Home

Pelco System 9760 Webcam User Manual

1. O OIOIOO Q OJOIO O CM9760 MXB SUPPLIED DOWN 11 1 FRAMING CABLES t r 16X RIBBON COAXIAL BAY 4 OUTPUT BAY BAY 2 2 CM9760 MXB CM9760 MXB Figure 58 CM9760 MXB Sideframing and Downframing Example 496 Video Inputs and 32 Video Outputs 496 x 32 In a new system installation multiple matrix bays are labeled to identify the location of sideframed and downframed bays in the installation for example labels 2A 12A 22A and so on for sideframed bays and labels 2A 2B 2C and so on for downframed bays Figure 58 illustrates a four bay configuration using a combination of sideframing and downframing Bay 12A is sideframed to bay 2A increasing the number of availabl
2. 0000000000000009 SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL 9000000000000000 q 1 1 1 1 1 7 1 q T 1 1 q 2 Q 00000 DOOOOO DOOOOO DOOOOO Cc 9000000000000000 1 1 7 7 T 1 1 1 7 7 7 1 gt 000000000000000 0000000000000000 QQ CM9760 MXB 7 1 1 7 7 7 q q q 4
3. 00000 00000 00000 256 5 1 OOOOO 00000 2000000000000000 CM9760 MXB CM9760 MXB 900000000000000Q 00000 00000 00009 00000 5 257 512 00000 00000 00000 OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOQ
4. SUPPLIED DOWN RAMING CABLES 6 RIBBON COAXIAL UPPLIED DOWN RAMING CABLES 6X RIBBON COAXIAL CAM 1 LOOP OUT SYSTEM LOOPED OUTPUTS ARE NOT TERMINATED CAM 16 LOOP OUT CM9760 MXB 9760 9760 9000000000000000 OOOOOOOOOOOOOOOQ0 f i f N f 00
5. Qaaaa oooood booooo HA 000004 25 00000450 00000 9000000000000000 1 1 1 1 1 1 1 1 1 1 1 1 2 2 1 T 1 1 T 1 1 1 T T 1 T 1 T P 0 5 iQ Gg 00000000000000009 9000000000000000Q0 VIDEO TIE LINES X16 T 9 1 T T 7 1 4 1 T T T 1 T T 1 5 gt 0000000000000009 00000000000000009 SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL CAM 1100 00 SYSTEM LOOPED OUTPUTS
6. 0000000000000000 0000000000000000 0000000000000000 0000000000000000 000000000000000 CM9760 MXB CM9760 MXB CM9760 MXB Figure 80 Sideframing and Downframing 976 x 32 Configuration Looping 1572 9 05 139 SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL 2000000000000000 00000 00000 00000 DOOOOO 00000 DOOOOO 00000 00000 00000 0000000000000009 0000000000000009 0000000000000000 2000000000000000 5 1 256 CM9760 MXB CM9760 MXB 000000000000000 0
7. 0000000000000000 OOOOOOOOOOOOO0000 0000000000000000 0000000000000000 4 1 2 0000000000000000 5 0000000000000000 0000000000000000 rO 8 2 2 3 LL 156 OOO UU TIT OOOOOO0O0000000000 59550000490960690540 OOOOOOOOOOO00000 OOOOOOOOOOOOOOOI 5 0000000000000000 0000000000000000 8 OOOOOOOOOOOOOOOQ gt 00000000000000
8. 00000 DOOOOO 00000 00000 00000 00000 00000 2000000000000000 2000000000000009 5 5 769 976 000000000000000 000000000000000 CM9760 MXB CM9760 MXB CM9760 MXB Figure 81 Sideframing and Downframing 976 x 48 Configuration 140 1572 9 05 5 00000048 00000 ZN GA
9. OOOOO OOOOQ OOOOO 00000 00000 5 OOOOO 513 736 Q OOOOO OOOOO 0000000000000000 OOOOOOOOOOOOOOOOQ 00000000000000009 OOOOOOOOOOOOOOQ 2911 CM9760 MXB MXBL CM9760 MXBL CM9760 CM9760 MXBL Figure 86 Downframing to CM9760 MXBL 736 x 16 Configuration Looping 145 C1572M 9 05 16X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES CAM 1LOOP 0UT SYSTEM LOOPED OUTPUTS ARE NOT TERMINATED CAM 16 LOOP OUT 200000000000000 0000000000000000 OOOOOOOOOOCOOOOOQ OOOOOQOOOOODOOOO 0000000000000000 0000000000000000
10. 00000000000000009 000004 wm booood A 000004 000004 5 in booooo 0000000000000000 5000000000000009 500000000000000 CM9760 MXB CM9760 MXB 9760 Figure 62 Sideframing 736 x 16 Configuration 000000000000000 n l OOOOO 00000 00009 00000 00009 00000 00000 00000 0000000000000000 0000000000000000 20000000000000009 5 1 256 gt 0000000000000009 0000000000000000 0000000000000000 00000000000000009 00000000000000009 00000 200000000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 0000000000000000 0000000000000000 2000000000000000 1 4 mi 25717 00000 00000 5
11. TIE LINES X16 753 VIDEO 769 d um I 000000000000000 UTUIUTUTUTUTUTUTUTUIUTUTUTUTUTUI L _r ococococos 00000 00000 00000 200000 CAMS 513 768 00000 20000 00000 200000 PPPRPPP PPP PPP PPD CM9760 MXB OOOOO 200000 00000 bOOOOQ 00000 5 769 976 00000 7000000 SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL CM39760 MXB CM9760 MXB CM39760 MXB SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL CM39760 MXB CM9760 MXB
12. OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO CM9760 MXBL CM9760 MXBL Figure 85 Downframing to CM9760 MXBL 496 x 16 Configuration Looping C1572M 9 05 144 I e VIDEO TIE LINES X16 S LS a 5 2308 e SaS 9 lt cox 21 es o z5z J AEE gt gt gt 25 lt d 5 2000000000000009 900000000000000 00000000000000009 00000000000000009 OOOOO OOOO0Q 00000 00000 00000 00000 00000 00009 000009 nw 00000 00000 OOOOO OOOOO 00000 00000 245 00000 oa 00000 00000 5
13. 00000 00000 00004 uio 000004 2755 booooo oooood 530 00000 00000 0000000000000000 CM9760 MXB CM9760 MXB OOOOOQOQOOOOOOOO oooood ur 000004 nr za 295 0004 20 ooooo 000000000000000 0000000000000000 0000000000000000 143 ing tion Loop igura 976 x 64 Confi ing d Downframi ing an 84 Sidefram igure F 200000000000000 beu O000000000000000 5000000000000009 5000000000000009 CN 16
14. um DOOOOQ 000004 G3 16X RIBBON COAXIAL SUPPLIED DOWN RAMING CABLES 2000000000000000 S OOOOOOOOOOOOOOQJ ma S o Um C CM9760 MXB CM9760 MXB CM9760 MXB CM9760 MXB Figure 73 Sideframing and Downframing 736 x 32 Configuration C1572M 9 05 132 1572 9 05 VIDEO TIE LINES X16 000000000000009 OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOQ 2000000000000000 0 amp amp _ m cc Q 5
15. 1 1 1 1 1 1 1 1 1 1 9 9 7 9 0000000000000000 2000000000000000 gt 00000000000000 CM9760 MXB 00000000000000 Figure 79 Sideframing and Downframing 976 32 Configuration CM9760 MXB CM9760 MXB CM9760 MXB CM9760 MXB C1572M 9 05 0000000000000009 00000000000000009 0000000000000009 0000000000000000 booooo 004 2505 booooo 4 40 OO00000000000000 000000000000000 9000000000000000
16. CM9760 MXB CM9760 MXB CM9760 MXB CM9760 MXB C1572M 9 05 CM9760 MXBL DOWNFRAME CONFIGURATION EXAMPLES Figure 85 to Figure 87 illustrate CM9760 MXBL downframe configurations TED OOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO 000000 000004 uo 000004 z oooood 3 oooood OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO 2000000000000000 8 5 9 9 8 9 6 8 9 9 9 0 90 OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO z900000000000000 j SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL CM9760 MXB UTPUTS ARE NOT YSTEM LOOPED ERMINATED CAM 16 LOOP OUT CAM 1 LOOP OUT S 0 T OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO
17. 2 2 2 2 2 2 2 2 2 4 2 45 9760 Card esie bebo Sed pp bb 47 nstalling or Replacing CM9760 VMC Video Output Card 2 48 CMS 760 VM otha NI PR NIU T egre 48 Replacing a CM9760 VMC Card 22 2 2 2 2 52 nstalling a CM9760 VMM Video Output Module 4 2 n 4 52 nstalling or Replacing a Power 22 22222222 2 2 2 2 2 2 4 2 53 nstalling a Backup Power Supply 2 4 2 2 2 4 ens 53 Replacing a Power Supply 2 2 2 22 2 2 2 24 2 2 2 2 2 4 4 54 Replacingia Power Supply 55 Enabling Disabling the Power Supply Alarm 2 22 2 2 56 system Pragramming Using DOS 55 5 65 44484 phe p aes ei AY eu doa 57 Performing System 9760 DOS Programming 5 5 22 2 24 2 57 Copying Configuration Files from the CM9700 MGR to the 9700 1
18. ae o 5000000000000000 P dr dfe 00000000000000 4 4 gt lt z 2 8 c 8 8 z 3 z CM9760 MXB C1572M 9 05 VIDEO TIE LINES X16 Eee 2000000000000000 0000000000000000 0000000000000000 2000000000000000 29000000000000000 OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOCOOQ O00004 booooo 45 0000000000000000 OOOOOOOOOOOOOO00 2000000000000000 2000000000000000
19. PORT DESCRIPTION PORT DESCRIPTION 1 RS 232 SYSTEM MANAGER 19 2 RS 232 20 3 NOT AVAILABLE 4 NOT AVAILABLE 5 CM9760 MXB 2A OUTPUTS 1 16 23 6 CM9760 MXB 2B OUTPUTS 17 32 24 7 9760 2C OUTPUTS 33 48 25 8 CM9760 KBD PIN 1111 26 9 27 10 28 11 29 12 30 13 31 14 32 15 33 16 34 17 35 18 36 Figure 5 Sample Port Assignment Table C1572M 9 05 In the sample port assignment table shown in Figure 5 note the following CM9700 CC1 port 1 COM 1 is assigned and configured for the System Manager therefore the System Manager PC should be connected to COM 1 on the CM9700 CC1 NOTE For all systems configured at the factory COM 1 is always configured as the port to be used with the System Manager PC CM9700 CC1 port 2 COM 2 is not assigned or configured for any device Because CM9700 CC1 ports 3 and 4 are not present on the CM9700 CC1 ports 3 and 4 are grayed out and are described as NOT AVAILABLE CM9700 CC1 port 5 is assigned and configured for the 9760 labeled 2A containing video outputs 1 16 therefore the 9760 labeled 2A should be connected to port 5 on the 9700 1 CM9700 CC1 port 6 is assigned and configured for the CM9760 MXB labeled 2B containing video outputs 17 32 therefore the 9760 labeled 2B should be connected to port 6 on the CM9700 CC1 g e CM9700 CC1 port 7 is assigned and configured for the CM9760
20. OOOOOOOOOOOOOO00 OOOOOOOOOOOCOOOOOQ OOOOOOOOOOOOOOO0Q 4 OOOOOOOOOOOOOO000 OOOOOOOOOOOOOOO00 OOOOOOOOOOOOO0O000 OOOOOOOOOOOOOOOQ0 CM9760 MXB add E 000000000090000900 OOOOOOOOOOOOOOO0Q0Q OOOOOOOOOOOOOO00 2000000000000000 9760 r s a OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOQ 2000000000O00O000 CM9760 MXB Figure 74 Sideframing and Downframing 736 x 32 Configuration Looping 133 VIDEO TIE LINES X16 2000000000000008
21. 2000000000000000 0000000000000000 CM9760 MXB CM9760 MXB 1111111171 7 7111 OOOOOOOOOOOOOOCOO OOOOOOOOO00000000 OOOOOOOOOOOOOOCOO OOOOOOOOOOOCOOOOQ OOOOOOOOOOOOOOOO0 00000 DOOOOOQ 00000 00000 00000 00000 5 257 512 00000 OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOO 9000000000000000 OOOOOOOOOOOOOOO CM39760 MXB CM9760 MXB CM9760 MXB gt 000000000000000 00
22. 9000000000000000 9000000000000000 000 00000000000 16X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES CM9760 MXB CM9760 MXB 9760 SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL OOOOOOOOOOOOOOOQ OOOOOOOOOOOOO000 OOOOOOOOOOOOOOOQ 2000000000000000 gt 00000000000000 CM9760 MXB CM9760 MXB CM9760 MXB CM9760 MXB CM9760 MXB Figure 75 Sideframing and Downframing 736 x 48 Configuration 15
23. 57 C1572M 9 05 Setting and Adjusting System Time in a Single Node System 58 Setting and Adjusting System Time in a Multi Node System 62 DOS Filename Conventions 2 222222 22 2 2 2 2 2 2 2 24 2 2 67 DOS Comniand efelelibe 67 System DiaQnOsties esa bre ee 72 Monitoring 019700 004 FUDEtlons 22255 eR a REOR RR NM ER E ERU PEU P 72 Viewing Monitor BoxBIagnostiEs 5 eo Peer pec spe _______ ____ 73 Allocating Monitors to Monitor BOXES zes LUE es ER Dec RE ep urine Dus 74 Entering CM9700 CC1 PC Keyboard Commands 4 2 2 2 75 Viewing Node System Status 77 Entering CM9700 NW1 PC Keyboard Commands 4 2 2 78 Troubleshooting eM M 79 General Troubleshooting 79 Troubleshootirig the CMB700 GCT
24. CM9760 MXB 9760 9760 Figure 65 Downframing 256 48 Configuration Looping C1572M 9 05 124 gt 0000000000000009 00000000000000009 a n OOOOOOOOOOOOOOO OOOOOOOOOOOOOOOOQ 00000000000000009 00000 00009 00000 00000 00000 00000 00000 256 00000 OOOOO CAMS 1 OOOOQ 00000 00009 00000 00000 UPPLIED DOWN RAMING CABLES 16X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL UPPLIED DOWN RAMING CABLES 6X RIBBON COAXIAL 241 0000000000000000 0000000000000000 00000000000000009 i 0 04 9760 9760
25. PS 2 KEYBOARD Figure 3 CM9700 CC1 Connections As illustrated in Figure 3 CM9700 CC1 connections include the following CM9700 MGR PC RS 232 serial communication VGA monitor PS 2 keyboard supplied System devices for RS 422 serial communication for example matrix bays keyboards and pan tilt or dome receivers Power cord supplied For detailed information about each of the above connections refer to the sections that follow NOTE For detailed information about connecting ASCII communication devices to the CM9700 CC1 refer to Appendix A Connecting the CM9700 MGR PC to the CM9700 CC1 NOTES It is recommended that you install the CM9700 MGR software on the PC before connecting the PC to the CM9700 CC1 For CM9700 MGR software installation instructions refer to the CM9700 MGR Software Guide If your system is a networked system containing CM9700 NW1 network interface unit the CM9700 MGR PC connects to the CM9700 NW1 rather than to a CM9700 CC1 To connect the CM9700 MGR to the CM9700 CC1 refer to Figure and do the following 1 Using a null modem cable not provided connect one end of the cable to the COM 1 or COM 2 089 port on the CM9700 MGR 2 Connect the other end of the cable to the 089 port on the CM9700 CC1 NOTE Either 1 or COM 2 on the CM9700 CC1 can be used for connection to the CM9700 MGR PC 1 is configured at the factory for use with the
26. pOOOOQ poocooo ERI booooo Qu pooooojl e 9000000000000000 11 111 1 111 32311111111111117 71 gt lt 1 x lt m 2 s 828 N iO N 0 2 g z n m 900000000000000Q l Joo o 7 00 0000000000000009 i 0000000000000000 0 1 3 1 1 OooooQaaaao000000 4 00 0 0 0 0 00 0 0 MG pooooo peeeele4d 0 4 Ep DOOOOO OOOOQ pooooQ 4 n 00000 p 56 2 OOOOOOOCOOOOOOOQOQ
27. VIDEO TIE LINES X16 PPPPPPPRPPLPP PO PRD CM9760 MXB CM39760 MXB 0600000000000 0 00000000000000 OOOOOQQQOOOOOOO0Q 16X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES C1572M 9 05 9760 9760 CM39760 MXB Figure 77 Sideframing and Downframing 736 x 64 Configuration 9599595 o um oooooq 2 pooooQ pee qeeuw 0000000 pM ooooooooooooooOoQ 1 22111 4 1 m 7 E Gee ee T 5000000000000000 tee 4 4 2 4 4114 4
28. 9760 CM9760 MXB Figure 66 Downframing 256 x 64 Configuration 125 C1572M 9 05 1572 9 05 3 a lt P s 5 29 203 202 8 ge 8 238 238 8 a 5 s lt lt lt S ste nat 528 28 E 2 553 E 228 228 228 Bes gt _ 255 E SEE 585 3p eer 5 M eMMMMMMRSMDO000000000 4 9000000000000000 od Nw a EI ooooo
29. CM39760 MXB SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL gt 000000000000000 00000000000000 CM9760 MXB CM9760 MXB CM9760 MXB CM9760 MXB CM9760 MXB CM9760 MXB CM9760 MXB Figure 83 Sideframing and Downframing 976 x 64 Configuration 1572 9 05 142 VIDEO TIE LINES X16 520999990 500000000000000 000000000000000 0000000000000009 OOOO0000000000000 000000 00000 pooooQ ooooo Z pooood Fa 00000 00009 0000000000000000 500000000000000 1111111111111111 1 4 T 9760 000000000000000 0000 boooo 00000 HAN
30. Figure 19 CM9760 RPC Rear Panel Input Card Installation 35 36 Replacing CM9760 RPC Card A WARNINGS Rear panel card replacement should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when replacing a rear panel card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment NOTE Before replacing a CM9760 RPC card you must remove the front panel of the matrix bay and disconnect the associated CM9760 VCC video input card from the connectors on the backplane and from the connector on the CM9760 RPC card that is to be replaced To disconnect the CM9760 VCC card grasp the two card handles and firmly pull the card toward you until the card is disconnected refer to the nstalling or Replacing a CM9760 VCC Video Input Card section for additional information To replace a CM9760 RPC card do the following 1 Ensure that the associated CM9760 VCC video input card is disconnected as noted above 2 Disconnect BNC and downframe cables as applicable from the CM9760 RPC card being replaced 3 Remove the CM9760 RPC card by loosening the screw at the top and bottom of the card and then pulling the card toward you until it is out of the frame 4 Install the new CM9760 RPC card refer to the nstalling a CM9760 RPC Card section Note that you should set the termination jumpers on the new card to match the j
31. gt 0000000000000009 gt 0000000000 CM9760 MXB CM9760 MXB CM9760 MXB 24 9760 Figure 67 Downframing 256 x 64 Configuration Looping 126 SIDEFRAME AND DOWNFRAME COMBINATION CONFIGURATION EXAMPLES Figure 68 to Figure 84 illustrate configurations using a combination of sideframing and downframing 2000000000000000 OOOOOOOOOOOOOOO00Q OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO 2000000000000000 qq qq qq eq ooqgqq O00 0 000 00000 00 0 2000000000000000 OOOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOO0OQ OOOOOOOOOCOOOOOO00Q o 000004 00004 F oooood 5 OOOOO N OOOOOOOOOOOO00000 OOOOOOOO0O00000000 2000000000000000 CM9760 MXB CM9760 MXB SUPPLIED DOWN FRAMING CABLES 6X RIBBON COAXIAL UTPUTS ARE NOT YST
32. 2 2 22 2 2 2 2 2 2 2 4 2 86 119700 001 9700 Y asa u Ou us D ASA SSS u bet eles Aen 87 CM9700 CC1 TESTPORT 2 2249 554 RR REI kn qaq sa 88 Video Signal Flow through the Matrix 2 2 22 2 22 2 2 2 2 2 4 90 CM9760 MXB Front View Front Panel Removed 91 CM9760 MXB Rear View Single Bay Configuration 22 2 4 91 CMB8760 MXB Alarii POM 92 GM9 60 VEGE Video Input paqa 93 CM9760 VMC Video Output Card 0 9760 1 e 2 94 GM9 60 RPC hear Panel p A E 95 CMB8760 RPL Rear Panel Looping Cand i tad duce _______________ 97 CM9760 RPM Rear Panel Output 2 2 2 2 2 2 2 2 2 4 98 CM9760 BFG Downtrame eere pr 99 CM9760 DFL Downframe Looping 24 2 2 2 ea 100 Matrix Bay Power Supply stih pb Ree EL PP
33. ERI 00000 boooo 000000000000000 2000000000000009 4444144 111111 lt o I 4 m CM9760 MXB I 900000000000000 0000000000000000 0000000000000000 000000000000000 OOOOO zs 54 00 OO000000000000000 CM9760 MXB SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL 9760 9760 9760 SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL SUPPLIED DOWN 16X RIBBON COAXIAL 1100 00 FRAMING CABLES STEM LOOPED JUTPUTS ARE NOT ERMINATED CAM 16 LO
34. a dears 31 CM9700 6CT with Top Cover RembVeld 5 ets te emen exe et cete Re has pts 32 Sample CM9700 SER Card Jumper Assignments 2 2 2 2 2 22 2 33 Termination Jumpers on CM9760 RPC Rear Panel Input Card 35 CM9760 RPC Rear Panel Input Card 8 II n ee 35 Termination Jumpers on CM9760 RPL 4 22 4 2 2 2 37 CM9760 RPL Rear Panel Looping Card IIR ee 38 Termination Jumpers on CM9760 DFC Downframe Card 2 2 24 39 CM9760 DFC Downframe Card II m e e 40 Termination dumpers on CM9 6G04DFL dena PME Sd Eb 41 CM9760 DFL Downframe Looping Card Installation IR e 42 Termination Jumpers on CM9760 RPM 2 2 2 4 2 43 CM9760 RPM Rear Panel Output Card Installation 44 CM9760 VCC Video Input Card Installation Slots 1 16 2
35. 12 VDC POWER SUPPLY IF NECESSARY ACD MALE DB9 SERIAL lt PORT RS 232 RS 422 BLOCK REVERSED CABLE CM9700 CC1 REVERSED CABLE CONNECTIONS WALL BLOCK CM9700 CC1 RJ 45 RJ 45 CONNECTOR CONNECTOR Figure 61 ACD 089 to CM9700 CC1 RJ 45 Connection NOTE The numbering of the screw terminals on the wall block shown in Figure 61 applies to the Pelco RJ 45 wall block A wall block purchased from a supplier other than Pelco may have a different numbering scheme C1572M 9 05 111 ASCII PROTOCOL COMMANDS SUPPORTED BY THE CM9700 CC1 112 The ASCII protocol consists of a basic ASCII character set used to transmit and receive commands between an ASCII communication device ACD and the CM9700 CC1 Each command is identified by an ASCII character Commands that require a numeric value must transmit the ASCII representation of that value in front of the command identifier Most of the commands are terminated with the lowercase letter a Multiplexer and VCR commands are terminated with the lowercase letter m The ASCII protocol also consists of an acknowledgement string that the CM9700 CC1 returns to the ACD The acknowledgement may be a posi tive acknowledgement or a negative acknowledgement A positive acknowledgement consists of the ASCII characters AK terminated with the lowercase letter a as follows AKa A negative acknowl
36. 2911 Figure 87 Downframing to CM9760 MXBL 976 x 16 Configuration Looping 9760 CM39760 MXBL 146 C1572M 9 05 PRODUCT WARRANTY AND RETURN INFORMATION WARRANTY Pelco will repair or replace without charge any merchandise proved defective in material or workmanship for a period of one year after the date of shipment Exceptions to this warranty are as noted below Five years on fiber optic products and TW3000 Series unshielded twisted pair transmission products Three years on Spectra IV products Three years on Genex Series products multiplexers server and keyboard Three years on Camclosure and fixed camera models except the CC3701H 2 CC3701H 2X CC3751H 2 CC3651H 2X MC3651H 2 and MC3651H 2X camera models which have a five year warranty Three years on PMCL200 300 400 Series LCD monitors Two years on standard motorized or fixed focal length lenses Two years on Legacy CM6700 CM6800 CM9700 Series matrix and DF5 DF8 Series ixed dome products Two years on Spectra III Esprit ExSite and PS20 scanners including when used in continuous motion applications Two years on Esprit and WW5700 Series window wiper excluding wiper blades Two years except lamp and color wheel on Digital Light Processing DLP displays he lamp and color wheel will be covered for a period of 90 days The air filter is not covered under warranty Eighteen months on DX Se
37. As illustrated in Figure 55 a power supply contains the following LEDs 10V Lights green to indicate that the 10 VDC power source is functioning properly 10V Lights green to indicate that the 10 VDC power source is functioning properly Frame Fault Flashes red to indicate that the CM9760 VMC video output card or one or more CM9760 VCC video input cards has failed Supply Fault Lights red to indicate that the power supply has failed In addition note the following about the power supply The power supply provides an audible alarm that operates in conjunction with the Fault LEDs located on the front of the power supply For information about enabling and disabling the alarm refer to Enabling Disabling the Power Supply Alarm in the CIM9760 MXB Component Installation or Replacement section The rear of the matrix bay provides a power switch power input receptacle and power supply input fuses for each of two power supplies For information about replacing a fuse refer to Replacing a Power Supply Fuse the CM9760 MXB Component Installation or Replacement section 1572 9 05 101 SIDEFRAMING AND DOWNFRAMING Sideframing downframing or a combination of both sideframing and downframing is required for installation of multiple matrix bays in a 9760 system When expanding video inputs beyond 256 as provided by a single matrix bay the expansion of video inputs occurs in a horizontal manner using a sideframing configuration
38. OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOQ0Q OOOOOOOOOOOOOOO00 QOOO 000000 050004 Z4 oooool 5 OOOOOOOOOOOOOOOQ0Q 20000000000000009 q 7 7 q 7 q q 12A CM9760 MXB eo 0000506000060 9 9 OOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOQ0Q OOOOOOOOOOOOOOOQ oooood 5 O00004 ea gt e D gt o UTPUTS ARE NOT 16X RIBBON COAXIAL CAM 1LOOP OUT SYSTEM LOOPED 0 TERMINATED CAM 16 LOOP OUT SUPPLIED DOWN FRAMING CABLES A ooooooooooooo00dj wee OOOOOOOOOOOOOOOO TR TR 9760
39. TERMINATED Figure 22 Termination Jumpers on CM9760 DFC Downframe Card 2 Locate the desired slot position at the rear of the bay 3 Remove the blank cover plate by loosening the screw at the top and bottom of the plate 4 Slide the new card into the card guides refer to Figure 23 C1572M 9 05 39 ETT ETT Figure 23 CM9760 DFC Downframe Card Installation 5 Push the card into place firmly 6 Tighten the screw at the top and bottom of the card 7 Connect downframe cables as applicable Replacing a CM9760 DFC Card A WARNINGS Rear panel card replacement should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when replacing a rear panel card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment NOTE Before replacing a CM9760 DFC card you must remove the front panel of the matrix bay and disconnect the associated CM9760 VCC video input card from the connectors on the backplane and from the connector on the CM9760 DFC card that is to be replaced To disconnect the CM9760 VCC card grasp the two card handles and firmly pull the card toward you until the card is disconnected refer to the nstalling or Replacing a CM9760 VCC Video Input Card section for additional information To replace a CM9760 DFC card do the following 1 Ensure that the
40. e 14 Location for 0 9700 061 be 4 Mounting the 9700 1 7 4 2 2 2 42 4 14 Connectingthe ES eb ends 6 Powering 9700 00 repro atone dues asad Medan REPTUA Gm ENG POPPA EN P DU MS RU DOE AES 21 Installing CM9760 MXB Matrix 2 2 2 22 2 21 Selecting Location 9760 eese nde end ex Ee ede ee das 21 Mounting the su ROS due Pak Dd st duct ads 22 Verifying CM9760 MXB Component Installation 2 2 2 2 2 2 2 4 2 23 Connecting the CM9760 MXB to the 9700 1 4 25 Connecting Power to the CM9760 MXB IRI ee ee 2 2 26 Powering Onthe 97604 he p adea 26 Checking Diagnostic LEDS pete ar edere teeta mad eee be pe UE Der PE CY 26 Connecting Video Inputs and Video Out
41. OOOOOOOOOOOOOOOQ oOOOOOQQQQOQO000000 OOOO0O0Ctvcc 00000 OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOO000 OOOOOOOOOOOOOO000 2000000000000009 S9oOOOOOOOOOOOOOOQ q 0 N iQ C3 C3 CM9760 MXB SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL CM9760 MXB CM9760 MXB OOOOOOOOOOOOOOQ OOOOOOOOOOOOOOQ CM9760 MXB CM9760 MXB Figure 69 Sideframing and Downframing 496 x 48 Configuration 1572 9 05 128 SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL 2000000000000000 OOOOOOOOOOOOO000 OOOOOOOOOOOOO0O000 OOOOOOOOOOOOOO00 OOOOOOOOOOOOOOO00 08 OOOOOOOOOOOOOOOQ 2000000000000000 qq qq q qqqqgeqq 1 O s3 e CM9760 MXB BO TB O00 0000000900000 gt 0000000000
42. Other devices Any available ports connections do not have to be in sequential ports 9700 NIU lt Config File NILIConf niu gt 1 9700 MGR 5 Node 5 lt Config Files Node5 gt A 5 CM3700_NILI lt Config File NILIConf niu gt Gel Matrix Bay 9760 0 0 fol 7 Matrix Bay 9760 1 0 21 8 Nodel Keyboard 1 27 8 Nodel Keyboard 2 94 10 9760 REL 11 CM9760_ALM 4 12 9760 45 Node B lt Config Files Node6 gt NOTE f you add matrix bays to an existing system you may need to change existing port connections to be able to connect each additional matrix bay to the lowest sequential port possible Connecting Power to the CM9700 CC1 To connect power to the CM9700 CC1 connect the supplied 120 VAC or 230 VAC power cord to the power input receptacle on the CM9700 CC1 and to an approved power source NOTE Do not power on the CM9700 CC1 until all system devices have been connected to the CM9700 CC1 and all system devices have been powered on C1572M 9 05 POWERING ON THE CM9700 CC1 After all system devices have been connected to the CM9700 CC1 and all system devices have been powered on power on the CM9700 CC1 To power on the unit place the power switch in the On 1 position If for some reason you must power off the unit place the power switch in the Off 0 position I
43. 96 CM9760 RPM Rear Panel Output 2 2 2 2 4 2 4 98 CM9760 DFC Rear Panel Downframe Card 2 2 2 2 4 4 2 99 CM9760 DFL Rear Panel Downframe Looping 2 2 2 100 Power SD DEAS Iq 101 Sideframing and Downframing e 2 22 2 2 102 TEES 103 Downframing 252 05 105 Using a Combination of Sideframing and Downframing 107 Downframing to the CM9780 MXBL DR Re xm eek Ide eK be Pakage donee Ee edd 108 re c 109 CM9700 GCT SpBCIfICatIOTS yaa p ee Ra eer Oen ere TOR ERU DeC ES 109 CM9760 MXB Specifications 9 rt ________ _ _____________ ase 109 Appendix A CM9700 CC1 ASCII Protocol Communication 2 2 2 2 2 110 ADD 10 0 9700 001 5 bat xe aw qe ERE RE 110 Connecting an ACD 089 Port to CM9700 CC1 089 Port 2 110 Connecting an ACD 089 Port to a CM9700 C
44. CM9760 MXB 9760 9760 Figure 82 Sideframing Downframing 976 x 48 Configuration Looping C1572M 9 05 141 2000000000000009 0000000000000000 00004 z Go 0000000000000000 000000000000009 1111111111111111 CM39760 MXB 4 5000000000000002 OO00000000000000 OOOOOOOOOOOOOOOQ 497 513 I 000000000000000 00000000000000 00000 DOOOOC 00000 OOOOO 00000 5 257 512 00000 1111111111111117 0 9760
45. Port x ERR Coms Max Retry If the communications line is faulty wired incorrectly or not seated properly the diagnostic screen displays this error If the communications line fails after power up and initialization then a Port x ERR Coms Fatal error appears followed by a Port x ERR Max Retry message Check and correct hardware fault Temporary communications fault Fault will automatically be corrected when communications resume Noise on the data line Check data cables C1572M 9 05 TROUBLESHOOTING THE CM9760 MXB If a problem exists with the matrix bay reset operation of the unit by pressing the Reset button located on the front of the CM9760 VMC video output card All information such as camera and monitor idents is reloaded from the CM9700 CC1 If the problem still exists refer to Table N for additional troubleshooting information Table N Troubleshooting Using CM9760 MXB Diagnostic LEDs LED Color Possible Cause Corrective Action CM9760 VCC Video Input Card LEDs 10 VDC Power LED CR2 not lit Defective fuse s on CM9760 VCC card Remove and inspect fuses on card Replace fuse if defective 10 VDC Power LED CR3 not lit Defective fuse s on CM9760 VCC card Remove and inspect fuses on card Replace fuse if defective Red Comm Fail LED CR1 Card not seated properly Reseat the card Defective CM9760 VCC card Replace the card Red C
46. C1572M 9 05 UNPACKING Various items are supplied with the CM9700 CC1 and with the CM9760 MXB Refer to the Unpacking the CM9700 CC1 and Unpacking the CM9760 MXB sections for a list of items supplied with the units UNPACKING THE CM9700 CC1 The following items are supplied with the CM9700 CC1 9700 1 unit with front rack ears installed 120 VAC 60 Hz power cord USA standard 230 VAC 50 Hz power cord European standard Keyboard PS 2 PS 2 to AT keyboard adapter BNC extraction tool Brackets with a set of 6 screws 8 32 x 0 250 inch pan head Adjustable support rail sets each set includes 1 front mounting rail and 1 rear mounting rail and the following sets of screws 6 Screws 8 32 x 0 375 inch pan head with washers 12 Screws 10 32 x 0 375 inch flat head 4 Screws 10 32 x 0 750 inch Phillips pan head with washers 6 Screws 8 32 x 0 250 inch Phillips pan head UNPACKING THE CM9760 MXB The following items are supplied with the CM9760 MXB 1 1 1 8 1 CM9760 MXB matrix bay with front rack ears installed Power cord For the CM9760 MXB 120 VAC 60 Hz power cord USA standard For the CM9760 MXB X 230 50 Hz power cord European standard NOTE If the matrix bay is shipped with two power supplies installed then two 120 VAC or 230 VAC power cords are supplied RJ 45 reversed data cable Screws and washers for mounting the bay Sheet of video input number labels that can be affixed to
47. 137 Sideframing and Downframing 976 x 32 Configuration 2 2 2 424 138 Sideframing and Downframing 976 x 32 Configuration 0 2 139 Sideframing and Downframing 976 x 48 Configuration 2 2 24 e 140 Sideframing and Downframing 976 x 48 Configuration 0 4 141 Sideframing and Downframing 976 64 Configuration 142 Sideframing and Downframing 976 x 64 Configuration 0 2 2 2 2 22 2 143 Downframing to CM9760 MXBL 496 x 16 Configuration 0 144 Downframing to CM9760 MXBL 736 x 16 Configuration 0 145 Downframing to CM9760 MXBL 976 x 16 Configuration 0 2 2 146 List of Tables o SO Z G m 9 gt RS 422 SERCOM Port Connections in Single Node System with a CM9760 HS Hot Switch 19 RS 422 SERCOM Port Connections in a Single Node System without a CM9760 HS Hot 5 20 SERCOM Port Connections in a Networked
48. A WARNING Failure to power off the CM9700 CC1 can result in serious damage to the equipment 2 Remove the top cover of the CM9700 CC1 refer to the Removing the CM9700 CC1 Top Cover section 3 If replacing an existing CM9700 SER card remove the card from the ISA slot 4 Onthe new CM9700 SER card set the W1 interrupt and W2 address select jumpers refer to Figure 17 and to Table E Note that the jumper settings vary depending on the ISA slot into which the card is to be installed If you are replacing a card the jumper settings should match the settings on the card being replaced 32 C1572M 9 05 W1 IROQ SELECT W2 ADDRESS SELECT PIN2 K K IPIN 4 PIN1 a Figure 17 Sample CM9700 SER Card Jumper Assignments Table E CM9700 SER Card Jumper Assignments ISA Slot Number W1 IR0 Setting W2 Address Setting 1 IR0 10 Pins 1 to 2 and 3 to 4 2 11 Pins 1 to 2 only 3 12 Pins 3 to 4 only 4 805 No jumpers The jumper assignments shown for ISA slot 4 are applicable to the CM9700 CC1 but are not applicable to the CM9700 NW1 A maximum of three CM9700 SER cards can be installed into the CVM9700 NW1 ISA slots 1 2 and 3 The 9700 is shipped from the factory with a minimum of one CM9700 SER card installed into ISA slot 1 5 Install the new CM9700 SER card into the desired slot 6 Reattach the front cover of the CM9
49. FRAME FAULT LED HANDLE Figure 30 CM9760 VMC Video Output Card Installation Slot 17 51 REPLACING CM9760 VMC CARD A WARNINGS 9760 video output card replacement should be performed by qualified only Electrostatic discharge ESD precautions must be observed when replacing a CM9760 VMC card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment Before replacing a CM9760 VMC card note the following The CM9760 RPM card can be replaced while the matrix bay is powered on When installed in the matrix bay at the factory according to your system order the 2 DIP switch and X55 and JP2 jumper settings on the CM9760 RPM card are set in the proper position You must however set DIP switch and jumper settings on a new card as instructed in the procedure below To replace the CM9760 VMC card do the following 1 Remove the front panel of the matrix bay 2 Remove the CM9760 VMC card to be replaced by grasping the two card handles and firmly pulling the card out of the connectors on the backplane and associated rear panel card The card slides out of the slot NOTE Unless the audible alarm on the power supply has been disabled the alarm beeps and the Frame Fault LED flashes red when the CM9760 VMC card is removed 3 Install the new CM9760 VMC card refer to the nstalling a CM9760 VMC Card secti
50. Last Time Adjustment 0 0 0 Total Time Adjustment 0 0 0 Format Example 10 20 5 Adds 10 min 20 5 seconds per day 5 10 61 Subtracts 5 min 10 61 seconds per day kk kk kk ESC TO CANCEL k x gt At the gt system prompt enter the time difference noted in step 1 in the following format mm ss hh or mm ss hh where minus sign A minus sign must be entered if system time is ahead of RTC time and must be slowed for synchronization with RTC time mm minutes ss seconds hh hundredths of a second For example to enter the time difference of 2 minutes and 30 seconds noted in step 1 in order to slow system time over the next 24 hours enter the following 02 30 00 63 64 5 Press Enter The adjustment is displayed For example for the adjustment of 02 30 00 that was made in step 4 the following line appears Last Adj 2 30 0 Tota where Last Adj displays the 2 30 0 ast time adjustment that was made in minutes seconds and hundredths of a second In the example the last adjustment that was made is 2 30 0 Total displays the tota time adjustment that was made in minutes seconds and hundredths of a second In the example the total adjustment that was made is 2 30 0 6 If desired press Alt N to check the system time The line containing the system time appears similar to the following Fri June 24 15 40 23 2005 CM9700 NIU Ver xxx xxx Setup file 2
51. opt br ee 79 Troubleshooting the 9760 2 2 2 2 2 2 2 2 rel 81 9700 001 000 0 lt rre te bee exes eeu adr TENA d 82 apuma E 82 PTS 83 REST 84 Directory Structure 86 CREE 87 TESTPORT er DE ED 88 d ea 88 9760 1 lt lt det ebd V quu 89 861510 s 89 Functional System RR edad abd 89 91 UEBER 91 Video Input dnd Output Cards e RR eda De DER EORR ED E UE BR er s uma edd deciden 93 CM9760 VCC Video Input t tpe tea darte aep Serre esee es Pise Ode Sera idu 93 GM9 B0 VM E Video OutputiGard er tacta Fatti ee d Ere P beds 94 Rear Panel Cards REMEDIA 95 CM9760 RPC Rear Panel Inp t lear Dads 95 GM9760 RPL Rear Panel Looping Cardis eR RE ea Pia adi de ed METIRI
52. 8 C1572M 9 05 System Overview This section provides an overview of the System 9760 video matrix switching control system hereinafter referred to simply as the 9760 system The following information is provided Description of the basic components of the 9760 system Summary listing of 9760 system device models and compatible equipment DESCRIPTION The 9760 system allows control and monitoring of up to 2 048 video input devices for example cameras and 512 video output devices for example monitors The 9760 system consists of the following basic components refer to Figure 1 9700 1 central processing unit CPU Controls system operation and therefore is also commonly referred to as the controller Connects to a wide variety of peripheral equipment Detailed information about the CM9700 CC1 is provided in this manual 9760 matrix bay Performs all video switching functions as directed from the CM9700 CC1 Connects to a maximum of 256 video input devices and 16 video output devices Detailed information about the CM9760 MXB is provided in this manual CM9760 KBD keyboard Provides the user interface to system operations Detailed information about the CM9760 KBD is provided in the CM9760 KBD KBR Keyboard Installation Operation manual CM9700 M the System CM9700 M GR system management software Allows easy system setup and configuration and therefore is also commonly referred to as Manager Requ
53. 9760 e x z 5 z 5 9760 9760 136 a 5 a m x 25 as a 22 zs amp SE 6X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL TERMINATED CAM 16 LOOP OUT SYSTEM LOOPED OUTPUTS ARE NOT CAM 1 LOOP OUT VIDEO TIE LINES X16 00000 DOOOOOQ 00000 00000 00000 256 5 12 00000 00000 00000
54. Note the following The CM9760 MXB uses the CM9760 MPS power supply 120 VAC 60 Hz The CM9760 MXB X uses the CM9760 MPS X power supply 230 VAC 50 Hz A power supply provides an audible alarm that operates in conjunction with the Fault LEDs located on the front of the power supply By default the alarm is enabled You can disable the alarm if desired For additional information refer to the Enabling Disabling the Power Supply Alarm section INSTALLING A BACKUP POWER SUPPLY NOTE You can install a backup power supply while the matrix bay is powered on You do not need to turn off power to the unit To install a backup power supply do the following 2 C1572M 9 05 Remove the blank plate from the unoccupied power supply slot Align the power supply in the mounting rails and then slide the power supply into the slot refer to Figure 32 Press firmly on the front of the power supply until it is firmly seated into the rear connector Tighten the two captive panel screws at the top and bottom of the power supply Plug the power cord into the power input receptacle of the power supply Plug the other end of the power cord into the power source Place the power switch of the power supply in the On I position Figure 32 CM9760 MXB Backup Power Supply Installation 53 REPLACING A POWER SUPPLY To replace
55. Printer not allocated NOTE Printer port is reserved for future use C1572M 9 05 75 76 Table J CM9700 CC1 PC Keyboard Command Functions Continued Function Keyboard Command System Box Display Message Toggle system error printing on off Alt R System Error Print or System Error Print OFF NOTE Printer port is reserved for future use Toggle system synchronization diagnostic trap on off Alt T Resynch Trap Offline or Resynch Trap Online Toggle system diagnostics on off When system diag Alt D Demo On nostics is off the diagnostic screen is visible but is not or updated Demo Off Toggle system error reporting on off When system error Alt S System on reporting is off the System box is not updated with or system error messages When a visual display of error System off reporting is not necessary it is recommended that error reporting be turned off to reduce system load Toggle between master slave units PC keyboard and monitor using ChangeOver system Trigger alarm points 1 to 9 test function Shift function key to F9 which corre spond to alarm points 1 to 9 respectively Clear message displayed in System box Space bar C1572M 9 05 VIEWING MULTI NODE SYSTEM STATUS The CM9700 NW1 provides a diagnostic screen that displays multi node system status during the initialization of the CM9700 NW1 and any changes in system status that occur after the in
56. To ensure proper operation of the CM9760 VMC card reset the card by pressing the Reset button on the card For about five seconds the audible alarm on the power supply beeps and the Frame Fault LED flashes red Then reattach the front panel of the matrix bay C1572M 9 05 INSTALLING OR REPLACING A CM9760 VCC VIDEO INPUT CARD C1572M 9 05 CM9760 VCC video input cards are installed into the front of the matrix bay behind the front panel For an initial system installation the cards are installed at the factory as ordered CM9760 VCC cards and associated rear panel cards can be added to expand a system or can be replaced if necessary To install or replace a CM9760 VCC card refer to the sections that follow INSTALLING A CM9760 VCC CARD A WARNINGS CM9760 VCC video input card installation should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when installing a CM9760 VCC card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment Before installing a CM9760 VCC card note the following A CM9760 VCC card can be installed while the matrix bay is powered on A CM9760 VCC card can be installed into any available slot ranging from slot 1 to slot 16 totaling a maximum of 16 CM9760 VCC cards A CM9760 VCC card cannot be installed into slot 17 slot 17 is reserved for the CM9760 VMC video output card Fach slot pos
57. Command Command Description Pan and Tilt Commands Pan Left Stop Pan Left Pan Right Stop Pan Right 1 64 La La 1 64 Ra Ra Moves the currently selected pan and tilt device to the left at the speed indicated The speed ranges from 1 64 1 is the slowest speed and 64 activates Turbo mode Note the following f the speed is omitted some devices move at their default speed and other devices move at their slowest speed The speed has no effect on fixed speed devices therefore omit the speed when controlling a fixed speed device Stops left panning of the currently selected pan and tilt device Moves the currently selected pan and tilt device to the right at the speed indicated The speed ranges from 1 64 1 is the slowest speed and 64 activates Turbo mode Note the following f the speed is omitted some devices move at their default speed and other devices move at their slowest speed e The speed has no effect on fixed speed devices therefore the speed should be omitted when controlling a fixed speed device Stops right panning of the currently selected pan and tilt device Tilt Up Stop Tilt Up 1 63 Ua Ua Moves the currently selected pan and tilt device up at the speed indicated The speed ranges from 1 63 1 is the slowest speed and 63 is the fastest speed Note the following e f the speed is omitted some devices move at their default speed and other dev
58. Mountingthe GM9700 DG cia aa usu Z tob RM DERE aie ean ahd Fm Ae Eo aeu a 15 GM9700 CCT GONMECHIONS 16 CM9700 MGR to CM9700 CC1 Null Modem Cable 5 2 2 17 sample Port Assignment Table Abu dee meets ood 18 Mounting the CM9760 MXB 222 22 24 2 2 2 42 22 Sample Downframe Cable 0 5 2 22 222222 2 2 2 2 2 2 2 22 2 42 2 23 CM9760 MXB Front Panel l e 24 sample CM9760 MXB Configuration s ss erk ea gence ducati nde Vasu heh ya mde e edo beens gine gue S 24 9700 to CM9700 CC1 Connections sss a orc ptr _______________ _ 25 CM9760 MXB Power Connections Two Power Supplies 4 2 26 CM9760 VCC and CM9760 VMC Diagnostic LEDS 22 2 2 4 27 Fuse Locations on CM9760 VCC and CM9760 VMC 2 28 9760 Video Input and Output Connections 2 2 2 2 29 GM9 00 CG1 Top Cover Hamoayal 2 25 3
59. OOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO 2000000000000000 4 c3 o e CM9760 MXB CM9760 MXB 123 Figure 64 Downframing 256 x 48 Configuration CM9760 MXB C1572M 9 05 16 RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES 2000000000000000 OOOOOOOOOOOOOOO0 OOOOOOOOOOOOOOO0 OOOOOOOOOOOOOOO0 OOOOOOOOOOOOOOO0 OOOOOQOOOOOOOOOO 2000000000000000 16X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES UTPUTS ARE NOT YSTEM LOOPED ERMINATED CAM 16 LOOP OUT CAM 1100 00 S 0 1 e 00000000 2
60. The CM9700 NW1 continues to poll until each port connected to a 00 CC1 has responded with the download information The diagnostic screen also indicates when the CM9700 MGR PC referred to as the PC goes online The CM9700 NW1 diagnostic screen changes only when a change in system status occurs For example if port 8 is online as shown in Figure 37 but then goes offline the diagnostic screen then displays the offline condition including the date and time of the occurrence Fri Jul 24 15 23 13 2005 Port 8 off line When port 8 goes online the diagnostic screen then displays the online condition including the date and time of the occurrence Fri Jul 24 16 20 23 2005 Port 8 on line The diagnostic screen also indicates a change in status of the CM9700 MGR PC For example the diagnostic screen displays the following when the CM9700 MGR PC goes offline and then back online Fri Jul 23 16 21 32 2005 Admin PC off line Fri Jul 23 16 30 24 2005 Admin PC on line C1572M 9 05 TI 78 ENTERING CM9700 NW1 PC KEYBOARD COMMANDS Using the keyboard connected to the AT compatible keyboard port of the CM9700 NW I you can enter commands to perform certain functions Refer to Table K for a list of CM9700 NW1 functions and associated keyboard commands Table K CM9700 NW1 PC Keyboard Command Functions CM9700 CC1 nodes continue Function Keyboard Command Display operator node information Alt 0
61. bere 101 9760 Sideframing Example 496 Video Inputs and 16 Video Outputs 496 16 103 9760 Downframing Example 256 Video Inputs and 32 Video Outputs 256 32 105 9760 Sideframing and Downframing Example 496 Video Inputs and 32 Video Outputs 496 32 107 Downframing to CM9760 MXBL Example 256 Video Inputs and 16 Video Outputs 256 16 108 5 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 ACD to CM9 00 CC1 DB9 Connectlom 22222 55255 NER ehh TREE OR Y Ayr ep dde 110 ACD DBS to CM9780 CC1 RJ 45 Conmnecti n u erre peo E 111 Sideframing 736 x 16 aes cene SUR 122 Sidetraming 976 x 16 Configuration 122 256 48 ConfigufatlOn Een oo De URS dai abeo dE ers 123 Downtraming 256 x 48 Configuration LOOPING Rt eR deser Sad DR EXE uated du V aden d ids 124 Downframing 256 x 64 Configuration 222222 2 22 2 2 e 2 24 2 125 Downframing 256 x 64 Configurat
62. you may do one of the following If the goods are to be sent by a COURIER SERVICE send the goods to Pelco 3500 Pelco Way Clovis CA 93612 5699 USA If the goods are to be sent by a FREIGHT FORWARDER send the goods to Pelco c o Expeditors 473 Eccles Avenue South San Francisco CA 94080 USA Phone 650 737 1700 Fax 650 737 0933 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 Manual Date C1572M 9 05 Comments Pelco the Pelco logo Coaxitron Spectra Genex Endura Esprit ExSite Camclosure Legacy and System 9760 are registered trademarks of Pelco Spectra Ill is a trademark of Pelco Microsoft MS DOS Windows and Windows NT are registered trademarks of Microsoft Corporation Pentium is a registered trademark of Intel Corporation DLP is a registered trademark of Texas Instruments Inc Original version This manual supersedes component manuals for the CM9760 CC1 C541M CM9760 MXB 543 and System 9760 Installation C1503M Copyright 2005 Pelco All rights reserved PELLO Worldwide Headquarters 3500 Pelco Way Clovis California 93612 USA USA 8 Canada Tel 800 289 9100 Fax 800 289 9150 International Tel 1 559 292 1981 Fax
63. 0 0 Bel 6 Matrix Bay 9760 1 0 7 9750 21 8 1 Keyboard 1 21 9 1 Keyboard 2 9 10 9760 REL 11 CM9760_ALM Table C SERCOM Port Connections in a Networked System with CM9760 HS Hot Switch Device SERCOM Port Connection CM9700 MGR Device Tree Port Assignments CM9760 HS Port 5 9700 lt Config File NIUConf niu gt 1 9700 MGR E A 5 Node 5 lt Config Files Node5 gt CM9700 NW1 Port 6 connected through the hot switch 5 9760 HS network interface unit A 5 CMS700 NIU lt Config File NIUConf niu gt fal 7 Matrix Bay CMS750 MXB 0 0 Ga 8 Matrix Bay CMS750 MXB 1 0 Matrix bay s Port 7 and next sequential ports as necessary 5 9 Node Keyboard 1 connected through the hot switch 177 10 1 Keyboard 2 92 11 8760 REL 12 CM9760_ALM Other devices Any available ports connected through the hot 5 7 13 CM9760 EXTA switch connections do not have to be in 8 8 6 Node lt Config Files Node6 gt sequential ports 2 Table D SERCOM Port Connections in a Networked System without a CM9760 HS Hot Switch Device SERCOM Port Connection CM9700 MGR Device Tree Port Assignments CM9700 NW1 network interface unit Port 5 on each CM9700 CC1 in the network Matrix 5 Port 6 and next sequential ports as necessary
64. 0 375 inch pan head screws and washers that were attached to the front and rear mounting support rails in step 2 above 5 Repeat steps 3 and 4 for the second set of support rails 6 Place the CM9700 CC1 onto the support rails and slide the unit into the rack The CM9700 CC1 should slide in and out of the rack easily A DANGER When sliding the CM9700 CC1 out of the rack be careful not to let the unit fall out of the rack 7 Fasten each rack ear of the CM9700 CC1 to the equipment rack using two 10 32 x 0 750 inch Phillips pan head screws and washers for each ear 14 1572 9 05 1572 9 05 8 SCREWS 10 32 X 0 375 INCH FLAT HEAD REAR MOUNTING SUPPORT RAIL FRONT MOUNTING SUPPORT RAIL 6 SCREWS 8 32 X 0 375 INCH PAN HEAD WITH WASHERS 4 SCREWS 10 32 X 0 375 INCH FLAT HEAD BRACKET SIDE VIEW CM9700 CC1 v 4 6 SCREWS 8 32 X 0 250 INCH PAN HEAD 3 EACH SIDE 4 SCREWS 10 32 X 0 750 INCH PHILLIPS PAN HEAD WITH WASHERS SLOTTED HOLES TOWARDS FRONT TAPERED ENDS OF UNIT TOWARDS REAR OF UNIT Figure 2 Mounting the CM9700 CC1 CONNECTING THE CM9700 CC1 System 9760 devices and other equipment connect to the rear panel of the CM9700 CC1 refer to Figure 3 CM9700 MGR PC VGA MONITOR CM9700 CC1 RS 422 SERCOM PORT CONNECTIONS ELBE
65. 04 22 97 04 22 97 9 889 bytes 8 8 12 124 12 12 12 12 12 12 12 11 11 50 50 50 50 50 50 50 50 50 2 133 393 408 bytes free 14 29 03 18 Tue 07 19 2005 C TESTPORT gt Figure 43 CM9700 CC1 TESTPORT Directory DOS DIRECTORY The DOS directory contains the commands and programs associated with MS DOS From the root directory you can access the DOS subdirectory by entering cd dos and then pressing Enter The CADOS prompt appears To view the contents of the DOS directory enter dir and then press Enter A list of files in the DOS directory scrolls quickly To be able to view the contents one screen at a time enter dir p and then press Enter If you also want to display the contents in wide format enter dir w p and then press Enter Note that the HELP file is contained within the DOS directory The HELP file provides information about MS DOS commands To view the HELP file from the CADOS directory enter help and then press Enter The MS DOS command reference appears which provides detailed information about the various MS DOS commands NOTE You can access the HELP file at any command prompt by entering help You do not need to be in the DOS directory to access the HELP file For additional information about DOS as it relates to the 9760 system refer to the System Programming Using DOS section C1572M 9 05 CM9760 MXB Matrix This section provides detailed inf
66. 1 ITR 4 E 5 50 1 9 T 9 7 T 1 q 1 9 1 T 1 1 1 19 1 i T 1 1 1 T 1 T 1 T 4 CM9760 MXB CM9760 MXB CM9760 MXB 2 009000000000000 f 0000000000000000 MK 000004 Z9 000004 82 H 00000 00000000000000 f f 5 5 500000000000000
67. 1 559 348 1120 www pelco com 1509001 United States Canada United Kingdom The Netherlands Singapore Spain Scandinavia France Middle East
68. 28 a Align the top and bottom edges of the card with the top and bottom card guides of the matrix bay b Slide the card toward the rear of the matrix bay until the card is seated firmly with the connectors on the backplane and with the associated rear panel card connector Note that unless the audible alarm on the power supply has been disabled the alarm beeps twice and the Frame Fault LED flashes red twice The LEDs on the CM9760 VCC card indicate proper operation 3 Reattach the front panel of the matrix bay SLOT 17 RESERVED FOR VIDEO INPUT CARDS SLOTS 1 16 VIDEO OUTPUT CARD CARD HANDLE Figure 28 CM9760 VCC Video Input Card Installation Slots 1 16 1572 9 05 REPLACING A CM9760 VCC CARD A WARNINGS CM9760 VCC video input card replacement should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when replacing a CM9760 VCC card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment To replace a CM9760 VCC card do the following 1 Remove the front panel of the matrix bay 2 Remove the CM9760 VCC card to be replaced by grasping the two card handles and firmly pulling the card out of the connectors on the backplane and associated rear panel card The card slides out of the slot 3 Install the new card into the slot of the card being
69. ASCII character set to transmit and receive commands between an ACD and the CM9700 CC1 The commands used to control pan and tilt mechanisms fixed and variable speed camera functions auxiliary relays alarms multiplexers VCRs and system tasks such as macros An IDT port communicates in a standard asynchronous byte oriented protocol that includes 1 start bit 8 data bits odd even or no parity and 1 stop bit This appendix provides information about the following ACD to CM9700 CC1 connections ASCII protocol commands supported by the CM9700 CC1 ACD TO CM9700 CC1 CONNECTIONS You can connect an ACD to the CM9700 CC1 in either of the following ways ACD 089 connection to CM9700 CC1 089 COM 1 or COM 2 via RS 232 communication standard Refer to the Connecting an ACD DB9 Port to a CM9700 CC1 DB9 Port section for wiring information ACD 089 RS 232 connection to CM9700 CC1 RJ 45 RS 422 In this case the Pelco PV140 RS 232 RS 422 converter is used to provide a bidirectional electrical interface between the RS 232 port of the ACD and the RS 422 port of the CM9700 CC1 Refer to the Connecting an ACD 083 Port to a CM9700 CC1 45 Port section for wiring information CONNECTING AN ACD 089 PORT TO A CM9700 CC1 089 PORT Connect a DB9 port of the ACD to the DB9 COM 1 or COM 2 port of the CM9700 CC1 using a null modem cable Refer to Figure 60 for wiring connections In Figure 60 the ACD connects to the COM 2 port of the CM9700 CC
70. As a result additional matrix bays must be installed in nearby racks For detailed information refer to the Sideframing section When expanding video outputs beyond 16 as provided by a single matrix bay the expansion of video outputs occurs in a vertical manner using a downframing configuration As a result additional matrix bays must be installed in the same rack For detailed information refer to the Downframing section When expanding video inputs beyond 256 and video outputs beyond 16 a combination of sideframing and downframing is used The maximum capacity of a single node system is 2 048 video inputs and 128 video outputs For detailed information refer to the Using a Combination of Sideframing and Downframing section NOTE When using CM9760 MDA units you can increase the video output capacity to a maximum of 512 When more than 128 video inputs and a maximum of 16 video outputs are required in a system that also requires looping downframing to the CM9760 MXBL is required to loop out the video For detailed information refer to the Downframing to the CM9760 MXBL section 102 C1572M 9 05 SIDEFRAMING If more than 256 video inputs are required multiple matrix bays must be installed in a sideframe configuration Sideframing allows the video outputs of a bay to be connected to the video inputs of another bay to which the video output devices for example monitors VCRs and so on are connected The bay to which the video
71. CM9760 MXB Figure 70 Sideframing and Downframing 496 x 48 Configuration Looping 129 1572 9 05 6 RIBBON COAXIAL 24 58 8 oc 53 16X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES C1572M 9 05 00000 00000 00000 00000 00000 256 00000 00000 00000 00009 00000 00000 00000 00000 00000000000000009 0000000000000000 0000000000000000 OOOOOOOOOOOOOOOQ PPPPPRPPPPPP PPD CAMS 1 CM9760 MXB 0 9760 00600090 0600 00000 0 gt 9000000000000009 00000000000000009 000000000000000 0000000000000000 0 9760 OOOOO 00000 00000 00000 00000 496 00000 00000 00000 5 257 00000 00000 00000 00000 00000 00000 00000000000000009 00000000000000009 0000000000000000 00000000000
72. Display set time adjustment parameters Alt L Display system version level Alt N Display tie line information Alt T Display updated tie line information Alt X Toggle CM9700 NW1 system diagnostics on off When system diagnostics is off the CM9700 NW1 Alt S diagnostic screen is visible but is not updated Stop operation of the CM9700 NW1 operation of Refer to the System Programming Using DOS section for detailed information about setting and adjusting time in a multi node system C1572M 9 05 Troubleshooting This section provides the following troubleshooting information for the 9760 system General troubleshooting guidelines CM9700 CC1 hardware and system error troubleshooting 9760 troubleshooting using the CM9760 MXB LEDs For additional troubleshooting information relating to other 9760 system devices refer to the manual supplied with the device GENERAL TROUBLESHOOTING GUIDELINES Begin troubleshooting a problem with the 9760 system by perform the following troubleshooting steps as appropriate 1 Ensure that all power cords are attached 2 Ensure that all power switches are in the ON position 3 Ensure that all cables are installed in the proper location and are fully seated 4 Ensure that all cards are installed in the proper location and are fully seated 5 Ensure that all DIP switches and jumpers are properly set TROUBLESHOOTING THE CM9700 CC1 Problems with the CM9700 CC1
73. Figure 39 the rear of the CM9700 CC1 includes the following Printer port Female DB25 connector reserved for future use Physical ports 1 2 and 5 36 1 port 1 and COM 2 port 2 Male DB9 connectors for RS 232 serial communication COM 1 is configured at the factory for connection to the CM9700 MGR PC Serial communication SERCOM ports 5 36 Female RJ 45 connectors for RS 422 communication to system devices such as CM9760 MXBs and CM9760 KBDs The default configuration of the CM9700 CC1 contains 16 SERCOM ports ports 5 20 The ports are provided by two CM9700 SER serial communication cards installed on the CM9700 CC1 motherboard Each card provides 8 SERCOM ports Depending on system requirements up to two additional CM9700 SER cards can be ordered providing up to 16 additional ports ports 21 36 If four CM9700 SER cards are installed the total number of SERCOM ports is 32 For information about adding or replacing CM9700 SER cards in an existing system refer to nstalling or Replacing a CM9700 SER Card in the CIM9700 CC1 Component Installation or Replacement section Note that a maximum of 120 SERCOM ports can be achieved with a configuration of 3 CM9700 SER cards 8 ports each and 3 CM9700 SER 32 port expander assemblies 32 ports each For information about CM9700 SER 32 port expander assemblies refer to the CM9700 SER 32 Port Expander Installation Operation manual NOTE Ports 3 and 4 are not present on th
74. For example pressing the F1 key causes the following prompt to appear A locate Box x to locate Box 1 to 2 Enter the number of the monitor you want to assign to the monitor box and then press the Enter key The desired monitor is displayed in the monitor box C1572M 9 05 ENTERING CM9700 CC1 PC KEYBOARD COMMANDS Using the PC keyboard connected to the AT compatible keyboard port of the CM9700 CC1 you can enter commands to perform certain functions or to obtain system status information in the System box on the diagnostic screen Refer to Table J for a list of CM9700 CC1 functions and associated PC keyboard commands Table J CM9700 CC1 PC Keyboard Command Functions Function Keyboard Command System Box Display Message Allocate monitor box 1 to 8 on diagnostic screen Stop system operation Function key F1 to F8 which correspond to monitor box 1 to 8 respectively Ctrl 0 Example Pressing F1 to allocate monitor box 1 results in the following message Allocate Box 1 to Refer to the Allocating Monitors to Monitor Boxes section for additional information Exit to DOS prompt NOTE When Ctrl 0 is entered the 9760 system stops operating and the C 9700 prompt appears The CM9760 KBDs go offline and the time and date titling on the monitor outputs from the CM9760 MXB stop at XX XX 59 Operators then lose control of the system It is recommended that system operation be stopped during off
75. Frame Fault LED Failure of one or more video input output cards Refer to the CIM9760 VCC Video Input Card LEDs and CM9760 VMC Video Output Card LEDs sections above for possible causes Refer to the CM9760 VCC Video Input Card LEDs and CM9760 VMC Video Output Card LEDs sections above for corrective actions Red Supply Fault LED Failure of associated power supply module Replace power supply module C1572M 9 05 81 CM9700 CC1 Controller This section provides detailed information about the CM9700 CC1 The following information is provided Description of the functions of the CM9700 CC1 Fron t and rear views of the CM9700 CC1 Description of the DOS directory structure of the CM9700 CC1 NOTE For CM9700 CC1 installation information refer to the System Setup and CM9700 CC1 Component Installation or Replacement sections DESCRIPTION The CM9700 CC1 is the central processing unit CPU of the 9760 system components of the 9760 system connect to and communicate with the CM9700 CC1 82 The CM9700 CC1 runs under DOS 6 22 For a description of the DOS directory structure of the CM9700 CC1 refer to the Directory Structure section Note the following To ensure uninterrupted operation a backup CM9700 CC1 be added to a 9760 system by means of the CM9760 HS hot switch For additional information refer to the System 9760 CM9760 HS Hot Switch Installation Operation manual The CM9700 CC1
76. NW1 goes offline each node reverts to its own internal system time To set system time using the CM9700 NW1 PC keyboard do the following 1 Press Ctrl 0 to exit the CM9700 NW1 diagnostic screen The screen provides a display similar to the following Program end Vectors reset 11 36 49 12 Mon 06 22 2005 C NETWORK gt _ 2 At the prompt enter time and then press Enter The currently set time is displayed and the following prompt appears Enter new time 3 Do the following a Enter a time equaling the top of the hour in the xx xx xx xx format followed by the letter a for AM or p for PM for example 2 00 00 00p for 2 00 PM Do not press Enter b Wait for the RTC to approach the top of the hour When the RTC equals the top of the hour press Enter 4 At the C NETWORK gt prompt invoke the system executable by entering net and then press Enter The system time entered in step 3 is displayed on all monitors in the system After the system has run 24 hours or a multiple of 24 hours you can adjust system time if the system clock is running fast or slow when compared to the RTC To adjust system time refer to the Adjusting System Time in a Multi Node System section C1572M 9 05 Adjusting System Time in a Multi Node System To adjust system time in a multi node system do the following C1572M 9 05 1 Wait 24 hours or a multiple of 24 hours if necessary since the system time was set and then compare the s
77. No power required Matrix bay power supply spare Operates on 120 VAC 60 Hz Matrix bay power supply spare Operates on 230 VAC 50 Hz Rear panel input card Provides 16 BNC connectors to connect video inputs to matrix bay Double wide rear panel card for single bay looping Reduces maximum number of inputs to 128 Downframe rear panel card and cable assembly Connects multiple matrix bays for expansion purposes Downframe rear panel card and cable assembly with BNC connectors for looping video Video input card capable of accepting up to 16 video inputs Also requires a rear panel card CM9760 DFC CM9760 DFL or CM9760 RPC or CM9760 RPL Rear panel output card Provides 16 BNCs to connect video outputs to matrix bay Also interfaces video output signals from CM9760 VMC4 CM9760 VMC8 CM9760 VMC12 or CM9760 VMC16 video output card Video output card providing 4 video outputs Requires CM9760 RPM Video output card providing 8 video outputs Requires CM9760 RPM Video output card providing 12 video outputs Requires CM9760 RPM Video output card providing 16 video outputs Requires CM9760 RPM Video output module Expands outputs of CM9760 VMC4 CM9760 VMC8 and CM9760 VMC12 video output cards Full function desktop variable speed keyboard Operates on 120 VAC 60 Hz Same as CM9760 KBD except operates on 230 VAC 50 Hz Full function 19 inch EIA rack mount keyboard Operates on 120 VAC 60 Hz Same as CM9760 KBR except operat
78. Switch Installation Operation manual To set the system time using the CM9700 CC1 PC keyboard do the following 1 From the CM9700 CC1 diagnostic screen press Alt N to display the current configuration filename The configuration filename is displayed in the System box You will need to enter the name later in this procedure when directed Press Ctrl to exit the 9760 system The C 9700 gt prompt appears At the prompt enter time and then press Enter The currently set time is displayed and the following prompt appears Enter new time Do the following a Enter a time equaling the top of the hour in the xx xx xx xx format followed by the letter a for AM or p for PM for example 2 00 00 00p for 2 00 PM Do not press Enter b Wait for the RTC to approach the top of the hour When the RTC equals the top of the hour press Enter At the C 9700 gt prompt invoke the system executable by entering startup and then pressing Enter After the CM9700 CC1 initializes the CM9700 CC1 diagnostic screen appears In addition the system time entered in step 4 is displayed on all monitors in the system After the system has run 24 hours or a multiple of 24 hours you can adjust system time if the system clock is running fast or slow when compared to the RTC To adjust system time refer to the Adjusting System Time in a Single Node System section C1572M 9 05 Adjusting System Time in a Single Node System To adjust syste
79. a power supply do the following 1 Remove the power supply to be replaced as follows a Place the power switch in the Off 0 position b Disconnect the power cord from the power source c Remove the power supply from the power supply slot as follows 1 Loosen the two captive panel screws at the top and bottom of the power supply 2 Pull the power supply toward you The power supply slides out of the slot 2 Install the new power supply as follows a Align the power supply in the mounting rails and then slide the power supply into the slot b Press firmly on the front of the power supply until it is firmly seated into the rear connector c Tighten the two captive panel screws at the top and bottom of the power supply d Plug the power cord into the power source e Place the power switch of the power supply in the On I position C1572M 9 05 REPLACING A POWER SUPPLY FUSE The rear of the matrix bay provides a separate power input receptacle for each power supply Fach power input receptacle is equipped with a fuse holder refer to Figure 33 Each fuse holder provides a spare fuse to be used when replacing a blown fuse A WARNING Failure to replace a fuse with a fuse of the same rating can result in serious damage to the matrix bay To replace the fuse in a power supply do the following 1 Remove the power cord from the power input receptacle 2 Using a small screwdriver pry the fuse holder out of the socket T
80. associated CM9760 VCC video input card is disconnected as noted above 2 Disconnect downframe cables as applicable from the CM9760 DFC card being replaced 3 Remove the CM9760 DFC card by loosening the screw at the top and bottom of the card and then pulling the card toward you until it is out of the frame 4 Install the new card refer to the nstalling a CM9760 DFC Card section Note that when setting the termination jumpers on the new card the jumper positions should match the jumper positions on the card being replaced After the CM9760 DFC has been replaced reconnect the associated CM9760 VCC card by sliding the card toward the rear of the matrix bay until the card is seated firmly with the backplane connectors and CM9760 DFC connector Note that unless the audible alarm on the power supply has been disabled the alarm beeps twice and the Frame Fault LED flashes red twice Then reattach the front panel of the matrix bay 40 C1572M 9 05 INSTALLING OR REPLACING A CM9760 DFL DOWNFRAME LOOPING CARD The CM9760 DFL downframe looping card is used in the last bay in a downframe configuration Note the following In a CM9760 MXB X the CM9760 DFL card connects to a CM9760 VCC video input card which is installed into the front of the matrix bay Up to 16 CM9760 DFL cards can be installed into 16 possible slot positions that are associated with the slot positions of the corresponding CM9760 VCC cards to be installed a CM9760 MXBL
81. can be networked by means of the CM9760 NW1 network interface unit NIU For additional information refer to the System 9760 Networking Guide C1572M 9 05 FRONT VIEW Figure 38 illustrates the front of the CM9700 CC1 MOUNTING HANDLES DOOR KNOB CM9700 CC1 FRONT VIEW WITH DOOR CLOSED HARD DISK KEYBOARD POWER ODRIVELED RESET PORT LED NOTUSED BUTTON FLOPPY DISK DRIVE CM9700 CC1 FRONT VIEW WITH DOOR OPEN Figure 38 CM9700 CC1 Front View Note the following The door of the CM9700 CC1 is secured by a Phillips head screw on the knob To open the door loosen the screw on the knob In addition to the AT compatible keyboard port on the front of the CM9700 CC1 another AT compatible keyboard port is located on the rear of the unit Both keyboard ports cannot be used at the same time The power LED lights green to indicate that AC power is being applied to the unit Because of the solid state flash memory of the CM9700 CC1 the hard disk drive LED is not used C1572M 9 05 83 REAR VIEW Figure 39 illustrates the rear of the CM9700 CC1 COM1 COM2 SERCOM PRINTER PORT PORT VGA PORTS PORT RS 232 RS 232 PORT RS 422 15 POWER POWER AT COMPATIBLE INPUT SWITCH KEYBOARD PORT RESERVED FOR FUTURE USE Figure 39 CM9700 CC1 Rear View As illustrated in
82. electronic equipment NOTE Before replacing a CM9760 RPL card you must remove the front panel of the matrix bay and disconnect the associated CM9760 VCC video input card from the connectors on the backplane and from the connector on the CM9760 RPL card that is to be replaced To disconnect the CM9760 VCC card grasp the two card handles and firmly pull the card toward you until the card is disconnected refer to the nstalling or Replacing a CM9760 VCC Video Input Card section for additional information To replace a CM9760 RPL card do the following 1 Ensure that the associated CM9760 VCC video input card is disconnected as noted above 2 Disconnect BNC and downframe cables as applicable from the CM9760 RPL card being replaced 3 Remove the 9760 card by loosening the two screws at the top and bottom of the card and then pulling the card toward you until it is out of the frame 4 Install the new card refer to the Installing a CM9760 RPL Card section Note that you should set termination jumpers on the new card to match the jumper positions on the card being replaced After the CM9760 RPL card has been replaced reconnect the associated CM9760 VCC card by sliding the card toward the rear of the matrix bay until the card is seated firmly with the backplane connectors and CM9760 RPL connector Note that unless the audible alarm on the power supply has been disabled the alarm beeps twice and the Frame Fault LED flashes red twic
83. equals two digit day YY equals two digit year HH equals two digit hour ranging from 00 to 23 military time MM equals two digit minute ranging from 00 to 59 e SS equals two digit second ranging from 00 to 59 Report Revision va Requests the version number of the device Matrix Control Commands Select Monitor 1 9999 Calls a monitor to use for camera operation A value ranging from 1 to 9999 equals the logical monitor number Select Camera 1 999999 Selects a camera to be displayed on the current monitor A value ranging from 1 to 999999 equals the logical camera number Next Camera Advances to the next numbered camera in the system Previous Camera Goes back to the previous numbered camera in the system Lock Camera to Monitor Ga Locks the currently selected camera to the currently selected Unlock Camera from Monitor monitor Users are not allowed to control the locked camera or to switch the locked camera from the locked monitor Ga Unlocks the currently selected camera from the currently selected monitor To unlock a camera the command must be issued from the data translator that locked the camera Override Camera to Monitor Lock oa Overrides a camera to monitor lock that was issued by another user If the data translator is set as an equal or higher priority user than the user who locked the camera 01572 9 05 Table P ASCII Command Des
84. matrix bays Figure 57 illustrates a sample downframe configuration containing a total of 256 video inputs and 32 video outputs The downframe configuration illustrates downframing to one bay 16 xd CM9760 MXB BAY 1 SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL CM9760 MXB BAY2 Figure 57 CM9760 MXB Downframing Example 256 Video Inputs and 32 Video Outputs 256 32 C1572M 9 05 105 106 Note the following In a new system installation multiple matrix bays are labeled to identify the location of the downframed bays in the installation for example 2A 2B 2C and so on Figure 57 illustrates a two bay configuration in which bay 2A bay 1 is downframed to bay 2B bay 2 For additional examples of downframe configurations refer to Appendix Downframe cables are coaxial ribbon cables used to connect bays in a downframe configuration A downframe cable is supplied with the CM9760 DFC CM9760 DFL cards If you wish to add one or more matrix bays
85. number Performs the same operation as the Stop Macro command that is stops the selected macro Generates an alarm A value ranging from 1 to 9999 equals the physical alarm number Acknowledges an alarm A value ranging from 1 to 9999 equals the logical alarm number NOTE The effects of the Trigger Alarm and Acknowledge Alarm commands are system dependent Next Alarm Requests the next alarm in the active alarm list If there are no active alarms the data translator returns the ia command to the ACD as a response If there is at least one active alarm the data translator sends the following response to the ACD is a one to four digit logical alarm number Previous Alarm da Requests the previous alarm in the active alarm list If there are no active alarms the data translator returns the da command to the ACD as a response If there is at least one active alarm the data translator sends the following response to the ACD XXXXda XXXX 15 a one to four digit logical alarm number Set Preset without Label 1 99 Sets a preset camera position without an embedded label A value ranging from 1 to 99 equals the preset camera position Set Preset with Label la string a 1 99 a Sets a preset camera position with an embedded label where string is an alphanumeric label of up to 20 ASCII characters that must be uppercase Avalue ranging from 1 to 99 equals the preset
86. one CM9700 CC1 port Same as CM9760 DMR except operates on 230 VAC 50 Hz Hot switch interface unit Changeover unit that monitors the status of a primary CM9700 CC1 in the system Master distribution amplifier Inserts master time and date from the CM9700 CC1 and a programmable title of up to 24 characters on 1 to 16 video signals Same as CM9760 MDA except operates on 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 VCR controllers capable of controlling 64 VCRs Genex Series MX4009 9 channel and MX4016 16 channel multiplexers VMX200 and Video management systems Graphical map icon based user interface for mouse driven operator control from VMX300 Series external PC COMPATIBLE RECEIVERS Spectra Series ERD97P21 U LRD41C21 1 2 3 LRD41C22 1 2 3 Esprit ExSite Coaxitron 1572 9 05 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 Integrated pan tilt explosionproof positioning receiver Coaxitron translator allows Coaxitron control of PTZ cameras System Setup This section provides information about the following Overview of tasks necessary to set up a 9760 system Unpacking t
87. peak hours if possible Display number of messages to be printed Alt 0 Total Ptr Msg gt 0 NOTE Printer port is reserved for future use Display port parameters Display operator logged on parameters Alt J Example 1 ATNRQ IRQ 10 Connected to SERT NOTE Toggling the Alt A key combination cycles through all allocated IRQs and associated connections as configured Example LogOn Opr1 KB2 Pin1111 Port 7 index2 NOTE Toggling the Alt J key combination cycles through operators Display system alarm parameters Display set time adjustment parameters Alt K Example Sys 3 Auto 0 1 Alt Z Example 10 0 10 0 10 0 10 0 Last Adj 0 0 0 Total 0 0 0 Refer to the System Programming Using DOS section for detailed information about setting and adjusting time in a single node system Shift ESC Last Adj 0 0 0 Total 0 0 0 60 NOTE The Shift ESC command must follow the Alt L command Display operator alarm parameters Display alarm sequence parameters Alt C Alt B Example Alms 0 Alarm 0 0 0 0 FI000 Cur0 Alms0 0 0 0 0 Cams0 0 0 0 0 Display configuration filename Alt N Example Configuration file is NODE1 Display number of peripheral devices connected to the system Toggle printer port on off Alt V Alt P Example Port10 Node1 NIUO Cam16 Mon8 Kbd11 NOTE Continue toggling for entire list of peripheral devices
88. positions that are associated with the slot positions of the corresponding CM9760 VCC cards The CM9760 DFL card must be installed before the associated CM9760 VCC video input card is installed into the front of the matrix bay When used in the CM9769 MXBL up to 16 CM9760 DFL cards can be installed When installing a new card termination jumpers must be set in the proper position terminated or unterminated POWER SUPPLIES The following power supplies are available for the matrix bay For the CM9760 MXB Contains up to two CM9760 MPS power supplies 120 VAC 60 Hz For the CM9760 MXB X Contains up to two CM9760 MPS X power supplies 230 VAC 50 Hz The default configuration of the matrix bay consists of one power supply in the upper power supply slot refer to Figure 55 A blank plate covers the unoccupied lower power supply slot The matrix bay is shipped from the factory with one or two power supplies installed as ordered If a unit is equipped with two power supplies one power supply acts as a backup power supply and provides power redundancy to the unit if the other power supply fails n n n n n n C 10V gt o o o S SUPPLY b L 51 b PEPE EEE EER EES I BLANK PLATE FOR UNOCCUPIED 2 POWER SUPPLY SLOT POWER SUPPLY Figure 55 Matrix Bay Power Supply
89. such as matrix bays keyboards and pan tilt or dome receivers Before connecting devices to the SERCOM ports note the following For a new system installation refer to the System 9760 port assignment table titled System 9760 Factory Default Port Settings that is provided in the System 9760 binder The port assignment table lists the CM9700 CC1 ports and the particular device that should be connected to each port as configured at the factory for your system For additional information about the port assignment table refer to the Using the System 9760 Port Assignment Table section Certain devices must be connected to SERCOM ports in a particular order based on device priority In a new system installation that has been configured at the factory connecting devices according to the port assignments provided in the System 9760 port assignment table ensures that you connect the correct device to the correct port If you add devices to an existing system it is recommended that you configure your system using the CM9700 MGR software before connecting devices to SERCOM ports The CM9700 MGR software automatically assigns devices to SERCOM ports in the correct order By connecting devices according to the port assignments in CM9700 MGR you ensure that you connect the correct device to the correct port For detailed information about SERCOM port device priorities refer to the SERCOM Port Device Priority Connections section To connect a device to a
90. support for 12 video outputs CM9760 VMC16 contains 16 CM9760 VMM modules providing support for 16 video outputs refer to Figure 49 NOTE The number of video outputs supported by CM9760 VMC4 CM9760 VMC8 and CM9760 VMC12 cards can be expanded to a maximum of 16 by installing additional CM9760 VMM video output modules For CM9760 VMM installation instructions refer to nstalling a CM9760 VMM Video Output Module in the CM9760 MXB Component Installation or Replacement section 52 pe Zl RED 056 GREEN DS5 x GREEN DS4 x DS3ar psi DS1ax RESET SWITCH Figure 49 CM9760 VMC Video Output Card M9760 VMC16 As illustrated in Figure 49 the CM9760 VMC card includes the following 054 055 and 056 LEDs Allow you to monitor the operating status of the card 054 Lights green to indicate that the 10 VDC power source is functioning properly 055 Lights green to indicate that the 10 VDC power source is functioning properly 056 Lights red to indicate a communication failure with the CM9700 CC1 For troubleshooting information relating to the LEDs refer to Troubleshooting the CM9760 MXB in the Troubleshooting section NOTE The 051 052 053 LEDs light amber but have no assignment Reset Button Pressing the button resets operation of the CM9760 VMC card All information such as camera and monitor idents is reloaded from the CM9700 CC1 Power Fuses T
91. the front panel of the CM9760 MXB removed check the LEDs on the CM9760 VCC video input cards and on the CM9760 VMC video output card as follows refer to Figure 12 a Verify that all 10 VDC and 10 VDC power LEDs are lit green If a power LED is not lit remove the card and inspect the fuses refer Figure 13 for fuse locations on CM9760 VCC and CM9760 VMC cards Replace fuse s if necessary If the condition continues replace the card For instructions to replace a CM9760 VCC or CM9760 VMC card refer to Replacing CM9760 VCC Card or to Replacing a CM9760 VMC Card in the CM9760 MXB Component Installation or Replacement section as applicable b Verify that all Comm Fail LEDs are not lit If the LED is lit red on any video input card reseat the card If the condition continues replace the card If the Comm Fail LED is lit red on the video output card only check the communication to the CM9700 CC1 If all Comm Fail LEDs are lit red press the Reset button located on the video output card refer to Figure 12 If the problem continues replace the video output card For a summary of troubleshooting information relating to the CM9760 MXB refer to Troubleshooting the 9760 in the Troubleshooting section After you have verified that the 9760 is operating properly reattach the front panel of the 9760 Then connect video inputs and outputs refer to the Connecting Video Inputs and Video Outputs sect
92. the rear panel BNC cards to correspond to video input numbers In addition one CM9760 VMC video output card the appropriate number of CM9760 VCC video input cards associated rear panel cards and up to two power supplies are installed in the matrix bay according to your system order C1572M 9 05 INSTALLING THE CM9700 CC1 CONTROLLER Installation of the CM9700 CC1 includes the following tasks Selecting a location for the CM9700 CC1 in a standard EIA rack Mounting the CM9700 CC1 Connecting the CM9700 CC1 Powering on the CM9700 CC1 To perform each of the above tasks refer to the sections that follow SELECTING A LOCATION FOR THE CM9700 CC1 The CM9700 CC1 is designed to be mounted into a standard 19 inch 48 26 cm rack When selecting a location in a rack for the CM9700 CC1 note the following The CM9700 CC1 occupies 4 RUs or 7 inches 17 78 cm of vertical rack space The maximum distance allowable between the CM9700 CC1 and a 9760 is 4 000 feet 1 219 meters Allow at least 1 RU or 1 75 inches 4 5 cm of space above the CM9700 CC1 for air circulation MOUNTING THE CM9700 CC1 Brackets and support rails are provided to mount the CM9700 CC1 into a rack The brackets and support rails are provided for your convenience but are not required To mount the CM9700 CC1 without the brackets and support rails fasten each rack ear of the CM9700 CC1 to the rack using two 10 32 x 0 750 inch Phillips pan head screws and was
93. to Preset Position 1 99 a Stop Macro 1 9999 Ha Start a Sequence 1 9999 ga Camera Auxiliary ON 1 8 Aa End a Sequence 1 9999 ea Camera Auxiliary OFF 1 8 Ba Begin a Tour 1 9999 ta GPI Auxiliary ON 9 20008 Aa End a Tour 1 9999 ra GPI Auxiliary OFF 9 20008 Ba or 9 20008 Aa Trigger Alarm 1 9999 Ea Query Device Qa Clear Reset Alarm Next Alarm 1 9999 la Video Loss Detect cam Previous Alarm Set Date and Time ZaMM DD YY HH MM SSa Report Revision 113 114 Table 0 ASCII Command Summary Continued Action Command Action Command Matrix Control Commands Select Monitor 1 9999 Ma Lock Camera to Monitor Ga Unlock Camera from Monitor Ga Select Camera 1 999999 a Override Camera to Monitor Lock Next Camera Previous Camera Multiplexer Commands Digital Zoom Scene Movement Using Joystick or Cursor Keys Picture in Picture Left Stop Left dLm Right Stop Right dRm dRm Quad Up Stop Up dUm dUm Down Stop Down dDm dDm Nano Hex Select Multiplexer Input VCR Commands Eject tape lt m Rewind tape lt lt m Record tape Stop tape Pause tape Play tape Fast Forward tape Commands that include numeric ranges are enclosed in brackets The brackets are not part of the commands therefore omit the brackets when entering the commands C1572M 9 05 Table P ASCII Command Descriptions Action
94. to an existing installation in a downframe configuration note the following If you downframe to only one bay adhere to the following guidelines Termination jumpers on the CM9760 RPC cards in the first bay must be set in the unterminated position downframed bay second bay can be populated with either CM9760 DFC or CM9760 DFL cards If CM9760 DFC cards are used termination jumpers must be set in the terminated position because the cards are in the last bay If CM9760 DFL cards are used termination jumpers must be set in the unterminated position only when looping to another device is required termination must occur atthe final device When looping is not required termination jumpers on the CM9760 DFL cards must be set in the terminated position If you downframe to more than one bay adhere to the following guidelines Termination jumpers on the CM9760 RPC cards in the first bay must be set in the unterminated position Each bay between the first and the last bay must be populated with CM9760 DFC cards Termination jumpers on the CM9760 DFC cards must be set in the unterminated position last bay can be populated with either CM9760 DFC or CM9760 DFL rear panel cards If CM9760 DFC cards are used termination jumpers must be set in the terminated position because the cards are in the last bay If CM9760 DFL cards are used termination jumpers must be set in the unterminated position only when looping to another devic
95. up to 16 CM9760 DFL cards can be installed into slot positions that correspond to the video input slot positions in the bay above In the CM9760 MXBL the CM9760 DFL cards do not connect to CM9760 VCC cards If necessary a CM9760 DFL card can be replaced To install or replace a CM9760 DFL card refer to the sections that follow Installing a CM9760 DFL Card A WARNINGS Rear panel card installation should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when installing a rear panel card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment NOTE When a CM9760 DFL card is to be connected to a CM9760 VCC video input card the CM9760 DFL card must be installed before the associated CM9760 VCC card is installed To install a CM9760 DFL card do the following 1 Settermination jumpers JP1 JP16 refer to Figure 24 in the proper position When looping to another device is required set the jumpers in the unterminated position jumper positions 2 and 3 Termination must occur at the final device When looping is not required set the jumpers in the terminated position jumper positions 1 and 2 UNTERMINATED TERMINATED Figure 24 Termination Jumpers CM9760 DFL Card 2 Locate the desired slot position at the rear of the bay 3 Remove the blank cover plate by loosening the screw at the t
96. video input card is installed To install a CM9760 RPL card do the following 1 Settermination jumpers JP1 JP16 refer to Figure 20 in the proper position When looping functions are required set the jumpers in the unterminated position positions 2 and 3 When looping functions are not required set the jumpers in the terminated position positions 1 and 2 TERMINATED UNTERMINATED JP1 JP16 Figure 20 Termination Jumpers on CM9760 RPL Card 2 Locate the desired slot position at the rear of the bay NOTE In a bay that is to be fully populated with CM9760 RPL cards each card must be installed into an odd slot position only The corresponding CM9760 VCC cards must also occupy odd slot positions C1572M 9 05 37 3 Remove the blank cover plate by loosening the screw at the top and bottom of the plate 4 Slide the new card into the card guides refer to Figure 21 Figure 21 CM9760 RPL Rear Panel Looping Card Installation 5 Push the card into place firmly 6 Tighten the two screws at the top and bottom of the card 7 Connect BNC and downframe cables as applicable Replacing a CM9760 RPL Card A WARNINGS Rear panel card replacement should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when replacing a rear panel card Always wear a grounding strap connected to an approved grounding source when working on or near exposed
97. 0 00000 090000 Loooood 45 oooood lt 00000 00000 0000000000000000 9760 CM9760 MXB CM9760 MXB Figure 72 Sideframing and Downframing 496 x 64 Configuration 009000090000909909 2 4 o 4 57 4 EU
98. 0 0000000000000000 00000 11111111 171 7 0000000000000000 0000000000000000 0000000000000000 0000000000000000 0000000000000000 0000000000000000 2000000000000000 CM9760 MXB CM9760 MXB CM9760 MXB CM9760 MXB Figure 76 Sideframing and Downframing 736 x 48 Configuration Looping CM9760 MXB C1572M 9 05 SUPPLIED DOWN FRAMING CABLES 18X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL
99. 0000 Sa 0000000 5000000000000000 000000000000000 CM9760 MXB CM9760 MXB CM9760 MXB CM9760 MXB Figure 71 Sideframing and Downframing 496 x 64 Configuration 130 Tl CAM 1100 00 SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL OOOOOOOO000000000 SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL 60000000000000008 SYSTEM LOOPED OUTPUTS ARE NOT TERMINATED CAM 16 LOOP OUT 131 OOOOOOOOOOOOOOOOQ OOOOQ Looping 00000 00000 00000 00000 256 00000 00000 5 OOOOO 00000 1 00000 00009 00000 00000 000000000000000 0000000000000000 0000000000000000 2000000000000000 0000
100. 0000 00000 DOOOOO 00000 00000 00000 00000 00000 00000 00000 00000000000000009 0000000000000000 0000000000000000 9000000000000000 PDPPDPPPPPPRPDDD DD 44144111114141141 8 um 0 5 257 512 11111111111414441 9 25 A G 2 4 m L gt Luc 69 9069 CM9760 MXB CM9760 MXB CM9760 MXB 9000000000000000 0000000000000009 0000000000000009 00000000000000009 0000000000000009 00000 00000 DOOOOQ 00000 00000 DOOOOO 00000 9000000000000000 1 9 2 1 1 2 2 1 1 2 1 1 1 2 1 1 424 BB 5 513 768 VIDEO TIE LINES X16 CM9760 MXB 9760 9760
101. 00000 OOOOOOOOOOOOOOOQ OOOOOQQOOOOOOOOO OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOO00 gt 000000000000000 gt 0000000000000908 age 7 e ee CM9760 MXB SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL UTPUTS ARE NOT YSTEM LOOPED ERMINATED CAM 16 LOOP OUT lt 5 0 T 9000000000000009 OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOOQ OOOOOOOOOOOOO000 OOOOOOOOOOOOOO0Q0Q OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOOQ CM9760 MXB U UTUTUIUIUTIUTUTUIUIUTUTUTUIUTU OOOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOO0Q 0000000000000000 OOOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOOOQ CM9760 MXB OOOOOOOOOOOOOOQ 9760
102. 00000000000000 um 000004 27 pooooQ 00004 47 n 4 CM39760 MXB CM39760 MXB 2 CM9760 MXB 137 CM9760 MXB CM9760 MXB Figure 78 Sideframing and Downframing 736 x 64 Configuration Looping CM9760 MXB C1572M 9 05 138 2000000000000000 OOOOOOOOOOOOOO00 OOOOOOOOOOOOOO000 0000000000000000 VIDEO TIE LINES X16 000000000000090 aa 0000000000000000
103. 1 CM9700 CC1 ACD MALE DB9 SERIAL PORT JELISL EL ER EUIS RS 232 NULL MODEM CABLE NULL MODEM CABLE WIRING ACD CM9760 CC1 DB9 PORT DB9 PORT PIN 2 RX PIN 2 RX PIN 3 TX E PIN3 TX PIN 5 GND PIN 5 GND Figure 60 ACD DB9 to CM9700 CC1 DB9 Connection 110 C1572M 9 05 CONNECTING AN ACD DB9 PORT A CM9700 CC1 RJ 45 PORT To connect an ACD DB9 port to a CM9700 CC1 RJ 45 port refer to Figure 61 and do the following 1 Connect 9 pin side of the PV140 converter to a 089 port of the ACD 2 If necessary connect the 12 VDC power supply to the PV140 converter otherwise proceed to step 3 The power supply allows the PV140 converter to communicate serial port data over wire pairs for distances up to 4 000 feet 1 219 m on the RS 422 side a Connect the black and white striped wire from the power supply to the 12 VDC terminal on the converter b Connect the solid black wire from the power supply to the GND terminal on the converter 3 Connect RD B on the converter to terminal 8 on the wall block 4 Connect RD A on the converter to terminal 7 RX on the wall block 5 Connect TD B on the converter to terminal 1 TX on the wall block 6 Connect TD A on the converter to terminal 2 TX on the wall block 7 Connect the wall block to an RJ 45 port of the CM9700 CC1 using an RJ 45 reversed cable
104. 17 file s EXE DRV FON BAT ALM CAM GPI IDN LCM MAC MSG MON PIN SCP SYM lt DIR gt lt DIR gt 916 208 65 478 50 880 19 74 1 912 75 75 74 75 120 1 464 117 2 630 227 1 039 428 25 304 389 07 19 05 07 19 05 01 26 05 03 11 96 11 12 87 03 15 04 07 19 05 07 19 05 07 19 05 07 19 05 07 19 05 07 19 05 07 19 05 07 19 05 07 19 05 07 19 05 07 19 05 bytes bytes free 11 24 34 26 Tue 07 19 2005 C 9700 gt Figure 42 CM9700 CC1 9700 Directory CM9700 EXE System executable file that runs under the MS DOS 6 22 operating system When the CM9700 CC1 boots the CM9700 EXE file executes the opera Configuration files which consist of the following NODEx ALM alarm set up file NODEx CAM camera setup file NODEx MAC macro se NODEx GPI GPI setup fi le NODEx LCM link camera setup file up file N 0 0 0 0 NODEx MSG message setup file DEx MON monitor setup file DEx PIN operator setup file NODEx SCP communication setup file NODEx SYM system setup file ional software and loads configuration files discussed below for system operation where NODEx is the root name and x equals the node number For a single node system the root name of the configuration files is NODE1 as shown in Figure 42 For each node withi Note the following The NODEx IDN configuration file that appears in the C 9700 director
105. 2 2 4 2 46 DIP Switch and Jumper Locations on CM9760 VMC Video Output Card 27 49 CM9760 VMC Video Output Card Installation 510 17 22 2 2 4 4 4 4 51 CM9760 VMM Video Output Module Locations CM9760 VMC8 Video Output 52 CM9760 MXB Backup Power Supply Installation IIR e 53 9760 Power Supply Fuse 2 2 2 2 2 2 4 4 2 55 CM9760 MXB Power Supply Alarm Jumper POSITIONS 2 2 2 56 Sample CM9700 CC1 Diagnostic Screen sic E aaa ERR Men du bae 72 Sample Monitor Box on CM9700 CC1 Diagnostic 5 22222222 2 2 73 Sample CM9700 NW1 Diagnostic 42 mtt PE edad dea aaa Tasa na 77 2111 apne sarkutaqa idc des Was Gah CP M RUE bb xdg 83 M9700 661 Bear VIEW the d ERU eee 84 CM9700 CC1 Rear Connector 2 e e e 2 2 2 2 4 2 85 9700 1 Root 22 2
106. 257 512 LJ poo booooo oooood 000004 Gn 4 0000000000000000 0000000000000000 gt 000000000000000 48 60 6 4 9 6 9 0 6 6 6 4 000000000000000 oooood 4 F oooood 596 boooooj 4 0000000000000000 gt 000000000000000 4 CM9760 MXB 9760 CM9760 MXB 9760 Figure 63 Sideframing 976 x 16 Configuration C1572M 9 05 122 Figure 64 to Figure 67 illustrate downframe only configurations DOWNFRAME ONLY CONFIGURATION EXAMPLES SUPPLIED DOWN FRAMING CABLES 6X RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL
107. 2A and so on and matrix bays to be downframed are labeled 2B 12B 22B and so on To help you determine the location of multiple matrix bays in your system refer to Appendix B for sample illustrations of matrix bay configurations Note the labeling of the matrix bays shown in the sample illustrations In addition for detailed information about sideframing and downframing refer to Sideframing and Downframing in the CIM9760 MXB Matrix Bay section C1572M 9 05 21 22 MOUNTING THE CM9760 MXB DANGER Always install equipment starting from the bottom of the rack Installing equipment starting from the top of the the rack to topple rack can cause To mount a CM9760 MXB into a rack install the CM9760 MXB into the desired location and secure the unit using the supplied mounting hardware refer to Figure 6 Figure 6 Mounting the CM9760 MXB If you are mounting multiple matrix bays note the following If you are installing a new system be sure to mount the matrix bays in a horizontal sideframe or vertical downframe manner according to the bay location label provided on the rear of each matrix bay refer to the Selecting a Location for the CM9760 MXDB sectio information After mounting matrix bays in a downframe configuration connect each supplied coaxial ribbon cable referred to as a down downframe connectors on rear panel cards as appropriate The downframe cables are required to connect the video
108. 48 26 x 49 53 cm Fits 19 inch EIA standard rack 4 RUs 29 7 Ib 13 5 kg CM9760 MXB SPECIFICATIONS 120 VAC 60 Hz or 230 VAC 50 Hz 90 watts maximum fully populated Full duplex RS 422 using an RJ 45 connector Sixteen input card slots for supporting 256 inputs per bay One output card slot for supporting 16 outputs per bay 0 5 to 2 Vp p RS 170 composite video 75 ohms terminating looping versions available 60 dB at 3 58 MHz 14 to 122 F 10 to 50 C 10 5 H x 19 0 W x 20 0 D inches 26 67 x 48 26 x 50 80 cm Fits 19 inch EIA standard rack 6 RUs 21 9 Ib 9 93 kg 60 0 Ib 27 22 kg fully populated Design and product specifications subject to change without notice C1572M 9 05 109 Appendix A CM9700 CC1 ASCII Protocol Communication The CM9700 CC1 provides support of ASCII communication ASCII data ports referred to as IDT ports on the CM9700 CC1 interface to ASCII communication devices ACDs such as access control systems NOTE When operating in ASCII mode the KBD200A and KBD300A keyboards can interface to an IDT port of the CM9700 CC1 When an ACD sends ASCII commands through a CM9700 CC1 IDT port the CM9700 CC1 executes the commands Up to 96 ACDs can be connected to the CM9700 CC1 and be configured as IDT ports IDT ports are configured using the CM9700 MGR NOTE IDT ports eliminate the need for CM9760 DT CM9760 DT4 devices which are referred to as external 015 The ASCII protocol uses the
109. 49 OOOO0 OOOOO 00000 00000 00000 OOOOO 00000 00000 00009 0000000000000000 0000000000000000 00000000000000009 0000000000000000 0000000000000000 00000000000000009 200000000000000 00000000000000009 O OOOOOOOOOOOOOOQOQj 0000000000000000 00000000000000009 000004 000004 000004 z oooood oooood N pooooQ 000000000000009 OOOOOOOOOOO0O00000 RO O 0 CM9760 MXB 200000000000000 TI OOOOOOO0000000000
110. 60 VMC card you must configure the DIP switch and jumpers as required for your system REAR PANEL CARDS The matrix bay accommodates the following cards which are installed into the rear of the matrix bay CM9760 RPC BNC card for video input connections CM9760 RPL Double wide BNC card for single bay looping of video inputs CM9760 RPM BNC card for video output connections CM9760 DFC Downframe card with 32 pin connectors non looping CM9760 DFL Downframe looping BNC card CM9760 RPC REAR PANEL INPUT CARD The CM9760 RPC rear panel input card refer to Figure 50 provides 16 BNCs that connect to video input sources such as cameras The CM9760 RPC card passes up to 16 external video signals to the CM9760 VCC video input card UNTERMINATED TERMINATED 16 VIDEO INPUT BNCs DOWNFRAME CONNECTOR Figure 50 CM9760 RPC Rear Panel Input Card C1572M 9 05 95 96 As illustrated in Figure 50 the CM9760 RPC card includes the following BNC Connectors 16 Provide the physical connection point for coaxial cable Termination Jumpers JP1 JP16 Determine whether video is to be terminated jumper positions 1 and 2 or unterminated jumper positions 2 and 3 nasingle bay configuration up to 256 cameras and 16 monitors the setting of the jumpers depends on whether video is to be looped to anothe
111. 700 CC1 7 Power on the CM9700 CC1 Note the following You can cycle through the IRO address settings by toggling the ALT A key combination on the PC keyboard associated with the CM9700 CC1 diagnostic screen For information about the CM9700 CC1 diagnostic screen refer to the System Diagnostics section When connecting system devices to the serial communication ports of the CM9700 SER card shielded cabling is required to comply with CE emissions guidelines C1572M 9 05 33 CM9760 MXB Component Installation or Replacement A WARNINGS Installation or replacement of CM9760 MXB components should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when installing or replacing CM9760 MXB components Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment This section provides information about the following Installing or replacing rear panel cards CM9760 RPC CM9760 RPL CM9760 DFC CM9760 DFL and CM9760 RPM Installing or replacing a CM9760 VCC video input card Installing or replacing a CM9760 VMC video output card Installing a CM9760 VMM module on a CM9760 VMC video output card Installing or replacing a power supply Replacing a power supply fuse In addition this section also provides information about enabling disabling the power supply alarm INSTALLING 0R REPLACING REAR PANEL CARDS CM9760 RPC CM9760 RP
112. 700 CC1 can result in serious damage to the equipment 2 Remove the ten screws that hold the top cover in place 3 Tilt the top cover up at a slight angle as indicated by the dotted line in Figure 15 and then pull the cover backwards to remove the cover from the front edge of the CM9700 CC1 chassis Figure 15 CM9700 CC1 Top Cover Removal C1572M 9 05 31 INSTALLING OR REPLACING A CM9700 SER CARD A WARNINGS CM9700 SER card installation or replacement should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when installing or replacing a CM9700 SER card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment The CM9700 CC1 is shipped from the factory with a minimum of two CM9700 SER cards installed on the motherboard in ISA slots 1 and 2 refer to Figure 16 You can install additional CM9700 SER cards into ISA slots 3 and 4 totaling a maximum of four cards You can also replace an existing card When installing or replacing a CM9700 SER card you must set the interrupt and address jumpers on the new card CM9700 SER CARD ACCESS SLOTS SLOT COVERS REMOVED CC1 CHASSIS REAR ISA SLOTS DEFAULT 2 CM9700 SER CARDS SUPPLIED INZ ISA SLOTS 1 AND 2 CC1 CHASSIS FRONT Figure 16 CM9700 CC1 with Top Cover Removed To install or replace a CM9700 SER card do the following 1 Power off the CM9700 CC1
113. 72 9 05 134 16 RIBBON COAXIAL SUPPLIED DOWN FRAMING CABLES 16X RIBBON COAXIAL CAM 1 LOOP OUT YSTEM LOOPED UTPUTS ARE CAM 16 LOOP OUT FRAMING CABLES TERMINATED S 0 SUPPLIED DOWN dooooooooooo00004d 135 VIDEO TIE LINES X16 Sa 0000000000000000 0000000000000000 0000000000000000 0000000000000000 0000000000000000 0000000000000000 0000000000000000 0000000000000000 0000000000000000 0000000000000000 2000000000000000 CM9760 MXB CM9760 MXB 9000000000000000 9000000000000000 C CM9760 MXB 9760 2000000000000009 000000000000000
114. 72 9 05 121 SIDEFRAME ONLY CONFIGURATION EXAMPLES Figure 62 and Figure 63 illustrate sideframe only configurations Sssssssd 200000000000000C OOOOOQOOOOOOOOOCOJ 00000 00000 00009 415 00000 00000 5 1 256 OOOOQ OOOOOOOOOOOCOOOO gt 0000000000000009 70000000000000009 497 VIDEO TIE LINES X16 gt j 513 Esp 2 E 00000 00000 00000 00009 00000 5 257 512 00000 00009 00000 00000 0000000000000000 OOOOOOOOOOOCOOOO I 9000000000000000 eq o 0 9 50 0 0 09 0 09 0 9 0 09 0 0
115. ARE NOT TERMINATED CAM 16 LOOP OUT 900000000000000 0000000000000000 0000000000000000 QUSS 0000000000000000 00000 00000 OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO 0000000000000000
116. C1 RJ 45 Port 111 ASCII Protocol Commands Supported by the CM9700 CC1 nananana nnee EEEE EEEE EEEE EEEE EEEE 112 Appendix B 9760 Sideframe and Downframe Configuration 5 121 Sidetrame Only Configuration u u canis eae we cv mera me hes hr PG RE RR aqapana qahaq asa 122 Downframe Only Configuration Examples 2 2 2 2 2 24 4 123 Sideframe and Downframe Combination Configuration 2 127 CM9760 MXBL Downframe Configuration Examples 4 2 4 e 144 C1572M 9 05 List of Illustrations C1572M 9 05 Al ned 228 FS cO O 38 126 gt 02 CO D P9 r F F FS r gt O FS O1 C5 0 ON cO C FS Basic Comporients af a 9760 System sas x i exo neath ette e addu UP HG OQ NEG V DIGG pass gu ies 9
117. CE MULTIPLE RECEIVERS OR DOMES THAT IS THOSE WITH PTZ CONTROL THEY SHOULD BE WIRED AS DEPICTED BELOW TAP OFF CONNECTIONS PIN 1 TX PIN 2 TX NOTE THE DISTANCE D BETWEEN THE INDICATED TAP OFF CONNECTIONS AND THEIR ASSOCIATED RX DR OF DOME CONNECTIONS SHOULD BE 3 FEET 0 91 M OR LESS SERCOM PORT Figure 40 CM9700 CC1 Rear Connector Pinouts 85 DIRECTORY STRUCTURE The directory structure of the CM9700 CC1 consists of the root directory which contains several subdirectories and files You can view the 86 contents of the root directory by entering dir and then pressing Enter at the C prompt refer to Figure 41 11 16 15 93 Tue 07 19 2005 C N gt dir Volume in drive C has no label Volume Serial Number is 1 13 0 8 Directory of COMMAND WINA20 TVDISP CONFIG README AUTOEXEC 9700 TESTPORT 9760 NETWORK TVPARA DOS COM 386 EXE SYS TV BAT lt DIR gt lt DIR gt lt DIR gt lt DIR gt DAT lt DIR gt 12 file s 25 313 280 54 645 9 349 13 608 82 1 873 73 850 80 480 05 31 94 05 31 94 02 26 97 10 14 97 07 23 99 07 19 05 07 19 05 07 19 05 07 19 05 07 19 05 07 19 05 04 11 05 bytes bytes free 11 16 17 96 Tue 07 19 2005 C gt Figure 41 CM9700 CC1 Root Directory NOTE The number of bytes shown at the bottom of the root directory list of your CM9700 CC1 may differ from the number of bytes shown in Figure 41 depending on the
118. CM9700 CC1 diagnostic screen press Alt L using the CM9700 CC1 PC keyboard The System box displays the following System Last Adj 0 0 0 Total 0 0 0 4 Enter the time difference noted in step 1 in the following format mm ss hh or mm ss hh where minus sign A minus sign must be entered if system time is ahead of RTC time and must be slowed for synchronization with RTC time mm minutes SS seconds hh hundredths of a second For example to enter the time difference of 2 minutes and 30 seconds noted in step 1 in order to slow system time over the next 24 hours enter the following 02 30 00 5 Press Enter 6 Press Alt L to display the adjustment you have made to system time The adjustment is displayed in the System box on the diagnostic screen For example for the time difference of 2 minutes and 30 seconds that was entered in step 4 above the System box displays the following Last Adj 2 30 0 Total 2 30 0 where Last Adj displays the last time adjustment that was made in minutes seconds and hundredths of a second In the example the last adjustment that was made is 2 30 0 Total displays the total time adjustment that was made in minutes seconds and hundredths of a second In the example the total adjustment that was made is 2 30 0 After the system has run 24 hours or a multiple of 24 hours after the time adjustment was made you can adjust the system time again if necessary To make addit
119. CM9700 MGR PC and RS 232 communication Refer to Figure 4 for a diagram of null modem cable wiring connections 16 C1572M 9 05 CM9700 MGR CM9700 CC1 PC COM 1 COM 2 PORT COM 1 COM 2 PORT PIN 3 TX PIN 2 RX PIN 2 RX PIN 3 TX PIN 5 GND PIN 5 GND NULL MODEM CABLE RS 232 DB9 FEMALE DB9 FEMALE Figure 4 CM9700 MGR PC to CM9700 CC1 Null Modem Cable Connections Connecting a VGA Monitor to the CM9700 CC1 When connected to the CM9700 CC1 a VGA monitor displays the CM9700 CC1 diagnostic screen refer to Monitoring CM9700 CC1 Functions in the System Diagnostics section for detailed information about the CM9700 CC1 diagnostic screen Connect a VGA monitor to the VGA port of the CM9700 CC1 refer to Figure 3 Connecting a PS 2 Keyboard to the CM9700 CC1 A PS 2 keyboard is supplied with the CM9700 CC1 To connect the keyboard to the CM9700 CC1 refer to Figure 3 and do the following 1 Connect the supplied PS 2 to AT keyboard adapter to the keyboard 2 Connect the other end of the adapter to the AT compatible keyboard port on the CM9700 CC1 NOTE An AT compatible keyboard port also exists on the front of the CM9700 CC1 behind the front door Both keyboard ports cannot be used at the same time Connecting Devices to CM9700 CC1 RS 422 Serial Communication Ports RS 422 serial communication ports 5 36 commonly referred to as SERCOM ports are provided on the CM9700 CC1 for communication with devices
120. DFL card being replaced 3 Remove the CM9760 DFL card by loosening the screw at the top and bottom of the card and then pulling the card toward you until it is out of the frame 4 Install the new card refer to the nstalling a CM9760 DFL Card section Note that when setting the termination jumpers on the new card you should match the jumper positions on the card being replaced CM9760 MXB X only After the CM9760 DFL has been replaced reconnect the associated CM9760 VCC card by sliding the card toward the rear of the matrix bay until the card is seated firmly with the backplane connectors and CM9760 DFL connector Note that unless the audible alarm on the power supply has been disabled the alarm beeps twice and the Frame Fault LED flashes red twice Then reattach the front panel of the matrix bay C1572M 9 05 INSTALLING OR REPLACING A CM9760 RPM REAR PANEL OUTPUT CARD Only one CM9760 RPM card can be installed into the rear of the matrix bay The card must always be installed into the leftmost slot From the rear of the bay the leftmost slot provides the connection point for the CM9760 VMC video output card which is always installed into slot 17 in the front of the bay If necessary a CM9760 RPM card can be replaced To install or replace a CM9760 RPM card refer to the sections that follow Installing a CM9760 RPM Card A WARNINGS Rear panel card installation should be performed by qualified personnel only Electrostatic disc
121. E 115 ASCII Command ccc poraa enera ak ee e e eae YU EER ee bee sese rus 120 C1572M 9 05 Important Safety Instructions 20 21 Read these instructions Keep these instructions Heed all warnings Follow all instructions Do not use this apparatus near water Clean only with dry cloth Do not block any ventilation openings Install in accordance with the manufacturer s instructions Do not install near any heat sources such as radiators heat registers stoves or other apparatus including amplifiers that produce heat Do not defeat the safety purpose of the polarized or grounding type plug A polarized plug has two blades with one wider than the other A grounding type plug has two blades and a third grounding prong The wide blade or the third prong are provided for your safety If the provided plug does not fit into your outlet consult an electrician for replacement of the obsolete outlet Protect the power cord from being walked on or pinched particularly at plugs convenience receptacles and the point where they exit from the apparatus Only use attachments accessories specified by the manufacturer Use only with the cart stand tripod bracket or table specified by the manufacturer or sold with the apparatus When a cart is used use caution when moving the cart apparatus combination to avoid injury from tip over Refer all servicing to qu
122. EM LOOPED ERMINATED CAM 16 LOOP OUT 5 m 8 lt S 0 T OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOQQQOOQOOOOOOO OOOOOOOOOCOOOOOOOQ OOOOOOOOOOOO00000 OOOOOOOOOOOOOOOOQ OOOOOOOOOOOOOOO00 CM9760 MXB OOOOO0O00000000000 OOOOOOOOOOOO0O0000 OOOOO0O0O0000000000 OOOOOOOOOOOO0O0000 OOOOOOOOOOOOOOOOQ OOOOOOOOOOOOOO000 OOOOOOOOOOOOOOOCO OOOOOOOOOOOOOO000 OOOOOOOOOOOOOOQ CM9760 MXB Figure 68 Sideframing and Downframing 496 x 32 Configuration Looping 127 C1572M 9 05 251 0000000 OOOOOOOOOOOOOOOO 008 OOOOOOOOOOOOOOOQ OOOOOOOOOOOOOO000 29000000000000000 Qp p 40 9 90 3 9760 O00 000 0 005 0 000 0 gt 000000000000000 OOOOOOOOOOOOOOOO
123. INSTALLATION OPERATION System 9760 Video MatrixSwitching Control System C1572M 9 05 Contents gt ____________ 7 Regulatory NOUCES salut 2 8 9 DOSCrIDUOM 22 52 h EET 9 Mi 10 CPU Controller and Components 2 e 2 2 2 2 2 2 2 2 2 4 4 10 Matrix Bay and Components 2 4 22 2 2 2 2 24 4 2 10 Keyboard 8 ___ 10 Networkiintarfage Unites moked Meu t ALI du ids 11 Optional Components ei eo ber pre _ e debt 11 Compatible RECEIVES v kr Or 1 SystemiSetup ars sasa __ 12 System 000 11 BR Y 12 Unpacking C 13 Unpacking 0 9700 001 ssc chides epe oe RR Satan 13 Unpacking the CM9760 MXB 2 e e e 2 2 2 4 4 4 2 2 4 13 Installirigithe GM9700 6C1 Controller
124. ION Danger of explosion if battery is incorrectly replaced Replace only with the same or equivalent type Dispose of used batteries according to the instructions provided by the battery manufacturer Only use replacement parts recommended by Pelco The product and or manual may bear the following marks This symbol indicates that dangerous voltage constituting a risk of electric shock is present within this unit CAUTION This symbol indicates that there are important operating and maintenance instructions RISK OF ELECTRIC SHOCK A in the literature accompanying this unit DO NOT OPEN 1572 9 05 Regulatory Notices CM9700 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 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 wil
125. L CM9760 DFC CM9760 DFL and CM9760 RPM cards are installed into the rear of the matrix bay For an initial system installation the cards are installed at the factory as ordered Rear panel cards and associated front panel cards can be added to expand a system or can be replaced if necessary NOTE Rear panel cards must be installed before the associated CM9760 VCC video input card or CM9760 VMC video output card is installed into the front of the matrix bay INSTALLING OR REPLACING A CM9760 RPC REAR PANEL INPUT CARD Up to 16 CM9760 RPC cards can be installed into 16 possible slot positions that are associated with the slot positions of the corresponding CM9760 VCC cards to be installed If necessary a CM9760 RPC card be replaced To install or replace a CM9760 RPC card refer to the sections that follow Installing a CM9760 RPC Card AN WARNINGS Rear panel card installation should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when installing a rear panel card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment NOTE A CM9760 RPC card must be installed before the associated CM9760 VCC video input card is installed To install a CM9760 RPC card do the following 1 Settermination jumpers JP1 JP16 refer to Figure 18 in the proper position In a single bay configuration the setting of the jumpers depen
126. L card For detailed information about downframing using the CM9760 DFL card refer to the Downframing section and to the Downframing to the CM9760 MXBL section as appropriate UNTERMINATED TERMINATED 16 VIDEO INPUT BNCs DOWNFRAME CONNECTOR Figure 54 CM9760 DFL Downframe Looping Card As illustrated in Figure 54 the CM9760 DFL card includes the following BNC Connectors 16 Provide the physical connection point for coaxial cable Termination Jumpers JP1 JP16 Allow video to be terminated jumper positions 1 and 2 or unterminated jumper positions 2 and 3 When looping to another device is required termination jumpers must be set in the unterminated position Termination must occur at the final device When looping is not required termination jumpers must be set in the terminated position The jumpers are set in the appropriate position when your system is configured at the factory However if you change your system for example add or replace a card you may need to change the termination Downframe Connector Sixteen pin connector that connects to downframe cable 100 C1572M 9 05 CM9760 DFL Card Guidelines The following guidelines apply to the CM9760 DFL card When used in the CM9760 MXB X note the following Upto 16 CM9760 DFL cards can be inserted into 16 possible slot
127. Loss Enabled 4 On Detection Disabled default 4 Off X55 jumper must also be set refer to Table Table H X55 Video Standards and Associated Jumper Positions Video Oscillator Jumper Positions Standard Frequency Pins 1 to 2 Pins 3 to 4 Pins 5 to 6 Pins 7 to 8 SECAM1 5 0 MHz On On On On 2 5 0 MHz On On Of On 624 5 0 MHz On Off On On PAL CCIR 5 0 MHz On Off Of On NTSC1 5 034964 MHz On On On Off NTSC2 5 034964 MHz On On Of Off 524 5 034964 MHz On Off On Off PAL M 5 034964 MHz On Off Of Off 50 C1572M 9 05 1572 9 05 4 Install the new card into slot 17 of the matrix bay as follows refer to Figure 30 a Align the top and bottom edges of the card with the top and bottom card guides of the matrix bay b Slide the card toward the rear of the matrix bay until the card is seated firmly with the connectors on the backplane and with the associated rear panel card connector If the audible alarm on the power supply is enabled the alarm stops beeping and the Frame Fault LED turns off Toensure proper operation of the CM9760 VMC card reset the card by pressing the Reset button on the card For about five seconds the audible alarm on the power supply beeps and the Frame Fault LED flashes red The LEDs on the video output card then indicate proper operation 5 Reattach the front panel of the matrix bay VIDEO OUTPUT CARD SLOT 17 CARD HANDLE
128. M9700 CC1 Connection C1572M 9 05 25 26 CONNECTING POWER THE CM9760 MXB NOTE A CM9760 MXB operates on 120 VAC 60 Hz A CM9760 MXB X operates on 230 50 Hz To connect power to CM9760 MXB plug the supplied power cord into the power input receptacle on the rear of the matrix bay for each power supply installed refer to Figure 11 Then plug the power cord for each installed power supply into an approved power source e O 900 909 0 000 69 9 99 9900 9 09009 00 09 e 999 90 9009 9 9 9 00 00 00 eo e o oododo eododoedododoe do we 999 909 900 99 9900 O O O e POWER CORD CONNECTION eodoodoodoooddoodo e TO UPPER POWER SUPPLY e 9 9 68 6 68 68 68 68 68 68 e e ooododo eoododoedododoe 9 oodododo eododo eododoo e 6 O10 9 UPPER POWER SUPPLY 99999 99 99 9909 90 00 e 9 90990 99009 900 909 00 00 POWER SWITCH FOR eodcoooodcomoodoodoo LOWER POWER SUPPLY 9909 90909 00 9 9 9900 09000 eo 6 6 96 6 69 9 POWER CORD CONNECTION TO LOWER POWER SUPPLY Figure 11 CM9760 MXB Power Connections Two Power Supplies Installed POWERING ON THE CM9760 MXB NOTE Do not power on the CM9760 MXB until after it is conn
129. MORE Displays the contents of the information at a time DOS directory one screen at a Can also be used with time he TYPE command when viewing a long ext file When MORE follows a command the redirection operator symbol is used The symbol is located above he backslash V on the keyboard VER Displays the current CAVER version of DOS DOS commands can be entered in lowercase or uppercase switch modifies the way DOS carries out a command Generally a switch consists of a forward slash followed by one or more letters or numbers SAn asterisk used in the examples denotes a wildcard The asterisk matches any character in that position and all the positions that follow The asterisk can be used to manage for example copy or delete a group of configuration files without the need to manage each configuration file individually NOTE The root directory does not have a name It is simply referred to as a backslash Entering the CD command from any directory always returns you to the root directory which is denoted by the command prompt C gt 1572 9 05 System Diagnostics The 9760 system provides diagnostic screens that allow you to monitor single node and multi node status This section provides information about the following Monitoring CM9700 CC1 functions using the CM9700 CC1 diagnostic screen and associated PC keyboard commands Viewing multi node system status using th
130. MXB labeled 2C containing video outputs 33 48 therefore the e g 9760 labeled 2C should be connected to port 7 on the CM9700 CC1 CM9700 CC1 port 8 is assigned and confi connected to port 8 on the CM9700 CC1 Because no additional devices are included in the system CM9700 CC1 ports 9 36 are not assigned or configured for any device ured for the CM9760 KBD having a pin number of 1111 therefore the CM9760 KBD should be SERCOM Port Device Priority Connections CM9760 HS hot switch CM9700 NW1 network interface unit required in a networked system and CM9760 MXB matrix bays must be connected to SERCOM ports in a particular order based on device priority The CM9760 HS has the highest priority and if present in the system always connects to SERCOM port 5 The CM9700 NW1 has the next highest priority if present in the system followed by CM9760 MXBs If neither a CM9760 HS nor a CM9700 NW1 is present then CM9760 MXBs have the highest priority and must be connected to the CM9700 CC1 starting at port 5 As a result the order of connections depends on whether the system includes a CM9760 HS hot switch a CM9700 NW1 or both Note that CM9760 MXBs must be connected in sequential order After all CM9760 MXBs have been connected all other devices such as keyboards can then be connected in any order Table A Table B Table C and Table D provide a list of the approp
131. NSTALLING CM9760 MXB MATRIX BAY S Your System 9760 installation may include one or multiple CM9760 MXB matrix bays Installation of a CM9760 MXB includes the following tasks Selecting a location for the CM9760 MXB in an EIA standard rack Mounting the CM9760 MXB Verifying CM9760 MXB component installation Connecting the CM9760 MXB to the CM9700 CC1 Connecting power to the CM9760 MXB Powering on the CM9760 MXB Checking diagnostic LEDs Connecting video inputs and outputs To perform each of the above tasks refer to the sections that follow SELECTING A LOCATION FOR THE CM9760 MXB The CM9760 MXB is designed to be mounted into a standard 19 inch 48 26 cm EIA rack When selecting a location in a rack for a CM9760 MXB note the following The CM9760 MXB occupies 6 RUs or 10 5 inches 26 7 of vertical rack space Allow at least 1 RU or 1 75 inches 4 5 cm of space above the CM9760 MXB for air circulation In a high temperature environment it may also be necessary to provide forced air cooling Contact Product Support for additional information The maximum distance allowable between a CM9760 MXB and the CM9700 CC1 is 4 000 feet 1 219 meters Note that a 10 foot 3 05 meters reversed cable is supplied with the 9760 for connection to the CM9700 CC1 If you install a CM9760 MXB farther than 10 feet from the CM9700 CC1 you must create your own cable In addition if you are installing multiple matrix bays note the follo
132. O OUTPUT CARDS CARD SLOTS 1 16 SLOT 17 Figure 9 Sample CM9760 MXB Configuration NOTE The configuration of your CM9760 MXB may differ from the configuration shown in Figure 9 depending on the number of video input cards and power supplies ordered If your configuration contains only one power supply a blank plate covers the lower power supply slot C1572M 9 05 CONNECTING THE CM9760 MXB TO THE CM9700 CC1 Connect a 9760 to the CM9700 CC1 using the 10 foot 3 05 meters reversed cable supplied with the CM9760 MXB If you must create a longer cable it is recommended that you use a 24 gauge twisted pair cable As illustrated in Figure 10 connect the female RJ 45 serial communications data port labeled RS 422 on the rear of the CM9760 MXB to the appropriate female RJ 45 serial communications port RS 422 on the rear of the CM9700 CC1 Figure 10 provides an example of a CM9760 MXB connected to port 5 on the CM9700 CC1 8 PIN SERCOM PORT FEMALE PIN 1 PIN 1 PIN 2 Tx CM9760 MXB FULLY LOADED PIN J Ri PIN 8 PIN 8 Rx CM9700 CC1 RII SS FFF CifPRr _ 1115 gt gt SEY 7 0 7 0 EES REVERSED DATA CABLE SUPPLIED DATA CABLE CONNECTIONS CM9760 MXB CM9700 CC1 RJ 45 RJ 45 CONNECTOR CONNECTOR PIN 1 1 PIN 12 x 2 1 PIN 8 PIN 8 Rx Figure 10 CM9760 MXB to C
133. OO OOO O O O OO OOO 8556 SYSTEM LOOPED 91090 SOOO O OUTPUTS ARE NOT amp amp amp OO G G CS TERMINATED OO OOO OO OOO O OO OO OOO O OO OO O OO 2256 84 CAM 16 LOOP OUT s T CM9760 MXBL Figure 59 Downframing to CM9760 MXBL Example 256 Video Inputs and 16 Video Outputs 256 x 16 For additional examples of CM9760 MXBL downframe configurations refer to Appendix B 108 C1572M 9 05 Specifications ELECTRICAL Input Voltage Power Consumption Processor Clock Speed Memory Disk Drive Flash Disk Storage Diagnostic Monitor Output 1 0 Ports GENERAL Operating Temperature Dimensions Mounting Unit Weight ELECTRICAL Input Voltage Power Consumption Communication VIDEO Inputs Outputs Video Input Level Impedance Crosstalk GENERAL Operating Temperature Dimensions Mounting Unit Weight CM9700 CC1 SPECIFICATIONS 120 VAC 60 Hz or 230 VAC 50 Hz autoranging 5 watts Pentium class CPU 733 MHz 64 MB RAM 3 5 inch 1 44 MB 32 MB solid state flash memory One VGA Sixteen RS 422 ports expandable to 32 total system capacity is 120 ports Two RS 232 ports COM 1 and COM 2 One parallel printer port reserved for future use One VGA output port Two PC AT compatible keyboard ports one front one rear 32 to 120 F 0 to 49 C 7 0 x 19 0 W x 19 5 D inches 17 78 x
134. OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOO PPPPPPPPPPPPPPPDP CM9760 MXB CM9760 MXBL OO00000000000000 P OOOOOQOQOQOOOOOOQ DOOOOO CM9760 MXBL 2 00000 2 00000 0000000000000000 OOOOOOOOOOOO0000 OOOOOOOOOOOO00000 OOOOOOOOOOOO0000 ed 0000000000000000 5 sO c3 0 iO 5000000000000000
135. OP OUT 8 0 TI 00000 00000 00000 Yo 45 OOOOO 00000 200000 9760 9760 ui 000009 00000 oooood 00004 oooood 5505 900004 SRO 00000 00000 9760 9760 ui 0000000000000000 OOO00000000000000
136. SERCOM port attach an RJ 45 data cable from the device to the appropriate SERCOM port An RJ 45 data cable is included with each 9760 system device for connection to the CM9700 CC1 For detailed information about connecting a matrix bay to the CM9700 CC1 refer to the Installing CM9760 MXB Matrix Bay s section For detailed information about connecting an ASCII communication device to the CM9700 CC1 refer to Appendix A For detailed information about connecting other devices to the CM9700 CC1 refer to the manual supplied with the device NOTE Shielded cabling is required to comply with CE emissions guidelines C1572M 9 05 17 Using the System 9760 Port Assignment Table The System 9760 port assignment table titled System 9760 Factory Default Port Settings lists the CM9700 CC1 port numbers 1 36 and each device that has been assigned to a particular CM9700 CC1 port and configured for your system at the factory Figure 5 illustrates a sample port assignment table for a system containing a CM9700 MGR System Manager PC three CM9760 MXBs and one CM9760 KBD Note that the port assignment table for your system will differ from the one shown in Figure 5 depending on the types and number of devices included in your system System 9760 Factory Default Port Settings o o o o o o PRINTER COM1 COM2 Note The number of ports on your system may differ from the above drawing Connect System 9760 components as follows
137. Sideframing Example 496 Video Inputs and 16 Video Outputs 496 x 16 C1572M 9 05 103 104 Note the following In an initial system installation multiple matrix bays are labeled to identify the location of the sideframed bays in the installation for example 2A 12A 22A and so on Figure 56 illustrates a two bay configuration in which bay 12A output bay is sideframed to bay 2A bay 1 For additional examples of sideframe configurations refer to Appendix B Video outputs of a bay connect to the video inputs in the output bay by means of BNC coaxial cables Each coaxial cable connection from one bay sideframed to the output bay is referred to as a tie line Alternatively as shown in Figure 56 a coaxial ribbon cable can be used in a two bay sideframed configuration to connect the 16 pin connector on the bottom of the CM9760 RPM card to the 16 pin connector on the bottom of the CM9760 RPC card Any video input connector not used in the output bay to receive output from sideframed bays can be used for additional video inputs If you add one or more matrix bays to an existing installation by sideframing you can avoid the need to reprogram the existing bay s by adhering to the following guidelines fyou add one matrix bay install and configure the new bay as the output bay f you add more than one matrix bay install and configure the last bay as the output bay For example to add a second matrix bay to an existing installation that c
138. System with a CM9760 HS Hot 5 2 20 SERCOM Port Connections in Networked System without a CM9760 HS Hot 2 20 CM9700 SER Card Jumper 2 2 E E EEEa 33 CM9760 VCC Slot Positions and Corresponding Physical Input 0 45 52 DIP Switch Functions and 05 2 22222 2 2 22 24 ee 50 X55 Video Standards and Associated Jumper 0 5 2 2 2 2 2 2 2 50 DOS Comimand Beference yy eet n dec R Adee e DR MEER MET RR dE 67 9700 001 PC Keyboard Command Functions cesis ten e TP pss asnasan 75 CM9700 NWAT PC Keyboard Command FUNCTIONS ss e Oso Eare an AA 78 CM9700 CC1 Hardware Error Troubleshooting 2 2 2 2 2 22 2 24 79 6M9700 661 System Error Tro blesheotihg s pet eee pies 80 Troubleshooting Using CM9760 MXB Diagnostic 05 I e 81 ASCI Command eh e e hh 2 2 113 ASCII Command Descriptions ss ed eee rM ue R
139. UP directory to the root directory CCD A Changes from the root directory to the A drive DIR Displays a list of files C gt DIR Displays a list of files and and subdirectories subdirectories within the root within the specified directory directory W Displays the contents of C gt DIR W Displays the contents of the a directory in wide root directory in wide format format Up to five file names or directory names are displayed on one line C1572M 9 05 67 68 Table 1 DOS Command Reference Continued Command Switch Description Example s 5 Directory Management Commands Continued DIR Continued Displays the contents of C eDIR P Displays the contents of the a directory one screen at root directory one screen at a a time time W P Combines W and P C gt DIR W P Displays the contents of the switches to display the root directory in wide format contents of a directory one screen at a time in wide format one screen at a time MD Creates a directory C 9700 gt MD FACTORY Creates a directory named FACTORY within the 9700 directory RD Removes the specified C gt RD NETWORK Removes the NETWORK or directory The directory or directory if empty RMDIR to be removed must not C gt RMDIR NETWORK contain any files or sub directories the direc tory must be empty except for the single dot and double dot entries TREE Displays t
140. alified service personnel Servicing is required when the apparatus has been damaged in any way such as power supply cord or plug is damaged liquid has been spilled or objects have fallen into the apparatus the apparatus has been exposed to rain or moisture does not operate normally or has been dropped Apparatus shall not be exposed to dripping or splashing and that no objects filled with liquids such as vases shall be placed on the apparatus WARNING To reduce the risk of fire or electric shock do not expose this apparatus to rain or moisture Installation should be done only by qualified personnel and conform to all local codes Unless the unit is specifically marked as a NEMA Type 3 3R 35 4 4X 6 or 6P enclosure it is designed for indoor use only and it must not be installed where exposed to rain and moisture Use only installation methods and materials capable of supporting four times the maximum specified load readily accessible disconnect device shall be incorporated in the building installation wiring The socket outlet shall be installed near the equipment and shall be easily accessible A CCC approved power cord must be used to power this equipment when used in China CAUTION These servicing instructions are for use by qualified service personnel only To reduce the risk of electric shock do not perform any servicing other than that contained in the operating instructions unless you are qualified to do so CAUT
141. alling a CM9760 RPM Card section When installed in the matrix bay at the factory according to your system order the 2 DIP switch and X55 and JP2 jumper settings on the CM9760 VMC card are set in the proper position You must however set DIP switch and jumper settings on a new card as instructed in the procedure below C1572M 9 05 To install a CM9760 VMC card do the following 1 Remove the front panel of the matrix bay 2 Remove the blank cover plate of slot 17 by loosening the screw at the top and bottom of the plate 3 Setthe S2 DIP switch and the X55 and JP2 jumpers on the new card to be installed a b C1572M 9 05 Refer to Figure 29 for DIP switch and jumper locations on the CM9760 VMC card Refer to Table G for S2 DIP switch functions and associated settings Refer to Table H for X55 video standards and associated jumper positions Ensure that the JP2 jumper is installed in the two pin header The JP2 jumper must always be installed for proper operation DIP Switch and Jumper Locations on CM9760 VMC Video Output Card I 55 Figure 29 49 Table 52 DIP Switch Functions and Settings Function Options Switch Setting 1 Off 2400 2 Off 1 Off 4800 2 On Baud Rate 1 On 9600 2 Off 1 On 19200 2 On NTSC 3 Off Video Standard PAL 3 On
142. camera position Example To set preset 1 with the label FRONT DOOR the command is as follows laFRONT DOORa1 a Go to Preset Position 1 99 Recalls a stored preset position Camera Auxiliary ON 1 8 Aa Turns on the designated auxiliary relay output at the camera A value ranging from 1 to 8 equals the camera auxiliary number Camera Auxiliary OFF 1 8 Ba Turns off the camera auxiliary C1572M 9 05 117 Action Table P ASCII Command Descriptions Continued Command Command Description Advanced Commands Continued GPI Auxiliary ON GPI Auxiliary OFF 9 20008 Aa Turns on the designated auxiliary relay output at the General Purpose Interface GPI A value ranging from 9 20008 equals the GPI auxiliary number 9 20008 Ba or Turns off the GPI auxiliary 9 20008 Aa Qa Polls a device to give it an opportunity to transmit pending Query Device information to the system master or to take control of the bus for a limited time Video Loss Detect cam Reports a video loss condition from the specified camera in response to a Query command from the system master Set Date and Time ZaMM DD YY HH MM SSa Sets the date and time Note the following Because the time and date string can be confused with other commands the command string Za comes first Za puts the receiving device into a mode that can accept the specialized string MM equals two digit month DD
143. cameras to video output devices such as DVRs VCRs and matrix switchers Because of the two rows of BNC connectors the CM9760 RPL card requires two slot positions in the matrix bay The CM9760 RPL card connects to one CM9760 VCC video input card When a maximum of 128 video inputs is required in a system that also requires looping up to eight CM9760 RPL cards can be used in a CM9760 MXB C1572M 9 05 TERMINATED UNTERMINATED 16 BNC PAIRS JP1 JP16 Figure 51 CM9760 RPL Rear Panel Looping Card As illustrated in Figure 51 the CM9760 RPL card includes the following BNC Connectors 16 pairs Provide the physical connection point for coaxial cable For each pair of BNC connectors one connector connects to a video source and the other connector connects to the video output device to which the video is looped Termination Jumpers JP1 JP16 Determine whether video is to be terminated jumper positions 1 and 2 or unterminated jumper positions 2 and 3 When looping functions are required the termination jumpers must be set in the unterminated position When looping functions are not required the jumpers must be set in the terminated position The jumpers are set in the appropriate position when your system is configured at the factory However if you change your system for example add or replace a card you may need to change the termination Downframe Connector Sixteen pin connector that connects to a d
144. clock in a 24 hour period edit the startup bat file as follows CM9700 NODEx T 04 58 00 4 Press Alt F and then type the letter s to save the file b Press Alt F and then type the letter x to exit the file 6 Atthe 39700 prompt enter startup and then press Enter to restart the system The time adjustment is now permanent If you reboot the CM9700 CC1 by pressing Ctrl Alt Del or exit the 9760 system by pressing Ctrl 0 the time adjustment remains in system memory and does not revert to 0 0 0 C1572M 9 05 61 62 SETTING AND ADJUSTING SYSTEM TIME IN A MULTI NODE SYSTEM You can set system time in a multi node system using the PC keyboard that is connected to the AT compatible keyboard port of the CM9700 NW1 The CM9700 NW1 then provides system timing to the network Using the CM9700 NW1 PC keyboard you can also adjust system time if the system clock is running fast system lead time or slow system lag time For detailed instructions to set and adjust system time refer to the sections that follow NOTE System time can also be set using the CM9760 KBD rather than the CM9700 NW1 PC keyboard however to adjust system time the CM9700 NW1 PC keyboard must be used Setting System Time in a Multi Node System Before setting system time note the following Begin the process of setting system time close to the top of the hour When setting system time you must synchronize the system clock to a reference time clock RTC If the CM9700
145. configuration of your particular system As shown in Figure 41 the root directory contains the following subdirectories indicated by lt DIR gt 9700 directory TESTPORT directory DOS directory The following sections provide information about each of the above directories contained within the root directory NOTE As shown in Figure 41 the root directory also contains a 9760 directory and a NETWORK directory The 9760 directory and the NETWORK directory are not used by the CM9700 CC1 C1572M 9 05 9700 DIRECTORY The 9700 directory is the working directory of the CM9700 CC1 From the root directory you can navigate to the 9700 directory by entering cd 9700 and then pressing Enter C 9700 prompt appears To view the contents of the 9700 directory enter dir and then press Enter refer to Figure 41 As shown in Figure 42 the 9700 directory includes the following CM9700 CC1 system software files Note that the 9700 directory also contains the startup bat file The startup bat file is a batch file a file that contains a sequence of commands that automatically loads the CM9700 EXE system executable file and all configuration files The default startup bat file reads as follows 11 24 32 17 Tue 07 19 2005 C N9700 gt dir Volume in drive C has no label Volume Serial Number is 1 13 0 8 Directory of 9700 CM9700 GSERVER HELVB STARTUP NODE1 NODE1 NODE1 NODE1 NODE1 NODE1 NODE1 NODE1 NODE1 NODE1 NODE1
146. criptions Continued Action Command Command Description Multiplexer Commands Digital Zoom ym Displays a full screen view of the selected multiplexer input Issuing the command again results in a 2X magnification and then again in a 4X magnification You can toggle through all 16 screens one at a time by issuing the Select Multiplexer Input command 1 16 m followed by the Digital Zoom ym command Picture in Picture im Displays picture in picture mode for the multiplexer input You can cycle through all 16 multiplexer inputs by issuing the Select Multiplexer Input command for each input Quad um Displays a group of 4 of the available 16 multiplexer inputs Reissuing the command displays the next 4 multiplexer inputs and so on Nano om Displays a group of 9 of the available 16 multiplexer inputs multiplexer inputs 1 9 Reissuing the command displays multiplexer inputs 8 16 Hex xm Displays all 16 multiplexer inputs of the 16 channel multiplexer Select Multiplexer Input 11 16 Selects one multiplexer input to be displayed A value ranging from 1 to 16 equals the number of the multiplexer input Scene Movement Using Directs scene movement when monitor is operating in the Joystick or Cursor Keys Digital Zoom mode Left Stop Left dLm Right Stop Right dRm dRm Up Stop Up dUm dUm Down Stop Down dDm dDm VCR Commands Eject Tape m Ejects the tape cur
147. ds on whether video is to be looped to another device for example a DVR VCR or matrix switcher When looping is not required set the jumpers in the terminated position jumper positions 1 and 2 default setting When looping is required set the jumpers in the unterminated position jumper positions 2 and 3 In multiple bay configurations set the jumpers in the unterminated position 2 Locate the desired slot position at the rear of the bay NOTE The physical number of a video input is determined by the position of the CM9760 VCC card which is installed into the front of the matrix bay Viewed from the rear of the matrix bay slot 1 is located on the right and corresponds to physical input numbers 1 16 slot 2 corresponds to physical input numbers 17 32 and so on As a result if you do not install CM9760 RPC cards in sequential order be sure to use the correct physical input number when programming the system using the CM9700 MGR 3 Remove the blank cover plate by loosening the screw at the top and bottom of the plate 34 C1572M 9 05 4 Slide the new card into the card guides refer to Figure 19 5 Push the card into place firmly 6 Tighten the screw at the top and bottom of the card 7 Connect BNC and downframe cables as applicable UNTERMINATED TERMINATED TLILILILITITITIITTIITITITTITITITI Figure 18 Termination Jumpers on CM9760 RPC Rear Panel Input Card C1572M 9 05
148. e Then reattach the front panel of the matrix bay 38 C1572M 9 05 INSTALLING REPLACING A CM9760 DFC DOWNFRAME CARD The CM9760 DFC card is installed in every bay between the first and last bays in a downframe configuration The card can also be used in the last bay if looping is not required Up to 16 CM9760 DFC cards can be installed into 16 possible slot positions that are associated with the slot positions of the corresponding CM9760 VCC cards to be installed If necessary a CM9760 DFC card can be replaced To install or replace a CM9760 DFC card refer to the sections that follow Installing a CM9760 DFC Card A WARNINGS Rear panel card installation should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when installing a rear panel card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment NOTE A CM9760 DFC card must be installed before the associated CM9760 VCC video input card is installed To install a CM9760 DFC card do the following 1 Settermination jumpers JP1 JP16 refer to Figure 22 in the proper position When CM9760 DFC cards are to be installed in intermediate bays set the jumpers in the unterminated position jumper positions 2 and 3 When CM9760 DFC cards are to be installed in the last bay set the jumpers in the terminated position jumper positions 1 and 2 UNTERMINATED
149. e CM9700 CC1 VGA port Female 0815 connector that connects to VGA monitor which allows you to view system diagnostics For additional information about system diagnostics refer to the System Diagnostics section AT compatible keyboard port 5 pin mini DIN connector that connects to the supplied PS 2 to AT keyboard adapter for connection to the supplied PS 2 keyboard NOTE An AT compatible keyboard port also exists on the front of the CM9700 CC1 behind the front door refer to Figure 38 Both keyboard ports cannot be used at the same time AC power input connector Three prong connector that connects to the supplied power cord The acceptable power range is 120 VAC to 230 VAC The power supply automatically adjusts to the proper voltage range Power switch Rocker type switch used to power the CM9700 CC1 on or off Figure 40 illustrates pinouts of connectors on the rear of the CM9700 CC1 84 C1572M 9 05 1572 9 05 PIN 1 PIN 14 5 PIN MINI DIN KEYBOARD CONNECTOR 25 PIN D TYPE PIN 1 y PIN 3 CONNECTOR PRINTER PORT PIN 4 PIN 5 FEMALE RESERVED FOR RIN FUTURE USE PIN 1 KEYBOARD CLOCK PIN 2 KEYBOARD DATA 3 NOT USED PIN 4 GND PIN 5 45V PIN 13 PIN 25 1 COM 2 MALE 8 PIN SERCOM PORT PINOUTS SAME FEMALE AS COM 1 PIN 5 PIN 9 BIRDS PIN 1 PIN 2 TX PIN 8 PIN 7 RX PIN 8 RX PIN 1 PIN 6 VGA PORT FEMALE PIN 11 WHEN A SERCOM PORT IS USED TO INTERFA
150. e CM9700 NW1 diagnostic screen and associated PC keyboard commands NOTE Additional displays such as those provided by the CM9700 MGR Main window and the CM9760 KBD LCD also provide information about system status For detailed information refer to the product specific documentation MONITORING CM9700 CC1 FUNCTIONS The CM9700 CC1 provides a diagnostic screen that allows you to monitor CM9700 CC1 functions You can view the diagnostic screen on a VGA monitor that is connected to the VGA port on the rear of the CM9700 CC1 The diagnostic screen appears after the CM9700 CC1 initializes Refer to Figure 35 for a sample CM9700 CC1 diagnostic screen Camera 1CC Camera 5 Camera 9 Camera 13 Aux Aux Aux Aux L 15 Iris 15 Iris 15 Iris 15 Iris 26 26 26 26 3 7 37 37 37 2 Qi i Qi Monitor 1 Monitor 2 Monitor 3 Monitor 4 MONITOR Camera CC Camera 1 Camera 2 Camera 4 9 BOXES 8 Aux Aux Aux Aux Y 1 o 1 o 1 25 1 o 5 26 26 26 26 3 3 37 3 2 Monitor 5 Monitor Monitor 7 Monitor 8 i CONFIGURATION Uer INFORMATION GPI Ax Complete F CM9700 CC1 XXX SOFTWARE VERSION GPI AND SYSTEM AUXILIARY BOX BOX Figure 35 Sample CM9700 CC1 Diagnostic Screen As illustrated in Figure 35 the CM9700 CC1 diagnostic screen displays the following items Monitor boxes Up to eight monitor boxes are displayed on the CM9700 CC1 diag
151. e CM9760 VMC video output card in slot 17 For detailed information about CM9760 VMC cards refer to the 9760 Video Output Card section Up to two power supplies For additional information about the power supplies refer to the Power Supplies section REAR VIEW All connections to the CM9760 MXB are made to the rear of the unit Figure 46 illustrates the rear of the CM9760 MXB in a single bay configuration 20 eo o eododododdooddodooo Le eeoooooooooooooooo o eododododdooddodood o a 1 22222222222222222 COO OOOO OO COO oOo eo 6 e e ee oo oooooooeee SUPPLY CONTROLS eo 9 9 90 99000 90 POWER SWITCH oododooododdododdoo o rower surpw use _ 60 9 e e odododododododd eo oo POWER INPUT oodododoodododdodo oo o 090 9 ee 6o o06oooodoododoodooe 6 6 6 6 68 LOWER POWER OOOO OOO OO OOOO CM9760 RPM UP TO 16 CM9760 RPC REAR PANEL REAR PANEL INPUT CARDS OUTPUT CARD Figure 46 CM9760 MXB Rear View Single Bay Configuration C1572M 9 05 91 92 As illustrated in Figure 46 the rear of the matrix bay in a single bay configuration accommodates the following Up to 16 CM9760 RPC rear panel input cards providing connection to up to 256 video
152. e inputs from 256 to 496 Bay 12B is sideframed to bay 2B Bay 2A is downframed to bay 2B Bay 12A is downframed to bay 12B increasing the number of available outputs from 16 to 32 For additional examples of configurations using a combination of sideframing and downframing refer to Appendix B C1572M 9 05 107 DOWNFRAMING TO THE CM9760 MXBL When more than 128 video inputs and a maximum of 16 video outputs are required in a system that also requires looping the CM9760 MXBL must be used to loop out the video The CM9760 MXBL is a downframed matrix bay that does not require power The CM9760 MXBL accommodates up to sixteen CM9760 DFL cards to loop out video Note that front panel video input and output cards are not used in the CM9760 MXBL Figure 59 illustrates a sample CM9760 MXBL downframe configuration containing a total of 256 video inputs and 16 video outputs 16 9760 of EF a aia 5 50 SUPPLIED DOWN FRAMING CABLES 16X RIBBON olololo 2 1100 001 O OO OO OOO OO OO OO OOO OO OO O O OOO OO OO
153. e is required termination must occur at the final device When looping is not required termination jumpers on the CM9760 DFL cards must be set in the terminated position For detailed information about the CM9760 RPC CM9760 DFC and CM9760 DFL cards refer to the CM9760 RPC Rear Panel Input CM9760 DFC Rear Panel Downframe Card and CM9760 DFL Rear Panel Downframe Looping Card sections respectively C1572M 9 05 USING A COMBINATION OF SIDEFRAMING AND DOWNFRAMING When expanding video inputs beyond 256 and video outputs beyond 16 a combination of sideframing and downframing must be used Sideframing allows video inputs to be expanded beyond 256 Downframing allows video outputs to be expanded beyond 16 The maximum capacity of a single node system is 2 048 video inputs and 128 video outputs NOTE When using CM9760 MDA units you can increase the video output capacity to a maximum of 512 As viewed from the rear of the matrix bays Figure 58 illustrates a matrix bay configuration containing sideframed and downframed bays that provide 496 video inputs and 32 video outputs The configuration consists of a total of four matrix bays 4222 90909 segg ggg PAY OUTPUT BAY 0 0
154. e the existing file Entering N for No requires that you confirm on a file by file basis that you do not wish to overwrite the existing file Remove the floppy disk from the disk drive of the CM9700 CC1 Press Ctrl Alt Delete to reboot the CM9700 CC1 Note that you must press the Del key on the numeric keypad of your keyboard in order to reboot the system 57 58 SETTING AND ADJUSTING SYSTEM TIME IN A SINGLE NODE SYSTEM You can set system time in a single node system using the PC keyboard that is connected to the AT compatible keyboard port of the CM9700 CC1 Using the CM9700 CC1 PC keyboard you can also adjust system time if the system clock is running fast system lead time or slow system lag time For detailed instructions to set and adjust system time refer to the sections that follow NOTE System time can also be set using the CM9760 KBD rather than the CM9700 CC1 PC keyboard however to adjust system time the CM9700 CC1 PC keyboard must be used Setting System Time in a Single Node System Before setting system time note the following Begin the process of setting system time close to the top of the hour When setting system time you must synchronize the system clock to a reference time clock RTC In a configuration having a CM9760 HS hot switch setting and adjusting time on one CM9700 CC1 synchronizes the time between both CM9700 CC1s For detailed information about the CM9760 HS hot switch refer to the CM9760 HS Hot
155. ected to the CM9700 CC1 To power on a 9760 place the corresponding power switch of each installed power supply in the On I position If for some reason you must power off the CM9760 MXB place the corresponding power switch of each installed power supply in the Off 0 position CHECKING DIAGNOSTIC LEDS Checking the diagnostic LEDs on 9760 allows you to ensure that the unit is operating properly It is recommended that you check the LEDs on the CM9760 MXB before connecting video inputs and outputs to the unit With the CM9760 MXB powered on check the LEDs as follows 1 Foreach power supply installed do the following a Verify that the 10V and 10V power LEDs are lit green If a power LED is not lit ensure that the power supply is seated properly If the condition persists inspect the power supply fuse and replace the fuse if necessary refer to Replacing a Power Supply Fuse in the CM9760 MXB Component Installation or Replacement section for detailed instructions b Verify that the Frame Fault and the Supply Fault LEDs are not lit If the Frame Fault LED is lit red one or more video input output cards has failed Continue with step 2 for troubleshooting information If the Supply Fault LED is lit red replace the power supply refer to Replacing a Power Supply in the CM9760 MXB Component Installation or Replacement section for detailed instructions C1572M 9 05 1572 9 05 2 With
156. edgement may be either of the following Ifa particular command sent by the ACD cannot be executed by the CM9700 CC1 and is rejected the negative acknowledgement consists of the ASCII characters NA followed by the command being rejected and then terminated with the lowercase letter a Ifa particular command sent by the ACD is not recognized by the CM9700 CC1 the negative acknowledgement consists of the ASCII characters NA immediately terminated with the lowercase letter a as follows NAa Table O provides a summary listing of ASCII commands supported by the CM9700 CC1 Table P provides descriptions of the ASCII commands Table 0 provides examples of ASCII commands C1572M 9 05 Table 0 ASCII Command Summary Action Command Action Command Pan and Tilt Commands Pan Left 1 64 La Tilt Up Stop Pan Left La Stop Tilt Up Pan Right Stop Pan Right 1 64 Ra Ra Tilt Down Stop Tilt Down Stop All PTZ Motion sa Camera Control Commands Focus Near Na Zoom Telephoto Ta Stop Focus Near Stop Zoom Telephoto 1 Focus Far Fa Zoom Wide Wa Stop Focus Far Fa Stop Zoom Wide Wa Iris Open 0a Stop Iris Open 0a Iris Close Ca Stop Iris Close Ca Advanced Commands Start Record Pattern 1 99 a Set Preset without Label 1 99 a Stop Record Pattern 1 99 a Start Pattern 1 99 pa Set Preset with Label la stringa 1 99 a Stop Pattern 1 99 na Start Macro 1 9999 Sa Go
157. es on 230 VAC 50 Hz Desktop keyboard with full switching capabilities plus joystick control of PTZ functions Operates on 12 VAC or 12 VDC Requires KBDKIT for power Desktop keyboard with full switching capabilities plus push button control of PTZ functions Operates on 12 VAC or 12 VDC Requires KBDKIT for power Software version 8 03 or higher is required C1572M 9 05 NETWORK INTERFACE UNIT CM9700 NW1 Network CPU and software necessary for joining two or more independent systems together Allows multiple systems to share video and control Commonly referred to as the network interface unit NIU OPTIONAL COMPONENTS CM9760 ALM Alarm interface unit Connects directly to each system Each unit can monitor up to 64 alarms Up to four units can be CM9760 CDU T CM9760 CXTA CM9760 DMR CM9760 DMR X CM9760 HS CM9760 MDA CM9760 MDA X CM9760 REL CM9760 VCRC Series Genex Multiplexers connected in a series from one SERCOM port Code distribution unit Sixteen channel RS 422 transmit only two data wires and ground distributor Primarily used or 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 Allows multiple CM9700 CC1 units to control multiple pan tilt zoom cameras and allows multiple keyboards to communicate through
158. for a sample monitor box ALM Camera 1 LOGICAL ALARM NUMBER FOCUS NUMBER INDICATION LINES CAMERA AUXILIARIES LOGICAL MONITOR ZOOM AND NUMBER JOYSTICK CONTROL BOX Figure 36 Sample Monitor Box on CM9700 CC1 Diagnostic Screen As illustrated in Figure 36 a monitor box displays the following information Logical camera number Identifies the logical number of the selected camera Note that the letters CC denote that the camera is a controllable camera If the letters CC do not appear for a particular camera the camera is a fixed camera Camera auxiliary numbers 1 8 Indicate whether auxiliaries 1 8 are on or off An auxiliary number appears white when the corresponding auxiliary is off and changes color when the corresponding auxiliary is turned on Logical monitor number Identifies the logical number of the selected monitor Logical alarm number Identifies the logical number of an alarm that has been triggered Focus indication lines Indicate when a camera 18 focused near far When a camera is focused near the distance between the lines increases When a camera is focused far the distance between the lines decreases lris Indicates when the iris of the camera is being opened or closed When the iris is being opened the black area inside the circle increases When the iris is being closed the black area decreases Zoom and joystick control box Indicates when a camera is zoomed in or out When a came
159. fore copying configuration files from the CM9700 MGR to the CM9700 CC1 it is recommended that you save copy of the existing CM9700 CC1 configuration files To copy configuration files from the CM9700 MGR to the CM9700 CC1 do the following 1 1572 9 05 Export configuration files from the CM9700 MGR to a floppy disk using the Export to Configuration Files option of the CM9700 MGR For detailed instructions refer to the CM9700 MGR Software Guide Insert the floppy disk into the disk drive of the CM9700 CC1 Using the keyboard connected to the AT compatible keyboard port of the CM9700 CC1 press Ctrl 0 to exit the 9760 system The VGA monitor displays the 9700 gt prompt At the prompt copy all configuration files from the floppy disk to the CM9700 CC1 by entering the following copy a filename where filename is the root name of the configuration files For example if the root name is NODE1 enter the following copy a node1 Press Enter Either of the following occurs The configuration files are copied to the CM9700 CC1 Skip step 6 and proceed to step 7 If the previous configuration files exist in the C 9700 directory the following message appears Files Already Exist Over Write Y N A Continue with step 6 Enter A to overwrite all existing files on the CM9700 CC1 with the files contained on the floppy disk NOTE Entering Y for Yes requires that you confirm on a file by file basis that you wish to overwrit
160. harge ESD precautions must be observed when installing a rear panel card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment NOTE A CM9760 RPM card must be installed before the associated CM9760 VMC video input card is installed To install a CM9760 RPM card do the following 1 Ensure that termination jumpers JP1 JP16 are set in the unterminated position positions 2 and 3 refer to Figure 26 UNTERMINATED TERMINATED Figure 26 Termination Jumpers on CM9760 RPM 2 Locate the desired slot position at the rear of the bay 3 Remove the blank cover plate by loosening the screw at the top and bottom of the plate 4 Slide the new card into the card guides of the leftmost slot refer to Figure 27 C1572M 9 05 43 Figure 27 CM9760 RPM Rear Panel Output Card Installation 5 Push the card into place firmly 6 Tighten the screw at the top and bottom of the card 7 Connect BNC cables or ribbon cable if applicable Replacing a CM9760 RPM Card AN WARNINGS Rear panel card replacement should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when replacing a rear panel card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electron
161. he CM9700 CC1 controller and CM9760 MXB matrix bay Installing the CM9700 CC1 controller Installing CM9760 MXB matrix bay s Verifying system operation SYSTEM SETUP OVERVIEW The following provides an overview of the tasks necessary to set up a 9760 system and prepare the system for operation It is recommended that you perform the tasks in the order listed below NOTE For detailed instructions to perform the tasks listed below for setup of the CM9700 CC1 and 9760 refer to the Unpacking Installing the CM9700 CC1 Controller and Installing CM9760 MXB Matrix Bay s sections in this manual For detailed instructions to perform the tasks listed below for setup of all other devices in your system refer to the manual provided for the device 1 Unpack all equipment Verify delivery according to the packing slip Keep all manuals and cables with the associated equipment 2 Select a location within a standard 19 inch 48 26 cm EIA rack for each device to be mounted 3 Mount each device into the selected location within a rack A DANGER When mounting equipment into a rack always install equipment starting from the bottom of the rack Installing equipment starting from the top of the rack can cause the rack to topple 4 Verify that the correct number of cards and power supplies have been installed in each CM9760 MXB in the system according to the system order 5 Install the CM9700 MGR software on a PC and then do the foll
162. he directory CATREE Displays the directories in the structure of the root directory and any specified directory and associated subdirectories those below it File and Disk Management Commands COPY Copies a single file ora ANNODET MON 29700 Copies the NODE1 MON file group of files from one location to another location Ce COPY A NODE1 29700 29700 gt A NODE1 NODE1 9700 039700 C 9700 gt COPY NODE1 A from the floppy disk in drive A to the C 9700 directory Copies all files with the NODE1 root name from the floppy disk in drive A to the C 9700 directory Copies all files with the NODE1 root name from the floppy disk in drive A to the C 9700 directory Copies all files with the NODE1 root name from the floppy disk in drive A to the C 9700 directory Copies all files from the floppy disk in drive A to the C 9700 directory Copies all files with the NODE1 root name from the C 9700 directory to the A drive C1572M 9 05 Table 1 DOS Command Reference Continued Command Switch Description Example s 5 File and Disk Management Commands Continued DEL Deletes a single file ora CA9700N0LDFILE MON Deletes the OLDFILE MON file group of files from the from the C 9700 directory specified location NOTE You can
163. he fuse holder comes out of the unit 3 Replace the fuse with a fuse of the same rating If using the spare fuse be sure to replace it with a fuse of the same rating 4 nstall the fuse holder back into the socket 5 Plug the power cord into the power input receptacle STORAGE DRAWER FOR SPARE FUSE HOLDER Figure 33 CM9760 MXB Power Supply Fuse Replacement C1572M 9 05 ENABLING DISABLING THE POWER SUPPLY ALARM The power supply provides an audible alarm that operates in conjunction with the Fault LEDs located on the front of the power supply By default the alarm is enabled The X5 jumper on the power supply allows you to enable disable the alarm refer to Figure 34 To enable disable the audible power supply alarm do the following 1 Place the power switch of the power supply in the Off 0 position 2 Disconnect the power cord from the power source 3 Remove the power supply from the power supply slot as follows a Loosen the two captive panel screws at the top and bottom of the power supply b Pull the power supply toward you The power supply slides out of the slot 4 Locate the X5 jumper on the power supply refer to Figure 34 5 Position the jumper to enable disable the alarm as shown in Figure 34 DISABLED ENABLED Figure 34 CM9760 MXB Power Supply Alarm Jumper Positions 6 Install the power supply back into the power supply slot as follows a Align the power supply in the m
164. hers for each ear To mount the CM9700 CC1 using the supplied brackets and support rails refer to Figure 2 and perform the following steps 1 Attach one bracket to each side of the CM9700 CC1 using three 8 32 x 0 250 inch pan head screws for each side Attach each bracket so that the slotted holes in the bracket are positioned toward the front of the CM9700 CC1 and the tapered ends of the bracket are positioned toward the rear of the CM9700 CC1 2 Foreach set of support rails attach the front mounting support rail to the rear mounting support rail using three 8 32 x 0 375 inch pan head screws and washers for each set Leave the screws loose until the support rails are attached to the rack 3 Attach one set of support rails to the equipment rack in the desired location as follows a Position the ear of the front mounting support rail against the front of the equipment rack and align the holes in the ear of the rail with the threaded holes in the rack Attach the ear of the rail to the rack using two 10 32 x 0 375 inch flat head screws b Adjustthe support rails to the correct depth of the equipment rack by sliding the rear mounting support rail to the back of the equipment rack c Attach the ear of the rear mounting support rail to the rear of the equipment rack using four 10 32 x 0 375 inch flat head screws The holes in the ear of the rail should align with the threaded holes in the equipment rack 4 Tighten the three 8 32 x
165. hipped as part of a system order for example 2NODES NIU for a two node system 3NODES NIU for a three node system and so on The default configuration file name is 2NODES NIU when the CM9700 NW 1 is shipped as a standalone unit 3 Editthe net bat file to include the total time adjustment as follows 9700NIU xNODES T mmiss hh or 9700NIU xNODES T mm ss hh where T time adjustment switch command minus sign A minus sign must be entered if system time is ahead of RTC time and must be slowed for synchronization with RTC time mm minutes SS seconds hh hundredths of a second For example to enter the total time adjustment of 4 minutes and 58 seconds to slow the system clock in a 24 hour period edit the net bat file as follows 9700NIU xNODES T 04 58 00 4 Press Alt F and then type the letter s to save the file b Press Alt F and then type the letter to exit the file 6 At the C NETWORK prompt enter net and then press Enter to restart the system The time adjustment is now permanent If you reboot the CM9700 NW I by pressing Ctrl Alt Del stop operation of the CM9700 NW1 the time adjustment remains in memory and does not revert to 0 0 0 C1572M 9 05 DOS FILENAME CONVENTIONS The naming convention for a DOS filename is a root name followed by a period followed by an extension The root name is limited to eight characters with no spaces The extension is three characters For example if the f
166. ic equipment NOTE Before replacing a CM9760 RPM card you must remove the front panel of the matrix bay and disconnect the associated CM9760 VMC video output card from the connectors on the backplane and from the connector on the CM9760 RPM card that is to be replaced To disconnect the CM9760 VMC card grasp the two card handles and firmly pull the card toward you until the card is disconnected Unless the audible alarm on the power supply has been disabled the alarm beeps and the Frame Fault LED flashes red when the CM9760 VMC card is disconnected refer to the nstalling or Replacing a CM9760 VMC Video Output Card section for additional information To replace a CM9760 RPM card do the following 1 Ensure that the associated CM9760 VMC video output card is disconnected as noted above 2 Disconnect BNC cables or ribbon cable if applicable from the CM9760 RPM card being replaced 3 Remove the CM9760 RPM card by loosening the screw at the top and bottom of the card and then pulling the card toward you until it is out of the frame 4 Install the new card refer to the nstalling a CM9760 RPM Card section After the CM9760 RPM card has been replaced reconnect the associated CM9760 VMC card by sliding the card toward the rear of the matrix bay until the card is seated firmly with the backplane connectors and CM9760 RPM connector If the audible alarm on the power supply is enabled the alarm stops beeping and the Frame Fault LED turns off
167. ices move at their slowest speed The speed has no effect on fixed speed devices therefore the speed should be omitted when controlling a fixed speed device Stops the upward tilt of the currently selected pan and tilt device Tilt Down Stop Tilt Down 1 63 Da Moves the currently selected pan and tilt device down at the speed indicated The speed ranges from 1 63 1 is the slowest speed and 63 is the fastest speed Note the following f the speed is omitted some devices move at their default speed and other devices move at their slowest speed e The speed has no effect on fixed speed devices therefore the speed should be omitted when controlling a fixed speed device Stops the downward tilt of the currently selected pan and tilt device Stop All PTZ Motion sa Stops all image motion that is stops pan tilt zoom focus and iris operations C1572M 9 05 115 Action Table P ASCII Command Descriptions Continued Command Command Description Camera Control Commands Focus Near Stop Focus Near Focus Far Stop Focus Far Na Causes the currently selected camera to adjust the focus range nearer to the camera Stops the focusing of the currently selected camera Causes the currently selected camera to adjust the focus range farther from the camera Stops the focusing of the currently selected camera Iris Open Stop Iris Open Iris Close St
168. ilename is NODE1 CAM the root name is NODE1 and the extension is The following characters cannot be used in the root name or extension The characters are reserved for particular uses as follows backslash forward slash colon dot asterisk question mark lt less than symbol DOS COMMAND REFERENCE U U U U Used for directory navigation sed as a delimiter in command line options Used for a command prompt sed as a separator between root and extension Used as a wildcard character sed as a wildcard character gt greater than symbol Used as a command prompt sed as a command prompt Table provides a listing of DOS commands that are commonly used when managing 9760 system files Table 1 DOS Command Reference Command Switch Description Example s 5 Directory Management Commands CD Displays the current CCD Displays the root directory as directory the current directory Changes the current C gt CD 9700 Changes from the root direc directory tory to the 9700 directory 039700 C gt CD 9700 BKUP Changes from the root direc tory to the BKUP directory within the 9700 directory C 9700 BKUP gt C 9700 gt CD Moves up one level in the directory structure In the example moves from the 9700 directory to the root directory C 9700 BKUP gt CD Changes to the root directory In the example changes from the C 9700 BK
169. imp on BNCs rather than screw on BNCs Allow enough slack in a cable to act as a strain relief between the cable and the BNC connectors Be sure each connection is secure Label all cabling to minimize system downtime if troubleshooting becomes necessary and cabling needs to be disconnected Video output from the CM9760 VMC video output card is not terminated Terminate the video signal at the output device for example monitor or matrix switcher If you are looping to other devices terminate the last device only The endpoint of any video cable run must be teminated in 75 ohms For information about sideframing video inputs and downframing video outputs refer to Sideframing and Downframing in the CM9760 MXB Matrix Bay section 29 VERIFYING SYSTEM OPERATION After installation of the 9760 system is complete verify system operation To do so perform the following from a CM9760 KBD 30 1 4 5 Verify that the CM9760 KBD LCD displays the following SYSTEM 97XX NOTE Depending on the version of the CM9760 KBD software the LCD displays SYSTEM 9760 or SYSTEM 9700 Enter the default operator password on the CM9760 KBD keypad The default password for operator 1 is 0101 the default password for operator 2 is 0202 the default password for operator 3 is 0303 and so on The passwords are defined in the Operator PIN field in CM9700 MGR The LCD displays the following ENTER MONITOR Enter the number of the monito
170. in power supply and a backup power supply If the main power supply fails the backup power supply automatically powers the unit providing power redundancy to the system All connections are made on the rear of the unit All inputs are terminated with 75 ohms default When applicable inputs can be unterminated by means of a jumper selection FUNCTIONAL SYSTEM OVERVIEW CM9760 MXB is a crosspoint switch that supports up to 256 video inputs in increments of 16 and up to 16 video outputs in increments of 4 Figure 44 illustrates video signal flow through the matrix bay C1572M 9 05 89 90 I VIDEO OUTPUT BUS REAR PANEL VIDEO INPUT CARD VIDEO INPUT CARD As illu then p P PATH TO VIDEO CARD AND TO DOWNFRAME CONNECTOR VIDEO SIGNAL OUT REAR PANEL BNC CARD VIDEO OUTPUT CARD Figure 44 Video Signal Flow through the Matrix Bay strated in Figure 44 a video signal enters the matrix bay through the rear panel input card where it is terminated with 75 ohms The signal roceeds to the CM9760 VCC video input card via the input buffer and is then directed to the 16 x 16 crosspoint switch Operation of the crosspoint switch is controlled by the CM9760 VMC video output card The signal leaves the video
171. ing the startup bat file are provided in the Editing the Startup bat File to Permanently Adjust System Time section C1572M 9 05 Editing the Startup bat File to Permanently Adjust System Time To permanently adjust system time you must edit the startup bat file to include the total time adjustment indicated in the System box after the final adjustment is made to system time To edit the startup bat file to include the total time adjustment do the following 1 Press Ctrl Q to exit the 9760 system The 039700 prompt appears 2 Atthe prompt enter edit startup bat and then press Enter The startup bat file opens and appears as follows CM9700 NODEx where xis the node number NODE is the default configuration filename for a single node system Default configuration filenames for each node within a multi node system are numbered sequentially according to the CM9700 NW1 port number to which each CM9700 CC1 is connected for example NODE5 and NODEG two node system 3 Editthe startup bat file to include the total time adjustment as follows CM9700 NODEx T mm ss hh or CM9700 NODEx T mm ss hh where T time adjustment switch command minus sign A minus sign must be entered if system time is ahead of RTC time and must be slowed for synchronization with RTC time mm minutes SS seconds hh hundredths of a second For example to enter the total time adjustment of 4 minutes and 58 seconds to slow the system
172. input card and is sent to the video output card by way of the video bus When received by the video output card the signa is processed by the CM9760 VMM video output module where the DC level of the signal is restored and the titling message is inserted The edited video signal leaves the matrix bay through the rear panel output card The video signal path is controlled by the microprocessor located on the video output card The video output card has full control of all video input cards The number of inputs can vary from 16 to 256 in 16 input increments Them atrix bay can be used as a standalone routing switcher or it can be connected to other matrix bays to create a larger system C1572M 9 05 FRONT VIEW Figure 45 illustrates the CM9760 MXB with the front panel removed CM9760 VCC CM9760 VMC VIDEO INPUT VIDEO OUTPUT CARDS CARD SLOTS 1 16 SLOT 17 10V e o o SA o SUPPLY b e BLANK PLATE FOR UNOCCUPIED eF POWER SUPPLY SLOT Figure 45 CM9760 MXB Front View Front Panel Removed As illustrated in Figure 45 the front of the matrix bay accommodates the following Up to 16 CM9760 VCC video input cards in slots 1 16 For detailed information about CM9760 VCC cards refer to the C IM9760 VCC Video Input Card section On
173. inputs For additional information about CM9760 RPC cards refer to the CIM9760 RPC Rear Panel Input Card section Note that CM9760 RPL rear panel looping cards can also be used For detailed information refer to the 0 9760 Rear Panel Looping Card section One CM9760 RPM rear panel output card in the leftmost slot providing connection to up to 16 video outputs For additional information about the CM9760 RPM card refer to the CM9760 RPM Rear Panel Output Card section Alarm port Four pin audio connector that provides an alarm relay contact closure which activates remote alarm equipment if the matrix bay malfunctions The contact closure closes if any of the following occurs Power supply failure Frame fault including fuse failure on the CM9760 VCC video input card CM9760 VMC video output card failure Communication fault with CM9760 VCC or 9760 The alarm port operates in conjunction with the Frame Fault and Supply Fault LEDs on the front of the power supply To wire the alarm port refer to Figure 47 NORMALLY OPEN Pin Description COMMON 1 Relay One Common Relay One Normally Open Not Used Not Used 09 ALARM PORT Figure 47 CM9760 MXB Alarm Port Video black level output connector connector that can be used as a reference sync output to allow for the genlocking of peripheral devices The signal level for the output is 300 mV The ou
174. inputs bay to another Figure 7 illustrates sample downframe cable connections between a CM9760 RPC card and a CM9760 DFC n for additional frame cable to rom one matrix card and between a CM9760 RPC card and a CM9760 DFL card in a configuration containing one downframed bay For additional in to Downframing in the 0 9760 Matrix Bay section and to Appendix ormation refer C1572M 9 05 CM9760 MXB BAY1 OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO 000000000000000 0 OOOOOOOOOOOOOOOO SUPPLIED DOWN FRAMING CABLES 16 RIBBON COAXIAL CM9760 MXB BAY2 OOOOOOCOOOOOOOCOOO Figure 7 Sample Downframe Cable Connections VERIFYING CM9760 MXB COMPONENT INSTALLATION Up to 16 CM9760 VCC video input cards one CM9760 VMC video output card and up to two power supplies are installed in a matrix bay at the factory as ordered Verify component installation as follows 1 Remove the front panel of the matrix bay to view the video input and output cards 2 Verify that the correct number of cards and power supplies are installed In addition verify that each installed card and power su
175. ion m 19 COMM FAIL COMM FAIL LO VDC 10 VDC 10 VDC NO ASSIGNMENT 10 VDC 4 BUTTON CM9760 VCC CM9760 VMC VIDEO INPUT CARD VIDEO OUTPUT CARD Figure 12 CM9760 VCC and CM9760 VMC Diagnostic LEDs 21 28 FUSES CM9760 VCC VIDEO INPUT CARD FUSES CM9760 VMC VIDEO OUTPUT CARD Figure 13 Fuse Locations on CM9760 VCC and CM9760 VMC Cards C1572M 9 05 CONNECTING VIDEO INPUTS AND VIDEO OUTPUTS Connect all video inputs up to 256 and all video outputs up to 16 to the rear panel BNC cards refer to Figure 14 eooooooooooooooe OOOOOOOOOOOOOOCOO OOOOOOOOOOOOOOOO OOOOOOOOOCOOOOOOO OOOOOOOOOCOOOOOOO OOOOOOOOOOOOOOOO eooooooooooooooe 0000000000000000 OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOCOOOOOOOOOOOO 16 J Pe Figure 14 CM9760 MXB Video Input and Output Connections Note the following C1572M 9 05 To provide adequate ground and signal connections use cr
176. ion 0 nne 126 Sideframing and Downframing 496 x 32 Configuration 0 4 127 Sideframing and Downframing 496 x 48 Configuration 2 2 2 2 4 2 128 Sideframing and Downframing 496 x 48 Configuration 0 2 2 2 2 2 129 Sideframing and Downframing 496 x 64 Configuration 2 2 4 130 Sideframing and Downframing 496 x 64 Configuration 0 2 2 2 131 Sideframing and Downframing 736 x 32 Configuration 2 132 Sideframing and Downframing 736 x 32 Configuration 0 22 2 133 Sideframing and Downframing 736 x 48 Configuration 2 2 2 2 2 134 Sideframing and Downframing 736 48 Configuration 0 2 135 Sideframing and Downframing 736 x 64 Configuration 2 2 222 136 Sideframing and Downframing 736 x 64 Configuration 0 2
177. ion from state to state If a warranty repair is required the Dealer must contact Pelco at 800 289 9100 or 559 292 1981 to obtain a Repair Authorization number and provide the following information 1 Model and serial number 2 Date of shipment 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 Method of return shipment shall be the same or equal to the method by which the item was received by Pelco RETURNS In order to expedite parts returned to the factory for repair or credit please call the factory at 800 289 9100 or 559 292 1981 to obtain an authorization number CA number if returned for credit and RA number if returned for repair All merchandise returned for credit may be subject to a 2096 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 10 Service Department Pelco 3500 Pelco Way Clovis CA 93612 5699 If you are located outside the continental U S Alaska Hawaii or Puerto Rico and are instructed to return goods to the USA
178. ional adjustments to system time refer to the Making Additional Adjustments to System Time section C1572M 9 05 59 60 NOTE The time adjustment that was made to system time as displayed in step 6 above is a temporary time adjustment If you reboot the CM9700 CC1 by pressing Ctrl Alt Del or exit the 9760 system by pressing Ctrl 0 the time adjustment reverts to 0 0 0 As a result you must edit the startup bat file to permanently program the total time adjustment indicated in the System box after the final time adjustment is made Instructions for editing the startup bat file are provided in the Editing the Startup bat File to Permanently Adjust System Time section Making Additional Adjustments to System Time To make an additional adjustment to system time do the following 6 Wait 24 hours or a multiple of 24 hours if necessary since the last time adjustment was made and then compare the system time displayed on any monitor in the system with the RTC time Note the difference in time for a 24 hour period and whether the system time is ahead of or behind RTC time Using the CM9760 KBD set system time at the top of the hour in 24 hour format when the RTC reaches the top of the hour At the CM9700 CC1 diagnostic screen press Alt L The System box displays the latest time adjustment values For example if a time adjustment of 2 30 00 was entered to slow system time 2 minutes and 30 seconds the System box displays the follo
179. ires installation on a PC that meets CM9700 MGR system requirements Detailed information about the GR software and PC system requirements is provided in the CM9700 MGR Software Guide CM9700 MGR 9700 1 1 MONITOR 1 CM9760 MXB MONITOR 16 CAMERA 256 Figure 1 Basic Components of a 9760 System NOTE If your 9760 system includes a CM9760 CC1 that is running version 8 03 xxx or earlier software and you are using CM9760 MGR software refer to the CM9760 CC1 and CM9760 MGR documentation provided with your system In addition to the basic components you can also use peripheral devices in the 9760 system Peripheral devices include equipment such as KBD300A KBD200A keyboards CM9760 MDA master distribution amplifiers CM9760 ALM alarm interface units CM9760 REL relay interface units Genex multiplexers and Pelco VCRs C1572M 9 05 Note the following To ensure uninterrupted operation the 9760 system can be equipped with a backup CM9700 CC1 by means of a CM9760 HS hot switch For detailed information about the CM9760 HS refer to the CM9760 HS Hot Switch Installation Operation manual The CM9700 NW1 commonly referred to as the network interface unit NIU can be used to connect two more CM9700 CC1 units to create a networked system Fach CM9700 CC1 unit and attached devices comprise a node in the network For detailed information about the CM9700 NW1 refer to the System 9760 Networking G
180. itialization process Refer to Figure 37 for a sample CM9700 NW1 diagnostic screen PELCO CM9700 N I U Ver xxx XXX Vector initialized 2nodes niu Com init COMI ATNRO 3 IRQ 5 Connected ATNRO IRO 10 Connected ATNRO IRO 11 Connected ATNRO IRO 12 Connected ATNRO IRQ 7 Connected ATNRO IRO 4 Connected ATNRO IRO 3 Connected ATNRO IRO 15 Connected Fri Jul 23 11 46 10 2005 Request download Fri Jul 23 11 46 11 2005 on line Fri Jul 23 11 47 13 2005 Receiving Monitor parameters Fri Jul 23 11 47 16 2005 Receiving Camera parameters Fri Jul 23 11 47 17 2005 Received Tie Line parameters Fri Jul 23 11 47 18 2005 Received Operator parameters Figure 37 Sample CM9700 NW1 Diagnostic Screen As the CM9700 NWI initializes the SERCOM ports of the CM9700 NW are set up according to the CM9700 NW1 configuration file The CM9700 NW1 then polls each of the SERCOM ports and requests download information about the setup of each port As shown in Figure inform 37 the CM9700 NW1 diagnostic screen displays the hardware configuration of the CM9700 NW1 and then displays the downloaded ation about each of the SERCOM ports connected to a CM9700 CC1 as each port is polled The CM9700 NW1 reports that a port is online for example port 8 is online and displays the status of setup information for the port for example received operator parameters In addition date a CM97 Admin nd time information is also displayed for each status condition
181. ition slots 1 16 into which a CM9760 VCC card can be installed corresponds to a specific range of physical inputs for example slot position 1 corresponds to physical inputs 1 16 slot position 2 corresponds to physical inputs 17 32 and so on Physical input numbers are used when programming the CM9760 MXB using the CM9700 MGR therefore if you do not install CM9760 VCC cards in sequential order be sure to use the correct physical input numbers when programming the 9760 Table F lists the 16 slot positions and their corresponding physical input range Table F CM9760 VCC Slot Positions and Corresponding Physical Input Range Slot Physical Slot Physical Position Input Range Position Input Range 1 1 16 9 129 144 2 17 32 10 45 160 3 33 48 11 161 176 4 49 64 12 177 192 5 65 80 13 93 208 6 81 96 14 209 224 7 97 112 15 225 240 8 113 128 16 241 256 The CM9760 VCC card requires a rear panel input card CM9760 RPC CM9760 RPL CM9760 DFC or CM9760 DFL The associated rear panel input card should be installed into the correct slot in the rear of the matrix bay before a CM9760 VCC card is installed For instructions to install rear panels cards refer to the nstalling or Replacing Rear Panel Cards section 45 46 To install a CM9760 VCC card do the following 1 Remove the front panel of the matrix bay 2 Insert the CM9760 VCC card into the desired slot slots 1 16 as follows refer to Figure
182. l 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 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 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 Modifications 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 B digital apparatus complies with Canadian ICES 003 Cet appareil num rique de la classe B est conforme la norme NMB 003 du Canada CM9760 MXB This device complies with Part 15 of the FCC Rules Operation is subject to the f
183. looping is not required NOTE Unlike the CM9760 DFL downframe card the CM9760 DFC downframe card does not provide the ability to loop out video The CM9760 DFC card connects to a CM9760 VCC video input card which is installed into the front of the matrix bay A downframe cable is supplied with the CM9760 DFC card For additional information about downframing refer to the Downframing section INPUT FROM BAY ABOVE UNTERMINATED OUTPUT TO BAY BELOW TERMINATED Figure 53 CM9760 DFC Downframe Card As illustrated in Figure 53 the CM9760 DFC card includes the following Termination Jumpers JP1 JP16 Allow video to be terminated jumper positions 1 and 2 or unterminated jumper positions 2 and 3J When CM9760 DFC cards are used in intermediate bays termination jumpers must be set in the unterminated position When CM9760 DFC cards are used in the last bay termination jumpers must be set in the terminated position Termination jumpers are set in the appropriate position when your system is configured at the factory However if you change your system for example add or replace a card you may need to change the termination Input Connector Thirty two pin male connector that connects to a downframe cable which then connects to the rear panel card in the bay above Output Connector Thirty two pin male connector that connects to a downframe cable which then connects to the rear panel card in the bay bel
184. m time in a single node system do the following 1 Wait 24 hours or a multiple of 24 hours if necessary since the system time was set and then compare the system time displayed on any monitor in the system with the RTC time Note the difference in time for a 24 hour period and whether the system time is ahead of or behind RTC time For example if system time is 2 02 30 PM and RTC time is 2 PM after a 24 hour period then system time is ahead of RTC time by 2 minutes and 30 seconds If the amount of time over which you are comparing system time to RTC time is a multiple of 24 hours perform steps a c that follow to determine the difference in time per 24 hour period otherwise proceed to step 2 a Convert the time difference noted between system time and RTC time to seconds b Divide the total number of seconds by the elapsed time in hours to determine the seconds per hour rate of change For example if a 90 second time difference had occurred over a time interval of 3 days or 72 hours then the rate of change in seconds per hour is 1 25 90 divided by 72 1 25 c Multiply the seconds per hour rate of change by 24 to obtain the time difference in seconds for a 24 hour period For example multiplying 1 25 by 24 equals a time difference of 30 seconds per 24 hour period 2 Using the CM9760 KBD set system time at the top of the hour in 24 hour format For example if RTC time equals 2 00 PM enter the following 14 00 00 3 Atthe
185. may occur due to the following CM9700 CC1 hardware errors refer to Table L CM9700 CC1 system errors which are displayed as error messages in the System box on the CM9700 CC1 diagnostic screen refer to Table M CM9700 CC1 configuration file errors DOS operating system errors which are displayed on the VGA monitor as the CM9700 CC1 initializes Peripheral devices connected to the CM9700 CC1 Table L CM9700 CC1 Hardware Error Troubleshooting Hardware Error Possible Cause Corrective Action Green power LED does not light No AC power to the unit Check power cord connection Blown fuse Replace fuse VGA monitor display does not appear Video cable not seated properly Check cable connection to VGA port Power cord not connected Connect power cord Defective VGA card Replace VGA card C1572M 9 05 79 80 Table M CM9700 CC1 System Error Troubleshooting System Error Message Possible Cause Corrective Action Port x ERR Coms Framing Mismatched baud rate settings Correct the baud rate setting in the CM9700 MGR to match the settings in the device connected to the specified port Port x ERR Coms Fatal Failure of communications line after power up and initialization Check and correct hardware fault Port x ERR Coms Parity Mismatched parity settings Correct the parity setting in the CM9700 MGR to match the settings in the device connected to the specified port
186. name Conven tions section C1572M 9 05 Table 1 DOS Command Reference Continued Command Switch Description Example s 5 File and Disk Management Commands Continued TYPE Displays the contents of C 9700 gt TYPE NODE1 MON Displays the contents of the the specified text file on NODE1 MON file located in the screen If the loca the C 9700 directory tion of the file is ina directory other than the gt CA9700NNODE1 MON Displays the contents of the one you are in you must NODE1 MON file located in specify the directory the C 9700 directory path MORE Allows long text file to CA9700NNODE1 ALM MORE Allows the NODE1 ALM text be viewed one screen at file to be viewed one screen at a time The redirection atime operator symbol precedes the MORE command The symbol is located above the backslash on the keyboard UNDELETE Recovers files that were CAUNDELETE C 9700 TEST BAT Recovers the TEST BAT file previously deleted using that was previously deleted the DEL command using the DEL command LIST Lists the deleted files CAUNDELETE C 9700 LIST Lists the files that have been that are available to be deleted from the C 9700 direc recovered but does not tory and are available to be recover any files recovered but does not recover the files ALL Recovers deleted files CAUNDELETE C 9700 ALL Reco
187. nodes niu After the system has run 24 hours or a multiple of 24 hours since a time adjustment was made you can adjust the system time again if necessary To make additional adjustments to system time refer to the Making Additional Adjustments to System Time section NOTE The time adjustmen t that was made to system time as displayed in step 5 above is a temporary time adjustment If you reboot the CM9700 NW1 by pressing Ctrl Alt Del stop operation of the CM9700 NW1 by pressing Ctrl 0 the time adjustment reverts to 0 0 0 As a result you must edit the net bat file to permanently program the total time adjustment indicated on the diagnostic screen after the final time adjustment is made Instructions for editing the net bat file are provided in the Editing the Net bat File to Permanently Adjust System Time section C1572M 9 05 Making Additional Adjustments to System Time To make an additional adjustment to system time do the following 1 7 Wait 24 hours or a multiple of 24 hours if necessary since the last time adjustment was made and then compare the system time displayed on any monitor in the system with the RTC time Note the difference in time for a 24 hour period and whether the system time is ahead of or behind RTC time Using the CM9760 KBD set system time at the top of the hour in 24 hour format when the RTC reaches the top of the hour At the CM9700 NW1 diagnostic screen press Alt L The screen dis
188. nostic screen at one time Each monitor box represents a monitor and the camera currently being displayed on that monitor for detailed information about the monitor box refer to the Viewing Monitor Box Diagnostics section GPI and auxiliary box Displays GPI and auxiliary information if applicable GPI displays the GPI currently selected The number is updated when an auxiliary command is executed Axdisplays the auxiliary currently selected and whether the auxiliary is on or off System box Displays system status messages error messages and responses to commands issued from the PC keyboard that is connected to the AT compatible port of the CM9700 CC1 Configuration information Indicates whether the CM9700 CC1 is part of a CM9760 HS hot switch configuration Note that A OFF indicates that the CM9700 CC1 is not part of a hot switch configuration The letter A indicates asynchronous mode For detailed information about the diagnostic screen in a hot switch configuration refer to the CM9760 HS Hot Switch Installation Operation manual CM9700 CC1 software version Displays the software version number xxx xxx of the CM9700 EXE executable file for example version 903 023 which represents version 9 03 023 72 C1572M 9 05 VIEWING MONITOR BOX DIAGNOSTICS The monitor box on the CM9700 CC1 diagnostic screen provides information about the monitor camera auxiliary conditions and alarms currently being displayed Refer to Figure 36
189. o to be terminated jumper positions 1 and 2 or unterminated jumper positions 2 and 3 Note that the termination jumpers on the CM9760 RPM card must always be set in the unterminated position You must terminate the video signal at the output device for example a monitor or VCR If you are looping to other devices terminate the last device only Sideframe Connector Sixteen pin connector that connects to a coaxial ribbon cable in a sideframe configuration A coaxial ribbon cable can be used instead of coaxial cable connections to the BNC connectors on the CM9760 RPM card For additional information refer to the Sideframing section CM9760 RPM Card Guidelines The following guidelines apply to the CM9760 RPM card The CM9760 RPM card must always be installed into the leftmost slot on the rear of the matrix bay The leftmost slot provides the connection point to the CM9760 VMC video output card which is always inserted into slot 17 in the front of the matrix bay The CM9760 RPM must be installed before the CM9760 VMC video output card is installed into the front of the matrix bay Termination jumpers must always be set in the unterminated position C1572M 9 05 CM9760 DFC REAR PANEL DOWNFRAME CARD The CM9760 DFC rear panel card refer to Figure 53 is used in a downframe configuration The card is installed in every bay between the first and last bay to connect the associated intermediate bays The card can also be used in the last bay if
190. ollowing 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 A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications 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 Modifications 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 NMB 003 du Canada
191. omm Fail LEDs on all CM9760 VCC cards Red Comm Fail LED also on CM9760 VMC CM9760 VMC video output card must be reset Press the Reset button on the CM9760 VMC card If all Comm Fail LEDs remain red the CM9760 VMC card is defective Defective CM9760 VMC card Replace the card CM9760 VMC Video Output Card LEDs 10 VDC power LED DS5 not lit Defective fuse s on CM9760 VMC card Remove and inspect fuses on card Replace fuse if defective 10 VDC power LED 054 not lit Defective fuse s on CM9760 VMC card Remove and inspect fuses on card Replace fuse if defective Red Comm Fail LED DS6 on CM9760 VMC only Cable between the CM9760 MXB and the 9700 1 is not connected properly or is not installed in the proper location Check cable connections Check that cable is connected to correct CM9700 CC1 port Incorrect wiring of cable Check wiring of cable if not using supplied data communication cable Port communication setup is incorrect for example incorrect baud rate or device type Check port configuration settings in CM9700 MGR Power Supply Module LEDs 10 Power LED not lit Power supply not seated properly Ensure that power supply is seated properly Blown fuse Replace fuse 10V Power LED not lit Power supply not seated properly Ensure that power supply is seated properly Blown fuse Replace fuse Flashing red
192. on Note that you should set the 52 DIP switch and the X55 and JP2 jumpers on the new card to match the settings on the card being replaced INSTALLING A CM9760 VMM VIDEO OUTPUT MODULE A WARNINGS CM9760 VMM video output module installation should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment When installing a CM9760 VMM module exercise caution to prevent bending any of the pins on the module To install a CM9760 VMM module into an empty slot on CM9760 VMC4 CM9760 VMC8 or CM9760 VMC12 card align the pins on the module with the three sockets on the card refer to Figure 31 and push the card down carefully until the pins are firmly seated into the sockets VIDEO EMPTY OUTPUT SLOTS MODULES Figure 31 CM9760 VMM Video Output Module Locations CM9760 VMC8 Video Output Card NOTE CM9760 VMM slot locations on the CM9760 VMC card are numbered OUTPUT 0 to OUTPUT 15 not OUTPUT 1 to OUTPUT 16 52 C1572M 9 05 INSTALLING OR REPLACING A POWER SUPPLY Unless a backup power supply is ordered with the matrix bay the unit is shipped from the factory with one power supply installed A backup power supply can be added to the matrix bay to provide power redundancy to the unit If necessary a power supply can be replaced
193. ontains only one bay do the following Decouple the monitors connected to the video output card in the existing bay If possible leave the cables connected to the output card Connect the cables to the first 16 video inputs of the new bay Connect the monitors to the video outputs of the new bay The new bay then becomes the output bay If you wish to add a third bay to an existing two bay installation decouple the monitors of the existing output bay second bay If possible leave the cables connected to the output card Connect the cables to the second 16 video inputs of the new bay The new bay then becomes the output bay third bay Then detach the monitor output cables of the original bay from the first 16 inputs of the second bay and connect them to the first 16 inputs of the new bay C1572M 9 05 DOWNFRAMING If more than 16 video outputs are required multiple matrix bays must be installed in a downframe configuration Downframing allows the video inputs of one bay to be connected to the video inputs of one or more additional bays providing an additional 16 video outputs for each additional bay that is downframed The inputs in the first bay become available to the downframed bays and any video input can be switched to the additional 16 monitor outputs provided in each downframed bay A maximum of eight matrix bays can be connected in a downframe configura tion providing a maximum of 128 video outputs As viewed from the rear of the
194. op Iris Close Opens the iris of the currently selected camera and brightens the image Stops opening the iris of the currently selected camera Closes the iris of the currently selected camera and darkens the image Stops closing the iris of the currently selected camera Zoom Telephoto Stop Zoom Telephoto Zoom Wide Stop Zoom Wide Narrows the field of view of the currently selected camera and makes objects appear larger zooms in Stops the currently selected camera from zooming in Widens the field of view of the currently selected camera and makes objects appear smaller zooms out Stops the currently selected camera from zooming out Advanced Commands Start Record Pattern Stop Record Pattern 1 99 a 1 99 a On receivers that do patterns the Start Record Pattern command allows recording of a user defined pattern A value ranging from 1 to 99 equals the pattern number Consult the receiver manual for specific information regarding implementation Stops the recording of a pattern NOTE The Start Record Pattern command functions as a toggle Issuing the 1 99 a command starts the recording of a pattern Issuing the command a second time stops recording the pattern NOTE In some instances entering the pattern number as part of the command is optional For example Spectra and the ES3000 Series Esprit units are capable of recording one full pattern or two half patterns Is
195. op and bottom of the plate C1572M 9 05 41 42 4 Slide the new card into the card guides refer to Figure 25 n Figure 25 CM9760 DFL Downframe Looping Card Installation 5 Push the card into place firmly 6 Tighten the screw at the top and bottom of the card 7 Connect BNC and downframe cables as applicable Replacing a CM9760 DFL Card A WARNINGS Rear panel card replacement should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when replacing a rear panel card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment NOTE Before replacing a CM9760 DFL card in a 9760 you must remove the front panel of the matrix bay and disconnect the associated CM9760 VCC video input card from the connectors on the backplane and from the connector on the CM9760 DFL card that is to be replaced To disconnect the CM9760 VCC card grasp the two card handles and firmly pull the card toward you until the card is disconnected refer to the nstalling or Replacing a CM9760 VCC Video Input Card section for additional information To replace a CM9760 DFL card do the following 1 CM9760 MXB X only Ensure that the associated CM9760 VCC video input card is disconnected as noted above 2 Disconnect BNC and downframe cables as applicable from the CM9760
196. ormation about the CM9760 MXB The following information is provided Description of the functions of the CM9760 MXB Front and rear views of the CM9760 MXB Description of the CM9760 VCC video input card and CM9760 VMC video output card which are installed into the front of the 9760 Description of the CM9760 RPC CM9760 RPL CM9760 RPM CM9760 DFC and CM9760 DFL rear panel cards Description of the power supplies that can be used in the matrix bay Overview of sideframing and downframing configurations NOTE For CM9760 MXB installation information refer to the System Setup and CM9760 MXB Component Installation or Replacement sec tions DESCRIPTION The CM9760 MXB matrix bay communicates with the CM9700 CC1 via an RS 422 full duplex asynchronous communication interface and performs all video switching functions as directed from the CM9700 CC1 The CM9760 MXB provides all video input and output connections for the 9760 system A single CM9760 MXB accepts up to 256 video inputs and up to 16 video outputs Multiple bays can be used to expand the system to a maximum of 2 048 video inputs and 128 video outputs NOTE You can increase video output capacity to a maximum of 512 by using CM9760 MDA units For information about the CM9760 MDA refer to the CM9760 MDA Master Distribution Amplifier Installation Operation manual The matrix bay operates on either 120 VAC or 230 VAC input and can accept up to two power supplies a ma
197. ounting rails and then slide the power supply into the slot b Press firmly on the front of the power supply until it is firmly seated into the rear connector Tighten the two captive panel screws at the top and bottom of the power supply 7 Plug the power cord into the power source 8 Place the power switch of the power supply in the On I position 56 C1572M 9 05 System Programming Using DOS The CM9700 CC1 runs under Microsoft DOS Disk Operating System 6 22 referred to as MS DOS 6 22 and also commonly referred to simply as DOS This section provides information about the following System 9760 programming tasks that are performed using DOS operations DOS filename conventions DOS commands that are commonly used when managing 9760 system files NOTES For an overview of the DOS directory structure of the CM9700 CC1 refer to Directory Structure in the 0 9700 1 Controller section For detailed information about programming the 9760 system using the CM9700 MGR refer to the CM9700 MGR Software Guide PERFORMING SYSTEM 9760 DOS PROGRAMMING TASKS Using DOS operations you can perform the following tasks Copy configuration files from the CM9700 MGR to the CM9700 CC1 Set and adjust system time in a single node system Set and adjust system time in a multi node system To perform each of the above tasks refer to the sections that follow COPYING CONFIGURATION FILES FROM THE CM9700 MGR TO THE CM9700 CC1 NOTE Be
198. output devices are connected is referred to as the output bay A maximum of eight matrix bays can be sideframed and connected to an output bay As viewed from the rear of the matrix bays Figure 56 illustrates one bay sideframed to an output bay for a total of up to 496 video inputs and 16 video outputs 16 e s esssssd 0 0 0 O OO O qpm2oc c0O00 O00 O OOO OO OOO O OO O OJO O O O OJO O OOO OJO O OO O OOO OO O OJO O O O OO OO OOO OO O OO O OOO OO O OO O OO OOO C Figure 56 CM9760 MXB
199. ow CM9760 DFC Card Guidelines The following guidelines apply to the CM9760 DFC card C1572M 9 05 Within each bay in a downframe configuration up to 16 CM9760 DFC cards can be inserted into 16 possible slot positions that are associated with the slot positions of the corresponding CM9760 VCC cards The CM9760 DFC must be installed before the associated CM9760 VCC video input card is installed into the front of the matrix bay When installing a new card termination jumpers must be set in the proper position terminated or unterminated 99 CM9760 DFL REAR PANEL DOWNFRAME LOOPING CARD The CM9760 DFL rear panel card refer to Figure 54 is used in the last CM9760 MXB X or CM9760 MXBL bay in a downframe configuration The CM9760 DFL card provides the capability to loop out video the card provides 16 BNCs that can connect to video output devices such as monitors VCRs and matrix switchers Note however that the card can be used in the CM9760 MXB X to increase the number of available video output devices regardless of whether looping is required When used in the CM9760 MXB X the CM9760 DFL card connects to a CM9760 VCC video input card which is installed into the front of the matrix bay The CM9760 DFL card is the only card that is used in the CM9760 MXBL which is an unpowered downframed matrix bay that contains 16 DFL card slots for supporting up to 256 video loop out connections A downframe cable is supplied with the CM9760 DF
200. owing a Copythe startconfig psm file from the CM9700 Factory Configuration Data CD b Open the startconfig psm file using the CM9700 MGR NOTES The CM9700 MGR software is contained on the CM9700 Resource CD which is provided in the System 9760 binder For CM9700 MGR software installation instructions refer to the CM9700 MGR Software Guide which is also provided in the System 9760 binder The CM9700 Factory Configuration Da a CD is provided in the System 9760 binder Do not modify the system using the CM9700 MGR until after you have verified system operation in step 12 below 6 Connect all system devices to the CM9700 table CC1 according to th e CM9700 CC1 port assignments listed in the System 9760 port assignment NOTE The System 9760 port assignment table titled System 9760 Factory Default Port Settings is provided in the System 9760 binder Detailed information about the System 976 manual 7 Connect power cabling to all devices 8 Power on all devices connected to the CM9 9 Power on the CM9700 CC1 0 port assignment 700 CC1 able is provided in the nstalling the CM9700 CC1 Controller section in this 10 Check diagnostic LEDs on devices to ensure that the devices are operating properly 11 Connect all other cabling for example video input and output cabling to all devices as appropriate 12 Verify system operation refer to the Verifying System Operation section in this manual
201. ownframed bay by means of a downframe cable CM9760 RPL Card Guidelines The following guidelines apply to the CM9760 RPL card C1572M 9 05 The CM9760 RPL card connects to a CM9760 VCC video input card which is installed into the front of the matrix bay The CM9760 RPL card must be installed before the associated CM9760 VCC video input card is installed into the front of the matrix bay In a bay that is to be fully populated with CM9760 RPL cards note the following cards must be installed into odd slot positions only The corresponding CM9760 VCC cards must also occupy odd slot positions maximum number of video inputs in a matrix bay that is fully populated with CM9760 RPL cards is 128 When installing a new card termination jumpers must be set in the proper position terminated or unterminated 97 CM9760 RPM REAR PANEL OUTPUT CARD CM9760 RPM rear panel output card refer to Figure 52 passes up to 16 video signals from the CM9760 VMC video output card to video output devices such as monitors VCRs and matrix switchers The CM9760 RPM card provides 16 BNCs that connect to video output devices UNTERMINATED TERMINATED SIDEFRAME CONNECTOR Figure 52 CM9760 RPM Rear Panel Output Card As illustrated in Figure 52 the CM9760 RPM card includes the following BNC Connectors 16 Provide the physical connection point for coaxial cable Termination Jumpers JP1 JP16 Allow vide
202. plays the latest time adjustment that was made For example if a time adjustment of 2 30 0 was entered to slow system time 2 minutes and 30 seconds the screen displays the following KKKKKKKKKKTTME ADJUSTMENT Last Time Adjustment 2 30 0 Total Time Adjustment 2 30 0 Format Example 10 20 5 Adds 10 min 20 5 seconds per day 5 10 61 Subtracts 5 min 10 61 seconds per day ckkk kk kkk ESC TO CANCEL Yfb gt At the gt system prompt enter a new time adjustment based on adding subtracting time from the original time adjustment For example when comparing system time with RTC time after five 24 hour periods have passed since the original time adjustment was made and determining that system time is running 10 seconds slow an average of 2 seconds slower for each 24 hours of elapsed time you can change the original time adjustment by adding 2 seconds If the original time adjustment was 02 30 00 the following time adjustment must be entered as follows to add 2 seconds 02 28 0 Note that 02 28 0 is derived from the following equation 02 30 0 00 02 0 02 28 0 Press Enter The adjustment is displayed For example for the adjustment of 02 28 0 that was made in step 4 the following line appears Last Adj 2 28 0 Total 4 58 0 Note that the total time adjustment is 4 58 0 If desired press Alt N to check the system time The line containing the system time a
203. ppears similar to the following Sat June 25 15 40 18 2005 CM9700 NIU Ver xxx xxx Setup file 2nodes niu If necessary continue to make additional time adjustments until the system clock and RTC are synchronized NOTE The time adjustments that are made to system time are temporary time adjustments If you reboot the CM9700 NW1 by pressing Ctrl Alt Del or stop operation of the CM9700 NW1 by pressing the time adjustment values revert to 0 0 0 As a result you must edit the net bat file to permanently program the total time adjustment indicated on the diagnostic screen after the final time adjustment is made Instructions for editing the net bat file are provided in the Editing the Net bat File to Permanently Adjust System Time section 1572 9 05 65 Editing the Net bat File to Permanently Adjust System Time To permanently adjust system time you must edit the net bat file to include the total time adjustment indicated on the diagnostic screen after the final adjustment is made to system time To edit the net bat file to include the total time adjustment do the following 1 Press Ctrl Q to stop operation of the CM9700 NW1 The screen displays the following Program end Vectors reset 11 36 49 12 Mon 06 27 2005 C NETWORK gt _ 2 Atthe prompt enter edit net bat and then press Enter The net bat file opens and appears as follows 9700NIU xNODES where x equals the number of nodes in the network when the 9700 is s
204. pply is properly seated in the matrix bay Refer to the following sections for detailed information C1572M 9 05 23 24 Removing the CM9760 MXB Front Panel To remove the front panel of the CM9760 MXB loosen the eight captive panel screws indicated in Figure 8 CAPTIVE PANEL SCREW 4 CAPTIVE PANEL SCREW 4 Figure 8 CM9760 MXB Front Panel AN WARNING Although the CM9760 MXB will function properly with the front panel removed the front panel must be attached during system operation to meet safety standards To reattach the front panel tighten the eight captive panel screws Verifying Input Card Output Card and Power Supply Installation The CM9760 MXB accepts up to 16 CM9760 VCC video input cards in slots 1 16 one CM9760 VMC card in slot 17 and up to two power supplies refer to Figure 9 With the front panel removed verify that the correct number of cards are installed as ordered and that they are firmly seated in the appropriate slots In addition verify that the correct number of power supplies are installed as ordered and that each installed power supply is firmly seated in the power supply slot ET 10 FRAME SUPPLY FAULT FAULT 41V 10V FRAME SUPPLY FAULT FAULT o CM9760 VCC CM9760 VMC VIDEO INPUT VIDE
205. puts IRI 2 4 24 29 M ritying SystemiOparaltlaD babe ded 30 CM9700 CC1 Component Installation or Replacement 2 2 22 2 31 Removing the CM9700 CC1 10 COVE sso temet nc S PE Ne eae de REIN ERE RIS QI 31 Installingior Replacing CM9 00 SER ete erm eh bee DR pa CREE cen 32 CM9760 MXB Component Installation or Replacement 2 ns 34 Installing or Replacing Rear Panel Cards ere etta e ire E valet oko 34 nstalling or Replacing a CM9760 RPC Rear Panel Input Card 34 nstalling or Replacing a CM9760 RPL Rear Panel Looping Card 37 nstalling or Replacing a CM9760 DFC Downframe eeen 39 nstalling or Replacing a CM9760 DFL Downframe Looping Card 4 41 nstalling or Replacing a CM9760 RPM Rear Panel Output Card 43 nstalling or Replacing a CM9760 VCC Video Input Card 2 4 45 nstalling a CM9760 VCC Card
206. r device for example a DVR VCR or matrix switcher When looping is not required the jumpers must be set in the terminated position default position When looping is required the jumpers must be set in the unterminated position nmultiple bay configurations the jumpers must be set in the unterminated position The jumpers are set in the appropriate position when your system is configured at the factory However if you change your system for example add or replace a card you may need to change the termination Downframe Connector Sixteen pin connector that connects to a downframed bay by means of a downframe cable CM9760 RPC Card Guidelines The following guidelines apply to the CM9760 RPC card The CM9760 RPC card connects to a CM9760 VCC video input card which is installed into the front of the matrix bay Up to 16 CM9760 RPC cards can be inserted into 16 possible slot positions that are associated with the slot positions of the corresponding CM9760 VCC cards The CM9760 RPC card must be installed before the associated CM9760 VCC video input card is installed into the front of the matrix bay When installing a new card termination jumpers must be set in the proper position terminated or unterminated CM9760 RPL REAR PANEL LOOPING CARD The CM9760 RPL rear panel looping card refer to Figure 51 allows the looping of video The card contains 16 pairs of BNC connectors that loop video from video input sources such as
207. r you are viewing for example 1 and then press the MON key Enter a camera number and then press the CAM key Press the FWD key to advance through cameras and verify switching For detailed information about 9760 system operation using the CM9760 KBD refer to the CM9760 KBD KBR Keyboard Installation Operation manual C1572M 9 05 CM9700 CC1 Component Installation or Replacement A WARNINGS Installation or replacement of CM9700 CC1 components should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when installing or replacing CM9700 CC1 components Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment This section provides information about the following Removing the top cover of the CM9700 CC1 the top cover must be removed before CM9700 CC1 components can be installed or replaced Installing or replacing a CM9700 SER card For information about replacing the VGA card CM9700 CC1 VID in the CM9700 CC1 refer to the CM9700 CC1 VID VGA Video Card Installation manual For information about adding CM9700 SER 32 port expander units to the CM9700 CC1 refer to the CM9700 SER 32 Port Expander Installation Operation manual REMOVING THE CM9700 CC1 TOP COVER To remove the top cover of the CM9700 CC1 refer to Figure 15 and do the following 1 Power off the CM9700 CC1 A WARNING Failure to power off the CM9
208. ra is zoomed in the box becomes larger When a camera is zoomed out the box becomes smaller The box also displays camera movement by mimicking joystick control Note that each monitor box that is assigned to a camera is displayed in a color The color of the monitor box changes when a different camera is selected When a monitor box appears empty a camera is not selected C1572M 9 05 73 ALLOCATING MONITORS TO MONITOR BOXES When the diagnostic screen appears on the VGA monitor after the CM9700 CC1 is initialized the first eight monitors are displayed in the eight monitor boxes Using the PC keyboard connected to the AT compatible keyboard port of the CM9700 CC1 you can allocate a different monitor to a monitor box by using the function keys F1 through F8 The function keys correspond to the monitor boxes The top four monitor boxes are 1 to 4 from left to right therefore F1 corresponds to monitor box 1 F2 corresponds to monitor box 2 and 50 on The bottom four monitor boxes are 5 to 8 therefore F5 corresponds to monitor box 5 F6 corresponds to monitor box 6 and so on To allocate a monitor to a monitor box do the following 1 Press the function key corresponding to the monitor box to which you want to want to assign a different monitor For example press F1 if you want to assign monitor box 1 a different monitor In the System box the following prompt appears A where x is the number of the desired monitor box 1 8
209. rently installed Record Tape rm Starts recording on the tape currently installed Pause Tape em Pauses the tape currently playing Fast Forward Tape gt gt m Fast forwards the current tape Rewind Tape lt lt m Rewinds the current tape Stop Tape sm Stops the tape currently playing Play Tape gt m Plays the tape currently installed Commands that include numeric ranges are enclosed in brackets The brackets are not part of the commands therefore omit the brackets when entering the commands 1572 9 05 119 120 Table 0 ASCII Command Examples Action Command Switch camera 3 to monitor 1 1Ma3 a Go to camera 2 preset 3 on monitor 5 5Ma2 a3 a Pan right at speed 47 tilt down at speed 33 47Ra33Da Stop tilt down only Da Run macro 10 on monitor 1 1 105 Stop macro 10 monitor 1 1Ma10Ha Trigger alarm 945 945Ea Stop alarm 945 945la C1572M 9 05 Appendix B CM9760 MXB Sideframe and Downframe Configuration Examples This appendix provides examples of the following types of CM9760 MXB configurations Sideframe only configurations 736 16 refer to Figure 62 976x106 refer to Figure 63 eo oO NOTE For an illustration of a 496 x 16 sideframe only configuration refer to Sideframing in the CM9760 MXB Matrix Bay section Downframe only configurations 256 x 48 refer to Figure 64 256 x 48 looping refer to Figure 65 256 x64 refer to Fig
210. replaced refer to the nstalling a CM9760 VCC Card section for installation instructions C1572M 9 05 47 INSTALLING OR REPLACING A CM9760 VMC VIDEO OUTPUT CARD 48 One CM9760 VMC4 CM9760 VMC8 CM9760 VMC12 or CM9760 VMC16 video output card can be installed in the CM9760 MXB For an initial system installation the CM9760 VMC card is installed at the factory as ordered If additional matrix bays are ordered to expand an existing system the CM9760 VMC card may need to be installed If necessary a CM9760 VMC card can be replaced To install or replace a CM9760 VMC card refer to the sections that follow INSTALLING A CM9760 VMC CARD A WARNINGS CM9760 VMC video output card installation should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when installing a CM9760 VMC card Always wear a grounding strap connected to an approved grounding source when working on or near exposed electronic equipment Before installing a CM9760 VMC card note the following The CM9760 VMC card can be installed while the matrix bay is powered on The 9760 card must always be installed into slot 17 in the front of the matrix bay The CM9760 VMC card requires the CM9760 RPM rear panel video output card The CM9760 RPM card should be installed in the correct slot in the rear of the matrix bay before the CM9760 VMC card is installed For instructions to install a CM9760 RPM card refer to the Inst
211. restore C 9700 gt DEL OLDFILE MON Deletes the OLDFILE ON file deleted files using the from the C 9700 directory UNDELETE command CA gt DEL A OLDFILE MON Deletes the OLDFILE MON file WARNING Be careful from the floppy disk in drive A that you do not delete necessary system or ADEL OLDFILE MON Deletes the OLDFILE MON file configuration files from the floppy disk in drive A C 9700 gt DEL OLDFILE Deletes all files with the OLDFILE root name from the C 9700 directory P Prompts you for confir C 9700 gt DEL OLDFILE P Prompts you for confirmation mation before deleting a before deleting each file with file the OLDFILE root name from the C 9700 directory EDIT Starts the MS DOS C 9700 gt EDIT STARTUP BAT Allows you to edit the editor which is a text startup bat file editor that can be used to create and edit ASCII text files FORMAT Formats a disk for use C gt FORMAT Formats the floppy disk in drive with DOS If data is A for use with DOS present on the disk the data is erased WARNING Do not format the C drive S Transfers operating sys C gt FORMAT AAS Transfers operating system tem files to a newly for files to a newly formatted matted floppy disk that floppy disk in drive A can be used as the sys tem disk allowing you to boot from the disk REN Changesthe nameofa single file or a group of files For information about DOS filename conventions refer to the DOS File
212. riate order of device connections to SERCOM ports in various types of systems The tables also include the device tree view portion of the CM9700 MGR Main window The device tree identifies the appropriate port number assigned to each device in the system Table A RS 422 SERCOM Port Connections in a Single Node System with a CM9760 HS Hot Switch Device SERCOM Port Connection CM9700 MGR Device Tree Port Assignments CM9760 HS Port 5 Node 1 lt Config Files 1 gt 9760 8 Port 6 and next sequential ports as necessary 1 9700 MGR 5 CM9760_HS 6 Matrix Bay 9760 0 0 ag 7 Matrix Bay 9760 MXB 1 0 connected through the hot switch Other devices Any available ports connected through the hot A A 8CM9760 CXTA switch connections do not have to be in 71 9 kadi sequential ports 121 10 Node Keyboard 2 9 11 CM9760_REL 12 9760 ALM 1572 9 05 19 20 Table B RS 422 SERCOM Port Connections in a Single Node System without a CM9760 HS Hot Switch Device 9760 8 Other devices SERCOM Port Connection Port 5 and next sequential ports as necessary Any available ports connections do not have to be in sequential ports CM9700 MGR Device Tree Port Assignments Node 1 lt Config Files 1 gt T 1 700 MGR Bel 5 Matrix Bay 9760
213. ries 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 10 Pelco Clovis California Repairs made necessary by reason of misuse alteration normal wear or accident are not covered under this warranty Pelco assumes no risk and shall be subject to no liability for damages or loss resulting from the specific use or application made of the Products Pelco s liability for any claim whether based on breach of contract negligence infringement of any rights of any party or product liability relating to the Products shall not exceed the price paid by the Dealer to Pelco for such Products In no event will Pelco be liable for any special incidental or consequential damages including loss of use loss of profit and claims of third parties however caused whether by the negligence of Pelco or otherwise The above warranty provides the Dealer with specific legal rights The Dealer may also have additional rights which are subject to variat
214. roperly Lights green to indicate that 10 VDC power source is functioning properly Power Fuses Two 7ASB fuses F1 and F2 For troubleshooting information relating to the LEDs and fuses on the CM9760 VCC card refer to Troubleshooting the 9760 in the Troubleshooting section CM9760 VCC Card Guidelines The following guidelines apply to the CM9760 VCC card The CM9760 VCC card can be installed into any available slot ranging from slot 1 to slot 16 in the front of the matrix bay Up to 16 CM9760 VCC cards can be installed in a single matrix bay The matrix bay is shipped from the factory with the required number of cards installed in the unit according to the system order For information about installing additional CM9760 VCC cards or replacing an existing card refer to Installing or Replacing CM9760 VCC Video Input Card in the CM9760 MXB Component Installation or Replacement section Fach slot position into which a CM9760 VCC can be installed 1 16 corresponds to a specific range of physical inputs for example slot position 1 corresponds to physical inputs 1 16 slot position 2 corresponds to physical inputs 17 32 and so on Physical input numbers are used when programming the CM9760 MXB using the CM9760 MGR therefore if you do not install CM9760 VCC cards in sequential order be sure to use the correct physical input number when programming the system Refer to nstalling a CM9760 VCC Card in the CM9760 MXB Componen
215. suing the a command starts full pattern recording Issuing the a command again stops full pattern recording Half pattern programming follows the same sequence except that the pattern number must be included in the command to start and stop pattern recording Start Pattern Stop Pattern 1 99 pa 1 99 na Starts the pattern A value ranging from 1 to 99 equals the pattern number Consult the receiver manual for specific infor mation regarding implementation Stops the pattern C1572M 9 05 Action Table P ASCII Command Descriptions Continued Command Command Description Advanced Commands Continued Start Macro Stop Macro Start a Sequence End a Sequence 1 9999 1 9999 1 9999 1 9999 Starts the selected macro A value ranging from 1 to 9999 equals the logical macro number Stops the selected macro Performs the same operation as the Start Macro command that is starts the selected macro A value ranging from 1 to 9999 equals the logical macro number Performs the same operation as the Stop Macro command that is stops the selected macro Begin a Tour End a Tour Trigger Alarm Acknowledge Alarm 1 9999 1 9999 1 9999 1 9999 la Performs the same operation as the Start Macro command that is starts the selected macro A value ranging from 1 to 9999 equals the logical macro
216. t Installation or Replacement section for a complete list of CM9760 VCC slot positions and their corresponding physical input range The CM9760 VCC card can connect to various rear panel cards lnanon looping single bay configuration the CM9760 VCC card connects to a CM9760 RPC card jnasingle bay configuration that requires looping the CM9760 VCC card connects to CM9760 RPL card jnasideframed matrix bay the CM9760 VCC card connects to a CM9760 RPC card For additional information about sideframing refer to the Sideframing section Inadownframed matrix bay the CM9760 VCC card connects to a CM9760 DFC card or to a CM9760 DFL card For additional information about downframing refer to the Downframing section For detailed information about rear panel cards refer to the Rear Panel Cards section C1572M 9 05 93 94 CM9760 VMC VIDEO OUTPUT CARD The CM9760 VMC video output card refer to Figure 49 routes up to 16 video signals from the video bus adds idents if applicable and routes the signals to video outputs for example monitors The CM9760 VMC card contains up to 16 CM9760 VMM video output modules each of which provides one video output with titling and is available in the following models CM9760 VMCA contains 4 CM9760 VMM modules providing support for 4 video outputs CM9760 VMC8 contains 8 CM9760 VMM modules providing support for 8 video outputs CM9760 VMC12 contains 12 CM9760 VMM modules providing
217. tput is terminated with 75 ohms RJ 45 data port Female serial communication data port that connects to a female RJ 45 serial communication data port on the rear of the CM9700 CC1 for RS 422 communication Power input panels providing upper and lower power supply controls Power switch Power supply fuse assembly power input C1572M 9 05 VIDEO INPUT AND OUTPUT CARDS The CM9760 MXB accommodates up to 16 CM9760 VCC video input cards and one CM9760 VMC video output card The cards are installed into the front of the matrix bay behind the front panel CM9760 VCC VIDEO INPUT CARD The CM9760 VCC video input card refer to Figure 48 accepts up to 16 video input signals and performs the actual video switching in the bay The CM9760 VCC card can switch any one of 16 video input signals to any video output or to multiple combinations of video outputs up to 16 Video input sources for example cameras the CM9760 VCC card are connected to the associated rear panel BNC card 9760 or CM9760 RPL b RED CR2 GREEN GREEN Figure 48 CM9760 VCC Video Input Card As illustrated in Figure 48 the CM9760 VCC card includes the following CR1 CR2 and CR3 LEDs Allow you to monitor the operating status of the card Lights red to indicate a communication failure with the CM9700 CC1 CR2 Lights green to indicate that the 10 VDC power source is functioning p
218. uide You can increase video output capacity of a single node from 128 to a maximum of 512 by using CM9760 MDA units For detailed information about the CM9760 MDA refer to the CM9760 MDA Master Distribution Amplifier Installation Operation manual MODELS The following provides a list of models of 9760 system devices and compatible equipment CPU CONTROLLER AND COMPONENTS CM9700 CC1 9700 CM9700 SER 32 CPU controller Operates on 120 VAC 60 Hz or 230 VAC 50 Hz Serial communication SERCOM RS 422 Provides 8 SERCOM ports to interface peripheral equipment 4 cards maximum per 9700 1 Port expansion unit Provides 32 SERCOM ports Includes interconnecting cables and adapters for DB9 and RJ 45 connectors Data interface can be RS 232 or RS 422 Up to 3 units can be added to a CM9700 CC1 Check with Pelco Systems Applications Department before adding to an existing CM9700 CC1 MATRIX BAY AND COMPONENTS CM9760 MXB CM9760 MXB X CM9760 MXBL CM9760 MPS CM9760 MPS X CM9760 RPC CM9760 RPL CM9760 DFC CM9760 DFL CM9760 VCC CM9760 RPM CM9760 VMC4 CM9760 VMC8 CM9760 VMC12 CM9760 VMC18 9760 KEYBOARDS CM9760 KBD CM9760 KBD X CM9760 KBR CM9760 KBR X KBD300A KBD200A Video matrix bay equipped with CM9760 MPS power supply Operates on 120 VAC 60 Hz Same as CM9760 MXB except operates on 230 VAC 50 Hz Video matrix bay for use with CM9760 DFL downframe looping cards
219. umper positions on the card being replaced After the CM9760 RPC card has been replaced reconnect the associated CM9760 VCC card by sliding the card toward the rear of the matrix bay until the card is seated firmly with the backplane connectors and the CM9760 RPC connector Note that unless the audible alarm on the power supply has been disabled the alarm beeps twice and the Frame Fault LED flashes red twice Then reattach the front panel of the matrix bay C1572M 9 05 INSTALLING OR REPLACING CM9760 RPL REAR PANEL LOOPING CARD The CM9760 RPL rear panel looping card contains two rows of BNC connectors and therefore occupies two slot positions in the matrix bay The CM9760 RPL card connects to one CM9760 VCC video input card which is installed into the front of the matrix bay Up to eight CM9760 RPL cards can be installed when a maximum of 128 video inputs is required in a system that also requires looping If necessary a CM9760 RPL card can be replaced To install or replace a CM9760 RPL card refer to the sections that follow Installing a CM9760 RPL Card A WARNINGS Rear panel card installation should be performed by qualified personnel only Electrostatic discharge ESD precautions must be observed when installing a rear panel card Always wear a grounding strap con nected to an approved grounding source when working on or near exposed electronic equipment NOTE A CM9760 RPL card must be installed before the associated CM9760 VCC
220. ure 66 256 64 looping refer to Figure 67 e NOTE For an illustration of a 256 x 32 downframe only configuration refer to Downframing in the CIM9760 MXB Matrix Bay section Combination of sideframe and downframe configurations 496 x 32 looping refer to Figure 68 496 x 48 refer to Figure 69 496 x 48 looping refer to Figure 70 496 x 64 refer to Figure 71 496 x 64 looping refer to Figure 72 736 x 32 refer to Figure 73 736 x 32 looping refer to Figure 74 736 x 48 refer to Figure 75 736 x 48 looping refer to Figure 76 736 x 64 refer to Figure 77 736 x 64 looping refer to Figure 78 976 x 32 refer to Figure 79 976 x 32 looping refer to Figure 80 976 x 48 refer to Figure 81 976 x 48 looping refer to Figure 82 976 x 64 refer to Figure 83 976 x 64 looping refer to Figure 84 NOTE For an illustration of a 496 x 32 nonlooping configuration that uses a combination of downframing and sideframing refer to Using a Combination of Sideframing and Downframing in the 1 9760 Matrix Bay section CM9760 MXBL downframe configurations 496 x 16 looping refer to Figure 85 736 x 16 looping refer to Figure 86 976 x 16 looping refer to Figure 87 NOTE For an illustration of a 256 x 16 configuration that downframes to the CM9760 MXBL refer to Downframing to the CIM9760 MXBL in the CM9760 MXB Matrix Bay section 15
221. vers all files that have without prompting for been deleted from the C 9700 confirmation for each directory without prompting file for confirmation for each file Environment Commands PATH Displays the current C gt PATH search path used when DOS looks for a program file PATH drive path Sets the search path C C DOS C WINDOWS Sets the search path to be used when DOS C C DOS CAWINDOWS looks for a program file Miscellaneous Commands CLS Clears the screen Only CA gt CLS Clears the screen The follow the command prompt ing remains C gt _ and cursor remains FASTHELP Lists and briefly C gt FASTHELP describes MS DOS commands Provides less detail than the information provided by the HELP command see below 70 C1572M 9 05 Table 1 DOS Command Reference Continued Command Switch Description Example s 5 Miscellaneous Commands Continued FASTHELP command Briefly describes the CAFASTHELP DIR Displays brief information specified command about the DIR command Provides less detail than the information provided by HELP command see below HELP Starts the MS DOS CAHELP command reference which provides detailed information about MS DOS commands HELP command Displays detailed CAHELP DIR Displays detailed information information about the about the DIR command specified command only MORE Displays one screen of CADIR CADOS
222. wing Last Adj 2 30 0 Total 2 30 0 Enter a new time adjustment based on adding or subtracting time from the last time adjustment that was made For example when comparing system time with RTC time after five 24 hour periods have passed since the last time adjustment was made and determining hat system time is running 10 seconds slow an average of 2 seconds slower for each 24 hours of elapsed time you can change the last ime adjustment by adding 2 seconds If the last time adjustment was 02 30 00 the following time adjustment must be entered as follows 0 add 2 seconds 02 28 0 Note that 02 28 0 is derived from the following equation 02 30 0 00 02 0 02 28 0 Press Enter The System box displays the last time adjustment and total time adjustment values In the example the System box displays the following Last Adj 2 28 0 Total 4 58 0 Note that the total time adjustment is 4 58 0 If necessary continue to make additional time adjustments until the system clock and RTC are synchronized NOTE The time adjustments that are made to system time are temporary time adjustments If you reboot the CM9700 CC1 by pressing Ctrl Alt Del or exit the 9760 system by pressing Ctrl Q the time adjustment values revert to 0 0 0 As result you must edit the startup bat file to permanently program the total time adjustment indicated in the System box after the final time adjustment is made Instructions for edit
223. wing When expanding video inputs beyond 256 as provided by a single matrix bay the expansion of video inputs occurs in a horizontal manner using a sideframing configuration As a result each additional matrix bay should be installed at the same level in a nearby rack When installing a new system containing multiple matrix bays to be sideframed note that the rear of each matrix bay is labeled to identify the location of each matrix bay in the sideframe configuration For example the matrix bays are labeled 2A 12A 22A and so on When expanding video outputs beyond 16 as provided by a single matrix bay the expansion of video outputs occurs in a vertical manner using a downframing configuration As a result multiple matrix bays must be installed in the same rack When installing a new system containing multiple matrix bays to be downframed note that the rear of each matrix bay is labeled to identify the location of each matrix bay in the downframe configuration For example the matrix bays are labeled 2A 2B 2C and so on When expanding video inputs beyond 256 and video outputs beyond 16 a combination of sideframing and downframing is used When installing a new system containing multiple matrix bays to be sideframed and downframed note that the rear of each matrix bay is labeled to identify the location of each matrix bay in the sideframe and downframe configuration For example matrix bays to be side framed are labeled 2A 12A 2
224. wo 0 7ASB fuses F6 and F7 For troubleshooting information relating to the power fuses refer to Troubleshooting the CM9760 MXB in the Troubleshooting section S2 DIP Switch Determines the communication baud rate the video standard and whether video loss detection is enabled or disabled Refer to Installing a CM9760 VMC Card in the CM9760 MXB Component Installation or Replacement section for S2 DIP switch functions and associated settings X55 Jumper Eight pin header that determines the video standard for video black generator operation Refer to nstalling a CM9760 VMC Card in the CM9760 MXB Component Installation or Replacement section for video standards and associated jumper positions JP2 Jumper Two pin header that controls the program loading sequence A jumper must always be installed for proper operation C1572M 9 05 CM9760 VMC Card Guidelines The following guidelines apply to the CM9760 VMC card The CM9760 VMC card must be installed into slot 17 in the front of the matrix bay The matrix bay is shipped from the factory with the card installed in the unit according to the system order The CM9760 VMC card connects to the CM9760 RPM card which is installed into the associated slot in the rear of the matrix bay For information about the CM9760 RPM card refer to the CM9760 RPM Rear Panel Output Card section S2 DIP switch and X55 and JP2 jumpers are configured properly according to your system order If you install a new CM97
225. y is not used n a multi node system configuration file root names are numbered sequentially according to the CM9700 NW1 port number to which each CM9700 CC1 is connected for example NODE5 and in a two node system The number of bytes shown for the configuration files and the number of bytes shown at the bottom of the 9700 directory listing may vary from the numbers shown in Figure 42 depending on the particular configuration of your system CM9700 NODEx where C1572M 9 05 xis the node number for example 1 for a single node system NODE1 87 88 TESTPORT DIRECTORY The TESTPORT directory contains files that can be used to test whether the RJ 45 communication ports on the rear of the CM9700 CC1 are functioning From the root directory you can change to the TESTPORT directory by entering cd testport and then pressing Enter The CATESTPORT prompt appears To view the contents of the TESTPORT directory enter dir and then press Enter refer to Figure 43 14 29 02 30 Tue 07 19 2005 C TESTPORT gt dir Volume in drive C has no label Volume Serial Number is 1813 0 8 Directory of C TESTPORT DIR lt DIR gt TESTPORT CAM TESTPORT GPI TESTPORT MON TESTPORT MSG TESTPORT PIN TESTPORT SCP TESTPORT MAC TESTPORT SYM TESTPORT BAT 11 file s 3 548 3 548 3 548 3 548 3 548 3 548 3 548 3 548 3 548 02 16 99 02 16 99 04 22 97 04 22 97 04 22 97 04 22 97 04 22 97 04 22 97 04 22 97
226. ystem time displayed on any monitor in the system with the RTC time Note the difference in time for a 24 hour period and whether the system time is ahead of or behind RTC time For example if system time is 2 02 30 PM and RTC time is 2 PM after a 24 hour period then system time is ahead of RTC time by 2 minutes and 30 seconds If the amount of time over which you are comparing system time to RTC time is a multiple of 24 hours perform steps a c that follow to determine the difference in time per 24 hour period otherwise proceed to step 2 a Convert the time difference noted between system time and RTC time to seconds b Divide the total number of seconds by the elapsed time in hours to determine the seconds per hour rate of change For example if a 90 second time difference had occurred over a time interval of 3 days or 72 hours then the rate of change in seconds per hour is 1 25 90 divided by 72 1 25 c Multiply the seconds per hour rate of change by 24 to obtain the time difference in seconds for a 24 hour period For example multiplying 1 25 by 24 equals a time difference of 30 seconds per 24 hour period Using the CM9760 KBD set system time at the top of the hour in 24 hour format For example if RTC time equals 2 00 PM enter the following 14 00 00 At the CM9700 NW1 diagnostic screen press Alt L using the CM9700 NW1 PC keyboard The screen provides a display similar to the following KKKKKKKKKEKTTME ADJUSTMENT x

Pelco System 9760 Webcam User Manual

Contents

Download Pdf Manuals

Related Search

Related Contents