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®
CM9760-MXB/
CM9760-MXBL
®
System 9760
Matrix Bay
Installation/
Operation Manual
C543M-A (7/03)
Pelco • 3500 Pelco Way • Clovis, CA 93612-5699 USA • www.pelco.com
In North America and Canada: Tel (800) 289-9100 or FAX (800) 289-9150
International Customers: Tel (1-559) 292-1981 or FAX (1-559) 348-1120
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CONTENTS Section Page 1.0 GENERAL ......................................................................................................5 1.1 IMPORTANT SAFEGUARDS AND WARNINGS ................................... 5 1.2 CERTIFICATIONS ................................................................................. 5 1.3 UNPACKING INSTRUCTIONS .............................................................. 6 1.4 RECOMMENDED TOOLS ................................................................
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LIST OF ILLUSTRATIONS Figure Page 1 Front of Matrix Bay ............................................................................8 2 Matrix Bay Card Cage .......................................................................9 3 Matrix Bay Connection Geometry ..................................................... 10 4 Rear of Matrix Bay ............................................................................ 11 5 Power Supply Section of Rear Matrix Bay .....................................
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REVISION HISTORY Manual # Date Comments C543M 9/97 Original version. 2/98 Removed references that a second power supply is recommended if the number of input cards exceeds 10. Changed manual pagination. 6/98 Added Section 1.2, Certifications. 1/99 Revised Figures 4, 5, 6, 7, 8, and 24 per ECO #98-4147. 6/99 Running change. Revised Table B for NTSC and PAL models. C543M-A 7/03 Revised manual for System 9760 support of 2048 cameras and 512 monitors. Also updated graphics of video input, video outp
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1.0 GENERAL 1.1 IMPORTANT SAFEGUARDS AND WARNINGS Prior to installation and use of this product, the following WARNINGS should be observed. 1. Installation and servicing should be done only by qualified service personnel and conform to all local codes. 2. Unless the unit meets NEMA Type 3, 3R, 3S, 4, 4X, 6 or 6P standards, it is designed for indoor use only and it must not be installed where exposed to rain and moisture. Please thoroughly famil- iarize yourself with the 3. Only use replacement
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1.3 UNPACKING INSTRUCTIONS Unpack and inspect all parts carefully. The matrix bay you receive should be populated with all the boards and associated cables needed for your particular installation. In addition, jumper settings, board installation locations specific to your order should already be completed. Be sure to save the shipping box and any packing material, at least until it has been determined that the equipment you have received is working properly. It is best to keep the material anyw
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2.0 GENERAL DESCRIPTION 2.1 OVERVIEW ® The matrix bay is a peripheral product that is part of the System 9760 family. The matrix bay provides all video input and output connections for the system. Each unit is capable of accepting up to 256 camera inputs in 16 input increments and provides up to 16 monitor outputs in 4 output increments. If more than 256 camera inputs are needed, sideframing is required (see Section 5.2); if more than 16 monitor outputs are needed, downframing is required (see
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2.2 PHYSICAL LAYOUT The matrix bay consists of the following items: • Matrix Bay Card Cage th •Video Output Card (the 17 card, consists of one card type; available in 4, 8, 12 or 16 outputs and front loading) •Video Input Cards (up to 16 total; all identical and front loading) • Rear Panel Input Cards (there are, at present, four types of Rear Panel Input cards that can plug into any one of 16 rear loading Video Input Card positions) • Rear Panel Output Card (at present, there exists only one t
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As already mentioned, room is made on the right side of the unit for the installation of up to two power supplies. Two guide rails situated at the top and bottom of each power supply bay exist to accept the power supply units. Seventeen sets of guide rails (top & bottom) located to the left of the power supply provide for the installation of up to sixteen Video Input Cards and one Video Output Card. The empty positions are labeled left to right, 1 through 16. The seventeenth position (next to th
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Further disassembly allows one to see the backplane upon which are located two NOTE: There are three (3) connec- of the three connectors into which all installed Video Input and Video Output cards tors into which any Video Input or plug into (refer to Figure 3). The back plane is held in place by rectangular bar stock Output Card plugs into: the two on (top and bottom) which runs the width of the bay between the left side panel and the backplane and one on the appro- the power supply plate whic
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A rear view of an empty matrix bay is shown in Figure 4. The plate covering the rear section of the matrix bay dedicated to the power supply bays is shown on the left in Figure 4. This panel is populated with several items of importance, refered to in Figure 5. Located at the top left corner of the panel is the Alarm Port connector. CE BAFFLE PLATE (PARTIAL) REAR PANEL CARD POWER SUPPLY COVER Figure 4. Rear of Matrix Bay ALARM PORT VIDEO BLACK LEVEL OUTPUT BNC RJ-45 DATA PORT DB9 PORT POWER SWI
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A single Alarm port is provided with each matrix bay which facilitates a relay output (contact closure) to operate remote alarm circuitry in the event of a system malfunc- tion. The relay operates in conjunction with the front panel fault LEDs (discussed later in Section 3.4) to notify personnel when a hardware problem occurs. The Alarm Relay contact closure will activate (close) if there is: 1. A power supply failure. 2. A frame fault including fuse failure on the Input card. 3. An Output card
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To the right of the Alarm Connector is a Video Black Level Output BNC which can be used as a reference sync output to allow for genlocking of peripheral devices. The signal level for this output is 300 mV. The connection for this output is a stan- dard BNC connector. The output has a 75-ohm termination. The Video Black Level BNC can be seen in Figure 5. Below the two connectors just discussed is the RJ-45 connector or data port, which provides the main RS-422 communication path between the matri
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These rear input cards should always be installed FIRST, before the correspond- ing Video Input and/or Output cards in the front of the unit are installed. If we remove the left rear power supply panel with its associated connectors, you can better visualize the backside of the power supply connectors into which the individual power supplies inserted from the front of the matrix bay are located. External power connected to the rear power supply input panels is routed and attached to these connec
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REAR VIEW OF POWER SUPPLY CONNECTORS Figure 9. Rear Input Power Supply Connector Pelco Manual C543M-A (7/03) 15
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2.2.2 Video Output Card Pelco Part Number Designation (CM9760-VMC) What Does It Look Like? The Video Output Card can contain up to 16 monitor outputs with titling. The card may be purchased with 4, 8, 12, or 16 monitor outputs: • CM9760-VMC4—provides 4 monitor outputs. • CM9760-VMC8—provides 8 monitor outputs. • CM9760-VMC12—provides 12 monitor outputs. • CM9760-VMC16—provides 16 monitor outputs. Figure 10 illustrates the CM9760-VMC16 Video Output Card. MONITOR OUTPUTS WITH TITLING Figure 10.
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Where Is It Installed? The Video Output Card is located behind the front cover of the matrix bay. It is the only card that is slot specific in the matrix bay (slot 17, to be specific). Refer to Figure 11. To install, simply line up the edges of the card with the top and bottom card guides, slide the card in toward the rear of the unit until it is seated firmly with the connectors on the back plane as well as with any associated rear panel card connec- tor. To remove, grab the handles on the fron
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ON 1 23 4 Other Important Items DIP Switch and Jumper Settings The matrix bay has a DIP switch (S2) and jumpers (JP2 and X55) located on the Video Output Card that enable the selection of different options. These are normally set in the proper position upon leaving the factory. However, it is recommended that the settings be checked prior to operating the system (the other “front loading” Video Input Cards have no DIP switches or jumpers to verify). Refer to the following paragraphs for a comple
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DIP switch 2 has the following functions: S2 1 234 Table B. Output Card S2 Functions S02 Description 1234 2400 Baud OFF OFF 4800 Baud OFF ON 9600 Baud ON OFF 19.2 K Baud ON ON NTSC* OFF PAL* ON Default setting OFF Must be ON for VIDEO LOSS feature to operate ON *X55 jumpers (refer to Table C) need to be set per Table C. Setting the Jumpers on the Video Output Card There are two jumper locations on the Video Output Card (refer to Figure 12 inset). JP2 and X55. JP2 is used to control the program
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Video Output Card LEDs The Video Output Card is equipped with six LEDs labeled DS1, DS2, DS3, DS4, DS5, and DS6. Refer to Table D for a complete description of the Video Output Card LEDs. Refer to Section 3.4.1 for further information regarding LED diagnostic checks. Table D. Video Output Card LED Assignments LED COLOR WHEN LED IS ON DS1 to DS3 Amber Always ON, No assignment DS4 Green -10 VDC is OK DS5 Green +10 VDC is OK DS6 RED Communications failure with the CM9760-CC1 2.2.3 Video Input Card
