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Pelco CM9700MDD-EVS User's Manual

1. 4 29 Configure a CM9700 Soft Alarm to Represent an Endura Alarm 31 Macro Configuration out med ers Ede Rade eae de nir 32 Network Video Recorder 2 24 4 2 24 2 4 34 Add Network Video Recorder NVR to the Matrix System Configuration 34 Configure CM9700 Macro to Switch Video to a Backup NVR 36 Associate a Macro with Soft Alarm 37 Associate a Soft Alarm with an NVR 2 2 2 222222 2 2 e hri 37 Export the Configuration Files and Transfer the Data to the CM9700MDD EVS 38 Operati sah sated intents Sed daa etel sente use Pega d a Sane aasma Moe asd dei 40 Front Panel Indicators ax sere ee Par PUE QT E NIS Vee aE a aE SETGE NU gees 40 VideO u aspa a sama E aswan aa q a bayo uated mem eee Sea ls ka s 41 Viewing and Controlling RR Lata e 43 Configuring the Offset and Offset Functions to Switch
2. 2222222 2222222 2 2 2 2 2 4 2 2 4 24 GM9700 MGR Camera y ROC Eee are usus 26 Adding CM9700MDD EVS 2 2 2 2 2 2 2 4 242 2 26 xx esito cadit be ambire t baie anus huq 27 Port Configuration Pate sace reb pem me tex eer wt wo etr goatee bac 27 Sample CM9700MDD EVS Units Added to the Matrix System 27 Configuring 6M9700MDBDB EVS Settings DN PER 28 Adding anjdnd rdiCalmara s aoa amt bor t dabit 29 Video Iriput Output Device Page RO Re hr ERR PRU 29 Device Identification Page 2 2 7 2 7 2 222 2 30 Adding a CM9700 Soft e 2 2 2 42 2 2 4 2 4 4 31 Viewing CM9700 e 2 2 2 2 24 2 2 2 4 2 31 WS5000 Add Seript Dialog BOX ste
3. 48 Using the Alternat Cameras Feature au eere d Pak pew eed e e ERROR 48 Configuration Reset 22222222222222 2 2 2 2 2 24 4 4 2 2 49 Troubleshooting eie 50 SPOCIMCALONS OP Se Pg I YRGIQOE 51 1570 4 07 3 List of lllustrations cO O PWN 4 gt 4 4 090 COD CO CO CO h2 h2 FS FS FS FO FS FS ND NO gt CO S O cO O OUN CO CO C1 ON CO CO CO O1 CO FS CO co CM9700MDD EVS Front VIEW nka quqku aad auts won pe CRUS TU Ce t IV a ayau add rg 8 CM9700MDD EVS ReaE MISW ss Rd caso Ded dac eed Cp UE Reap aqhaq 8 Sample System Using the CM9700MDD EVS aud RR X RU ais Maw uS 9 Product Serial Number 222222222222222222222 22 22 2 2 2 2 2 11 Installing Rubber Feet for Desktop 2 4 22 4 12 CM9700MDD EVS Desktop 22 2 2
4. 2 222222222 2 2 2 2 2 50 5 Regulatory Notices REGULATORY NOTICES 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 RADI0 AND TELEVISION INTERFERENCE This equipment has been tested and found to comply with the limits of a Class digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a 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
5. eee bte pata eee tee Pda ebd ga tas late det 32 Adding a Macro to Activate an Endura 5 2 hn 32 Macro Editor WIMdOW eo eb bbs IA UII e eee p eiecti 33 Adda Rum End ra seript Comma uu vtro anar QI ier Ris pora 33 Adding ani dte et eb tee oed bb enne bed dem tenenda ua ut de dea tt 34 N mber oniDeviGes Page zs ctos cr RU Perte sca TE 34 Viewing NVAS nthe Device WEG iss ase a 35 Locating the UDN Tor an NVR 2 t eei Pee hie RP PORQU CP dan Rd OPER dogs 35 Adding a Macro for NVR 2 2 2 24 2 2 2 4 2 2 2 36 Sample Macro for NVR e ehh reli 36 Associate a Macro with a Soft 222222222222 2222222222 2 2 2 2 2 37 Associate the Alarm with the l a E e Ub RR RR I ERE Dd a ex RR RE TR EOS 37 Exporting CM9700 MGR Configuration 2 42 2 2 2 38 CMS700MDD EVS XML Eile 5 ma Ee dee t ek 38 Transferring the CM9700MDD EVS XML File Through the Endura Netw
6. a new Folder Publish this Folder to the Web Share this folder 775 bytes 4 Computer Figure 44 CM9700MDD EVS XML File 2 When the Export process is complete complete the following tasks Transfer the configuration files to the CM9700 CC1 as described in the Copying the Configuration Files to the CC1 section in the CM9700 MGR Software Guide Transfer the XML file to the CM9700MDD EVS through the Endura system as described in step 3 1570 4 07 3 Use the Endura WS5000 application to transfer the XML file to the CM9700MDD EVS through the Endura network as described in the following steps a b f Click the Devices tab in the WS5000 Setup window Navigate to the CM9700MDD EVS unit A NOTE ABOUT CM9700MDD EVS DEVICE NAMES IN THE WS5000 APPLICATION The WS5000 application assigns a generic default name to each CM9700MDD EVS unit it does not use the name assigned through the CM9700 MGR software Therefore it can be impossible to recognize individual CM9700MDD EVS units in this application It is recommended although not essential in a single node system that you connect each CM9700MDD EVS unit to the Endura network one ata time and then edit the device name in the WS5000 Setup window and save the changes This will allow you to identify individual CM9700MDD EVS units from within the WS5000 application In a multi node matrix system it is strongly recommended to e follow this addit
7. Select the CC1 node hosting the soft alarm s Host Node Node 1 Figure 29 Adding 9700 Soft Alarm 3 Use the CM9700 MGR software to configure each soft alarm to display on CM9700 system monitors Refer to the How to Program Alarms section in the CM9700 MGR Software Guide for detailed instructions Nodel 61 61 Alarm 61 Alarm Group Dwel Auto Reset 0 0 No Nodel 62 82 Alarm 62 Alarm Group 3 5 2 Operator Tour No Macro 1 63 63 Alam 63 Alam Group2 5 240 Nodel B Alarm 4 Alam rupl 5 240 0 No Macro Node 1 65 65 Softdlam 65 AlamGroup4 5 0 3 Messages Nodei 66 66 So Alam66 AlumGmup4 5 0 3 Messages Node 1 67 67 Soft lam 67 AlamGrup4 5 0 3 Messages Node1 68 68 Soflem amp 8 AlamGroup 5 0 Figure 30 Viewing 9700 Alarms 0 Macro sil When the alarm is triggered in the Endura system the alarm information is passed through to the CM9700 matrix system and is displayed on CM9700 system monitors according to the settings configured in step 3 1570 4 07 31 MACR0 CONFIGURATION To configure a CM9700 macro to activate a script in the Endura system complete the following steps 1 In the Endura system configure a script to complete the desired task Note that you must use a unique logical number as the script name which you will use in the CM9700 matri
8. Figure 16 Sample Video Connection Between the CM9700MDD EVS and the 9780 NOTE Figure 16 illustrates a sample video connection Video from the CM9700MDD EVS can be connected to any unused input on the matrix bay 1570 4 07 AUDIO OUTPUT CONNECTION The CM9700MDD EVS supports one audio output which allows you to control a speaker or other audio equipment at the monitored location NOTE When using multiple CM9700MDD EVS units an additional audio routing solution may be required SPEAKER l LINE AUDI0 r n Figure 17 Audio Output Connections To use the audio output complete the following steps 1 3 C1570M E 4 07 Select the type of audio signal Speaker Move the audio switch to Mic Spkr if you are connecting a speaker The output level is 2 5 Vp p Line Move the audio switch to Line if you are connecting a powered audio output device The line output level is 1 Vp p By default the switch is set to Line NOTE If the switch setting does not match your audio equipment audio distortion problems may occur Make sure the output audio connector is wired as follows Connector Tip Signal high Connector Sleeve Common Connect a line output device or a speaker to the audio out connector on the rear panel of the CM9700MDD EVS 21 22 NETWORK CONNECTION NOTE Consult your network administrator before installing the CM9700MD
9. Small Jump 60 Time Sync Frequency B Video Lock 1 E Port Baud Rate 13200 H Node 1 Parity Even Port Number 14 Figure 25 Configuring CM9700MDD EVS Settings 1 Optional To change the default name click one of the CM9700MDD EVS units and then type a new name in the Friendly Name field Repeat for each CM9700MDD EVS unit Short names are recommended to minimize the length of the text displayed on the monitor 2 The remaining fields in the Network Configuration section other than the Friendly Name are global settings If you change any of the following settings for one unit the setting is changed for all CM9700MDD EVS units on the node NOTE The configuration settings are not updated in the CM9700MDD EVS units until you complete the Export and Transfer steps Refer to the steps described in Export the Configuration Files and Transfer the Data to the CM9700MDD EVS on page 38 Audio On Switch Select Yes to activate audio each time the camera is switched Big Jump Type the number of minutes you want the video to jump during playback when you select Large Jump Forward or Large Jump Backwards on the keyboard Display Mode Select the type of video streams the CM9700MDD EVS units will display You can configure the units to display live video only recorded video only or both types of video If you select both types of video LiveAndRecorded use the Live On Switch setting described below to set the default vid
10. BEFORE YOU BEGIN Since Endura is a network system that requires a continuous amount of bandwidth to transmit live video always include your network administrator when planning and installing Endura components You will need the following Pelco approved Endura certification Pelco approved Matrix System certification PARTS LIST Oty Description 1 CM9700MDD EVS 1 16 pin terminal block 1 4 pin to 2 pin power adapter 1 Pelco badge rotation sticker 4 Rubber feet for desktop installation NOTE Since power requirements vary by installation an individual power supply is not included with the CM9700MDD EVS You can purchase either the NET5301PS single unit power supply or the RK5000PS 5U rack mount which includes a power supply Refer to Power Connection on page 23 for more information USER SUPPLIED PARTS In addition to the standard tools and cables required for a video security installation you will need to provide the following items Oty Description 1 Catbe or better cable with an RJ 45 connector at one end and with the individual wires exposed at the other end for connecting the CM9700MDD EVS to the CM9700 CC1 1 Power supply refer to Power Connection on page 23 for more information 1 Small flat tip screwdriver C1570M E 4 07 PRODUCT SERIAL NUMBER LABEL PLACEMENT Product serial number labels help Pelco s Product Support identify your system and its factory configuration in the event that the CM9700MDD EVS or i
11. This functionality is only available with recorded video You can use video lock to save a portion of recorded video and protect it from being deleted as a part of the standard NVR recording process Refer to your NVR manual for a description of how recorded video is deleted or overwritten 1 While viewing recorded video advance or rewind the video to the point that you want the lock function to begin Or you can use the search functions Next Event Previous Event or Seek to find the recording that you want to lock 2 Select Pause to stop the video at the point that you want to the lock function to begin 3 Press the Exit icon to return to the default menu and then press the Define icon 4 Enter your four digit Define menu PIN The Define menu appears 22 Ptz c Frere Figure 50 Define Menu 5 Press the More icon The Define Menu 2 appears Figure 51 Define Menu 2 6 Press the Video Lock icon Video lock protection is applied and a label displaying Video Locked flashes briefly on the monitor NOTE The default video lock time is one minute You can change this setting in the CM9700 MGR by entering a new value in the Video Lock field Refer to Configure the CM9700MDD EVS Settings on page 28 for instructions 44 C1570M E 4 07 Using Digital Zoom Recorded Video Only During playback of recorded video you can use the digital zoom feature to enlarge
12. the 100BaseT standard is recommended Network activity indicator The network activity indicator flashes whenever the video CM9700MDD EVS is sending or receiving network data 40 C1570M E 4 07 VIEWING VIDEO If you have not already done so install the CM9760 KBD keyboard connect it to the matrix system and then complete the basic setup process Refer to the CM9760 KBD CM9760 KBR Installation Operation manual for instructions this manual is provided in the matrix system binder NOTE CM9760 KBD software version 8 24 or higher is required Video from an Endura system camera connected to an Endura encoder can be viewed in the following ways e Asa digital signal routed to the matrix switcher through the CM9700MDD EVS To view digital video either live or recorded complete the steps described below e As an analog signal This option is available if your system includes an optional analog connection between the Endura system camera through the Endura encoder and the matrix switcher To view analog video simply select the logical camera number that corresponds to the input on the matrix switcher used for the analog connection NOTE In a system using the optional analog connection the alternate cameras feature provides an easy way to switch from live analog video to digital video recorded on the Endura NVR Refer to Using the Alternate Cameras Feature on page 48 for instructions To view digital video from an Endura camera
13. 24 2 2 12 Installing the CM9700MDD EVS in WM5001 4U Wall e 13 Tighten the Thumbscrew to Secure the 2 2 2222222 2 2 2 2 2 4 4 2 13 Installing the CM9700MDD EVS in a Rack 4 2 2 14 Tighten Thumbscrew to Secure the ua u u ating guia wae bau TU Ce ee cake 14 Pelco Badge Orientations oon ne E er Repo tp Del PIER pn dnd 15 Wiring the CM9700MDD EVS Terminal e en 6 Connecting the CM9700MDD EVS to the 9700 1 7 Sample Video Connection Between the CM9700MDD EVS and the CM9760 MXB 8 Sample Video Connection Between the CM9700MDD EVS and the CM9770 MXB 9 Sample Video Connection Between the CM9700MDD EVS and the CM9780 MXB 20 Audio Output 22222222222222222 22 22 22 22 22 2 2 2 2 2 2 2 2 2 2 4 2 21 Connecting the CM9700MDD EVS to the 24 22 Connecting the
14. Adding a Macro for NVR Management In the macro command tree click Camera and then double click the SWT switch command The command is added as a step in the macro step grid Specify the monitor number and the camera number in the parameter fields Repeat steps 2 and 3 for each camera connected to the NVR E Macro Editor Currently Editing Macro Logical Number 1 Switch Backup NVR 1 Command List 4 Double commend to insert 001 SWT On MONITOR 1 Monitor1 switch to CAMERA 254 IP Cam 254 MVL Pan CAMERA to the left MVR Pan CAMERA to the right PMS On MONITOR PHYSICAL NUI PRS Move CAMERA to PRESET P ROP Release Camera from OPERAT RPR Move CAMERA to a randomly SPT Stop pattern for CAMERA STP Stop a moving CAMERA Cox On MONITOR 10 Monitor10 switch to CAMERA 263 IP Cam 263 On MONITOR 11 Monitor11 switch to CAMERA 264 IP Cam 264 On MONITOR 12 Monitorl2 switch to CAMERA 265 IP Cam 265 On MONITOR 13 Monitor13 switch to CAMERA 266 IP Cam 266 On MONITOR 14 Monitorl4 switch to CAMERA 267 IP Cam 267 SWT On MONITOR switch to CAM On MONITOR 15 Moritor15 switch to CAMERA 268 IP Cam 268 TOR Tour on M NITOR CAMERA Tour on MONITOR CAMERA On MONITOR 16 Monitor16 switch to CAMERA 269 IP Cam 269 Monitor On MONITOR 17 Monitorl 7 switch to CAMERA 270 IP Cam 270 Multiplexer On MONITOR 18 Monitor18 sw
15. a portion of the video image When the digital zoom feature is enabled you will see a picture in picture frame on the monitor The picture in picture frame displays the original recorded image and contains a square showing the portion of the image that is enlarged The remaining monitor image displays the enlarged image 1 Twist the joystick to the right or press the In key on the keyboard Repeat this step to zoom in further 2 Tozoom out to a lower digital zoom magnification twist the joystick to the left or press the Out key When you reach normal magnification the picture in picture frame on the monitor disappears Once digital zoom is active you can move the joystick in any direction up down left or right to move the square inside the picture in picture frame this allows you to move the portion of the image covered in the zoomed view Controlling Video with Keyboard Icons Table E defines the video functions that you can control with CM9760 KBD icons from the DVR menus Table E Video Functions Controlled by Keyboard Icons Function Keyboard Icon Menu Play recorded video gt DVR Menu 1 Pause recorded video u DVR Menu 1 Small jump backwards recorded video only NOTE The default jump time is 10 seconds You can change this setting in the CM9700MDD EVS DVR Menu properties Refer to Configure the CM9700MDD EVS Settings on page 28 Frame reverse recorded video only DVR Menu 1 Frame adva
16. alternate cameras Matrix Bay 9780 MXB Node 1 Logical Number 1 Name 1 Physical Number 1 Miscellaneous Altemate Cameras IP Cam 5001 GPI Controller 0 No GPI MDA Channel No Alternate Cameras You can define up to ten alternate cameras for each video input This allows 3 Specify the Endura logical camera number as the alternate camera For the example described above you would specify logical camera number 5001 an operator to view an area from different 0 0 No Camera Fo No Camera o No Camera No Camera pones o No Camera Eames 0 NoCamera 10 o No Camera aru EA 12 13 14 15 Figure 53 Assigning Alternate Camera 4 Click OK to close the Alternate Cameras dialog box and then save the configuration changes 5 When you view video from the analog connection you can then press the Alt key to view that camera s recorded video CONFIGURATION RESET BUTTON Use the recessed configuration reset button at the top of the front panel to access the following modes Table F Configuration Reset Button Functions and Indicators Mode Function Unit Status Indicator Light Configuration Not implemented e Flashing amber when entering this mode Reboot Restarts the unit e Flashing green when entering this mode e Flashing green when selected and d
17. and claims of third parties however caused whether by the negligence of Pelco or otherwise The above warranty provides the Dealer with specific legal rights The Dealer may also have additional rights which are subject to variation from state to state If a warranty repair is required the Dealer must contact Pelco at 800 289 9100 or 559 292 1981 to obtain a Repair Authorization number and provide the following information 1 Model and serial number 2 Date of shipment 0 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 Alask
18. complete the following steps 1 Logon to the keyboard and select a monitor connected to the matrix system 2 Select the logical number of the camera from the Endura system that you want to view This logical number is the number designated through the CM9700 MGR application and in the Endura WS5000 application as described in Software Configuration on page 25 3 Video from the Endura system camera appears on the matrix system monitor The video is either live video from the camera or recorded video from an Endura system NVR depending on what setting you selected for the Live On Switch field in the CM9700MDD EVS properties as described in Configure the CM9700MDD EVS Settings on page 28 e live video is displayed on the matrix system monitor with a green border e Recorded video is displayed on the matrix system monitor with a yellow border and the video starts at 30 seconds back from the present When video from an Endura system camera either live or recorded is displayed on the matrix system monitor the keyboard LCD displays DVR Menu 1 1 1002 E LJ DLJ Ew OLJI C Pee Figure 47 DVR Menu 1 NOTE To return to the default CM9760 KBD menu press the Exit icon To return to the DVR menu from the default CM9760 KBD menu press the Camera icon 4 Use the keyboard joystick and icons to view and control the video For instructions on viewing and controlling the video refer to Viewing and Controll
19. forward only to the end of the recorded video which includes recorded video up to the present Move the joystick to the right The speed and mode depends on the current mode and the distance from center that you move the joystick as follows refer to Playback Speed on page 47 for an explanation of the abbreviations used in this section Current Mode Pause To the right a little video plays at x momentary To the right a little more video plays at 1x momentary To the right all the way video plays at 2x latching To the right all the way again video plays at latching To the left all the way video decreases speed from 4x to 2x latching 1570 4 07 Current Mode Play To the right a litt To the right a litt To the right all th To the right all the way again video plays at latching To the right all th To the right all th e video plays at 2x momentary e more video plays at 4x momentary e way video plays at 2x latching e way again video plays at 16x latch To the right all the way again video plays at 32x latch To the lef all th the left decreases the speed to 4x To the lef reverse NOTE F all th Play Recorded Video in Reverse Move the joyst e way again video plays at 8x latching ing ing e way video speed decreases one level latching for example if video is playing at 8x moving the joystick all the way to e way fro
20. icon A label displaying Event Marked flashes briefly on the monitor Recorded Video 1 While viewing recorded video select Pause at the beginning of the video that you want to define as an event 2 Press the Mark Event icon A label displaying Event Marked flashes briefly on the monitor Search Recorded Video For an Event 1 While viewing recorded video press the Next Event icon to search forward for an event The video jumps forward to the beginning of the next event recorded from the same camera 2 While viewing recorded video press the Previous Event icon to search in reverse for an event The video jumps to the beginning of the previous event recorded from the same camera 1570 4 07 43 Seek Search for a Specific Time Live Video 1 While viewing live video press the Seek icon The keyboard LCD displays the date field 2 Enter the date IMMDDYYYY and then press the Seek icon again The keyboard LCD displays the time field 3 Enter the time 55 and then press the Seek icon again The video from the specified time setting plays Recorded Video 1 While viewing recorded video press the Seek icon The keyboard LCD displays the date field 2 Enter the date MMDDYYYY and then press the Seek icon again The keyboard LCD displays the time field 3 Enter the time 55 and then press the Seek icon again The video from the specified time setting plays Set Video Lock NOTE
21. 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 6 C1570M E 4 07 Description The CM9700MDD EVS matrix digital decoder uses the latest Endura technology to transmit video from Endura products to CM9700 Series matrix switchers using 9 03 012 software or higher Adding the CM9700MDD EVS to a matrix system allows a security operator to use the same CM9760 KBD keyboard functions to view and control video on both the Endura and matrix systems NOTE CM9760 KBD software version 8 24 or higher is required CM9700MMM EVS is a special version of the single input NET5301R video decoder It converts digital video streams from either Endura encoders or Endura recorders into analog video and then outputs the video to the matrix switcher Data is communicated over a serial connection between the CM9700MDD EVS and the CM9700 CC1 and analog video is output to the matrix switcher using a BNC connection and coaxial cable COMPATIBLE PRODUCTS Matrix switching systems CM9700 Series matrix switchers CM9760 CM9770 CM9780 using 9 03 012 software or higher Endura system components OPTIONAL ACCESSORIES RK5000PS 5U Rack mount with power supply 12 units WM5001 4U Wall mount without power supply 1 unit WM5001 4UEXP Wall mount expansion 1 unit RECOMMENDED POWER SUPPLIES NET5301PS Pow
22. surface damage The rubber feet are not needed when mounting the CM9700MDD EVS in a wall or rack mount e the distance from the CM9700MDD EVS to the matrix bay video input connector is less than the maximum distance for the coaxial cable Refer to Table B on page 17 for maximum video coaxial cable distances DESKTOP INSTALLATION To place the CM9700MDD EVS on a flat surface such as a desktop 1 Attach the rubber feet to the bottom of the unit to prevent surface damage refer to Figure 5 L RUBBER FEET Figure 5 Installing Rubber Feet for Desktop Placement 2 Position the unit to allow for cable and power cord clearance at the front and rear panels WARNING Do place the CM9700MDD EVS on its side the unit could fall over cause damage Figure 6 CM9700MDD EVS Desktop Placement 12 C1570M E 4 07 WALL MOUNT INSTALLATION The CM9700MDD EVS can be mounted to a wall using the optional WM5001 4U wall mount system You can mount up to four CM9700MDD EVS units in any combination in a fully expanded WM5001 4U one WM5001 4U with up to three WM5001 4UEXP expansion units To mount the CM9700MDD EVS to a wall using the WM5001 4U 1 Install the WM5001 4U and WM5001 4UEXP expansion units refer to the WM5000 Installation manual for instructions 2 Install the CM9700MDD EVS into the desired wall mount unit Make sure all front and rear panel connectors are accessible Figure 7 Ins
23. table is based on a 24 VAC power supply Use Table D to help identify the necessary wire gauge and maximum cable distance This table applies to two conductor solid copper wire Reduce the distance by 10 percent for stranded copper wire These maximum distances are based on a maximum allowable voltage drop of Table C Powering Multiple Units Units Powered at 20 VA at 48 at 50 VA at 100 VA at 120 VA at 240 VA at 480 VA 1 2 2 4 5 11 24 10 percent C1570M E 4 07 Wire Gauge Table D Recommended Wire Gauge and Maximum Wiring Distances Maximum Distance 12 VDC 24 VAC 20 AWG 0 5 mm 59 ft 17 m 237 ft 72 m 18 AWG 1 0 mm 94 ft 28 m 377 ft 114 m 16 AWG 1 5 mm 149 ft 45 m 599 ft 183 m 14 AWG 2 5 mn 238 ft 72 m 952 ft 290 m 12 AWG 4 0 mm 377 ft 114 m 1 511 ft 460 m 10 AWG 6 0 mn 600 ft 182 m 2 400 ft 731 m 23 24 Connect power to the CM9700MDD EVS The Pelco badge blue and the status light green on the front panel should glow FouR PIN OR ADAPTER i gt Figure 19 Connecting the Power C1570M E 4 07 Software Configuration Once the hardware installation and all device connections are completed you will need to complete the following software configuration tasks Use the CM9700 MGR software to add the CM9700MDD EVS and Endura cameras to the matrix sy
24. the monitor and the first LED on the DVR Menu 3 CM9700MDD EVS unit the Unit Status Indicator LED blinks momentarily Toggle the monitor text on or off DVR Menu 3 Seek by time this feature allows the operator to search for recorded video from the specified date DVR Menu 3 and time Change the audio setting toggle off and on The default audio setting is off muted u NOTE When using multiple CM9700MDD EVS units an additional audio routing solution may be DVR Menu 3 required Print this function is reserved for future use DVR Menu 3 Lock video recorded video only Define Menu 2 Controlling Recorded Video with the Joystick Many of the joystick movements described below operate in both momentary and latching modes hese modes are defined as follows Play Momentary mode The operation is activated until you release the joystick Moving the joystick a small distance from center triggers momentary mode Latching mode The operation remains activated after you release the joystick until you move the joystick again Moving the joystick as far from center as possible triggers latching mode Recorded Video Move the joystick all the way up The video resumes playing at normal speed NOTE This function returns the video to normal speed no matter what mode the playback is in at the time Pause Recorded Video Move the joystick all the way down Play Recorded Video in Fast Forward NOTE You can fast
25. 700_ MDD 5 EE 17 MDD 17 9700_ MDD 5 1 250 i 0 Camera250 0 si amn E 251 251 Camera251 z Camera252 Tie Line Decoder 14 MDD 14 9700 8 0 lt Tie Line Decoder gt B Name 255 0 Tieline Decoderp 16 Network Configuration t Audio On Switch pom Ste tne jiz Big Jump 257 0 Unused Display Mode LiveAndRecorded 258 o n Friendly Name MDD 14 Nodel 259 0 Unused 0 Figure 24 Sample CM9700MDD EVS Units Added to the Matrix System 7 Continue with the steps in the following section to configure additional CM9700MDD EVS settings 1570 4 07 27 CONFIGURE THE CM9700MDD EVS SETTINGS When you click CM9700MDD EVS unit in the tree view portion of the CM9700 MGR main window the CM9700MDD EVS unit s properties open in the properties box Use these property fields to configure each CM9700MDD EVS unit 2 BI 6 Matrix CM9780 1 0 2 7 Camera10 Z 10 Node1 Keyboard 1 14 MDD 14 CM9700_MDD_EVS 15 MDD 15 CM9700_MDD_EVS 2 16 MDD 16 9700 MDD 5 17 MDD 17 9700 MDD 5 eu gt MDD 14 9700 MDD a El Identification Name MDD 14 CH9700 MDD EVS Bl Network Configuration Audio On Switch No Big Jump 60 Display Mode Live amp ndRecorded Friendly Name MDD 14 Initial Jump Back 30 Live On Switch No
26. 80_MxB 0 0 TOSTAS SAVAD mi 9 8 6 Matrix Bay CM9780_MXB 1 0 DT Psko Soline 177 7 Keyboard 1 hes Deen Prepares E 14 MDD 14 CM9700 EVS m Best Dever 1 IP Network Devica Modelare 1 NVR5000 B NVR C i 1 Endura Cam 253 TEM prose 1 Tie Line Decoder to Physical 1 RE E EIL E 15 MDD 15 9700 MDD EVS des Reged 11 Network led Deseo 1 Tie Line Decoder to Physical 2 i Deven Fiendyiane NASIE 16 MDD 16 CM9700 MDD EVS LeealDeviceUON n Device Type umachemas pelcorcomzdevice Hero Videofleconder 1 NVR5000 B NVR lm El Network Configuration Friendly Name NVR5000 B NVR Alarm 0 No Alarm UDN uuid NVR B 2 a 9700 Done Figure 37 Viewing NVRs in the Device Tree Figure 38 Locating the UDN for an NVR C1570M E 4 07 35 36 CONFIGURE A 9700 SWITCH VIDE0 A BACKUP NVR 1 Use the CM9700 MGR software to add a macro and then click Edit Steps to open the Macro Editor window Refer to the Macros section in the CM9700 MGR Software Guide for detailed instructions System Groups Operators Macros Templates Physical Number Operator Group All Operators Host Node Node 1 B Identification Description Logical Number 5 Name Switch Backup NVR3 Figure 39
27. D EVS to avoid possible network conflicts Use the network port on the front panel and a 100BaseT network Catbe or better cable with RJ 45 connectors to connect the CM9700MDD EVS to your system network The indicators on the front panel show network connection speed and status refer to Front Panel Indicators on page 40 A NOTE ABOUT RECOGNIZING CM9700MDD EVS DEVICE NAMES IN THE ENDURA SYSTEM Because the WS5000 application assigns a generic default name to each CM9700MDD EVS unit it can be impossible to recognize individual CM9700MDD EVS units in the Endura system applications Therefore it is recommended although not essential in a single node system that you connect each CM9700MDD EVS uni changes refer to Export the Configuration Files and Transfer the Data to the CM9700MDD EVS on page 38 This will allow you to ndividual CM9700MDD EVS units from within the WS5000 application save the identify i In a mult foll Se node matrix system it is strong up window and ude the node name in each CM9 NET5301R CAT5UTP tto the Endura network one at a time and then edit the device name in the WS5000 Setup window and y recommended to ow this additional step of connecting each CM9700MDD EVS unit to the network one at a time and changing the device name in the WS5000 700MDD EVS device name This will allow you to transfer the correct file to sach CM9700MDD EVS unit Figure 18 Connectin
28. Endura Script Command 4 Specify the name of the Endura script as Parameter 1 This must be the unique logical number that you assigned as the script name in step 1 5 Click Close to save the macro and close the Macro Editor window C1570M E 4 07 33 VIDE0 RECORDER MANAGEMENT You can use the matrix system and the CM9700MDD EVS as an NVR network video recorder management tool Sample NVR management scenario This sample system includes the following components e Cameras connected to the matrix switcher e NVRBs connected to the Endura network through Endura encoders If an NVR goes off line a matrix system alarm can trigger a macro that you have configured to switch the video to a backup NVR through backup Endura encoders through matrix outputs This ensures that no video will be lost as a result of an NVR failure To configure your system for the sample scenario complete the following tasks e Add the CM9700MDD EVS units and cameras to the matrix system configuration as described the previous sections e Add the NVRs to the matrix system configuration Refer to Add a Network Video Recorder NVR to the Matrix System Configuration on page 34 e Configure a macro to switch the video to a backup NVR through backup Endura encoders Refer to the CM9700 MGR Software Guide for instructions on configuring a macro e Add soft alarms and then configure the alarms to start the backup macro
29. INSTALLATION OPERATION CM9700MDD EVS Matrix Digital Decoder C1570M E 4 07 Contents Regulatory NotlCes pmo dat DDR DU Vane DOR ated uses qe ywala puna Teen DEN asuy 6 7 Compatible PIBdliCLs een etn LIU p dee d 7 Optioral a eet e n mere 7 Recommended Power Supplies 22222222222 22 2 2 2 22 2 2 2 2 4 2 2 2 7 u 8 PACT MW a uyanman yanaman qap EE E susan a maspas S 8 seen Eum 9 Installation 10 Hardwarel stallationi 0V8erVl8W cU PE RR sans garda dhe usa yaq QE EET 10 Betore You Bedllius senese odore abs AND EPI SPI ER pedit du 10 EISE 58 ai rasu SELL LU brit 10 User Supplied Parts e 2 41 1 1 47 22 2722 are 10 Product Serial Number Label Placement 2 2 2 2 4 11 MR MEER TT 12 Desktop Installat nonien DDR 12 Wall Mount Installat
30. ITOR 2 Monitor 2 switch to Q COMMAND g P Pus i 5 DWL Wait for X 5 SECONDS before executi TREE COM T camera edle on 2 Monitor 2 3Camera 3 SWT On MONITOR 2 Monitor 2 switch to 0 4 MACRO STEP MDW Tilt CAMERA down 5 DWL Wait for X 5 SECONDS before executil GRID 2 Monitor 2 4 Camera 4 SWT Dn MONITOR 2 Monitor 2 switch to 0 5 DWL Wait for X 5 SECONDS before executii 2 Monitor 2 5 SWT On MONITOR 2 Monitor 2 switch to d 5 DWL Wait for X 5 SECONDS before executi BUTTONS j M 2 Monitor 2 6 SWT MONITOR 2 Monitor 2 switch to d 5 DWL Wait for X 5 SECONDS before executi LOP Restart this macro END End of macro SWT On MONITOR switch to CAMERA Parameter 1 Select a monitor HELP PANEL Figure 33 Macro Editor Window 3 In the macro command tree click Miscellaneous and then double click the RES Run Endura Script command The command is added as step in the macro step grid Macro Editor Currently Editing Macro Logical Number 3 Run Endura Script TAR Command List Dau eK Jos 001 RES Endura Script script number RES Run Endura Script script number macro MID Set Matrix ID display for MONIT RES Run Endura Script script numt v RES Run Endura Script script number Parameter 1 Enter an Endura Script Logical Number Figure 34 Add a Run
31. OOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOCOOCOOOOOOOOCO OOOOOOOOOOOCOOOOO OOOOOCOOCOOOOOOOOCO CM9760 MXB CM9700MDD EVS Figure 14 Sample Video Connection Between the CM9700MDD EVS and the CM9760 MXB NOTE Figure 14 illustrates a sample video connection Video from the CM9700MDD EVS can be connected to any unused input on the matrix bay C1570M E 4 07 CM9700 CC1 CAMERA 1 MONITOR 1 CM9770 MXB MONITOR 32 CAMERA 256 CM9700MDD EVS EVS and the CM9770 MXB Sample Video Connection Between the CM9700MDD igure 15 F 19 Figure 15 illustrates a sample video connection Video from the CM9700MDD EVS can be connected to any unused input on the NOTE matrix bay C1570M E 4 07 20 CM9700MDD EVS I 8278 MONITOR 1 e E BSD ESS EI 1m 7 MONITOR 32
32. a Hawaii or Puerto Rico send goods to Service Department Pelco 3500 Pelco Way Clovis CA 93612 5699 If you are located outside the continental U S Alaska Hawaii or Puerto Rico and are instructed to return goods to the USA you may do one of the following If the goods are to be sent by a COURIER SERVICE send the goods to Pelco 3500 Pelco Way Clovis CA 93612 5699 USA If the goods are to be sent by a FREIGHT FORWARDER send the goods to Pelco c o Expeditors 473 Eccles Avenue South San Francisco CA 94080 USA Phone 650 737 1700 Fax 650 737 0933 Green materials used in the manufacture of this document and its components are compliant to the requirements of Directive 2002 95 EC This equipment contains electrical or electronic components that must be recycled properly to comply with Directive 2002 96 EC of the European Union regarding the disposal of waste electrical and electronic equipment WEEE Contact your local dealer for procedures for recycling this equipment Updated specifications with minor changes and revised software configuration instructions to match the current software functionality as a result of ECO 06 14150 Revised the Parts List and Desktop Installation sections with information on using rubber feet with the decoder as a result of ECO 06 14778 In the Specifications Copyright 2007 Pelco All rights reserved REVISION HISTORY Manual Date Comments C1570 10 04 Original versi
33. al Number m 1 255 0 Unused 0 0 Unused D 1 256 0 Unused 0 0 W s 2 gt Node1 27 0 Unused 4 Figure 20 CM9700 MGR Camera Grid 2 Click Wizards gt Add Device Wizard or click the tree view section and then click Add Device The Add Device wizard opens 3 Specify Endura Device in the Select Device Type drop down box and then click CM9700_MDD_EVS in the Select Model drop down box e Select Device Type hee the type of device and the CC1 node that will serve as the host for the device If a red redder appears next to the Select Model drop down box you must select a device model number Select the CC1 node hosting the device Host Node Node 1 Select the type of device Select Device Type Endura Device Select the model number SelectModel 0 CMS700 MDD EVS NVR Figure 21 Adding a CM9700MDD EVS 4 Click Next The Number of Devices page opens 26 C1570M E 4 07 Select the number of these devices to add to this CC1 node Number of Devices 4 Figure 22 Number of Devices Select the number of CM9700MDD EVS units Remember that one matrix bay input must be available for each CM9700MDD EVS so the number of units cannot exceed the number of available inputs on the matrix bay 5 Click Next The Port Configuration page opens with the number of the first available port in the Host Port field You can select a different port number note however
34. al number 1 to this camera definition Endura Camera This corresponds to the digital signal available through the Endura network and the CM9700MDD EVS As an example you might want to assign logical number 5001 to the first Endura camera Using these examples you would be able to view video from the first Endura camera by selecting either logical number 1 for the analog signal or logical number 5001 for the digital signal 1 Once you have added the Endura cameras to the matrix system configuration click one of the matrix cameras such as logical camera number 1 from the example described above 2 Click the Alternate Cameras field in the camera property box The Alternate Cameras dialog box opens C1570M E 4 07 nimi System Groups Dperators Mactos KB Templates Add Device gt e Node 1 lt Config Files Node gt 1 9700 ID 3 1 BE 5 Matrix Bay CM3780 MXB 0 0 9 4 BPTZCameradl 17 7 Nodel Keyboard 1 17 8 Nodel Keyboard 2 10 9700 Video Decoder ID 552 11 9700 Video Decoder ID 555 E 12 CM9700_Video_Decoder ID 557 Cameras Alarms LE Monitors BPls Cameras on Node 1 Physical Number Logical Number Name Node Keyboards gt 1 1 1 Cameral Alternate cameras for Camer DER B Host atriz Bay EJ Identification You can define up to 10
35. ation sticker to the badge 3 Press firmly with your thumb and rotate the badge to its correct position 4 Remove the rotation sticker from the badge PELCO BADGE 304040450 Figure 11 Pelco Badge Orientation C1570M E 4 07 BASIC HARDWARE CONNECTIONS CM9700 CC1 CONNECTION Use the 16 pin terminal block included with the CM9700MDD EVS for the RS 422 serial connection Pelco P protocol between the CM9700MDD EVS and the CM9700 CC1 Figure 12 shows how to wire the terminal block and connect it to the CM9700MDD EVS Note that the terminal block can be attached to the CM9700MDD EVS only in the proper position as shown in Figure 12 NOTE When connecting peripheral equipment to the CM9700 CC1 serial communication ports shielded cabling is required to comply with CE emissions guidelines PIN 1 PIN 1 Figure 12 Wiring the CM9700MDD EVS Terminal Block 1 Prepare a Catbe or better cable user supplied with an RJ 45 connector at one end and with the individual wires exposed at the other end 2 Connect the cable s individual wires to the terminal block on the rear panel of the CM9700MDD EVS An arrow on the rear panel identifies pin 1 on the terminal block pin 1 is the leftmost lead on the top row and pin 9 is the leftmost lead on the bottom row refer to Figure 12 Use a small screwdriver to open the clamp for a particular lead Figure 13 on page 17 and Table A identify the RS 422 pin ass
36. dd Endura Cameras to the Matrix System Configuration on page 29 for instructions Be sure to assign each Endura camera a logical camera number that matches the logical camera number assigned through the WS5000 application ADD THE CM9700MDD EVS TO THE MATRIX SYSTEM CONFIGURATION 1 Install the CM9700 MGR software and then configure the matrix system Instructions are provided in the CM9700 MGR Software Guide As you are adding matrix system cameras be sure to reserve matrix bay inputs to be used as tie line inputs for one or more CM9700MDD EVS units You must reserve one matrix bay input for each CM9700MDD EVS Figure 20 illustrates unused matrix bay inputs starting at camera 253 that can be used as CM9700MDD EVS tie lines Ell d e 4g 3 Cameras Alarms Keyboards Show BH kp Templates Monitors 9 Operators amp System 4 Operators D Groups Macros Cameras Node 1 p e Device gt Delete Node Physical Number Logical Number Name Port Addn Node 1 lt Config Files Node1 gt Node 247 247 Camera247 0 0 1 CM9700_MGR Nodel 248 248 Camera248 0 0 5 Matrix 9780 MXB 0 0 6 Matrix Bay CM9780_MXB 1 0 Bn Nodel 243 243 Camera243 0 0 w 7 10 1 250 250 250 0 0 TiO Nodal bes Nodel 251 251 Camera251 0 0 mi Nodel 252 252 Camera252 0 0 2 Unused T Unused o m T Nodel 254 0 Unused 0 0 Logic
37. deo speed is at 1 x the next movement to the right changes the playback to NOTE Figure 52 illustrates the playback speeds and the progression of speed settings half normal speed 1x 2x 4x 8x 16x 32x normal speed two times normal speed four times normal speed eight times normal speed sixteen times normal speed thirty two times normal speed Negative values such as 8x indicate reverse playback Figure 52 illustrates the playback speeds and the progression of speed settings C1570M E 4 07 8x 4x 2x 1x Figure 52 P Vx 1x 2x 4x 8x 16x 32x layback Speed Timeline 47 48 CONFIGURING THE OFFSET AND OFFSET FUNCTIONS TO SWITCH CAMERAS The Offset and Offset functions allow you to configure an offset value which allows an easy way to switch cameras To configure the Offset and Offset functions complete the following steps 1 Assign the Offset function to user definable control key on the CM9760 KBD keyboard Refer to the Setting the Control Keys Function section of the CM9760 KBD Keyboard Installation Operation manual for instructions Select Offset from the list of functions 2 Assign an Offset value using the define number icon to the user definable control key To switch to a new camera this value will be added to the camera number that the operator is viewing Example If the Offset value is 1000 then when the operator is viewing Camera 1
38. e Unknown location Type MDD Decoder MDD MDD Decoder Device ID uuid Endura MDD19 C Endura MDD MDD Decoder View Hierarchy Name C Endura MDD MDD Decoder MEDENA Endura MD MDD Decoder Location Gam Unknown location C Endura MD MDD Decoder MDD file a MDD_Nodet xml 1570 4 07 Figure 45 Transferring the CM9700MDD EVS XML File Through the Endura Network 39 Operation FRONT PANEL INDICATORS NETWORK STATUS NETWORK ACTIVITY CONFIGURATION RESET BUTTON NETWORK CONNECTOR UNIT STATUS m Pelco badge power indicator The Pelco badge glows blue when the unit has power 10 6 07 6 0 Oa 9 9805 Figure 46 CM9700MDD EVS Front Panel 5301 N Unit status indicator Unit status is indicated by one of the following three colors Green The unit is functioning normally Amber The unit is in configuration mode Red The unit is in an error condition If the unit status indicator is ever flashing the unit is in one of three modes refer to Configuration Reset Button on page 49 au Network status indicator Network status connection and speed is indicated by one of the following conditions Off The unit is not connected to the network Solid Amber unit is connected to the network using the 100BaseT standard Solid Red The unit is connected to the network using the 10BaseT standard NOTE For optimum performance
39. ect Overwrite the system will replace any existing devices within the range of physical numbers specified by your selections on this page 5 Click Next The Device Identification page opens 1570 4 07 29 The logical number will be appended to the name Name Endura Camera The default is the first available logical number Starting Logical Number 253 Skip existing numbers or reuse Skip is recommended Skip or Reuse Skip Figure 28 Device Identification Page 6 Specify the device name s and logical number range by completing the following fields Name Type a base name for the device If you want a space between the name and the logical number use the spacebar to enter a space after the name You can edit individual camera names after completing the Add Device wizard Refer to How to Configure Cameras and Other Video Input Devices in the CM9700 MGR Software Guide for instructions NOTE Short names are recommended to minimize the length of the text displayed on the monitor Starting Logical Number Type the first number in the range of logical numbers that you want to assign to the devices Be sure to assign each Endura camera a logical number that matches the logical camera number assigned through the WS5000 application Skip or Reuse If you select Skip the system will only assign available logical numbers to the new devices If the system finds a logical number that is already assigned it skips to the ne
40. eo display mode Initial Jump Back Type the number of seconds you want the video to jump back when switching to a recorded video stream this setting does not affect live video Live On Switch Select Yes to set live video as the default mode for all CM9700MDD EVS units on this node Select No to set playback as the default mode When an operator switches to a camera viewed through any CM9700MDD EVS on this node the monitor will display either live video or playback video based on this setting Small Jump Type the number of seconds you want the video to jump during playback when you select Small Jump Forward or Small Jump Backwards on the keyboard Time Sync Frequency Type the frequency in minutes when the CM9700MDD EVS will adjust the time and date settings on the 9700 1 To disable this feature type 0 Video Lock Type the number of minutes you want the video lock to last The video lock function designates a portion of video that is saved so that the NVR does not overwrite the video This video can be retrieved at a later time Refer to Set Video Lock on page 44 for instructions on using the video lock feature 3 The fields in the Port section control the CM9700MDD EVS unit s connection to the CM9700 CC1 Note that the same baud rate and parity are applied to all CM9700MDD EVS units on the CM9700 CC1 node If you change these settings for any CM9700MDD EVS unit on the node the settings are applied to every other unit on the
41. er supply for one CM9700MDD EVS 4 pin connector TF2000 Power supply for one CM9700MDD EVS 4 pin to 2 pin connector MCS Series Multiple unit power supply indoor 1570 4 07 7 FRONT VIEW Figure 1 illustrates the components on the front of the CM9700MDD EVS o Network Connector RJ 45 o Network Status Indicator Pelco Badge Network Activity Indicator Unit Status Indicator Configuration Reset Button Refer to Front Panel Indicators on page 40 for a description of each indicator A nn eol 402026406 41 Figure 1 CM9700MDD EVS Front View REAR VIEW Figure 2 illustrates the components on the rear of the CM9700MDD EVS o Power Audio In reserved for future use VGA Out Reserved for future use Audio Out Video Out MXB connection o 5 422 Connectors o S Video Out reserved for future use Relay Connectors reserved for future use e Audio Switch reserved for future use Alarm Connectors reserved for future use Refer to Basic Hardware Connections on page 16 for a description of the connectors Figure 2 CM9700MDD EVS Rear View 8 C1570M E 4 07 SAMPLE APPLICATION IMPORTANT PLEASE READ The network implementation is shown as a general representation only and is not intended to show a detailed network topology Your actual network will differ requiring changes or perhaps additional network equipment to accommodate the system as illustra
42. ethe CM9700 MGR Export option click File Export To Configuration Files to export the configuration files Refer to the Creating Configuration Files Export for the CC1 section in the CM9700 MGR Software Guide for instructions Configuration files can be exported either to a hard drive either local or network or to a floppy drive If you specify a floppy drive for the export location the CM9700 MGR will provide prompts during the export process to insert a floppy disk for the configuration files and a floppy disk for the XML file Export Configuration Files Selected Export Path A N Exporting COM Ports for node Node 15 Exporting System Information for node Node 1 Exporting Monitors for node Node 1 Exporting Cameras for node Node 1 Exporting Operators for node Node 1 Exporting Alarms for node Node 15 Exporting GPI Devices for node Node 1 Exporting Messages for node Node 1 Exporting Macros for node Node 1 Writing all Configuration Files for node Node 1 to PATH A NNNode1 Exporting NIU Configuration File Exporting Endura Decoder XML Configuration Files EXPORT COMPLETE Export to local configuration files lt 3 Floppy 2 File Edit View Favorites Tools Help gt d gt Folders E Address Size Date Modified File and Folder Tasks 2 i 1KB XML Document 5 24 2006 10 30 QJ
43. g the CM9700MDD EVS to the Network C1570M E 4 07 POWER CONNECTION The CM9700MDD EVS offers a single fo connector When using a different power supply at ur pin power connector The RK5000PS 5U rack mount kit and the NET5301PS attach to the four pin ach power to the enclosed four pin to two pin adapter and attach the adapter to the unit The CM9700MDD EVS is designed to operate from either a 12 VDC or a 24 VAC power supply It automatically senses power type and polarity DC CM9700MDD EVS be powered rom many sources NET5301PS power supply connects directly to the four pin connector on the CM9700MDD EVS rear panel The RK5000PS 5U rack mount kit s slides into place upplies power through the four pin connector on the CM9700MDD EVS rear panel as soon as the unit The Pelco MCS B model WCS B model and TF Series power supplies provide power through the four pin to two pin adapter supplied which then connects directly to the four pin connector on the CM9700MDD EVS rear panel Other UL Listed direct plug in power units marked Class 2 and rated for 12 VDC 10 15 24 VAC 10 15 provide power through the two pin to four pin adapter supplied which then connects directly to the four pin connector on the CM9700MDD EVS rear panel The power consumption of the CM9700MDD EVS is 12 W 20 VA Use Table C to estimate your power requirements when installing multiple CM9700MDD EVS units This
44. ignments on the CM9700MDD EVS and the CM9700 CC1 3 Insert the cable s RJ 45 connector into any available RS 422 COM port on the CM9700 CC1 Remember that the first few RS 422 COM ports on the CC1 must be used for one or more matrix bays and any network interface units and hot switch units For more information on using RS 422 COM ports refer to the matrix system port ass Table A RS 422 Pin Assignments CM9700 CC1 CM9700MDD EVS Pin Lead Pin Label Lead 1 RS 422 Data TX 1 TX RS 422 Data TX 2 RS 422 Data TX 2 RX RS 422 Data RX 7 RS 422 Data RX 9 TX RS 422 Data TX 8 RS 422 Data RX 10 RX RS 422 Data RX NOTE The alarm and relay inputs on the CM9700MDD EVS are reserved for future use and are not included in this table ignment table and the Installation Operation manual for your specific matrix system C1570M E 4 07 CM9700 MGR CM9505 UPS CM9760 KBD VGA MONITOR CM9700MDD EVS PIN ASSIGNMENTS PIN 1 TX PIN 1 TX PIN 2 TX PIN 2 RX PIN 7 RX PIN 9 TX PIN 10 RX CM9700MDD EVS Figure 13 Connecting the CM9700MDD EVS to the CM9700 CC1 MATRIX BAY CONNECTION 1 Connect coaxial cable to the video out connector on the CM9700MDD EVS refer to the CM9700MDD EVS rear panel illustration in Figure 2 on page 8 and to the matrix bay connection drawings shown on the following pages Con
45. ing Video on page 43 C1570M E 4 07 41 42 5 To switch the video mode from live to recorded or vice versa press the MORE icon to view DVR Menu 2 and then press the Switch Mode icon 1 1002 lt lt lt gt gt gt lt Pos SWITCH MODE ICON Figure 48 DVR Menu 2 6 Toaccess the remaining DVR icons which appear on DVR Menu 3 press the MORE icon 1 1002 59 3 53 Figure 49 DVR Menu 3 C1570M E 4 07 VIEWING AND CONTROLLING VIDEO NOTE In the following procedures the Select Play or Select Pause step can be accomplished either by moving the joystick or by pressing the keyboard icon Identify the CM9700MDD EVS Unit If your system includes more than one CM9700MDD EVS unit any unit can display video on the monitor when you select video from an Endura camera To determine the CM9700MDD EVS currently in use press the ID icon on DVR Menu 3 The CM9700MDD EVS unit s Friendly Name appears on the monitor and the first LED on the CM9700MDD EVS unit the Unit Status Indicator LED blinks momentarily PTZ Control If the camera displayed on the monitor includes PTZ functions you may be able to use the CM9760 KBD joystick and keys to control the PTZ functions depending on how the video connections are wired Digital Signal Connections When video from an Endura system camera is connected to an Endura system encoder and then routed to the matrix switcher as a digital
46. ion 22222222222 2 2 2 2 2 e e e 22 2 2 7 2 13 STE STORES HDI RSEN RR 14 Pelco Badge Orientation us rta SOT RIDE Pekin IURE GU EHE 15 Basic Hardware Connections ser l u andra ori tatto Ub ME CIS dapi eund Ed Pa ede tbe deeds 16 CM9700 6C1 Connection Per iere rA Rem P prO NRI UE RR DONUM headwear 6 Connections lt nn tas u uu odd aiid Eee bini de Edda dante 17 Audio utp t Connection net Yas idee UA Py SQQ PT IG de 21 Network Connection 2222222222222222 2 2 2 22 2 2 22 4 4 2 POW PCOMNECUON MERERETUR m 23 Software hades HE UR er ee eder eene TEN EUR rea bete ges 25 Additional Optional 2 2 2222 2 2 2 2 22 2 2 2 25 Add the CM9700MDD EVS and Endura Cameras to the 9700 Matrix 26 Add the CM9700MDD EVS to the Matrix System Configuration 2 26 Configure th CM9700MIDD EVS Settlhns FEE RO RUE Ree ER ES aho e as 28 Add Endura Cameras to the Matrix System Configuration
47. ional step of connecting each CM9700MDD EVS unit to the network one at a time and changing the device name in the 55000 Setup window and e include the node name in each CM9700MDD EVS device name This will allow you to transfer the correct XML file to each CM9700MDD EVS unit as described in step f Click the button beside the MDD file field The Open File dialog box opens Navigate to the folder containing the CM9700MDD EVS XML file This is the same folder used when exporting configuration files from the CM9700 MGR as described in step 1 The XML file can be located on a hard drive or a floppy disk Click the XML file and then click Open in a multi node matrix system be sure to click the correct XML file look for the node name in the XML file name The Open File dialog box closes and the file name appears in the MDD file field as illustrated in Figure 45 Click Apply to transfer the XML file to the CM9700MDD EVS unit 4 Repeat step 3 for each CM9700MDD EVS unit in your system Setup Mex System Configuration Devices Roles Users External Monitors Groups fi Recording Schedule y Scripts Q Update Softy gt Filters Filter Types Device Type Location Device Type Decoder NVR5000 B Recording Block Location Encoder NVR5000 Recording Block NVR Associations 02880 NY_NVR Recording Block Physical Connections MPP Monitor Device Type Modify devic
48. itch to CAMERA 271 IP Cam 271 MONITOR 13 Monitor13 switch to CAMERA 272 IP Cam 272 n MONITOR 20 Monitor20 switch to CAMERA 273 IP Cam 273 On MONITOR 21 Monitor21 switch to CAMERA 274 IP Cam 274 On MONITOR 22 Monitor22 switch to CAMERA 275 IP Cam 275 On MONITOR 23 Monitor23 switch to CAMERA 276 IP Cam 276 n MONITOR 24 Monitor24 switch to CAMERA 277 IP Cam 277 End of macro SwT n MONITOR switch to CAMERA KE Figure 40 Sample Macro for NVR Management Click Close to save the macro and close the Macro Editor window Repeat steps 1 5 for each NVR C1570M E 4 07 ASSOCIATE A MACR0 WITH A SOFT ALARM 1 Use the CM9700 MGR Add Soft Alarms Wizard to add a soft alarm for each NVR 2 Optional Give each alarm a recognizable name 3 Click a soft alarm and then select a macro in the Macro drop down box NVR 1 Alarm A Dwell 0 Macro Group Alarm Group Host 0 1 Switch Backup NVR 1 2 Switch Backup NVR 2 3 Switch Backup NVR 3 ode E Identification Name NVR 1 Alarm Figure 41 Associate a Macro with a Soft Alarm ASSOCIATE SOFT ALARM WITH AN NVR 1 Click the NVR in the device tree 2 Click the NVR Alarm field and then select the alarm from the drop down box System Groups Operators Macros KB Templa
49. l Commission ISO IEC Joint Technical Committee 1 JTC1 Information Technology Subcommittee 29 Working Group 11 Compliance ISO IEC 14496 standard also known as MPEG 4 Compliant with International Telecommunication Union ITU Recommendation G 711 Pulse Code Modulation PCM of Voice Frequencies Design and product specifications subject to change without notice C1570M E 4 07 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 fixed 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 wipe
50. m 1x video plays at x latching moving the joystick all the way to the left from x changes the playback to igure 52 illustrates the playback speeds and the progression of speed settings ick to the left The speed and mode depends on the current mode and the distance from center that you move the joystick as follows refer to Playback Speed for an explanation of the abbreviations used in this section Current Mode Pause Curre Playback Speed To the To the To the To the To the To the To the efta efta eft al eft al eft al eft al eft al To the left a little video plays at x momentary To the left all the way video plays at 2x latching nt Mode Play ttle video plays at 2x momentary he way video plays at 2x latching he way again video plays at 4x latchin he way again video plays at 8x latchin he way again video plays at 16x latchi the way again video plays at 32x latchi ttle more video plays at 4x momentary To the left a little more video plays at 1x momentary To the left all the way again video plays at 4x latching To the right all the way video decreases speed from 4x to 2x latching 0 0 ng ng To the right all the way video speed decreases one level latching for example if video is playing at 8x moving the joystick all the way to the right decreases the speed to 4x This continues un orward il the vi
51. nce recorded video only DVR Menu 1 Small jump forwards recorded video only NOTE The default jump time is 10 seconds You can change this setting in the CM9700MDD EVS DVR Menu 1 properties Refer to Configure the CM9700MDD EVS Settings on page 28 Display the next menu Hoke 2 L Exit the menu 2 h Big jump backwards recorded video only NOTE The default jump time is 60 minutes You can change this setting in the CM9700MDD EVS DVR Menu 2 properties Refer to Configure the CM9700MDD EVS Settings on page 28 Big jump forwards recorded video only NOTE The default jump time is 60 minutes You can change this setting in the CM9700MDD EVS DVR Menu 2 properties Refer to Configure the CM9700MDD EVS Settings on page 28 Switch mode between live and recorded video DVR Menu 2 Previous event recorded video only DVR Menu 2 C1570M E 4 07 45 46 Table E Video Functions Controlled by Keyboard Icons Continued Function Keyboard Icon Menu Mark event this feature allows the operator to mark the currently viewed video as an event Press the icon when you want to define an event label displaying Event Marked flashes briefly on the DVR Menu 2 monitor Next event recorded video only DVR Menu 2 D Identify the CM9700MDD EVS currently in use when the operator presses this icon the CM9700MDD EVS unit s Friendly Name appears on
52. nect the coaxial cable to any available matrix bay video input connector as appropriate for your system e In a System 9760 video input connectors are on the CM9760 MXB rear panel as shown in Figure 14 on page 18 e Ina System 9770 video input connectors are on the 9770 rear panel as shown in Figure 15 on page 19 In a System 9780 video input connectors are on the CM9700 VPP panel as shown in Figure 16 on page 20 NOTE The distance from the CM9700MDD EVS to the matrix bay video input connector must be less than the maximum distance for the coaxial cable Refer to Table B for maximum video coaxial cable distances Table B Video Coaxial Cable Requirements Cable Type Maximum Distance RG59 U 750 ft 229 m RG6 U 1 000 ft 305 m RG11 U 1 500 ft 457 m Cable requirements e 75 impedance center conductor steel center conductor cable may result in poor performance All copper braided shield with 95 braid coverage 1570 4 07 CM9700 CC1 CAMERA 241 CAMERA 1 OOOOOOOOOOOOOOOO MONITOR 1 o e e OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOO amp OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOO
53. nel Exchange the defective unit and return it for repair Table G Troubleshooting the CM9700MDD EVS Problem Possible Causes Suggested Remedy No video on monitor Power turned off Check that the monitor is switched on and the CM9700MDD EVS power indicator is lit Faulty cable connections Check all leads plugs contacts and connections Defective camera Connect local monitor and check camera function Defective encoder Check camera on a different encoder Network connectivity issues Contact your network administrator The unit is not ready for operation after firmware upload Voltage failure during programming of update file Replace the device and have it checked by Pelco No tie line Programming or data connection to the CM9700 CC1 Check the wiring between the CM9700 CC1 and the CM9700MDD EVS Check the CM9700MDD EVS configuration in the CM9700 MGR No audio transmission to receiver Defective hardware Check functioning of all connected video devices Connection in use by another receiver Wait until the connection is free and try again Faulty cable connection Check all cable connections and ensure all plugs are properly plugged in C1570M E 4 07 Specifications M0DEL CM9700MDD EVS SUPPLIED ACCESSORIES Mating Connectors 4 pin to 2 pin adapter SYSTEM Processor Operating System Viewing and Control Setup Co
54. nfiguration Endura System Matrix System VIDEO AUDIO Video Standards Video Coding Video Resolutions NTSC PAL Video Output Video Display Stream Video Display Mode Audio Input Audio Output Audio Switch SERIAL ALARM RELAY PORTS Serial Alarm Inputs Relay Output Matrix digital decoder NET5301R optimized for use with matrix that converts digital video streams from Endura products into analog video to be viewed and controlled on a Pelco CM9700 Series matrix switcher 1 16 pin For user supplied power supply PowerPC 405EP Linux CM9760 KBD software version 8 24 or higher WS5050 or VCD5000 CM9700 MGR version 9 03 012 or higher NTSC PAL EIA CCIR composite MPEG 4 ACIF 704 x 480 2CIF 704 x 240 CIF 352 x 240 ACIF 704 x 576 2CIF 704 x 288 CIF 352 x 288 1 BNC 75 ohms 1 Vp p 1 Single Image Reserved for future use Speaker or line out Line speaker Pelco P RS 422 uses 4 of 16 pins on terminal block connector Reserved for future use Reserved for future use FRONT PANEL INDICATORS FUNCTIONS Network Power Status Network Link Speed Network Activity Configuration Reset 1570 4 07 RJ 45 10 100 Blue Green amber red Amber red Green Recessed button configuration reboot reset cancel 51 POWER Power Consumption Power Input Power Connectors 4 pin 4 pin to 2 pin adapter ENVIRONMENTAL Ambient Temperature Operating Temperature Range Storage Temperature Ra
55. nge Operating Humidity Maximum Humidity Gradient Operating Altitude Operating Vibration PHYSICAL Construction Finish Dimensions Mounting Desktop Wall or Rack Unit Weight OPTIONAL ACCESSORIES RK5000PS 5U WM 5001 4U WM5001 4UEXP 12 W 41 BTU H 12 VDC 1 0 1 5 24 VAC 10 15 For RK5000PS 5U or NET5301PS For user supplied power supply 70 to 74 F 21 to 23 C 32 to 122 F 0 to 50 C at unit air intake 40 to 149 F 40 to 65 C 20 to 80 noncondensing 10 per hour 50 ft to 10 000 ft 16 m to 3 048 m 0 25 G at 3 Hz to 200 Hz at a sweep rate of 0 5 octave minute Sheet meta Gray metallic with black end caps black matte finish 8 75 D x 6 50 W x 1 20 H 22 20 x 16 50 x 3 00 cm Rubber feet provided Optional mounting accessories required 2 0 Ib 0 9 kg Rack mount with power supply 12 units Wall mount without power supply 1 unit Wall mount expansion 1 unit RECOMMENDED POWER SUPPLIES NET5301PS TF2000 MCS Series Power supply for one CM9700MDD EVS 4 pin connector Power supply for one CM9700MDD EVS 4 pin to 2 pin adapter Multiple unit power supply indoor STANDARDS ORGANIZATIONS Pelco is a member of the MPEG 4 Industry Forum Pelco is a member of the Universal Plug and Play UPnP Forum Pelco is a member of the Universal Serial Bus USB Implementers Forum Pelco is a contributor to the International Standards for Organization Electrotechnica
56. node C1570M E 4 07 ADD ENDURA CAMERAS THE MATRIX SYSTEM CONFIGURATION 1 Click Wizards Add Device Wizard The Add Device wizard opens 2 Specify Camera in the Select Device Type drop down box and then click EnduraCam in the Select Model drop down box Select the CC1 node hosting the device Host Node Node 1 Select the type of device Select Device Type Camera Select the model number Select Model x e Figure 26 Adding an Endura Camera 3 Click Next The Add Video Input Output Device page opens Select the number of these devices to add to this CC1 node Number of Devices 4096 The default is the first available physical number Start Physical Number f zJ Skip existing numbers or overwrite Skip is recommended Skip or Overwrite Skip Figure 27 Video Input Output Device Page 4 Specify the number of devices and the physical number range by completing the following fields Number of Devices Select the number of Ethernet cameras you want to add Start Physical Number The first available physical number appears It is recommended that you use this default number Skip or Overwrite If you select Skip the system will only assign available physical numbers to the new devices If the system finds physical number that is already assigned it skips to the next sequential physical number until the specified number of devices is added or the last physical number is reached If you sel
57. on C1570M A 5 05 Updated to reflect Phase Il hardware and software changes C1570M B 10 05 Updated to reflect new 4 pin to 2 pin adapter updated parts list and minor art and text changes C1570M C 5 06 and ECR 06 12039 C1570M D 2 07 section revised operating temperature description and added ambient temperature C1570M E 4 07 Revised Figure 2 and Figure 17 to reflect revised silkscreen text as a result of ECO 07 17426 Pelco the Pelco logo Camclosure Coaxitron Esprit ExSite Genex Legacy and Spectra are registered trademarks of Pelco Endura and Spectra Ill are trademarks of Pelco DLP is a registered trademark of Texas Instruments Inc Linux is a registered trademark of Linus Torvalds PowerPC is a registered trademark of International Business Machines Corporation PELLO Worldwide Headquarters 3500 Pelco Way Clovis California 93612 USA USA amp Canada Tel 800 289 9100 Fax 800 289 9150 International Tel 1 559 292 1981 Fax 1 559 348 1120 www pelco com 1509001 Australia Canada Finland France Germany Italy Macau Netherlands Russia Singapore South Africa Spain Sweden United Arab Emirates United Kingdom United States
58. or PAL configure the WS5000 Type setting ADDITIONAL OPTIONAL CONFIGURATION Alarm Configuration You can configure the matrix system to receive alarms from the Endura system for monitoring and action within the matrix system Endura system alarms can be any of the following types Contact alarms Motion alarms Endura system alarms are received by the 9700 system as soft alarms and can be viewed on the CM9760 KBD matrix system keyboard Refer to Configure a CM9700 Soft Alarm to Represent an Endura Alarm on page 31 for instructions Macro Configuration You can configure macros in the CM9700 matrix system to activate scripts in the Endura system Refer to Macro Configuration on page 32 Network Video Recorder Configuration You can configure the matrix system and the CM9700MDD EVS for Network Video Recorder NVR management Refer to Network Video Recorder Management on page 34 1570 4 07 25 ADD THE CM9700MDD EVS AND ENDURA CAMERAS THE 9700 MATRIX CONFIGURATION To add a CM9700MDD EVS to a 9700 matrix system configuration you need to complete the following tasks 1 Add the CM9700MDD EVS to the matrix system configuration Refer to Add the CM9700MDD EVS to the Matrix System Configuration on page 26 for instructions 2 Configure the CM9700MDD EVS settings Refer to Configure the CM9700MDD EVS Settings on page 28 for instructions 3 Addthe Endura network cameras to the matrix system configuration Refer to A
59. ork eR 39 CM9700MDDEEVS Front Panels dnos Rehd toe PR Re debeo e e do 40 DVR Men TUTTI 41 DVR E sz u amathea Qawaman a amalaya 42 DVR Men Hameo aes Qusa sus 42 Defne PD 44 BIST CDL 44 Playback Speed 2 22222 2 2 22 2 2 2 2 24 2 2 47 Assigning an Altemate Cameras eu rere tbe ue e tee isqea 49 C1570M E 4 07 List of Tables 1570 4 07 5 422 PinrASSIGRITIents vad ETE a Samad T Ded 16 Video Coaxial Cable RequireMents csc sm hr RE E DR SIR 17 Powering Multiple Units s 2 l lu Rc oe ERR RR RE RR RIEN NER dde de RECEN 23 Recommended Wire Gauge and Maximum Wiring e 23 Video Functions Controlled by Keyboard Icons e 4 2 4 es 45 Configuration Reset Button Functions and 2 24 4 2 2 49 Troubleshooting the 9700 0 5
60. pressing the Offset key will switch to Camera 1001 The new value must be a valid camera number if not the camera does not switch 3 Assign the Offset function to a user definable control key on the CM9760 KBD keyboard Refer to the Setting the Control Keys Function section of the CM9760 KBD Keyboard Installation Operation manual for instructions Select Offset from the list of functions 4 Assign an Offset value using the define number icon to the user definable control key To switch to a new camera this value will be subtracted from the camera number that the operator is viewing Example If the Offset value is 200 then when the operator is viewing Camera 1000 pressing the Offset key will switch to Camera 800 The new value must be a valid camera number if not the camera does not switch USING THE ALTERNATE CAMERAS FEATURE If your system uses an optional analog connection between the Endura camera through the Endura encoder and the matrix switcher you can use the alternate cameras feature as an easy way to switch from live analog video to digital recorded video When a system is installed with an analog connection you need to define the following camera logical numbers in the CM9700 MGR Matrix Camera This corresponds to the analog signal For example if you connect the first Endura camera through the Endura encoder to the first input on the matrix switcher the physical number is 1 and you might assign logic
61. r 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 Series digital video recorders NVR300 Series network video recorders and Endura Series distributed network based video products One year except video heads on video cassette recorders VCRs Video heads will be covered for a period of six months Six months on all pan and tilts scanners or preset lenses used in continuous motion applications that is preset scan tour and auto scan modes Pelco will warrant all replacement parts and repairs for 90 days from the date of Pelco shipment All goods requiring warranty repair shall be sent freight prepaid to Pelco Clovis California Repairs made necessary by reason of misuse alteration normal wear or accident are not covered under this warranty Pelco assumes no risk and shall be subject to no liability for damages or loss resulting from the specific use or application made of the Products Pelco s liability for any claim whether based on breach of contract negligence infringement of any rights of any party or product lia bility 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
62. signal through the CM9700MDD EVS you can control the camera s PTZ functions from either the matrix system using the CM9760 KBD keyboard or the Endura system using the KBD5000 keyboard Refer to the appropriate keyboard manual for instructions Analog Signal Connections In some systems an optional analog video signal may be routed from an Endura system camera connected to an Endura system encoder to the matrix switcher In this scenario PTZ control depends on the method used as follows Method 1 If the matrix system includes an optional CM9760 CXT or CM9760 CXTA Coaxitron translator you can control the camera s PTZ functions from either the matrix system using the CM9760 KBD keyboard or the Endura system using either the KBD5000 keyboard or the WS5050 Refer to the appropriate keyboard manual for instructions Method 2 If the analog video is routed to the matrix system through a CM9760 MDA unit then the connection is based on P protocol 5 422 wiring With this method PTZ control is available only from the matrix system keyboard not from the Endura system refer to the CM9760 KBD Keyboard Installation Operation manual for instructions Display or Remove Monitor Text To remove the monitor text camera titles etc from the monitor display press the monitor text icon Pressing the monitor text icon again returns the monitor text to the monitor display Mark an Event Live Video While viewing live video press the Mark Event
63. stem configuration Instructions are provided Add the CIM9700MDD EVS and Endura Cameras to the 9700 Matrix Configuration on page 26 When you assign the logical camera numbers to the Endura cameras be sure to match the logical camera numbers assigned through the WS5000 application Use the CM9700 Resource CD to install the CM9700 MGR software Export the CM9700 MGR configuration files and transfer them to the CM9700 CC1 Refer to Export the Configuration Files and Transfer the Data to the CM9700MDD EVS on page 38 Use the Endura WS5000 application to assign logical camera numbers to each camera in the Endura system that you want to view from the matrix system Remember that these cameras must be identified with the same logical camera numbers in the CM9700 MGR application and the WS5000 application Refer to the WS5000 Operation manual and the Endura Resource CD for instructions on configuring cameras in the Endura system Optional Modify the CM9700MDD EVS configuration settings through the Endura WS5000 application When you apply power to the unit and connect the network cable the Endura system manager registers the CM9700MDD EVS as an Endura device and creates a basic configuration To modify this basic Endura configuration refer to the WS5000 Operation manual and the Endura Resource CD for instructions Some settings that you may want to configure include the time format configure the WS5000 Time Standard setting and the video format NTSC
64. talling the CM9700MDD EVS in a WM5001 4U Wall Mount 3 Tighten the thumbscrew on the wall mount to secure the unit refer to Figure 8 TIGHTEN THUMBSCREW Figure 8 Tighten the Thumbscrew to Secure the Unit 1570 4 07 RACK INSTALLATION Up to 12 CM9700MDD EVS units can be mounted in the optional RK5000PS 5U rack mount kit Each unit plugs directly into a power connector in the rack and is powered by the rack NOTE The RK5000PS 5U only supplies power lt does not provide a dock for any other unit connectors To install the CM9700MDD EVS into a rack mount kit 1 2 Install the RK5000PS 5U into the rack refer to the RK5000PS 5U Installation manual Insert the CM9700MDD EVS into the desired slot Figure 9 Installing the CM9700MDD EVS in a Rack Mount 3 Tighten the thumbscrew on the rack mount to secure the unit into the rack refer to Figure 10 a INNIS h sss 3859 Odo 2425 QUIS 289 02295 3339 191710 JO Xac dO 42 TIGHTEN THUMBSCREW Figure 10 Tighten Thumbscrew to Secure the Unit C1570M E 4 07 PELCO BADGE ORIENTATION The Pelco badge on the front panel of the CM9700MDD EVS can be rotated in quarter turns If you install the unit on a flat surface the Pelco badge will be turned the wrong way To rotate the Pelco badge 1 Use the Pelco badge rotation sticker that came with the unit 2 Attach the middle portion of the rot
65. ted Please contact your local Pelco Representative to discuss your specific requirements CAMERA 1 CM9505 UPS cM9760 KBD CM9700 CC1 MATRIX MONITOR CM97XX MXB CM9700MDD EVS D 2 CM9700MDD EVS ENDURA NETWORK SUBNET ENCODER s m 015050 SM5000 SPECTRA Figure 3 Sample System Using the CM9700MDD EVS C1570M E 4 07 Installation HARDWARE INSTALLATION OVERVIEW The following steps provide an overview of how to install the CM9700MDD EVS 1 Install all components of the matrix switching system Refer to the matrix system documentation for instructions 2 Install one or more CM9700MDD EVS units and then make the following connections a Connect the CM9700MDD EVS to the CM9700 CC1 b Connect the video output connector on the CM9700MDD EVS to a video input connector on the matrix bay 9760 CM9770 MXB or 9780 c Connect the CM9700MDD EVS to the network Instructions on installing the CM9700MDD EVS are provided in subsequent sections 3 Install all components of the Endura system and connect all components to the network Refer to the Endura system documentation for instructions on installing Endura components Once the hardware installation and all device connections are completed you must add the CM9700MDD EVS to the 9700 matrix system configuration Refer to Software Configuration on page 25 for instructions
66. tes Node 1 lt Config Files Node1 gt 1 9700 ID 3 Eg 5 Matrix Bay CM9780_MXB 0 0 2 2 41 217 7 Nodel Keyboard 1 177 1 Keyboard 2 E 10 CM9700_Video_Decoder ID 552 8 1 lt Tie Line INDDP o S 11 Network cg 11 Cam 5001 2 21 Cam 5002 0 Cam 5003 2 5004 Z Cam 5005 ES 1 NVR ID 569 v I lt NVR S WIS El Network Configuralion Fri NVR for Cam 1 48 0 No Alarm 1 NVR 1 Alarm 2 NVR 2 Alarm R 3 NVR 3Alarm 4 SoftAlarm4 Figure 42 Associate the Alarm with the NVR C1570M E 4 07 37 EXPORT THE CONFIGURATION FILES AND TRANSFER THE DATA TO THE CM9700MDD EVS Once you have configured the CM9700MDD EVS settings in the CM9700 MGR software complete the following tasks to transfer the data to the matrix system components e Export the configuration files and then transfer these files to the CM9700 CC1 These configuration files are named lt NodeName gt each type of configuration file is named with a different extension e During the export process an XML file is created for the CM9700MDD EVS units on the node refer to Figure 44 transfer this file named 38 MDD NodeName xml to the CM9700MDD EVS In a multi node matrix system one XML file is created for each node Complete the following steps to transfer CM9700MDD EVS configuration settings to the matrix system 1 Us
67. that it is strongly recommended that you use the default baud rate and parity settings which are provided NOTE All CM9700MDD EVS units on a CM9700 CC1 node must have the same baud rate and parity settings If you change these settings for one CM9700MDD EVS unit every unit on the node will be updated to match these settings when the CM9700 MGR configuration files are transferred to the CM9700MDD EVS as described in Export the Configuration Files and Transfer the Data to the CM9700MDD EVS on page 38 Select the port number on the Host Host Port 14 The default baud rate shown is strongly recommended Baud Rate 19200 The default parity shown is strongly recommended pariy fe Figure 23 Port Configuration Page 6 Click Next and then click Finish on the Add More Devices page The specified number of CM9700MDD EVS units is added to the node as illustrated in Figure 24 Note that camera inputs 253 256 are assigned as the CM9700MDD EVS tie lines Alarms 7 Keyboards Show all BE Templates sm D System Operators Groups Macros x Delete 5 Matrix Bay CM9780_MXB 0 0 A Node1 245 245 6 Matrix Bay CM9780_MxB 1 0 246 Camera248 0 T Es ERTER 1 247 247 Camera247 0 14 MDD 14 CM9700_MDD_EVS 248 248 Camera248 10 E 15 MDD 15 CM9700_MDD_EVS 28 Csmets248 EE 16 MDD 16 9
68. ts components require service A label citing your product s serial number is attached to the bottom panel of the CM9700MDD EVS Because rack mounting or other installation options may obscure the factory applied label two additional labels are provided Attach one label to your product documentation or another product location that will not be obscured by installation The second label is a spare To use the serial number label complete the following steps 1 Onthe bottom panel of the CM9700MDD EVS locate the two small labels attached with a yellow sticker that reads Extra serial number labels remove prior to installation 2 Remove the yellow sticker and the labels 3 Peel away the backing from one label and attach it to this manual other product documentation or an unobscured product location Figure 4 Product Serial Number Label 1570 4 07 11 MOUNTING Use one of the following installation methods for the CM9700MDD EVS e Place the CM9700MDD EVS on a flat surface such as shelf or desktop e Mount the CM9700MDD EVS to a wall using the optional WM5001 4U wall mount kit e Install the CM9700MDD EVS in the optional RK5000PS 5U rack mount kit NOTES e Each installation method except the RK5000PS 5U mounting requires the installation of a separate power supply NET5301PS e When installing the CM9700MDD EVS on a desktop use the rubber feet provided with the CM9700MDD EVS to protect the desktop from
69. unique identifier by completing either or both of the following fields in the CM9700 MGR to complete the fields click the NVR and then click the appropriate field in the properties box refer to Figure 37 Friendly Name This name can be found in the Device FriendlyName field in the Local Device settings displayed for the device properties in the Endura system as illustrated in Figure 38 UDN This identifier can be found in the Local Device UDN field in the Local Device settings displayed for the device properties in the Endura system as illustrated in Figure 38 When looking at the device properties in the Endura system be sure to navigate to the device that is identified as a Network Video Recorder refer to the Device Type Field in Figure 38 8 Configure a CM9700 macro to switch the video to a backup NVR in the event that the NVR goes off line refer to Configure a CM9700 Macro to Switch Video to a Backup NVR on page 36 for instructions 9 Assign an alarm to be triggered when the NVR goes off line as described in Associate a Macro with a Soft Alarm and Associate a Soft Alarm with an NVR on page 37 EB Templates Endura Configuration Utility x system gt Operators 7 Groups Macros zl Add Device IS Delete Deve Device Grouping Sytem Tunng Sym Snapshot Pawwawas Node 1 lt Config Files Node1 gt NVR5000 B 1 CM9700_MGR Ven ast NVR 5 Matrix Bay CM97
70. uring restart Reset Resets unit to factory default settings and then restarts unit Flashing red when entering this mode e Flashing red when selected then flashing green during restart Cancel Cancels any configuration or reset action e No light To access one of these modes 1 Usea probe or paper clip to press and hold the configuration reset button The unit starts cycling through the four modes configuration reboot reset and cancel holding each mode for five seconds The unit status indicator flashes the color for the current mode 2 When the color of the desired mode appears release the button NOTE If there is no configuration activity for 15 minutes the CM9700MDD EVS automatically exits configuration reset mode 1570 4 07 49 Troubleshooting 50 If the following instructions fail to solve your problem contact Pelco Product Support at 1 800 289 9100 or 1 559 292 1981 for assistance Access the properties window for the CM9700MDD EVS unit on the WS5050 Endura workstation refer to the WS5000 operation manual Then note the following before calling Pelco e Unit serial number located on the Properties window and on the product label e Unit firmware version located on the Advanced Properties window listed for DecoderApp Do not try to repair the unit yourself Opening it immediately voids any warranty Leave maintenance and repairs to qualified technical person
71. when the alarm is triggered Refer to Associate a Macro with a Soft Alarm on page 37 e Specify the alarm that will be triggered if the NVR goes off line Refer to Associate a Soft Alarm with an on page 37 ADD A NETWORK VIDEO RECORDER NVR TO THE MATRIX SYSTEM CONFIGURATION 1 Click Wizards gt Add Device Wizard in the CM9700 MGR or click the tree view section and then click Add Device The Add Device wizard opens 2 Specify Endura Device in the Select Device Type drop down box and then click NVR in the Select Model drop down box Select the CC1 node hosting the device Host Node Node 1 Select the type of device Select Device Type Endura Device X Select the model number SelectModel NVR E e CM9700_MDD_EVS NVR k Figure 35 Adding an NVR 3 Click Next The Number of Devices page opens Select the number of these devices to add to this CC1 node Number of Devices 4 Figure 36 Number of Devices 4 Selectthe number of NVRs to add and then click Next 34 C1570M E 4 07 5 Click Finish on the Add More Devices page The specified number of NVR units is added to the matrix system configuration 6 To view NVR click the symbol next to any CM9700MDD EVS and then click the symbol next to the IP Network All Endura cameras and NVRs appear in the device tree under IP Network Click an NVR to view its settings 7 Configure each NVR with a
72. x system refer to step 4 on page 33 refer to the WS5000 Operation manual and the Endura Resource CD for instructions on configuring an Endura script Add Script Enter script name This will be the name ofthe script file you are creating Name 1001 Figure 31 WS5000 Add Script Dialog Box 2 Usethe CM9700 MGR software to add a macro click the Macros tab and then click New Macro Click Edit Steps to open the Macro Editor window Refer to the Macros section in the CM9700 MGR Software Guide for detailed instructions kB Templates e System Operators Groups Macros New Macro Delete 1 Macro Sequence 1 2 Switch Backup NVR1 3 Run Endura Script Run Endura Script amp A Access Operator Group All Operators El Host No Node 1 Identification Description Logical Number 3 Name Run Endura Script Figure 32 Adding a Macro to Activate an Endura Script 32 C1570M E 4 07 QUICK MODE CHECK BOX E Macro Editor Currently Editing Macro Ld Number 1 Sequence1 Command List command to pesci 001 SWT On MONITOR 2 Monitor 2 switch to CAMERA 1 Camera 1 4 CURRENT STEP iz lel 2213 DISPLAY 2 Monitor 2 1 Camera 1 1 SWT On MONITOR 2 Monitor 2 switch to 0 asap 5 DWL Wait for X 5 SECONDS before executi AUX Tum CAMERA auxiliary LATCH 2 Monitor 2 2 Camera 2 SWT On MON
73. xt sequential logical number until the specified number of devices is added Video input camera logical numbers can be any number between 1 and 999989 Logical numbers between 999990 and 999999 are reserved for system use If you select Reuse the system will assign logical numbers within the range of numbers specified by your selections on this page If any existing devices have logical numbers within this same range the logical numbers will be duplicated this is not recommended Each device is named NameX where Name equals the entry in the Name field and X equals the next available number incrementing from the number that you specify in the Starting Logical Number field Names and logical numbers should be unique across the system 7 Click Next and then click Finish on the Add More Devices page C1570M E 4 07 CONFIGURE A 9700 SOFT ALARM REPRESENT AN ENDURA ALARM Use the Endura WS5000 application to configure alarms in the Endura system sure to assign each alarm a unique logical number These can be contact alarms or motion alarms Refer to the WS5000 Operation manual and the Endura Resource CD for instructions 2 Usethe CM9700 MGR software to add a soft alarm for each Endura alarm Choose alarm physical numbers to match the logical numbers that you assigned to the corresponding Endura alarms in step 1 Refer to the How to Add Soft Alarms section in the CM9700 MGR Software Guide for detailed instructions

Pelco CM9700MDD-EVS User's Manual

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