Pelco 9770 manual Sideframing

Page 41

INSTALLING ADDITIONAL MATRIX BAYS—SIDEFRAMING AND DOWNFRAMING

When either more cameras and/or more monitors are needed than can be accommodated by one matrix bay (256 x 32), you can install additional matrix bays in either of the following configurations:

Sideframing—This option increases the number of available video inputs.

Downframing—This option increases the number of monitors available for output.

Sideframing

To expand the matrix video inputs beyond 256, you can use multiple bays, with video from the monitor outputs on each bay sideframed (with cable connections) to the bay to which the monitors are connected.

NOTE: Sideframing requires that the matrix bays be located in nearby bays since the expansion occurs in a horizontal manner.

In a sideframe configuration, the termination jumpers on the RPC cards must be set as follows:

The input bay(s) termination jumpers must be in the unterminated position; these are the bays to which the cameras (or other input devices) are connected.

The output bay termination jumpers must be in the terminated position; these are the bays to which the monitors (or other output devices) are connected.

Refer to Change the Termination Jumpers on a Rear Panel Video BNC Cardin the Installation section for instructions.

The System 9770 provides the following sideframing options:

Sideframe Option A (refer to Figure 13 in the Installation section):

Sideframe from each bay to the bay to which the monitors are connected—the sideframe cables are connected to the video inputs on the bay with the monitors, starting with slot one, and continuing to the higher slots as necessary. Any camera input slots not used to receive output from sideframed bays can be used for additional camera inputs.

Note that the bay-to-bay input-to-output wiring must correspond to specific slot positions, as illustrated in Figure 13 and Figure 14 in the Installation section.

Sideframe Option B (refer to Figure 14 in the Installation section):

Sideframe from each bay directly to an output bay. This method requires an extra bay, but maintains the total capacity of camera inputs in each of the other bays in the system.

C1555M-G (12/07)

41

Image 41
Contents System C1555M-G 12/07 Contents List of Illustrations List of Tables Description Controller and CPU Components ModelsMatrix Bay Network Interface UnitCompatible Receivers KeyboardsOptional Components Unpacking InstallationCM9700-CC1 CM9770-MXBCM9770-MXB Mounting Baffle MountingMounting the CM9770-MXB on Top of the Mounting Baffle Mounting the CM9700-CC1 Opening the CM9770-MXB Front Cover Video INPUT/OUTPUT ConnectionsHow to Turn On the Pelco V-Sync Signal Installing Video Input Cards CM9770-VCCInsert or Replace a Video Card Remove a Video CardRemove a Monitor Card Installing Monitor Output Cards CM9770-VMCInsert or Replace a Monitor Card Table A. LEDs Illuminated During a Basic Check Color Diagnostic CheckPerforming a Basic LED Check Remove a Rear Panel Video BNC Card CM9770-RPC Installing Rear Panel BNC CardsInsert or Replace a Rear Panel Video BNC Card CM9770-RPC CM9770-RPC Termination Jumpers-Right Card Looping Video Out from the CM9770-MXB Looping VideoInsert or Replace a Rear Panel Monitor BNC Card CM9770-RPM Single Bay Video INPUT/OUTPUT CapacityMultiple Bays, Single Node Sample Sideframing System Using an Output Bay Sample Single-Node System with Downframing Sample Networked System Networked SystemRemove a Backup Power Supply Power Supply Module CM9700-MPSInstall a Backup Power Supply How to Replace a Power Supply Fuse HOW to Replace the Fuse in a Power Supply ModulePower Supply Alarm Speaker Switch HOW to Turn OFF the Audible Power Supply AlarmCM9700-CC1 Device Connections System Device ConnectionsCM9700-MGR PC Pin-Out Detail Not have to be in sequential ports RS-422 COM Port Sercom ConnectionsAs necessary NIU connection Switch Table D. Data Connections-Single Node, Hot-Switched SystemSwitch NIU connection MXB connectionsSample CM9770-MXB to CM9700-CC1 Connection Initialize the CC1 System Start-UpInitialize Keyboards Verify System OperationDisplay a Blue Raster Screen Monitor Color AdjustmentDisplay the CM9770-MXB Software Version Level Programming Your System Sample Wizard Getting Help Using CM9700-MGROperating Your System OperationSystem Architecture HOW to Expand Your SystemAppendix Sideframing Downframing Downframing with DFC Cards Downframe Cards DFC Card ISA Slot Number W1 IRQ Setting HOW to Install or Replace a CM9700-SER Card in the CC1How to Install a CM9700-SER Card Video Input Card CM9770-VCC Detail When LED Is OnMonitor Output Card CM9770-VMC Detail Color When LED is on or blinkingColor System Test ModePort 1 RS-422 Baud Rate Data ProtectionNetworking Programming Satellite Devices Connecting Satellite DevicesCM9700-VPP Vertical Mount HOW to Install Video Patch Panels CM9700-VPPMounting the CM9770-MXB in an Open Rack Mounting the CM9770-MXB in AN Open RackBoot Process DOS Environment and Command ReferenceAUTOEXEC.BAT and the Boot Process Invoking the CM9700 ExecutableFile Names and DOS DOS CommandsNavigating the DOS Directory Tree Example PATH=c\c\dosc\windowsManipulating Files in the DOS Environment Using the Wild Card CharacterExample Change to the 9700 directory\CD DOS ReferenceFloppy of a disk formatted using this switch Help commandBackslash \ symbol By default, DOS searchers just the current directoryProblems with the CC1 TroubleshootingSymptom Possible Cause Corrective Action VCC Card CF LED Is Illuminated and the AUX LED Is BlinkingLED Indicators on the Power Supply Module Monitor Display ProblemsSwitch Front Panel Label ColorSpecifications Signal to Noise Ratio 71dBrms Differential Gain 51% Differential Phase DegreesInput Voltage CommunicationCM9780-MXB Regulatory NoticesProduct Warranty and Return Information ISO9001