eese ette dte ene rie a ters ocn e Mat dee tee pis 52 Adda Satellite Device ti cinis eterin desert comer re eek Vence Y Y etd 52 CM 9700 VPP Hori
12. System 9770 manual binder MOUNTING Install the System 9770 in EIA standard 19 inch 48 26 cm racks CM 9770 M XB 1 Install the CM 9770 M XB mounting baffle first refer to Figure 1 The mounting baffle uses 1 rack unit RU and it has front and rear mounting ears which are attached to the front and rear mounting racks The rear mounting brackets are adjustable to allow for different depths of cabinets NOTE Be sure to use all eight screws provided with the mounting baffle The mounting baffle must be installed securely to support the weight of the matrix bay The mounting baffle provides the following functions e The mounting baffle helps to direct the heat from a lower matrix bay or other equipment toward the rear of the mounting baffle instead of allowing the heat to flow up into the matrix bay e The mounting baffle supports the weight of the matrix bay e The matrix bay is easier to install when it is sitting on top of the mounting baffle Figure 1 CM 9770 M XB M ounting Baffle 10 C1555M G 12 07 2 Install the CM 9770 M XB matrix bay on top of the mounting baffle Refer to Figure 2 In a single bay installation always leave 1 RU of space above the matrix bay for airflow In a multiple bay installation you do not need to leave additional RUs open between units However you must always leave 1 RU of space above the upper bay NOTE Figure 2 illustrates the recommended mounting method For an alternate
13. 5 LJ 0 ie s 27 D 9 2 2 2 8 SLOT 1 us SLOT2 SLOT3 Figure 4 Video Input 9770 VCC Locations Slots 1 8 C1555M G 12 07 INSTALLING M ONITOR OUTPUT CARDS CM 9770 VM C The monitor output card located in slot 10 is the primary card and it handles video for monitors 1 16 Refer to Figure 5 Note that CM 9770 M XB will not function without a CM 9770 VM C card inserted into slot 10 An optional secondary VM C card can be installed in slot 9 This card routes video for monitors 17 32 HOT SWAPPING You can hot swap a monitor output card remove a card and or insert a new card while the system is powered and running W hen you hot swap a card the CM 9770 M XB automatically verifies system software levels on all video input cards and monitor output cards in the matrix bay and then updates the software on any cards that do not match the VM C card in the primary VM C slot slot 10 This process can be as fast as 30 seconds or can take up to 5 minutes depending on the number of differing software files however the matrix bay continues to function throughout this process The process is complete when the LEDs marked HB on the front panel blink at a one second rate Insert or Replace a Monitor Card CAUTION When you insert a VM card into the primary VM C slot slot 10 the CM 9770 M XB synchronizes software levels on all cards in the matrix bay based on the software contained on th
14. AUTOEXEC BAT file to correspond C1555M G 12 07 55 56 File Names and DOS File names in DOS are limited to eight characters If you issue a command to change the name of the configuration files in the 9700 directory to name exceeding eight characters the name is truncated to eight characters The Windows based CM 9700 M GR program does not allow you to use more than eight alphanumeric characters when creating a name for your set of configuration files DOS Commands DOS commands are divided into two groups Because of the large number of DOS commands available only the most commonly used commands are loaded into memory RAM The remaining commands reside in the DOS directory The commands loaded into memory are called internal commands and the commands in the DOS directory are called external commands When DOS reads a command it looks first in then it looks in the DOS directory and then it looks in the directory from which the command was issued If you invoke an executable type file that isn t in any one of those places you must navigate to the directory in which the executable file is located The Path Statement As an alternative to navigating to the directory in which an executable file is located you can put a PATH command statement into the AUTOEXEC BAT file The PATH statement directs DOS to look in each of the directory paths listed there for any executable EXE COM or BAT file it is instructed to carry out Th
15. C1555M D 9 04 U pdated illustrations to reflect changes in CM 9700 M GR application and updated the Regulatory Notices section 1555 3 05 Added information on use of shielded cabling for CE emissions guidelines per ECO 04 10483 C1555M F 10 05 Updated matrix bay illustrations revised the system start up instructions to reflect changes to the method of delivering the customized system files per ECO 05 11943 1555 G 12 07 Revised information on how to mount a CM 9700 CC1 and changed Figure 3 Pelco the Pelco logo Endura Spectra Genex Esprit Camclosure Legacy and System 9760 are registered trademarks of Pelco System 9740 and ExSite are trademarks of Pelco Microsoft Windows and Windows NT are registered trademarks of Microsoft Corporation Intel and Pentium are registered trademarks of Intel Corporation DLP is a trademark of Texas Instruments Incorporated PELLO Worldwide Headquarters 3500 Pelco Way Clovis California 93612 USA USA amp Canada Tel 800 289 9100 Fax 800 289 9150 International Tel 1 559 292 1981 Fax 1 559 348 1120 www pelco com 1509001 Australia Canada Finland France Germany Italy Macau The Netherlands Russia Singapore South Africa Spain Sweden United Arab Emirates United Kingdom United States
16. Installation section for instructions W hen looping video out to another device such as a or switcher use the CM 9770 DFL card in the final bay You must termination jumpers on the CM 9770 DFL card to the unterminated position Refer to the Change the Termination J umpers on a Rear Panel Video BNC Card section Terminate the video signal at the final device C1555M G 12 07 Refer to the Dow nframing section on the following page for instructions on setting the termination jumpers in the nframed bays Figure 31 Downframing with DFC Cards Figure 32 Looping Video Out in a Dow nframed Configuration C1555M G 12 07 43 44 Adownframe cable is used to connect the bottom connector of the RPC card to downframe card Figure 33 DFC Cable Dow nframe Cards The following cards are available for the System 9770 e CM9770 DFC This is the no looping downframe card CM9770 DFL This is the looping downframe card If you are downframing to only one bay the downframed bay can be populated with either DFL or DFC cards If you are downframing to more than one bay each bay between the first and the last must be populated with DFC cards and the termination jumpers must be set in the unterminated position The last bay can be populated with either DFL or DFC cards You must terminate the video signal at the final point in the downf
17. Ke E don dx 26 Removed Back p Power Supply sitik sock beh es doles veda cans 26 How to Replace the Fuse in a Power Supply Module 2 How to Off the Audible Power Supply Alarm iiis memes 28 System Device CORITeclolis ver Rove ey een et Landis e Ce art one e Ropa cd P eed pert Phe eet Ueber akties 29 RS 422 COM Port Sercom Connections eee eben e RR e traa Jeet de ERG 31 System Start Up s taint TTL 34 CEPI 34 Verify System Operation desert se Oe eR E AEE SIRE EROR YR e 35 Initialize Keyboards c t e tte eb eet Dr ated bod B 35 Display the CM 9770 M XB Software Version Level memes 36 Display a Blue Raster SCIe ri Rep ad bon CRX RR Pee RU ORG bebe 36 Monitor Color AdjUStMent ees Lem this eher eee vRR edd A e dde 36 Programming sm Gotten UR Ua Ceu eR TCR P 37 Getting Help Using CM 9700 M GR LE ang pct toe Cede g Hd ER GRE pte nd Ds DR Er eec 38 Operation ex hoi e Eon GO Dre 39 Operating Yours ystemi9770 true er
18. card CM 9770 VM C you can install a secondary monitor output card in slot 9 Refer to Installing M onitor Output Cards CM 9770 VM C in the Installation section You can install additional matrix bay units in a single node system using either a sideframe configuration or a downframe configuration You can add a backup power supply module CM 9700 M PS to a System 9770 matrix bay to provide redundancy to the bay s power supply You can use CM 9760 M DA unit s to increase monitor output capacity to a maximum of 512 Refer to the CM 9760 M DA Installation Operation manual and note that the procedure for using an M DA unit with a CM 9700 CC1 is the same as for a CM 9760 CC1 You can expand the number of communication ports available on the 1 in either or both of the following ways fyour original configuration allows you can install additional CM 9700 SER serial communication cards the CC1 can contain a maximum of four cards You add additional external communication ports with the CM 9700 SER 32 Port Expander Refer to the CM 9700 SER 32 Port Expander Installation Operation manual and note that the procedure for using a port expander with a CM 9700 CC1 is the same as for a CM 9760 CC1 Instructions for expanding your System 9770 are provided in the following pages o 40 NOTE You can also expand a single node system to a networked system by adding CM 9700 NW 1 unit Refer to the Networking section in this
19. color on each monitor 1 Enter the monitor number and then press the M ON key 2 Enter 999998 and then press the CAM key Broadcast quality color bars appear on the monitor 3 Adjust color on each monitor as necessary until the color bars match the following color order on the monitor for black and white monitors you can use the color bars to adjust brightness CYAN LIGHT BLUE MAGENTA LIGHT PURPLE Figure 26 System 9770 Color Bars NOTE You can also set DIP switches 5 and 6 on the monitor output card to display color bars Refer to the M onitor Output Card CM 9770 VM C Detail section in the Appendix 36 C1555M G 12 07 Programming Your System When you open CM 9700 GR the Getting Started dialog box appears Quickly set up a new system and customize tj Setup Wizard later oe New System Create a blank system Open Work with a previously saved system Import Configuration Files create a system from existing Configuration 9 03 016 Figure 27 Getting Started Dialog Box The CM 9700 M GR provides the following configuration options Setup Wizard This option opens the Setup W izard a series of dialog boxes which provides assistance in setting up a new system New System This option opens the CM 9700 GR main window with a blank system Use this option when you want to create a new system configuration from scratch Open This option allow
20. 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 Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense Changes and M odifications not expressly approved by the manufacturer or registrant of this equipment can void your authority to operate this equipment under Federal Communications Commission s rules In order to maintain compliance with FCC regulations shielded cables must be used with this equipment Operation with non approved equipment or unshielded cables is likely to result in interference to radio and television reception This Class A digital apparatus complies with Canadian ICES 003 Cet appareil num rique de la classe A est conforme la norme NM B 003 du Canada CM 9700 CC1 This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 this device may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation RADIO AND TELEVISION INTERFERENCE 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 designed
21. half second rate when in normal boot ROM mode 1 0 Second Normal Operation The primary and secondary VM C cards blink at a one second rate during normal operation RX dabas Blinks when communication is active between the M XB and either the CC1 or a PC through the RS 232 COM port for System software upgrade MP Aib Blinks when communication is active between the primary VM C card and the other cards secondary VM C card and VCC cards This communication occurs during normal system operation as switching commands are sent and polled FP Amber Blinks once to indicate that characters have been enabled for monitor display This is the third initialization step CP Amber Blinks once to indicate that the CPU support chip has been configured This is the second initialization step BP Amber Turns on during the boot sequence the first initialization step and turns off when initialization is complete C1555M G 12 07 50 The monitor output card DIP switch selects various options These switches are set in the proper position at the factory but they can be changed if necessary Table J Monitor Output Card DIP Switch Switch 1 ON OFF Color System PAL NTSC Switch 3 Switch 2 OFF OFF ON OFF OFF ON ON ON Port 1 RS 422 Baud Rate 9600 19200 57600 115200 Switch 4 ON OFF Data Protection Main flash programmable Main flash protected Switch 5 Switch 6 OFF OFF ON OFF OFF ON ON ON
22. move configuration files from the 9700 directory to another directory previously created for archiving purposes complete the following steps 1 Change to the 9700 directory 2 Type your command using the following syntax C 9700 gt copy source destination For example if the destination directory was archive type copy Node1 C archive Since you are already in the 9700 directory the source portion of the command consists only of the file name s to be moved The destination contains the path to the directory where the files are to be moved to 3 Press the Enter key C1555M G 12 07 57 DOS REFERENCE The following table provides a list of the most common DOS commands that you are most likely to use when operating the CC1 In addition you can use the command HELP to access the M S DOS command reference on the 1 o NOTE In DOS the backslash symbol V used alone refers to the root directory The symbol refers to the parent directory Table K DOS Command Reference Directory COMMAND EXAMPLE S SWITCHES COMMENTS CD gt Displays the name of the current directory or changes the current directory if specified and if the directory specified exists C gt CD 9700 Changes to the 9700 directory CLS gt 15 The Clear Screen command clears a full screen to just the command prompt and the cursor COPY C gt COPY source destination Copies one or more f
23. need to reboot the CPU and as a result DOS boots to the root directory That is why the CD command to switch to the 9700 directory is included in the AUTOEXEC BAT file If you used the PATH command statement alone the CM 9700 EXE would be found but the other non executable file needed would not be found and system initialization would fail Navigating the DOS Directory Tree When you exit to DOS on CC1 you are normally at the C 9700 gt screen prompt W hile in the directory you may manipulate any file there or you may navigate to any subdirectory contained in that directory To navigate to a subdirectory of the 9700 directory use the following syntax 9700 gt subdirectory name ENTER For example if a 9700 subdirectory had the name BKUPTST your entry would read as follows C 9700 gt CD BKUPTST ENTER This takes you to the C 9700 BKUPTST gt screen prompt in the BKUPTST directory Once in the C 9700 BKUPTST gt prompt files within the directory can be manipulated The key entries used to backtrack up the directory tree depend on where you want to go From the BKUPTST directory you either can go back to the root directory with one single key entry or you can go in steps one directory at a time To proceed directly to the root directory enter the following C 9700 BKUPTST gt CD ENTER The symbol when used alone represents the root directory otherwise it indicates separation of various levels of the d
24. open rack mounting method refer to the M ounting the CM 9770 M XB in an Open Rack section in the Appendix 00000000 o Figure 2 Mounting the 9770 M XB on Top of the M ounting Baffle Optional Install additional CM 9770 M XB mounting trays and matrix bays to the side of and below the first unit as necessary WARNING Always install equipment starting from the bottom of the rack frame or cabinet Installing equipment from the top down will make a rack or cabinet top heavy and could cause the equipment to tip over NOTE Each 9770 M XB has a unique label for identifying the bay location in the installation This ID information is important in ensuring correct video and data connections 3 Use the RJ 45 data cables supplied with each CM 9770 M XB to connect the M XBs to the CC1 Refer to the Data Connections section and the Port Assignments insert supplied with the System 9770 documentation for directions on which port to use for each M XB connection C1555M G 12 07 11 12 CM 9700 CC1 The CC1 must be located near the CM 9770 M XB matrix bays The maximum distance between the CC1 and the matrix bays should be no more than 4 000 feet 1 219 m The CC1 occupies 4 RUs or 7 inches 17 18 cm of vertical space in a universal mount Allow 1 RU of space above the for air circulation To mount the CM 9700 CC1 into a standard 19 inch EIA rack follow
25. the video BNC card into the card guides at the rear of the bay From the rear of the bay the slot at the far right provides the connection point for the video input card inserted in the front of the bay into slot 1 Refer to Figure 6 NOTE You will note that the video BNC card consists of two cards connected into one unit Each video BNC card CM 9770 RPC provides 32 video input connections and connects to one video input card CM 9770 VCC 2 Pushthe BNC card into place firmly 3 Tighten the screws at the top and bottom of the BNC card Remove a Rear Panel Video BNC Card CM 9770 RPC 1 Loosen the screws at the top and bottom of the BNC card Refer to Figure 7 2 Pull the BNC card towards you until it is out of the frame I TWO RPC CARDS ARE CONNECTED INTO ONE UNIT LOOSEN SCREWS AT TOP AND BOTTOM REMOVE RPC UNIT aaaaaaaaaaaaaa SEEEERBEREEEEEEEEE uuu Figure 6 Inserta Rear Panel Video BNC CM 9770 RPC Figure 7 Remove a Rear Panel Video BNC Card CM 9770 RPC C1555M G 12 07 18 Change the Termination J umpers on a Rear Panel Video BNC Card In a single bay non looping configuration up to 256 cameras and 32 monitors the jumpers must be set in the terminated position Refer to the Installing Additional M atrix Bays Sideframing and Downframing section in the Appendix for details on termination jumper settings in m
26. these instructions 1 Insert the CM 9700 CC1 into the rack 2 Tighten the CM 9700 CC1 to the rack using the four supplied Phillips screws with washers CM9700 CC1 4 SCREWS 10 32 X 0 750 INCH PHILLIPS PAN HEAD WITH WASHERS Figure 3 Mounting the CM 9700 CC1 C1555M G 12 07 VIDEO INPUT OUTPUT CONNECTIONS The following steps provide an overview of how to connect video input and output sources M ore complete procedures are provided in the subsequent sections o NOTE If your System 9770 is configured by Pelco the appropriate number of video input cards and monitor output cards and BNC rear panels are installed at the factory and steps 1 and 2 are not necessary If this is the case skip to Step 3 1 Install the CM 9770 VCC and CM 9770 C cards in the matrix bay Refer to the Installing Video Input Cards CM 9770 VCC section and the Installing M onitor Output Cards CM 9770 VM C section in the following pages 2 Slide the CM 9770 RPC and CM 9770 RPM BNC rear panels into the appropriate slots from the back of the matrix bay Refer to the Insert or Replace a Rear Panel Video BNC Card CM 9770 RPC section and the Insert or Replace a Rear Panel M onitor BNC Card CM 9770 RPM section in the following pages 3 Before you connect any video input or output to the matrix bay you may want to power up the unit to ensure that the system is operating properly Refer to the Performing a Basic LED Check section 4 Conne
27. using a 1 6 ASB fuse If using the spare be sure to replace the spare with one of the same rating 4 Plug the power cord into the power input receptacle REPLACE IF NECESSARY FUSE HOLDER SPARE FUSE Figure 18 How to Replace a Power Supply Fuse C1555M G 12 07 2 HOW TO TURN OFF THE AUDIBLE POWER SUPPLY ALARM The power supply module contains an audible alarm which operates in conjunction with the fault LEDs located on the power supply front panel To turn off this alarm complete the following steps l Turn offthe matrix bay power 2 Remove the power supply module from the matrix bay frame 3 Move the speaker switch to the OFF position refer to Figure 19 4 Insert the power supply module back into the matrix bay frame 5 Turn on the power Cl L F1 H Ee gj 7 e7 IN L 7 cm SPKR ON OFF Figure 19 Power Supply Alarm Speaker Switch C1555M G 12 07 SYSTEM DEVICE CONNECTIONS 1 Tum off power to all system devices and disconnect all power line cords while connecting system devices 2 Complete the following steps to connect one or more CM 9760 KBD system keyboards NOTE 9760 KBD software version 8 03 or higher is required a Connect the keyboard to the CM 9505 UPS
28. using the straight cable supplied with the keyboard b Connect the 9505 UPS to one of the RS 422 COM ports on the CC1 using the 6 foot 1 8 m reversed data cable supplied with the keyboard Refer to the RS 422 COM Port Sercom Connections section and your Port Assignments insert for directions on which port to use for each keyboard Refer to the CM 9760 KBD Keyboard Installation Operation manual for additional instructions on keyboard setup and operation CM9505 UPS CM9700 CC1 POWER SUPPLY CM9760 KBD KT Eo o CM39700 CC1 CM9760 KBD RJ45 PIN OUTS RJ 45 PIN OUTS PIN 1 TX PIN TX PIN 2 TX PIN 2 TX PIN 7 RX XK PIN7 RX PIN 8 RX PIN 8 RX Figure 20 Connect the CM 9760 KBD to the CM 9700 CC1 3 Connect a VGA monitor to the CM 9700 CC1 as shown in Figure 21 This monitor displays the system diagnostic screen as shown in Figure 25 4 Connect the PS 2 keyboard to the PS 2 to AT keyboard adaptor and then connect the adaptor to the CM 9700 CC1 as shown in Figure 21 5 Complete the following steps to connect a PC to the CM 9700 CC1 refer to Figure 21 and Figure 22 a Using a modem cable user supplied plug one end into the DB9 COM 1 port on the PC b Plug the other end of the cable into the DB9 COM 1 port on the as shown in Figure 21 This port is configured at the factory for us
29. 555M G 12 07 Downframing To expand the matrix video outputs beyond 32 you can loop the video from the first CM 9770 M XB to subsequent CM 9770 M XB units for an additional 32 monitor outputs on each matrix bay Refer to Figure Figure 15 You can connect a maximum of eight bays in a downframing configuration for a total M XB capacity of 256 monitors in addition you can increase monitor capacity further by using M DA units for a total single node system capacity of 512 monitors Refer to the Installing Additional M atrix Bays Sideframing and Dow nframing section in the Appendix for detailed dow nframing instruc tions CM9700 CC1 C1555M G 12 07 RIBBON CABLES VIDEO CM9770 MXB CAMERA 256 CM9770 MXB Figure 15 Sample Single Node System with Downframing MONITOR 32 MONITOR 1 MONITOR 33 MONITOR 64 We 24 Networked System A networked system with multiple nodes uses an NIU network interface unit to combine up to 24 CM 9700 CC1 systems into network each CC1 system is called a node Multi
30. 70 binder C1555M G 12 07 CM9700 NW1 OUTP H 4 ki VIDEO TIE LINES Figure 41 Sample Networked System CONNECTING SATELLITE DEVICES You can connect a CM 6800E 48X8 matrix switcher or a CM 9760 SAT device to the System 9770 Refer to the CM 9760 SAT Installation Operation manual or to the CM 6800E 48X8 Installation Operation manual for instructions The procedure for using a satellite device with a CM 9700 1 is the same as for a CM 9760 CC1 except that the programming within CM 9700 M GR is more user friendly You just need to add the satellite device using the Add Device wizard The wizard leads you through the process which includes selecting tie lines and unique logical numbers REMOTE SITE LOCAL SITE CM6800E 48X8 CM6800E 48X8 CM6800E 48X8 VIDEO TIE 9770 A CM9760 KBD Figure 42 Sample Satellite System PROGRAM MING SATELLITE DEVICES To add a satellite device to a System 9770 you simply need to add the satellite device in the CM 9700 M GR The Add Device wizard helps you configure all the settings that are needed to set up the device for satellite operation Detailed instructions for adding a satellite device in the CM 9700 M GR are provided in the CM 9700 M GR Software Guide Note that you cannot program camera titles for satellite cameras through the 9700 System M anager You can progr
31. Appendix for instructions C1555M G 12 07 INSTALLING ADDITIONAL MATRIX BAYS SIDEFRAMING AND DOWNFRAMING W hen either more cameras and or more monitors are needed than can be accommodated by one matrix bay 256 x 32 you can install additional matrix bays in either of the following configurations Sideframing This option increases the number of available video inputs Downframing This option increases the number of monitors available for output Sideframing To expand the matrix video inputs beyond 256 you can use multiple bays with video from the monitor outputs on each bay sideframed with cable connections to the bay to which the monitors are connected o NOTE Sideframing requires that the matrix bays be located in nearby bays since the expansion occurs in a horizontal manner In a sideframe configuration the termination jumpers on the RPC cards must be set as follows e The input bay s termination jumpers must be in the unterminated position these are the bays to which the cameras or other input devices are connected e The output bay termination jumpers must be in the terminated position these are the bays to which the monitors or other output devices are connected Refer to Change the Termination umpers on a Rear Panel Video BNC Cardin the Installation section for instructions The System 9770 provides the following sideframing options Sideframe Option A refer to Figure 13 in the Installation sec
32. ERRO CORRER E GUERRE 58 Troubleshooting Pel Agee Zn deer __ Tides 60 S pecifiCatioriS Cete ro ote Lot se ud dre ate e d e A Std Lat a PR T d e Y 62 Regulatory Notices 64 C1555M G 12 07 3 List of Illustrations C Ui gt LU I CM9770 MXB M O nti te t oet e eet e o d ee qi 10 Mounting the CM 9770 M on Top of the Mounting Baffle emen 11 Molintingsthe CM 9700 CCL a dh ora ee Tab Pe ER es anita PCR A RE en i be Den at 12 Video Input CM 9770 VCC Locations Slots 1 8 ccce ccp o ns 14 Monitor Output Card CM 9770 VM C Locations Slots 9 10 cocco ccc eee 15 Insert a Rear Panel Video BNC Card 9770 17 Remove a Rear Panel Video BNC Card 9770 17 CM 9770 RPC Termination J umpers Right Card eee 18 CM 9770 RPC Termination J umpers Left Cardo i isses emen 18 Looping Video Out from the CM 9770 M XB iiis emm eee een 19 CM 9770 M XB Matrix Bay 16 Monitor Output Connections for Each VM C 20 Sample CM 9770 System with 256 Cameras and 32
33. ILLIPS PANHEAD WITH WASHERS 4 EACH SIDE SS 08 9 0 9 9 0 Figure 45 CM 9700 Vertical Mount 53 C1555M G 12 07 MOUNTING THE CM 9770 M XB IN AN OPEN RACK Figure 46 M ounting the CM 9770 M XB in an Open Rack 54 C1555M G 12 07 DOS ENVIRONMENT AND COMM AND REFERENCE DOS stands for Disk Operating System Every time you turn on the CM 9700 CC1 or every time you reboot Alt 4Ctrl Del the computer loads DOS from the disk into the memory RAM Once loaded DOS lets you run other programs in particular the CM 9700 EXE program On factory configured systems the autoexec bat file is configured for one of the following scenarios The boot process ends at the following system prompt c 9700 gt The boot process loads and executes the CM 9700 EXE program THE BOOT PROCESS The following process occurs when the is turned on or is rebooted 1 If turned OFF and then turned ON the CC1 goes through a power on self test POST Here the computer essentially examines its electronic components 2 The computer looks at drive A for a DOS system disk If one is not there the 1 will load DOS from its hard drive 3 This process looks for two hidden system files 10 575 and M SDOS SYS If these files are not present DOS displays the Non System disk or disk error message The also displays this error during the boot p
34. INSTALLATION OPERATION S ystem 9770 C1555M G 12 07 C1555M G 12 07 Contents E eee RE 3 MISE ORINUSTALIONS oos tite to uu t ooa 4 Descriptio ipee 6 Ts 6 Models svo essit tas 7 QUI a 9 Uripackinge sns red e 9 ccs occi casero 10 Video Connections s tbe ey bby rodeo RE Ee Rer e recede e eo 13 Installing Video Input Cards CM 9770 VCC ss e ciis mem Hmmm 14 Installing M onitor Output Cards CM 9770 VM C isses meme eee 15 Performirng a Basic LED Check 2 16 piget Zac dede aoc dace a ide Ke adhe duce eps Bie oe itr ce ied 16 Iristalling Rear Panel BNC Cards aa ew tel etes ene a ee mea CP v weer rb o 17 Video Input Output Capacity s nidara ette rede cer det e reet ma Ene egt oot BY wd 21 The Power Supply Module CM 9700 me eem eee 26 Install a Backup Power Supply 2 mot tes pd pet oo etie getdate e qubd pictor bs
35. Up section Enter the monitor number Press the M ON key Enter the camera number Press the CAM key Switch monitor Select camera Control PTZ receivers Use the appropriate PTZ control keys or joystick depending on the keyboard used Program the preset through the keyboard Call a preset Enter the preset number Press the PRESET key or Prst Lock key depending on the keyboard used System does not function Referto the Troubleshooting section OPERATING YOUR SYSTEM 9770 System 9770 can be operated with a CM 9760 KBD or KBD300A keyboard Operation instructions are provided below but you should become familiar with the detailed instructions provided in the appropriate keyboard manual Switch Monitors If you select a restricted monitor the monitor does not switch the keyboard LED displays the previously selected monitor number 1 Enterthe monitor number 2 Press the M ON key The keyboard LED displays the selected monitor number Select Cameras If you select a restricted camera view the camera view does not appear on that monitor The previously selected unrestricted camera view remains on the monitor 1 Enter the camera number 2 Press the CAM key OR Press the PREV or NEXT key to scroll through the available cameras Control Receivers Select a suitable camera and operate a PTZ function Pan Tilt Zoom Move the joystick until the camera reaches the desired position To increas
36. aining ports Peripheral devices do not have to be connected in any sequential order and you can leave ports empty between peripheral devices NOTE In the following tables hot switch refers to using the 9760 HS hot switch package to connect a backup 1 which provides operational redundancy in a system If the controlling CC1 unit were to fail control would be passed to the backup CC1 and a system error would be generated through an LED and an audible tone Refer to the System 9760 CM 9760 HS Hot Switch Installation Operation manual for information on using a hot switch package Note that the procedure for using a hot switch with a CM 9700 CC1 is the same as for a CM 9760 CC1 except that the programming within CM 9700 M GR is much easier You just need to add the CM 9760 HS as a device Table B Data Connections Single Node Systems Without a Hot Switch System CC1 lt Config Files 5 1 gt 1 CM9700 MGR ID 3 5 Matrix Bay 9770 MXB 0 0 Matrix Bay 9770 0 1 7 Matrix Bay 9770 MXB 0 2 9CM9760_ALM ID 743 27 10 Keyboard 1 27 11 Keyboard 2 Mg 12 CM9760_REL ID 746 4 15 CMS9760_CXTA ID 747 CC1 port 5 and next available sequential ports M XB connection s as necessary Any available port s these connections do Other peripherals not have to be in sequential ports Table C Data Connections Networked System Witho
37. am these camera titles directly from the satellite device When a System 9770 monitor displays a satellite camera the title received from the satellite device is displayed Select the CC1 node hosting the device Host Node Node 1 X Select the type of device Select Device Type Satelite w Select the model number Select Model cM6800_48x8 Figure 43 Add Satellite Device 52 C1555M G 12 07 HOW TO INSTALL VIDEO PATCH PANELS CM 9700 VPP There are two ways you can mount a CM 9700 VPP video patch panel into a rack l Single panels onto a rack 2 Upto 16 panels using the CM 9700 VPP RK The following illustration shows how to mount a single panel onto a rack The panel is mounted horizontally CABLE BRACKET CM9700 VPP 4 SCREWS 10 32X3 PHILLIPS PANHEAD WITH WASHERS BRACKET Figure 44 CM 9700 VPP Horizontal M ount The following illustration shows how to mount up to 16 panels using the CM 9700 VPP RK The panels are mounted vertically in the CM 9700 VPP RK This rack saves 1 RU of space and provides better cable management THUMBSCREW RACK ERES 0 tw 7 3 er 9 Qi J e 2 Aer CM9700 VPP e S MAXIMUM OF 16 al j e a ol o THUMBSCREW CM9700 VPP RK ii im 8 SCREWS 10 32X3 PH
38. ate RX Amber Blinks during normal system operation as switching commands are sent and polled MP Amber Blinks during normal system operation NOTE The amber FP CP and BP LEDs will blink on start up but should not remain illuminated Video Input Card CM 9770 VCC t Green On Green HB Amber Blinks at a one second rate VL Red This is the video loss LED and it should be illuminated because there are no video signals coming into the rear panel yet During normal operation this LED should be off NOTE The amber CD LED may blink on start up but should not remain illuminated Refer to Table and Table in the Appendix for additional information on the LEDs and troubleshooting information C1555M G 12 07 INSTALLING REAR PANEL BNC CARDS The following rear panel cards can be used with the CM 9770 M XB matrix bay CM9770 RPC the BNC card for video connections CM9770 RPM the BNC card for monitor connections 9770 this is a downframe card and cable assembly used to connect multiple matrix bays refer to the Dow nframing section in the Appendix for more information CM9770 DFL this downframe card and cable assembly is the same as the CM 9770 DFC except that it also has BNC connectors for looping inputs refer to the Dow nframing section in the Appendix for more information Insertor Replace a Rear Panel Video BNC Card CM 9770 RPC 1 Slide
39. ches to fit them properly onto the top and bottom edges of the bay s frame 6 Push the latching levers into the closed position this seats the power input module firmly into place 7 Replace the matrix bay front cover REM OVE A BACKUP POWER SUPPLY 1 Open the matrix bay front cover 2 Loosen the screw at the top of the power supply module 3 Unlatch pull the levers at the top and bottom portion of the power supply module 4 Pull the power supply module towards you towards the front of the matrix bay until it is out of the frame Figure 17 How to Install or Remove a Power Supply 26 C1555M G 12 07 HOW TO REPLACE THE FUSE IN A POWER SUPPLY M ODULE The matrix bay is shipped from the factory configured for the correct input power The power input panel on the rear panel of the matrix bay provides two separate power input receptacles one for each power supply o NOTE The power input panel is not serviceable and should be removed or installed only by Pelco Each power input receptacle is equipped with a fuse assembly In addition each fuse assembly also provides a spare fuse Refer to Figure 18 WARNING Always replace blown fuses with fuses of the same rating Failure to do so could result in serious damage to the unit 1 Remove the power cord from the power input receptacle 2 Using a small screw driver pry the fuse holder out of the socket The complete fuse assembly comes out of the unit 3 Replace the fuse
40. communication card RS 422 SERCOM J provides 8 communications ports to interface peripheral equipment 4 maximum per CPU CM 9700 SER 32 Port expansion unit 32 serial communication SERCOM ports per unit Up to three units can be added to 1 Check with Pelco Systems Applications Department before adding to an existing CM 9700 CC1 Includes interconnecting cables and adapters for DB9 and RJ 45 connectors Data interface can be RS 232 or RS 422 NOTES ON USING THE SYSTEM CPU e Youcan use CM 9760 CC1 CM 9760 NW 1 CPUs with the System 9770 if the CPU has been updated with software version level 9 01 XXX note that at this software level the first three digits 9 01 in this case must be at the same version level in the CPU CC1 and NW 1 and in the M GR software the remaining three digits such as 001 in version level 9 01 001 can vary Note however that software version level 9 01 requires a minimum of 16 M B of RAM in the CPU If necessary you can upgrade the RAM in a CM 9760 CC1 using the software upgrade kit appropriate for your CPU Contact Pelco Technical Support at 1 800 289 9100 1 559 292 1981 for additional information Matrix Bay CM 9770 M XB Video matrix bay equipped with one CM 9700 M PS power supply 100 240 VAC 50 60 Hz autoranging CM 9700 M PS M atrix bay power supply spare 120 VAC 60 Hz or 230 50Hz CM 9770 DFC Downframe card and cable assembly connects multiple matrix bays for e
41. covered for a period of 90 days The air filter is not covered under warranty 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 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 w
42. ct video inputs and monitor outputs to the rear panel BNC connectors on the CM 9770 M XB matrix bay unit s Installation Tips Be sure each connection is secure For best results use crimp on BNCs only Do not use screw on BNCs these typically do not provide adequate ground and signal connections Label each video input this can save a considerable amount of troubleshooting time in the future Video output from the CM 9770 VM C cards is not terminated Terminate the video signal at the output device monitor or If you are looping to other devices unterminate all but the last device o NOTE The end point of any video cable run must be terminated in 75 ohms Opening the CM 9770 M XB Front Cover To install or remove a video input card monitor output card or power supply you must first open the CM 9770 M XB front cover 1 2 3 C1555M G 12 07 Loosen the two screws at the top of the CM 9770 M XB frame Pull the front cover towards you The hinges at the bottom keep the cover attached to the frame W hen you are finished working with the interior components close the cover and tighten the screws at the top of the frame NOTE Although the CM 9770 M XB will function properly with the front cover open the front cover must remain closed during system operation to meet safety standards 13 14 INSTALLING VIDEO INPUT CARDS CM 9770 VCC The first video input card is inserted into slot 1 the next card is i
43. d VGA card Table M CC1 System Errors Symptom Possible Cause Corrective Action Port x ERR Coms Framing M ismatched baud rate settings Correct the baud rate setting in the CM 9700 M GR to match the settings in the device connected to the specified port Port x ERR Coms Fatal Failure of Comms line after power up and initialization Check and correct hardware fault Port x ERR Coms Parity M ismatched parity settings Correct the parity setting in the CM 9700 M GR to match the settings in the device connected to the specified port Port x ERR Coms M ax Retry If the communications line is faulty wired incorrectly or not seated properly the diagnostic screen displays this error message during initial power up If the communication line goes bad after power up and initialization then a Port x ERR Coms Fatal error appears followed by a Port x ERR M ax Retry message Check and correct the hardware fault Temporary communications fault Fault will automatically be corrected when communications resume Noise on the data line Check data cables The VCC Card CF LED Is Illuminated and the AUX LED Is Blinking Problem The LED labeled CF on the CM 9770 VCC Video Input card is illuminated and the LED labeled AX is flashing one short blink quarter second rate and one long blink one second rate Solution This indicates that communication with the primary CM 9770 VM C card has
44. dapter 1 RCA to BNC adapter CM 9700 Resource CD includes the CM 9700 M GR software BNC extraction tool 2 Brackets with a set of 6 screws 8 32 x 250 inch pan head 2 Adjustable support rail sets each set includes 1 front mounting rail and 1 rear mounting rail with the following sets of screws 6 Screws 8 32 x 375 inch pan head with washers 12 Screws 10 32 x 375 inch flat head 4Screws 10 32 x 750 inch Phillips pan head with washers 6 Screws 8 32 x 250 inch Phillips pan head CM 9770 M XB The following items are supplied with the CM 9770 M XB 1 CM 9770 M XB matrix bay with front rack ears installed 1 9770 M XB mounting baffle with front and rear rack ears installed 1120 VAC 60 Hz power cord USA standard 1230 50 Hz power cord European standard 1 RJ 45 reversed data cable 1 Sheet of camera number labels these can be affixed to the BNC cards to correspond to camera input numbers 16 Screws and washers for mounting the bay NOTE The appropriate number of CM 9770 VCC cards camera cards CM 9770 VM C cards monitor cards and associated rear panels are added to your system according to your system order Keep all manuals and cabling with their associated equipment 3 Locate the following documents C1555M G 12 07 The System 9770 Port Assignments Sheet This document contains specific information about your system All System 97705 are preprogrammed based on your system order
45. e the System window of the diagnostic screen displays Setup Complete if everything initialized OK otherwise an applicable error message appears AUTOEXEC BAT AND THE BOOT PROCESS The AUTOEXEC BAT file is the last file called during the boot process For 15 configured as part of a system node at the factory the end result of this process is the appearance of the CM 9700 diagnostic screen on the attached VGA monitor The factory configured boot process occurs because of the instructions added to the AUTOEXEC BAT file The AUTOEXEC BAT file is a batch file which contains a series of instructions that are executed serially when the file is called Invoking the CM 9700 Executable The following commands are the last two in the AUTOEXEC BAT file CD9700 This command directs DOS to the 9700 directory where the 9700 executable resides 9700 1 This command starts the executable CM 9700 and directs the program to load into memory all configuration files having the collective prefix name of 1 also located in the same directory The program continues to configure the system environment and goes on line If everything is functioning properly the Setup Complete message appears on the CM 9700 diagnostic System Window on the attached VGA monitor If you change the name the prefix of your current flat files or copy a new set of configuration files with a different name to the 9700 directory then you must change the
46. e 9999999999999 999 gt SOOODDODODODDOOODSDH e SOOODDOOODDDOOODODH e POHOOOOOOOOODOOODDG 9 e SOOODDDOODDDQOOOOS 9999999999 999999 x gt o 5 o We ONITOR 1 MONITOR 32 M Figure 12 Sample CM 9770 System with 256 Cameras and 32 Monitors 21 C1555M G 12 07 22 Multiple Bays Single Node In a single node system with one CM 9700 CC1 not networked you can connect multiple CM 9770 M XBs using sideframing and nframing for a maximum capacity of 2 048 camera inputs and 256 monitor outputs NOTE When using CM 9760 M DA units you can increase the monitor output capacity to a maximum of 512 Refer to the Downframing section in the Appendix for more information on using CM 9760 M DA units Sideframing To expand the matrix video inputs beyond 256 you can use multiple bays with video from the monitor outputs on each bay sideframed with cable connections to the bay to which the monitors are connected The System 9770 provides the following sideframing options Sideframe Option A refer to Figure 13 Sideframe from each bay to the bay to which the monitors are connected the sideframe cables are connec
47. e example creates a 9700 directory MORE CADOS MORE Displays one screen of information at a time Can also be used with the TYPE command when viewing a long text file The symbol is called a redirection operator On the keyboard it is located above the backslash symbol PATH Indicates which directories DOS should search for executable files By default DOS searchers just the current directory RENAME or C 9700 TEST Changes the name of the file or files you specify Specify the name REN TESTALL and location of the file or files to be changed The last part of the C 9700 TEST TESTALL command specifies the new name You cannot specify a new drive or path TYPE C STYPE C 9700 TEST M ON Displays the contents of the text file you specify You must specify a directory path if the location of the file is in a directory other than the one you are in gt C 9700 TEST ALM MORE Here the MORE redirection operator is used to enable us to view MORE the alarm file usually quite long one page at a time UNDELETE C gt UNDELETE C 9700 TEST BAT Restores files that were previously deleted using the DEL command C SUN DELETE C 9700 LIST Lists the deleted files that are available to be recovered but does not recover any files C gt UN DELETE C 9700 ALL Recovers deleted files without prompting for confirmation on each file RM DIR or C gt RM DIR NETWORK Deletes or re
48. e power supply may have blown a fuse Refer to How to Replace the Fuse in a Power Supply M odulein the Installation section for instructions C1555M G 12 07 61 Specifications 62 9700 CC1 ELECTRICAL Input Voltage Power Consumption Processor Clock Speed M emory Disk Drive Flash Disk Storage Diagnostic M onitor Output 1 0 Ports GENERAL Operating Temperature Dimensions M ounting Unit Weight 120 VAC 60 Hz or 230 VAC 50 Hz autoranging 57 W Pentium class CPU 733 MHz 64 M B RAM 3 5 inch 1 44 MB 32 MB solid state flash memory 1 VGA 16 RS 422 ports expandable to 32 total system capacity is 120 ports 2 RS 232 ports COM 1 and COM 2 1 parallel printer port 1 VGA output port 2 PC AT compatible keyboard ports 1 front 1 rear 32 to 120 F 0 to 49 C 19 5 D x 19 0 W x 7 0 H inches 49 53 x 48 26 x 17 78 cm Fits 19 inch EIA standard rack 3 RUs 29 7 Ib 13 5 kg C1555M G 12 07 CM 9770 M XB ELECTRICAL Input Voltage Power Consumption Communication VIDEO Inputs Outputs Video Input Level Impedance Crosstalk Adjacent Channel V Synch Overall Frequency Response Differential Gain Differential Phase Luminance Nonlinearity Signal to Noise Ratio GENERAL Operating Temperature Dimensions Matrix Bay M ounting Baffle CM 9700 VPP CM 9700 VPP RK M ounting Unit Weight 100 240 VAC 50 60 Hz autoranging 60 watts maximum fully popula
49. e syntax of the PATH statement is as follows PATH drive path drive path drive path Example PATH zc dos c windows Note that spacing is included in the syntax statement to make it easier to see the elements that make up the path statement In actual use no spaces exist as demonstrated in the example Semicolons separate drive path statements There are no spaces The complete drive path must be given for each directory you wish to include in the search The search is for files with EXE and COM extensions only If the executable you call in turn issues a call for a non executable file that is one without an exe or com extensions then the PATH statement does not apply Instructions for using the executable must tell you either where to place needed non executable files or the executable itself must provide the means whereby the file can be found DOS will not look for these files Note that you cannot insert the directory path for the CM 9700 executable file into the PATH statement The CM 9700 executable uses a non executable file that always resides in the C49700 directory If you invoked the CM 9700 executable from any directory location other than the 9700 directory the executable would not finish successfully because CM 9700 EXE expects to find the file residing in the same directory that it does You can manually invoke the command CM 9700 test while in the C 9700 directory but in most cases you
50. e than 256 monitors are needed for the system without full cross point o NOTE When using CM 9760 M DA units you can increase the monitor output capacity of a non networked system to a maximum of 512 Alarms and cameras connected to remotely located systems need to be accessed The CM 9700 NW 1 network interface unit allows you to combine your systems into a network Up to 24 nodes can be connected to a CM 9700 1 The NIU offers the following features Each system maintains local operations local camera switching control etc if the NIU goes off line A system can be remotely located as far as the transmission type and path allows typically hard wired with 24 AWG twisted pair up to a maximum of 4 000 feet 1 219 m Information on each node connected to the netw ork for example cameras and monitors attached is automatically downloaded to the NIU Operators can be allocated restricted access to most features equipment throughout the network Alarm signals can be transferred between nodes Refer to the System 9760 9770 Networking Guide for detailed instructions on networking your system Note that the information in the networking guide is applicable to both the System 9760 and the System 9770 except for the instructions in the Network Setup section which apply to the old CM 9760 M GR software For instructions on programming a system controlled by a CM 9700 NW 1 refer to the CM 9700 M GR Software Guide provided in the System 97
51. e the speed of movement move the joystick farther from center or press the T key to pan at turbo speed Twist the joystick clockwise to zoom in counterclockwise to zoom out Or use the IN OUT key to zoom in or out Lens Control Focus Iris Use the NEAR FAR key to focus near or far Use the OPEN CLS key to open or close the iris Call a Preset 1 Enter the preset number 2 Press the Prst Lock key or select the PRST icon C1555M G 12 07 39 Appendix SYSTEM ARCHITECTURE The System 9770 is similar to Pelco s System 9760 but uses different matrix bay hardware and provides more features Users familiar with the System 9760 should note the following differences Each System 9770 video input card CM 9770 VCC receives input from 32 video connections from the CM 9770 RPC BNC input card which contains 32 BNC connectors A fully loaded CM 9770 M XB matrix bay supports 256 video inputs with just eight video input cards Refer to Figure 6 in the Installation section The CM 9770 M XB provides slots for two monitor output cards CM 9770 VM C providing a capacity of 32 monitors in a single bay Refer to Figure 11 in the Installation section W hen you hot swap video input cards CM 9770 VCC or monitor output cards CM 9770 VM C the CM 9770 M XB automatically verifies System software levels on all cards and then updates software on the new cards if necessary The CM 9700 M GR software provides the easiest way to configure your syst
52. e with the CM 9700 M GR and RS 232 communication CM9700 MGR VGA MONITOR CM9700 CC1 oO PS 2 KEYBOARD Figure 21 CM 9700 CC1 Device Connections C1555M G 12 07 29 30 CM9700 MGR CM9700 CC1 PC COM PORT RS 232 CABLE COM 1 COM 2 PIN 3 TX PIN 2 RX PIN2 RX PIN3 X 9 o 5 PINSIGND PINS GND 5 DB9 FEMALE DB9 FEMALE Figure 22 CM 9700 M GR PC Pin Out Detail Install any additional system peripheral devices Refer to the manuals for the individual devices for instructions Refer to the Data Connections section and your Port Assignments table for directions on which port to use for each device Connect all power line cords to the equipment Do not turn on the power until the installation is complete Refer to the System Start Up section C1555M G 12 07 RS 422 COM PORT SERCOM CONNECTIONS All peripheral equipment in a System 9770 connect through the RS 422 COM ports on the CM 9700 CC1 rear panel These ports are also known as sercom ports short for serial communication ports If you exceed the number of CM 9700 CC1 rear panel ports available you can add ports with the CM 9700 9760 SER port expander unit NOTES W hen connecting peripheral equipment to the serial communication ports shielded cabling is required to comply with CE emissions guidelines e Generally Pelco will preconfigure your 9770
53. em As you add devices or components to your system it is recommended that you first add them into the CM 9700 M GR software Then the software will reassign ports according to the appropriate System hierarchy and will easily renumber rename system devices Refer to the CM 9700 M GR Software Guide for information NOTE Actual maximum capacity depends on usage of the RS 422 COM ports on the CM 9700 CC1 With the addition of CM 9700 SER serial communication cards and CM 9700 SER 32 port expansion units the number of RS 422 COM ports could be expanded to a maximum of 120 ports In addition you would need to use COM ports to connect keyboards and any other optional peripheral devices Therefore the actual maximum number of cameras and monitors is restricted by the number of COM ports remaining available for the matrix bays after the number of COM ports needed for keyboards and other peripheral devices has been determined If your system requirements exceed 120 ports multiple 9770 systems can be networked together to reach your required capacity HOW TO EXPAND YOUR SYSTEM The System 9770 provides a number of ways to expand your system to handle additional capacity For example If you have a matrix bay that is not fully loaded you can install additional video input cards CM 9770 VCC up to a total of eight cards Refer to Installing Video Input Cards CM 9770 VCC in the Installation section If you have a matrix bay with only one monitor output
54. ers complete tasks such as adding a device or a group Each wizard screen contains instructions and explanatory text TZ uu amp z4 Wizard Assign a name to this node useful for multi node systems Node 5 Do you want to add a hot switch unit Add Hot Switch Figure 28 Sample Wizard Page When you working within the grid view or tree view on the CM 9700 M GR main window help is provided as real time help When you click on a row within the grid the fields in that row are displayed in the properties area of the window Operator Group Operator Group 3 View Group Unrestricted Matrix CM39780 MXB 1 447 Fourth Floor Camera 47 47 Altemate Cameras Camera 3 5 GPI Controller 0 No GPI z Figure 29 CM 9700 M GR M ain Window Properties Section The box below the properties fields provides a description of the selected field Alternate Cameras You can define up to ten alternate cameras for each video input This allows an operator to view an area from different angles by switching between alternate cameras using predefined key on the keyboard Figure 30 CM 9700 M GR M ain Window Help Section Refer to the CM 9700 M GR Software Guide provided in the System 9770 binder for detailed instructions 38 C1555M G 12 07 Operation A brief description of System 9770 operation is provided here Power up the system Refer to the System Start
55. failed M ake sure that a CM 9770 VM C card is inserted into slot 10 and is working properly 60 C1555M G 12 07 Monitor Display Problems Problem Text characters such as in camera titles do not display properly Solution The CM 9770 VM C monitor output card in the matrix bay may not be set for the correct video format NTSC or PAL Check switch 1 on the DIP switch and verify that the switch is in the correct position as identified in Table N Refer to Figure 40 for an illustration of the DIP switch Table N Monitor Output Card DIP Switch 1 Switch 1 Video Format ON PAL OFF NTSC Problem The CM 9770 M XB color bars display in black and white instead of the appropriate colors Solution The CM 9770 VM C monitor output card in the matrix bay may not be set for the correct video format NTSC or PAL Check switch 1 on the DIP switch and verify that the switch is in the correct position as identified in Table N Refer to Figure 40 for an illustration of the DIP switch LED Indicators on the Power Supply Module Problem If two power supply modules are installed in the matrix bay the following LED indicators on a power supply will signify that the power supply is not working Front Panel Label Color Green Green VF Red PF Red LED State On Off Flashing On Solution First verify that the inactive power supply is seated properly in the matrix bay frame and is turned on If it is th
56. from the CM 9770 M XB C1555M G 12 07 19 20 Insertor Replace a Rear Panel Monitor BNC Card CM 9770 RPM l Slide the monitor BNC card into the card guides at the rear of the bay From the rear of the bay the slot at the far left provides the connection point for the primary monitor output card inserted in the front of the bay into slot 10 NOTE Each monitor BNC card CM 9770 RPM provides 16 monitor output connections and connects to one monitor output card CM 9770 VM C The CM 9770 M XB can hold two monitor output cards for a total of 32 monitor outputs 2 Pushthe BNC card into place firmly 3 Tighten the screws at the top and bottom of the BNC card PRIMARY VMC CARD SLOT 10 OPTIONAL SECONDARY VMC CARD SLOT 9 2 CM9770 RPM BNC PANELS SECOND PANEL OPTIONAL Figure 11 CM 9770 M XB Matrix Bay 16 M onitor Output Connections for Each VM C Card C1555M G 12 07 VIDEO INPUT OUTPUT CAPACITY Single Bay A single CM 9770 M XB can support up to 256 camera inputs in increments of 32 and 32 monitor outputs in increments of 16 Refer to Figure 12 CM9700 CC1 9999999999999 oo 5 gt 99 99 0 9 9 D 9920 F e 9 PP OOoOoOoooooooooooos 99 eooooo9oooeeoeeee 9 e 999999999 eoeoee e OOODOODOODDOOOOO DO 9 e 9 e 9 gt OOODODODODOOQDODOODOODO 9
57. ftware Guide for instructions 3 Initialize the CC1 Refer to following section for instructions 4 f you make any changes to the psm file you must transfer the updated system settings to the CC1 Refer to Transferring System Settings to the in the CM 9700 M GR Software Guide for instructions INITIALIZE THE CC1 1 Apply power to all peripheral equipment connected to the CC1 2 Apply power to the CC1 Initialization begins when the is turned on and the DOS boot process executes When the boot process calls the executable in the autoexec bat file the CC1 diagnostic screen appears on the VGA monitor The initialization process is complete when the message Setup Complete appears at the bottom of the screen i x 161 4 1 Hunt RES wi 5 Non m Figure 25 CC1 Initialization 34 C1555M G 12 07 VERIFY SYSTEM OPERATION 1 Power up all the remaining equipment 2 After the CM 9700 CC1 loads the configuration files SYSTEM 97XX appears on the CM 9760 KBD LCD 3 Enterthe default operator password on the CM 9760 KBD keypad ENTER M ONITOR 2 appears on the LCD NOTE The default password for operator 1 is 0101 operator 2 is 0202 operator 3 is 0303 and so on These numbers are defined in the Operator PIN field in CM 9700 M GR 4 Enter 1 and then press the M ON key Note if you are not viewing
58. he listing whatever format at a time It C gt DIR W P is useful to use these switches when looking at the contents of the DOS directory This switch will look for all instances of the filename in all directories CA DIR filename S syntax 15 In the example the location of all file names having the mon example gt DIR mon 5 extension will be found and displayed EDIT C gt EDIT AUTOEXEC BAT Starts the M S DOS editor a test editor you can use to create and edit ASCII text files The example text shown would load the autoexec bat file for editing Continued on next page 58 C1555M G 12 07 COMMAND EXAMPLE S SWITCHES COMMENTS FASTHELP C gt FASTHELP Lists and briefly describes every command provided with MS DOS This list is much less detailed than the list you get using the HELP command C gt FASTHELP DIR Specifies the name of the command that you wish FASTHELP to give information about In this example DIR FORM AT C gt FORM AT A Formats a disk for use with MS DOS C gt FORM AT 5 15 Transfers system files to the formatted disk You can boot from the floppy of a disk formatted using this switch HELP C gt HELP Starts the MS DOS command reference located on the 15 hard disk C gt HELP DIR Specifies the command whose help topic you want to display In this example DIR MD C gt M D 9700 Creates a directory Th
59. iles to the location you specify Source A TEST C 9700 specifies the location and name of a file or set of files Source can A C 9700 consist of a driver letter and colon a directory name a filename or A TEST M ON C 9700 a combination files you wish to copy Destination specifies the name and location of a file or set of files to which you want to copy Destination can consist of a drive letter and colon a directory name a filename or a combination When more than one file is copied MS DOS displays each filename as the file is copied DEL CA gt DEL C 9700 TEST M ON Deletes the file or files you specify You must include the location C gt DEL A TEST M ON if other than you current location and name of the file or set of C197002DEL TEST files you wish to delete C 9700 gt DEL TEST P Prompts you for confirmation before deleting each file DIR C gt DIR Displays a list of files and subdirectories that are in the directory you specify When you use the DIR command without switches it displays the disk s volume label and serial number one directory or filename per line including the filename extension size date and time file was last modified total number of files listed cumulative Size and free space left on the disk C gt DIR W IW Displays the listing in wide format with as many a five filenames or directory names on each line C gt DIR P Displays one screen of t
60. irectory tree collectively known as the directory path The result of the above entry takes you directly to the root directory and the C gt screen prompt To backtrack up the directory tree one directory at a time enter the following at the system prompt C 9700 BKUPTST gt CD ENTER That entry takes you to the C 9700 gt prompt C1555M G 12 07 If you entered the same command again CD at the c 9700 gt prompt and pressed the ENTER key you would finally end up again at the root directory as previously done To proceed directly from the directory you are in to another directory no matter where in the directory tree you are enter the total directory path of the location you wish to go to at the system prompt For example to get to the C 9700 BKUPTST directory from the root directory type C gt CD directory path and then press the ENTER key You will be at the C 9700 BKUPTST gt screen prompt Manipulating Files in the DOS Environment The safest way to manipulate files is to do so from within the directory in which those files are located This is because of the following reasons e Ifyou enter a DIR command at the directory prompt then the names of the file s you wish to manipulate are right there on the screen This reduces the risk of making simple mistakes such as entering an incorrect file name as part of an erase command for example e When using commands directed at file manipulation the format of the c
61. is card If the new card inserted into the primary VM C slot contains software at a lower level than the other cards in the matrix bay you could lose some system settings and functionality 1 Open the front of the matrix bay insert the monitor card into the card guides and slide the card partially into the bay 2 Holdthe latches parallel to the floor until you reach the edge of the bay s frame 3 Adjustthe latches to fit them properly onto the top and bottom edges of the bay s frame 4 Push the latching levers into the closed position this seats the monitor card firmly into place Remove a Monitor Card 1 Unlatch pull the levers at the top and bottom portion of the monitor card 2 Pull the monitor card towards you towards the front of the matrix bay until it is out of the frame EEC EC 0 CM9770 VMC MONITOR CARD SLOT 9 MONITOR CARD SLOT 10 Figure 5 Monitor Output Card CM 9770 VM C Locations Slots 9 10 C1555M G 12 07 15 PERFORM ING A BASIC LED CHECK You should perform a basic LED check before you connect any video input or output to the matrix bay The LED check allows you to ensure that the system is operating properly l Turn on the power switch on the rear of the matrix bay The front cover can ei
62. ith specific legal rights The Dealer may also have additional rights which are subject to variation from state to state If 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 which does not fall under the warranty conditions stated above please include a written explanation with the product when returned M ethod 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 returned for repair or 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 con
63. l of PTZ functions 12 VAC or 312 VDC Requires KBDKIT for power Desktop keyboard with full switching capabilities plus joystick control of PTZ functions 12 or 12 VDC Requires KBDKIT for power Optional Components CM 9760 ALM CM 9760 CDU T CM 9760 CXTA CM 9760 DMR CM 9760 DM R X VM X200 and VM X300 Series CM 9760 HS CM 9760 M DA CM 9760 M DA X CM 9760 REL Genex M ultiplexers CM 9760 VCRC Alarm interface unit connects directly to each system each unit can monitor up to 64 alarms up to four units can be connected in a series from one SERCOM port Code distribution unit 16 channel RS 422 transmit only two data wires and ground distributor Primarily used for wiring up to 16 pan tilt zoom receivers in a star configuration Coaxitron translator generates Coaxitron signals for Pelco Coaxitron receivers each translator supports up to 16 receivers Data merger and port expander unit this unit allows multiple CM 9700 CC1 units to control multiple pan tilt zoom cameras and allows multiple keyboards to communicate through one 1 port Same as CM 9760 DM R except 230 VAC 50 Hz Video management systems graphical map icon based user interface for mouse driven operator control from external PC Hot switch interface unit changeover unit that monitors the status of a primary 1 in a 9770 system M aster distribution amplifier inserts master time and date from the CM 9700 CC1 and a pr
64. line in the drawing and then pull the cover backwards to remove the cover from the front edge of the CC1 chassis o l cz Figure 36 Removing the CC1 Top Cover 3 W 1 interrupt IRQ and W2 address select jumpers the SER card Refer to Figure 37 Note that the jumper settings vary depending on the ISA slot in which the SER card is to be installed Refer to the following tables for a list of SER card jumper assignments Table F SER Card J umper Assignments for a CM 9700 CC1 System Control ISA SlotNumber W1IRQ Setting W2 Address Setting 1 IRQ 10 Pins 1 to 2 and 3 to 4 2 IRQ 11 Pins 1 to 2 only 3 IRQ 12 Pins 3 to 4 only 4 IRQ 5 No jumpers Table SER Card umper Assignments for a CM 9700 NW 1 Network Interface Unit ISA SlotNumber W1IRQ Setting W2 Address Setting 1 IRQ 10 Pins 1 to 2 and 3 to 4 2 IRQ 11 Pins 1 to 2 only 3 IRQ 12 Pins 3 to 4 only NOTE For a 9700 NW 1 the default configuration is SER card A maximum of three SER cards can be installed in a CM 9700 NW 1 46 C1555M G 12 07 W1 IRQ SELECT W2 ADDRESS SELECT PIN 2 K IPIN 4 1 09 Figure 37 SER Card J umper Assignments 4 Insert the new SER card into an available ISA slot The default CM 9700 CC1 configuration provides SER cards in ISA slot
65. monitor 1 substitute the appropriate monitor number 5 Entera camera number and then press the CAM key 6 Press the FWD key to step through cameras and verify switching INITIALIZE KEYBOARDS Specify a monitor for each keyboard after your first power up or any time power is cycled to the keyboard or the CM 9700 CC1 Always allow five seconds to elapse before specifying a monitor 1 Entera number corresponding to the monitor output that is feeding the monitor you are viewing 2 Press the M ON key The keyboard LED displays the number you entered This also confirms successful communication between the keyboard and the CM 9700 CC1 If the keyboard LED does not display the monitor number repeat steps 1 and 2 C1555M G 12 07 DISPLAY THE CM 9770 M XB SOFTW ARE VERSION LEVEL To display the software version level on a system monitor complete the following steps 1 Enterthe monitor number and then press the M ON key 2 Enter 999997 and then press the CAM key The software version number appears on the monitor DISPLAY A BLUE RASTER SCREEN To display a blue raster screen on a system monitor complete the following steps 1 Enter the monitor number and then press the M ON key 2 Enter 999999 and then press the CAM key A blue raster screen appears on the monitor MONITOR COLOR ADJ USTMENT Once you have connected all devices and powered the system you can use the System 9770 color bars as a reference tool for adjusting the
66. moves a directory Before the directory can be RD C gt RD NETWORK deleted it must contain no files or other subdirectories The directory must be completely empty except for the and symbols VER Displays the current version of DOS on your machine TREE C TREE Displays the directory structure of all the directories on your hard drive if it is issued while in the root directory otherwise it will display only the subdirectories of the directory you are currently in C1555M G 12 07 Troubleshooting Problems with the CC1 Problems with the CC1 as part of a 9770 system may occur in the following areas TheCClitself Setup files also known as configuration files e Peripheral devices connected to the CC1 DOS operating system A log is recommended for keeping track of changes made to the system The log should document the change made why it was made the date it was made and the person responsible for the change This log will help in troubleshooting any errors that may occur It also makes it easier to identify errors that might have been caused by the change from other types of errors Table L CC1 Hardware Errors Symptom Possible Cause Corrective Action Green power LED not lit No AC power to the unit Check power cord connection Fuse has blown Replace fuse No VGA display Video cable not seated Pow er cord not plugged in Ba
67. nserted into slot 2 refer to Figure 4 To add a video card slide the card into the first available slot The CM 9770 M XB can contain a maximum of eight viideo input cards HOT SWAPPING You can hot swap a video input card remove a card and or insert a new card while the system is powered and running When you hot swap a card the CM 9770 M XB automatically verifies system software levels on all cards and then updates Software on the new cards if necessary This process can be as fast as 30 seconds or can take up to 5 minutes depending on the number of differing software files how ever the matrix bay continues to function throughout this process The process is complete when the LEDs marked HB on the front panel blink at a one second rate How to Turn On the Pelco V Sync Signal The Pelco V Sync signal which is sent up the coax cable provides a synchronization pulse for cameras that can use the Pelco V Sync signal This signal eliminates the vertical roll that occurs when multiple cameras are connected to the same switching device To turn on the Pelco V Sync signal move the jumper labeled VSYNCH on the CM 9770 VCC video input card to the ON position Refer to the CM 9770 VCC Card illustration in the Appendix to see where this jumper is located The Pelco V Sync feature is either all on or all off default for every camera connected to the specific CM 9770 VCC card You cannot turn the feature on or off for individual cameras
68. ogrammable title of up to 24 characters on 1 to 16 video signals Same as CM 9760 M DA except 230 VAC 50 Hz Relay interface unit connects directly to each system and provides dry contact switching for direct or automatic control of peripheral equipment each unit provides up to 64 SPST contact outputs Genex Series M X4009 9 channel and M X4016 16 channel multiplexers CM 9760 VCRC Series VCR Controller VCR control unit capable of controlling 64 VCRs Compatible Receivers Spectra Series ERD97P21 U LRD41C21 1 2 3 LRD41C22 1 2 3 Esprit Coaxitron Spectra dome multiple protocol receiver Pelco P protocol receiver Legacy fixed speed receiver with presets Same as LRD41C21 Series except variable speed receiver Integrated pan tilt positioning receiver Coaxitron translator allows Coaxitron control of PTZ cameras C1555M G 12 07 Installation UNPACKING 1 o 2 Unpack and inspect all equipment and verify delivery according to the packing slip Before shipping Pelco connects tests and programs each system according to the individual sales order Contact Pelco immediately if there is any discrepancy in the equipment that you receive CM 9700 1 The following items are supplied with the CM 9700 CC1 1 CM 9700 CC1 unit with front rack ears installed 1120 60 Hz power cord USA standard 1 230 50 Hz power cord European standard 1 Keyboard PS 2 1 PS 2 to AT keyboard a
69. ommand requires that the command name be listed first followed by the file name to be acted upon If you issue a command for a file that is in another directory then you must enter the complete directory path where that file is found in addition to the name of the file at which the command is directed The command formats such as COPY M OVE RENAM E DELETE for the most commonly used commands are provided with examples in the Command Reference Table at the end of this section Using the Wild Card Character The most commonly used wild card character recognized by DOS is the asterisk The asterisk can be used as a placeholder to group files that are going to be acted upon by the same DOS command The asterisk helps you specify character positions that are of the don t care type in file names When DOS encounters the asterisk DOS ignores the characters in the position containing the wildcard as well as all the characters that follow it The CM 9700 CC1 configuration files provide a good example of how the wildcard can be used Example 1 To copy configuration files from the A floppy drive to the 9700 directory on the CC1 disk complete the following steps 1 Change to the A directory 2 Atthe A prompt type your command using the following syntax A copy configuration file name destination For example if the filename prefix for the configuration files was 1 type copy Node1 C19700 3 Press the Enter key Example 2 To
70. ple CM 9770 M XB units can be connected to each CC1 through sideframing and nframing An NIU is a CM 9700 CC1 loaded with networking software sold as CM 9700 NW 1 Refer to Figure 16 CM9700 NW1 CM9700 CC1 NODE 7 CM9700 CC1 NODE 5 TO NODE 6 CM9770 MXB Figure 16 Sample Networked System C1555M G 12 07 25 THE POWER SUPPLY MODULE CM 9700 M PS You can add a backup power supply module CM 9700 M PS to a System 9770 matrix bay to provide redundancy to the bay s power supply NOTE You can hot swap a backup power supply module remove and or insert a backup power supply while the system is powered and running INSTALL A BACKUP POWER SUPPLY 1 Open the matrix bay front cover 2 Remove the blank off plate from the empty power input slot 3 Slide the power input module partially into the bay on the guide rail 4 Hold the latches parallel to the floor until you reach the edge of the bay s frame 5 Adjust the lat
71. quipment or unshielded cables is likely to result in interference to radio and television reception This Class B digital apparatus complies with Canadian ICES 003 Cet appareil num rique de la classe B est conforme la norme NM B 003 du Canada 64 C1555M G 12 07 PRODUCT WARRANTY AND RETURN INFORM ATION 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 fiber optic products and TW 3000 Series unshielded twisted pair transmission products hree years on Spectra IV products hree years on Genex Series products multiplexers server and keyboard hree years on Camclosure and fixed camera models except the CC3701H 2 C3701H 2X CC3751H 2 CC3651H 2X M C3651H 2 and M C3651H 2X camera models which have a five year warranty hree years on PM CL200 300 400 Series LCD monitors Wo years on standard motorized or fixed focal length lenses wo years on Legacy CM 6700 CM 6800 CM 9700 Series matrix and DF5 DF8 Series fixed dome products Wo years on Spectra III Esprit ExSite and PS20 scanners including when used in continuous motion applications wo years on Esprit and WW 5700 Series window wiper excluding wiper blades Wo years except lamp and color wheel on Digital Light Processing DLP displays he lamp and color wheel will be
72. rame configuration which could be either of the following e Ifyou are not looping video out from the final bay terminate the video at the DFL DFC cards in the final bay e Ifyou are using the card in the final bay and are looping video to another device terminate the video signal at the final device C1555M G 12 07 OUTPUT TO BAY BELOW x LOWER NUMBERED SLOT INPUT FROM BAY ABOVE gt HIGHER NUMBERED SLOT OUTPUT TO BAY BELOW gt J HIGHER NUMBERED SLOT C1555M G 12 07 G31VNINHSL WM n alyNINdalNn T UNTERMINATED TERMINATED Figure 35 CM 9770 DFL Card 45 HOW TO INSTALL OR REPLACE A CM 9700 SER CARD IN THE 1 If you have ordered a replacement or additional CM 9700 SER serial communication card complete the following steps to configure the jumpers on the CC1 board for the slot position the new SER card will occupy NOTE When connecting peripheral equipment to the serial communication ports shielded cabling is required to comply with CE emissions guidelines 1 off the CC1 power switch WARNING Failure to turn off the CC1 power switch could result in serious damage to the equipment 2 Remove the top cover of the 1 Refer to Figure 36 a Remove the 10 screws that hold the top cover in place b Tilt the top cover up at a slight angle as indicated by the dotted
73. rocess if there is a floppy disk in the A drive that has no System files 4 Ifthe hidden files are present 10 575 loads first and executes An initialization program called SYSINIT contained within 10 5 5 reads in the M SDOS SYS file SYSINIT next locates the CONFIG SYS file and executes its files for it to configure itself in memory Then SYSINIT locates and invokes COM M AND COM If SYSINIT cannot find COM M AND COM DOS displays the Bad or missing Command Interpreter error message O NOTE Since COM M AND COM is not a hidden file itis possible that it could accidentally be moved corrupted or erased If this occurs you may need to start DOS from a floppy disk and COPY COM M AND COM into the 15 root directory 5 If SYSINIT finds and loads COM M AND COM it in turn searches your root directory for the AUTOEXEC BAT file If it exits COMM AND COM will cause the AUTOEXEC BAT file to execute If AUTOEXEC BAT does not exist the DATE and TIM E commands invoked by COM M AND COM After entering date and time information the basic system prompt C gt appears This completes the startup or boot process You cannot separate the boot process from CC1 initialization The DOS boot process must succeed before the CM 9700 EXE program can run The result of the DOS initialization process is that you either have a system prompt on a DOS screen or as part of the boot process the CM 9700 EXE program has been invoked In the latter cas
74. s 1 and 2 so you will most likely insert the new card into slot 3 or 4 Refer to Figure 38 5 Replace the top cover of the CC1 6 Powerupthe 1 CM9700 SER CARD ACCESS SLOTS SLOT COVERS REMOVED ISA SLOTS DEFAULT CM9700 SER CARDS SUPPLIED IN ISA SLOTS 1 AND 2 Figure 38 How to Install a CM 9700 SER Card C1555M G 12 07 47 VIDEO INPUT CARD CM 9770 VCC DETAIL RED l amp AMBER 4 l amp Figure 39 CM 9770 VCC Card Table H Video Input Card CM 9770 VCC LEDs Front Panel Label Color When LED Is On Green The 5 VDC power source is functioning properly Green The 5 VDC power source is functioning properly The CPU is active this heartbeat LED blinks at a different rate according to the current activity 0 25 Second Programming The VCC card blinks at a quarter second rate while it receives updated programming from the primary VM C card HB Amber 0 5 Second Boot ROM The VCC card blinks at a half second rate while executing boot ROM code 1 0 Second Normal Operation The VCC card blinks at a one second rate during normal operation This LED illuminates if communication from the primary CM 9770 VM C monitor card failed or if the CM 9770 VM C card is inserted in the wrong slot VL Red Video Loss This LED illuminates when there is a video signal missing from the input of the rear panel Configuration This LED illuminates on s
75. s you to open CM 9700 M GR system design file a psm file ImportConfiguration Files This option allows you to import configuration files You can use this option to import the following types of files Configuration files that have been copied from the 9700 CC1 note however that copying configuration files from the is not recommended the psm file generated from the CM 9700 M GR provides more complete descriptions of system settings CM9760 M GR configuration files also known as flat files created for a System 9760 or System 9740 2 NOTE W hen Pelco customizes your system at the factory system settings are saved in the psm file which is provided to you on the CD labeled CD CM 9700CONFIG provided in your system binder The accompanying sets of configuration files have been transferred to the CM 9700 CC1 at the factory Any system changes should start by opening the psm file With previous CM 9760 CC1 and CM 9700 CC1 systems configuration files were used for system changes With the current system however configuration files are handled only as an output from the psm file Detailed instructions for using the 9700 System M anager are provided in the CM 9700 M GR Software Guide which is included in the System 9770 binder C1555M G 12 07 37 GETTING HELP USING CM 9700 M GR Instructions for how to use CM 9700 M GR are provided throughout the software The CM 9700 M GR provides wizards to help us
76. system and then provide you with a Port Assignment Table This document identifies which port should be used for each device Set up your system with the port assignments specified in your Port Assignment Table The information provided in this section should be used when expanding or servicing your system The 9700 System M anager software configures your system with the appropriate hierarchy of connections so the easiest way to determine Where to connect each device is to use the 9700 System M anager to set up your system The resulting list of devices in the tree view portion of the CM 9700 M GR M ain window identifies the appropriate port number for each device in your system Sample device list views are provided in the following tables to illustrate sample connections for each type of configuration Note that a specific hierarchy of connections is required when connecting equipment to the RS 422 COM ports Connect M XB units into the first available sequential ports starting with port 5 Do not skip a port number when making M XB connections Note however that the hierarchy varies depending on whether your system is networked and whether you use the hot switch package to connect a backup 1 unit The hierarchy rules are provided in Tables B E Once your M XB units and any NIU network interface unit or hot switch devices are connected refer to Figure 23 and Figure 24 you can then connect peripheral devices such as keyboards into any rem
77. tartup if the FPGA is not programmed Once the FPGA is programmed from the application code or the test code it will turn OFF This LED toggles on every valid switch command It also flashes when the CF LED is illuminated to indicate that communication with the primary CM 9770 VM C card failed CF Red CD Amber AX Amber 48 C1555M G 12 07 MONITOR OUTPUT CARD CM 9770 VM C DETAIL DIP SWITCH M GREEN amp z WS E e LI LI LJ Figure 40 CM 9770 VM C Card Table 1 Monitor Output Card 9770 VM C LEDs Front Panel Label Color When LED is on or blinking Green The 5 VDC power source is functioning properly Green The 5 VDC power source is functioning properly The CPU is active this heartbeat LED blinks at a different rate according to the current activity Primary VM C 0 25 Second Downloading The primary VM C card blinks at a quarter second rate while updated software is downloading from a PC connected to the RS 232 COM port on the rear panel Amb Secondary VM C 0 25 Second Receiving The secondary VM C card blinks at a quarter second rate when it is receiving files from the primary VM C card 0 5 Second Boot ROM The primary and secondary VM C cards blink at a
78. ted Full duplex RS 422 using an RJ 45 connector Card slots support up to 256 inputs per bay Two output card slots for supporting 32 outputs per bay 0 5 to 2 Vp p RS 170 composite video 15 ohms terminating looping versions available 61 dB at 3 58 MHz External connector available on rear panel Flat to 8M Hz 0 51 0 38 degrees 0 20 71dBrms 32 to 122 F 0 to 50 C noncondensing 21 7 D x 19 0 W x 10 5 H inches 55 10 x 48 26 x 26 67 cm 24 00 D x 19 00 W x 1 75 H inches 60 96 x 48 26 x 4 45 cm 6 00 D x 19 00 W x 1 07 inches 15 24 x 48 26 x 2 72 cm 14 12 D x 19 00 W x 13 96 inches 35 86 x 48 26 x 35 46 cm Fits 19 inch EIA standard rack 6 RUs 33 Ib 14 99 kg 52 Ib 23 59 kg fully populated Design and product specifications subject to change without notice C1555M G 12 07 Regulatory Notices CM 9780 M XB This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 this device may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation RADIO AND TELEVISION INTERFERENCE This equipment has been tested and found to comply with the limits of a Class 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
79. ted to the video inputs on the bay with the monitors starting with slot one and continuing to the higher slots as necessary Any camera input slots not used to receive output from sideframed bays can be used for additional camera inputs CM9700 CC1 MONITOR 1 pm CAMERA 257 TO CM9700 CC1 ae e o SIDEFRAME CAMERA 480 CABLES CAMERA 256 Figure 13 Sample System Using Sideframing from Bay to Bay Sideframe Option B Sideframe from each bay directly to an output bay This method requires an extra bay but maintains the total capacity of camera inputs in each of the other bays in the system Figure 14 on the next page illustrates a sample sideframing system with all the sideframe cables connected to an output bay Refer to the Installing Additional M atrix Bays Sideframing and Dow nframing section in the Appendix for detailed sideframing instructions C1555M G 12 07 CAMERA 1
80. ther be open or closed during the LED check 2 Various LEDs will blink during the initialization process as the software verifies communication and version level information Once the initialization process is complete continue to step 3 o NOTE The initialization process should take approximately 30 seconds unless the primary CM 9770 VM C monitor card is updating Software on the other monitor card or on the CM 9770 VCC video cards The software update process takes several minutes 3 Ensure that the appropriate LEDs are illuminated as described in Table A 4 Ensure that the red CF LED on each video input card is off If this LED is illuminated on any input card reseat the card If the problem continues replace with a known good video input card If this LED is illuminated on all of the video input cards there may be a problem with the primary monitor output card in slot 10 Reseat the primary monitor card If the problem continues replace with a known good monitor card 5 Ensure that the red VF and PF LEDs on the power supply are off 6 If the LEDs are properly illuminated turn off the power switch on the rear of the matrix bay and then install all video inputs and outputs Table A LEDs Illuminated During a Basic Check FrontPanel Label Color Diagnostic Check Power Supply t Green On Green On Monitor Output Card CM 9770 VM C t Green On Green On HB Amber Blinks at a one second r
81. tinental U S Alaska Hawaii or Puerto Rico and are instructed to return goods to the USA you may do one of the follow ing 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 c o Expeditors 473 Eccles Avenue South San Francisco CA 94080 USA Phone 650 737 1700 Fax 650 737 0933 Greenm materials used in the manufacture of this document and its components are compliant to the requirements of Directive 2002 95 EC This equipment contains electrical or electronic components that must be recycled properly to comply with Directive 2002 96 EC of the European Union regarding the disposal of waste electrical and electronic equipment WEEE Contact your local dealer for procedures for recycling this equipment REVISION HISTORY Updated to describe new connection options using the CM 9700 VPP and CM 9700 VPP RK and information on working within the CM 9700 M GR software was Copyright 2007 Pelco All rights reserved Manual Date Comments C1555M 3 04 Original version C1555M A 6 04 Updated to describe new functionality including satellite devices and keyboard templates C1555M B 7 04 abbreviated refer to the CM 9700 M GR Software Guide for these instructions 1555 8 04 Removed references to CM 9700 CC1 alternate video output VGA is the only output supported
82. tion Sideframe from each bay to the bay to which the monitors are connected the sideframe cables are connected to the video inputs on the bay with the monitors starting with slot one and continuing to the higher slots as necessary Any camera input slots not used to receive output from sideframed bays can be used for additional camera inputs Note that the bay to bay input to output wiring must correspond to specific slot positions as illustrated in Figure 13 and Figure 14 in the Installation section Sideframe Option B refer to Figure 14 in the Installation section Sideframe from each bay directly to an output bay This method requires an extra bay but maintains the total capacity of camera inputs in each of the other bays in the system C1555M G 12 07 41 42 Dow nframing To expand the matrix video outputs beyond 32 you can downframe the video from the first CM 9770 M XB to subsequent CM 9770 M XB units for an additional 32 monitor outputs on each matrix bay Refer to Figure 31 You can connect a maximum of eight bays in a downframing configuration for a total M XB capacity of 256 monitors in addition you can increase monitor capacity further by using M DA units for a total single node system capacity of 512 monitors W hen dow nframing video the termination jumpers on the RPC cards in the first bay must be set in the unterminated position Refer to Change the Termination J umpers on a Rear Panel Video BNC Cardin the
83. to provide reasonable protection against harmful interference in a residential 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 determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna e Increase the separation between the equipment and the receiver Connect the equipment into an outlet on a circuit different from that to which the receiver is connected e Consult the dealer or an experienced radio TV technician for help You may also find helpful the following booklet prepared by the FCC How to Identify and Resolve Radio TV Interference Problems This booklet is available from the U S Government Printing Office Washington D C 20402 Changes and M odifications not expressly approved by the manufacturer or registrant of this equipment can void your authority to operate this equipment under Federal Communications Commission s rules In order to maintain compliance with FCC regulations shielded cables must be used with this equipment Operation with non approved e
84. ultiple bay configurations W hen looping video out to another device such as a DVR VCR or switcher set the termination jumpers on the CM 9770 RPC cards to the unterminated position The termination jumpers are set in the appropriate position when your system is configured at the factory by Pelco However if you expand or change your system or purchase a replacement CM 9770 RPC card you may need to change the termination yourself Since the CM 9770 RPC consists of two cards assembled together you must access the termination jumpers on each card in a different way Access the termination jumpers on the right side card as shown in Figure 8 Access the termination jumpers on the left side card as shown in Figure 9 Figure 13 and Figure 14 illustrate sample sideframing configurations Figure 15 illustrates a sample downframing configuration Refer to the Installing Additional M atrix Bays Sideframing and Dow nframing section in the Appendix for detailed instructions on sideframing and dow nframing TERMINATED UNTERMINATED cm 3 2 74 JUMPERS Figure 9 CM 9770 RPC Termination umpers Left Card C1555M G 12 07 Looping Video W hen looping video out to another device such as a DVR VCR or switcher the connection instructions depend on the size of your system as follows
85. ut a Hot Switch CM9700_NIU ID 296 lt Config File NIUConf niu gt FEJ 1 CM9700_MGR ID 297 5 5 Node 5 lt Config Files Node5 gt afa 5 9700 NIU ID 296 lt Config File NIUConf Go 6 Matrix Bay 760 0 0 CC1 port next available sequential ports M XB connection s as necessary NIU connection 1 port 5 note that this connection is made through port 5 on each in the network Other peripherals Any available port s these connections do not have to be in sequential ports 9 05 7 Matrix Bay CM9760_MxB 0 1 9 CM9760_ALM ID 882 10 CM9760_DMR_PAN_TILT ID 881 21 20 Node Keyboard 1 Node 6 lt Config Files Node gt 7 Node 7 lt Config Files Node gt 5 5 CMS700 NIU ID 296 lt Config File NIUConf 6 Matrix Bay 9770 MXB 0 0 21 8 Node Keyboard 1 C1555M G 12 07 32 Table D Data Connections Single Node Hot Switched System M XB connection s CC1 port 6 and next consecutive ports as necessary connected through the hot switch Hot Switch connection 1 port 5 Other peripherals Any available port s connected through the hot switch These connections do not have to be in sequential ports ew Node 1 lt Config Files Node1 gt FEJ 1 CMS700 MGR ID 3 5 CM9760_HS ID 4 Gg 6 Matrix Bay CM9780_MxB 0 0 Bg 7 Matrix Bay
86. xpansion purposes CM 9770 DFL Downframe card and cable assembly with BNC connectors for looping video CM 9770 VCC Video camera card capable of accepting up to 32 camera inputs also requires a rear panel card CM 9770 DFC CM 9770 DFL or CM 9770 RPC CM 9770 RPC Rear panel video card provides 32 BNC connectors used to connect camera inputs to matrix bay CM 9770 C Video monitor card providing 16 monitor outputs requires CM 9770 RPM CM 9770 RPM Rear panel monitor card provides 16 BNCs to connect monitor outputs to matrix bay also interfaces video output signals from video output card CM 9700 VPP Video patch panel provides 32 BNC connections for looping video out of system CM 9700 VPP RK Optional rack mount designed to hold up to 16 CM 9700 VPP patch panels Netw ork Interface Unit CM 9700 NW 1 Network interface unit network CPU and software necessary for joining two or more independent systems together C1555M G 12 07 7 Keyboards The following keyboards are compatible with the System 9770 CM 9760 KBD CM 9760 KBD X CM 9760 KBR CM 9760 KBR X Full function desktop variable speed keyboard 120 VAC 60 Hz Same as CM 9760 KBD except 230 VAC 50 Hz Full function 19 inch EIA rack mount keyboard 120 VAC 60 Hz Same as CM 9760 KBR except 230 VAC 50 Hz o NOTE CM 9760 KBD software version 8 03 or higher is required KBD200A KBD300A Desktop keyboard with full switching capabilities plus push button contro
87. zontal MOUNT s et tM RE best ueni nter pas REP CREER AS DeL HUE Ris 53 9700 Vertical MOUNE aos ox bev ete pereza eed bia PSY Y n rey Y os ERG PAD e Y ee REY a d 53 Mounting the CM 9770 M XB in Open Rack sisse ns 54 C1555M G 12 07 List of Tables 2 IE m nmn OQ m C1555M G 12 07 LEDS MI minated During a Basi G Check ot oa t eoe E teg or pr e RM er ees hee Parere henge 16 Data Connections Single Node Systems Without Hot Switch tren 31 Data Connections Networked System Without a Hot 31 Data Connections Single Node Hot Switched System isis ens 32 Data Connections Networked Hot Switched System iiis een 32 SER Card J umper Assignments for a CM 9700 CC1 System Control 0 0 cece teeter tern nnn 46 SER Card J umper Assignments for a CM 9700 NW 1 Network Interface Unit iiis 46 Video Input Card CM 9770 VCC LEDs ceux ene mex nth ene on ERG YD e Y e REG ael 48 Monitor Output Card CM 9770 VM C LEDS cette meme en 49 Monitor Qutp t Card DIP Switch vios nem Ces as eher ek Ra a knee EEXCO RES E Far e d ba 50 DOS Command Reference Directoy 2 oun P ele teens eed ben al kwon nae DRE P RE CUR a diet 58 CCL Hardware 9

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