Pelco C1501M, CM9760, C578M, C573M-D, C541M-C User Manual 4

ADDENDUM

Addendum No.: C1577M-A

Date: August 4, 2004

Manuals Affected: CM9760 Series Manuals – C538M-A, C539M-A, C540M-B, C541M-C, C542M-B,

C543M-A, C544M, C549M-A, C572M, C573M-D, C578M, C579M, C1501M, C1503M,
C1510M-QS, C1510M-A, C1520M-B, C1528M-D, C1940M, C1941M, C1942M, and
C1943M

Manual Update: The CM9760-CC1 has been replaced with the CM9700-CC1 and the CM9760-MGR manage-

ment software has been replaced with the CM9700-MGR management software.

Keep the following in mind when referring to the instructions contained in these manuals:

• The CM9700-CC1 contains the latest CC1 software (version 9.01 or higher), and is
programmed with the new CM9700-MGR management software.

• Despite the difference in model numbers, the CM9700-CC1 functions the same as the
CM9760-CC1 and most of the information in these manuals applies to version 9.01 (or
higher) CPU.

•You can add the CM9700-CC1 to an existing CM9760 system if you upgrade the existing
CM9760-CC1 units with the current software (version level 9.01 or higher).

Software version 9.01 requires a minimum of 16 MB of RAM in the CPU. If required, you
can upgrade the RAM in older CM9760-CC1 units using the software upgrade kit
appropriate for your CPU.

• Do not use the CM9760-MGR instructions contained in these manuals. Refer to the
CM9700-MGR Getting Started Software Guide, on-screen help, or Online Help for
instructions.

Pelco World Headquarters • 3500 Pelco Way, Clovis, California 93612-5699 USA • www.pelco.com

USA & Canada: Tel: [phone] • Fax: [phone]

®

International: Tel: [phone] • Fax: [phone]

®

System 9760

®

Installation Guide

C1503M (11/99)

Pelco • 300 W. Pontiac Way, Clovis • CA 93612-5699 USA • Pelco Online @ http://www.pelco.com

In North America and Canada: Tel [phone] or FAX [phone] • DataFAX [phone]

International Customers: Tel [phone] or FAX [phone] • DataFAX [phone]

CONTENTS

Section Page

SYSTEM UNPACKING AND RACKING .............................................................................3

SYSTEM DATA CONNECTIONS .......................................................................................4

ADDITIONAL HOOKUP INFORMATION ........................................................................... 5

SYSTEM VIDEO CONNECTIONS .....................................................................................5

DEFINITIONS ............................................................................................................5

VIDEO INPUTS ..........................................................................................................5

SINGLE-BAY SYSTEMS ....................................................................................5

MULTI-BAY SYSTEMS ......................................................................................6

VIDEO OUTPUTS ......................................................................................................6

NETWORKING ..........................................................................................................6

SYSTEM PROGRAMMING................................................................................................6

CM9760-MGR ............................................................................................................6

SET 9750 ................................................................................................................... 6

DOS ...................................................................................................................................7

FILE MAINTENANCE ........................................................................................................7

TRANSFER FILES FROM CM9760-CC1 TO CM9760-MGR .................................... 7

TRANSFER FILES FROM CM9760-MGR TO 3.5-INCH FLOPPY DISK ................... 7

TRANSFER FILES FROM 3.5-INCH FLOPPY DISK TO CM9760-CC1 ....................8

RENAMING CONFIGURATION FILES ......................................................................8

VERIFYING OPERATION ..................................................................................................9

APPENDIX .........................................................................................................................9

SYSTEM PORT SETTINGS TABLE ........................................................................... 9

SETUP DRAWINGS.................................................................................................. 11

TYPICAL CONNECTIONS ............................................................................... 11

WARRANTY AND RETURN INFORMATION ................................................................... 40

LIST OF ILLUSTRATIONS

Figure Page

1 CM9760-CC1 Typical Port Layout .....................................................................11

2 CM9760-MXB Typical Connections...................................................................11

3 496 X 16 ............................................................................................................ 12

4 496 X 16 Looping ..............................................................................................13

5 736 X 16 ............................................................................................................ 14

6 736 X 16 Looping ..............................................................................................14

7 976 X 16 ............................................................................................................ 15

8 976 X 16 Looping ..............................................................................................16

9 496 X 32 ............................................................................................................ 17

10 496 X 32 Looping ..............................................................................................18

11 736 X 32 ............................................................................................................ 19

12 736 X 32 Looping ..............................................................................................20

13 976 X 32 ............................................................................................................ 21

14 976 X 32 Looping ..............................................................................................22

15 256 X 48 ............................................................................................................ 23

16 256 X 48 Looping ..............................................................................................24

17 496 X 48 ............................................................................................................ 25

18 496 X 48 Looping ..............................................................................................26

19 736 X 48 ............................................................................................................ 27

20 736 X 48 Looping ..............................................................................................28

21 976 X 48 ............................................................................................................ 29

22 976 X 48 Looping ..............................................................................................30

23 256 X 64 ............................................................................................................ 31

24 256 X 64 Looping ..............................................................................................32

25 496 X 64 ............................................................................................................ 33

26 496 X 64 Looping ..............................................................................................34

27 736 X 64 ............................................................................................................ 35

28 736 X 64 Looping ..............................................................................................36

29 976 X 64 ............................................................................................................ 37

30 976 X 64 Looping ..............................................................................................38

2 Pelco Manual C1503M (11/99)

This guide is intended to help you with the basic installation and setup of the Pelco System
9760® Matrix Switcher and Controller. This guide is not a replacement for the system
manual, but rather a tool to help you quickly get the system up and running.

Before shipping, Pelco sets up, tests, and programs each system according to the individual
sales order. As a first step, verify that the packing slip corresponds to your sales order. Contact
us immediately if there is a discrepancy.

This guide covers the following:

1. System Packing and Racking

2. System Data Connections

• CM9760-CC1 System CPU

• CM9760-MXB Matrix Bays

• CM9760-KBD System Keyboards

• CM9760-MGR Manager Program

• Receiver Connections

• CM9760-NW1

• Peripheral Equipment

3. System Video Connections

• Definitions

• Video Inputs

• Down-Framing Interconnections

• Side-Framing Interconnections

• Video Outputs

• Networking

4. System Programming

• Manager Program

• SET 9750 Program

5. DOS

6. File Maintenance

• Transfer Files from CM9760-CC1 to CM9760-MGR

• Transfer Files from CM9760-MGR to 3.5-Inch Floppy Disk

• Transfer Files from 3.5-Inch Floppy Disk to CM9760-CC1 Hard Drive

• Renaming Configuration Files

7. Verifying Operation

8. Appendix

• System Port Settings Table

• Setup Drawings

SYSTEM UNPACKING AND RACKING

1. Unpack and inspect all equipment and verify delivery according to the packing slip.

2. Remove and save all manuals and cabling from all packages and keep them with their
associated equipment.

3. Locate in your documentation the following:

• The page entitled System 9760 Factory Default Port Settings. This im-

portant document contains specific information about your system. All System
9760s are pre-programmed based on specific criteria in the system order.

• System 9760 manual binders.

4. For best results and a clean installation, install the System 9760 using standard EIA
19-inch racks. Leave one rack unit space between each card cage for effective cooling.

5. Review the sample drawings in the appendix and select the configuration that most
closely resembles the system you are installing.

Pelco Manual C1503M (11/99) 3

6. Install the system CM9760-CC1 CPU and CM9760-MXB matrix bays near each other.
Note that each CM9760-MXB has a unique label for identifying the bay location in the
installation. This ID information is important in ensuring correct video and data connec­tions.

7. Install any system peripherals in a convenient location.

8. Locate the CM9760-KBD system keyboard(s), CM9505-UPS power supply(s), and the
two RJ-45 data cables supplied with each keyboard.

9. Connect all power line cords to the equipment. Do not apply power to the equip-
ment at this time.

SYSTEM DATA CONNECTIONS

1. CM9760-CC1
This is the main system controller, often called the CPU.

a. Copy the supplied system port settings from the System 9760 Factory Default

Port Settings to the System Port Settings Table in the appendix of this installation
guide.

b. Enter the label information from each matrix bay in the Description section (to

avoid confusion after completing the installation).

c. Update this table as the installation proceeds.

2. CM9760-MXB
This is the video matrix (switching) bay that contains the video input, output modules,
and bay controller module.

a. Follow the System Port Settings Table and connect the CM9760-CC1 to the

CM9760-MXB bays using the supplied RJ-45 data cables.

b. Be sure to match the matrix bay label to the CM9760-CC1’s port.

3. CM9760-KBD
This is the system keyboard for operator control commands.

a. Locate the RJ-45 data cable labeled “STRAIGHT.” Connect one end to the COM1

input on the bottom of the keyboard; connect the other end to the KEYBOARD in­put on the CM9505-UPS power supply.

b. Locate the cable labeled “REVERSED.” Identify the keyboard on the System Port

Settings Table. Connect one end of this cable to the appropriate data port on the
CM9760-CC1; connect the other end to the CARD CAGE input on the CM9505­UPS.

4. External PC/CM9760-MGR
The CM9760-CC1 provides two 9-pin sub-miniature D connectors used for standard
RS-232 communications with the CPU. COM1 is set at the factory for use with the
CM9760-MGR program used for system programming.

a. Connect one end of a standard 9-pin sub-D cable (not supplied) to the CM9760-

CC1 and the other end to the external PC.

b. Be sure the Com port settings on the PC match the settings for COM1 on the

CM9760-CC1.

c. Refer to the

ministrative Software Manual.

Hardware Installation

section in the CM9760-MGR System 9760 Ad-

4 Pelco Manual C1503M (11/99)

ADDITIONAL HOOKUP INFORMATION

• Comms File

The Comms Setup File contains information about the equipment that is attached to
your system. Access the Comms dialog box by clicking on the Comms tab in the Setup
9760 Configuration dialog box. Refer to the
the CM9760-MGR System 9760 Administrative Software Manual for information.

• Pan And Tilt Receivers and Domes

Each port can have up to 16 receivers or domes when using hardwired RS-422 com­munications connected in a daisy chain configuration.

• Ports

Use the System Port Settings Table to determine which ports are not in use. When set­ting up pan and tilt devices for use with the System 9760, edit the Comms file using
Pin #9 as the equipment number. Be sure the assigned port’s baud rate and parity
match that of the pan and tilt receiver. Refer to the
tion in the CM9760-MGR System 9760 Administrative Software Manual.

• Peripheral Equipment

Refer to the specific user manual for a description of each device. An RJ-45 data cable
is included with each device. Using the Factory Default Port Settings page and the
device’s interconnect cable, connect all peripheral equipment to its appropriate data
port. If the device is not shown on the Factory Default Port Settings page, refer to the
major section
CM9760-MGR System 9760 Administrative Software Manual. Also, refer to

puts

and

puts.

• CM9760-NW1

This CPU serves as a communications hub when networking two or more System
9760s. This unit includes its own Factory Default Settings table. Use both tables to de­termine which ports are used for data interconnection between the CM9760-CC1s and
the CM9760-NW1.

Configuring the System 9760 with the Pelco Window Set 9760

Video Outupts

sections for information on connecting video sources and out-

Comms Setup File (.SCP File)

Comms Setup File (.SCP File)

section in

sec-

in the

Video In-

SYSTEM VIDEO CONNECTIONS

For best results, use crimp-on BNCs only. Do not use screw-on BNCs–these typically do
not provide adequate ground and signal connections.

DEFINITIONS

Bay Capacity: A single CM9760-MXB can support up to 256 inputs (in increments of

Side Framing: A technique to expand the matrix video inputs beyond 256.

Down Framing: A technique to expand the matrix video outputs beyond 16.

Video Tie Lines: A method for connecting side-framed matrix bays together and networked

VIDEO INPUTS

SINGLE-BAY SYSTEMS

Refer to the sample drawings in the appendix. Connect all video sources (cameras, VCRs,
etc.) to the video input BNCs at the rear of the CM9760-MXB(s). Connect video 1 to the BNC
marked “1,” video 2 to the second BNC directly below “1,” and so on until all video cables
are connected. If the system is set up for looping, terminate the looped output at 75 ohms.

16) and 16 outputs (in increments of 4).

systems together. A video tie line is a video output from one bay con­nected to the video input of another. In a networked system, a tie line
provides the video path necessary to view video from a remote node.

Pelco Manual C1503M (11/99) 5

MULTI-BAY SYSTEMS

1. Down-Framing – For systems with more than 16 monitor outputs, you must pas-
sively loop the video from the first CM9760-MXB to the second CM9760-MXB for the
next 16 monitors. The best location for the second bay is below the first bay, as shown
in the system drawing. Connect the supplied multi-coax ribbon cable from the bottom
of the first bay to the down-frame loop input of the second. Continue in this manner
connecting all down-framing bays.

2. Video-Looping – If your system is configured for video looping, properly terminate
the video cable at the last connection with 75 ohm.

3. Side-Framing – For systems with more than 256 video inputs, connect the 16 video
outputs from the second matrix bay to the first 16 video inputs of the first bay. The best
location for the second bay is next to the first bay on the same level, as shown in the
system drawing. Continue in this manner connecting all side-framing bays.

VIDEO OUTPUTS

Connect all video outputs from the CM9760-MXB to their desired device (that is, monitors,
printers, VCRs, etc.). Terminate the device at 75 ohms.

NETWORKING

For networked systems, refer to the system drawing to determine which monitor outputs
and camera inputs were assigned as video tie lines. Connect the monitor outputs assigned
as tie lines of one system to the video inputs assigned as tie lines of the other, and vice
versa.

SYSTEM PROGRAMMING

WARNING:

the Windows

manager program
(CM9760-MGR) is used to
create or edit configuration
files, the SET 9750 program
cannot be used. In other
words, the System 9760­MGR flat files are not
backward compatible with
SET 9750.

After

Apply power to the CM9760-CC1, keyboard, monitor, and PC (as appropriate to the method
of programming) for system programming.

The two methods of programming the CM9760 system are as follows:

CM9760-MGR

This is the preferred programming method. It requires an external IBM-compatible PC run­ning Windows® 95 and the supplied CM9760-MGR Manager Program. Pelco recommends
using an AT-type keyboard and VGA monitor. All system programming can be done off-site
and later downloaded (transferred) to the CM9760-CC1 by writing flat files (see the
section for an explanation of flat files). Or you can do direct “live” programming through an
RS-232 connection between the PC and the CM9760-CC1. See the

MGR Software

for details on installing the CM9760-MGR program.

The sections

CM9760-MGR to 3.5-Inch Floppy Disk
CM9760-CC1

SET 9750

This is the second programming method. The DOS-based SET 9750 program on the
CM9760-CC1 hard drive requires a VGA monitor and AT-type keyboard connected directly
to the CM9760-CC1. See the

9760

section in the CM9760-MGR System 9760 Administrative Software Manual.

DOS

section in the CM9760-MGR System 9760 Administrative Software Manual

Transfer Files from CM9760-CC1 to CM9760-MGR, Transfer Files from

that follow in this document pertain to this method.

Configuring the System 9760 with the Pelco Windows SET

, and

Transfer Files from 3.5-Inch Floppy Disk to

Installing the 9760-

6 Pelco Manual C1503M (11/99)

DOS

The CM9760 system’s program runs in DOS. Therefore, you will need to use basic DOS
commands to transfer, overwrite, and edit data, and to maintain files on your hard drive.

The default configuration files on the CM9760-CC1 hard drive are defined at the factory and
are labeled “TEST.” These files are referred to as “flat files” and are loaded into memory
when you power up the system. (See the

dows SET 9760

for details.)

The procedures that follow show you how to copy your configuration files from the CM9760­CC1 to the PC where the CM9760-MGR program is located and back again using a floppy
disk. You will need to use these procedures if you want to change these files. If you want to
rename these files, you will need to use the procedure in the
section below.

FILE MAINTENANCE

TRANSFER FILES FROM CM9760-CC1 TO CM9760-MGR

Before you can use the CM9760-MGR program to edit the pre-programmed TEST files, you
must load these files into the CM9760-MGR database.

1. Take the CM9760 offline by simultaneously pressing Ctrl and Q on the AT keyboard.

The VGA screen will display C:/9760>.

section in the CM9760-MGR System 9760 Administrative Software Manual

Configuring the System 9760 with the Pelco Win-

Renaming Configuration Files

NOTE:

The password is

case sensitive.

2. Insert a blank 3.5-inch floppy disk into the floppy drive of the CM9760-CC1.

3. Type copy test.* a: and press Enter. The flat files will be copied from the CM9760-

CC1 hard drive to the 3.5-inch floppy disk.

4. Remove the floppy disk and insert it into the PC that contains the CM9760-MGR pro­gram.

5. Start the manager program on the PC by double clicking on the Pelco 9760MGR
icon. Enter a user ID and password in the Log On dialog box (the default for both is

Admin

).

6. Click on the Read File icon on the taskbar. This opens the Flat File Utility – Read
dialog box. All the generated files have check marks to show they are selected.

7. Click Select on the Flat File Source button. This starts the standard Open dialog box.

8. Select Drive a:, then double click on the test.scp file to select. This closes the
Open dialog box and returns you to the Flat File Utility – Read dialog box.

9. Enter the number of the node you are using (number of the port on the NIU to which
the node is connected). Enter 1 if you only have a single node system.

10. Click on the Start button. Several warnings may appear indicating certain files do not
exist. This is okay. Select Continue Installation for each.

11. The message “Finished Reading Flat Files” appears when file transfer is complete.

TRANSFER FILES FROM CM9760-MGR TO 3.5-INCH FLOPPY DISK

This procedure is VERY IMPORTANT. You must copy flat files from the CM9760-

MGR program to a 3.5-inch floppy disk when modifying comms setup files and macro files.

1. Double click on the Pelco 9760MGR icon to start the CM9760-MGR program. Enter
a user ID and case sensitive password in the Log On dialog box (default for both is
Admin).

Pelco Manual C1503M (11/99) 7

2. Insert a 3.5-inch floppy disk into the PC. Select the Write File icon on the task bar.
This opens the Flat File Utility – Write dialog box. The default for writing flat files is to
generate all files regardless of whether or not they are used. To write only specific files,
deselect the ones you do not want to generate.

3. Click Select on the Flat File Source button. This opens the standard Open dialog box.

4. Double click on the file you want to copy. This opens the Save As dialog box.

5. Select Drive a:. Click the SAVE tab. This returns you to the Flat File Utility – Write
dialog box.

6. Click on the Start button.

7. The “Finished Writing Flat Files” message appears when file copying ends.

TRANSFER FILES FROM 3.5-INCH FLOPPY DISK TO CM9760-CC1

The following example uses “test” as the default file name. If you have changed the configu­ration files name (refer to the
new name you selected instead of “test”.

1. Insert the 3.5-inch floppy disk containing the flat files you want to load into the
CM9760-CC1.

2. Take the CM9760 offline by simultaneously pressing Ctrl and Q on the AT keyboard.
The VGA monitor will display C:/9760>.

Renaming Configuration Files

section below), substitute the

NOTE:

Before the files are
copied to the CM9760-CC1
hard drive, the message
“Files Already Exist, Over
Write? Y/N/A” (yes/no/all)
will appear.

SAVE

all
current operating flat files
that are being replaced
before selecting “yes” or “all”
at the prompt.

3. Type copy a: test.* and press Enter.

4. Type A to the prompt and press Enter. The files on the floppy disk will replace those

on the hard drive.

5. Remove the floppy disk and re-boot by simultaneously pressing Ctrl/Alt/Delete.

Changes take effect after all configuration files load.

RENAMING CONFIGURATION FILES

The

Renaming Configuration Files

name.

The system loads the flat files listed in the system’s C:/9760 subdirectory. The default
test.bat file’s command line reads
files that load when the system boots from the autoexec.bat file.

1. Take the CM9760 offline by simultaneously pressing Ctrl and Q on the CM9760 AT

keyboard. The VGA monitor will display C:/9760>.

2. Type ren test.*

you choose for the TEST files. Remember to enter a space after the first asterisk.)

3. Type cd.. to switch to the root directory.

4. Type edit autoexec.bat and press Enter. This opens the file editor and the

autoexec.bat file. The following is an example of the default autoexec.bat:

newfilename

section will show you how to give these files a new

CM9760 TEST

.* and press Enter. (

where TEST is the name of the default

“newfilename”

is any new name

echo off
path c:\dos
prompt=$t $d $p$g
uptimer /t /p /f
CD 9760

TEST

➝

(change to

newfilename

)

8 Pelco Manual C1503M (11/99)

5. Change the command line in the autoexec.bat file to reflect the new flat files name:
from TEST to

6. Click File, then Save.

7. You also need to change the test.bat file to reflect the new flat files name, otherwise
the system will not run. Click File, then Open.

newfilename

(the name you chose in step 2 above).

8. Click on

9. Change the command line in the
from CM9760 TEST to CM9760

10. Click File, then Save.

11. Click File, then Exit to leave the file editor.

12. Re-boot the system (by simultaneously pressing Ctrl/Alt/Delete) for the changes to
take effect.

newfilename

VERIFYING OPERATION

1. Power up all the remaining equipment. After the CM9760-CC1 loads the configuration
files, the CM9760-KBD LCD should show “SYSTEM 9760.”

2. Enter 1111 (the keyboard #1 default password) on the CM9760-KBD keypad. The as-
terisks on the keyboard will move one space to the left for each number entered. The
LCD will display “ENTER MONITOR #.”

3. Enter 1 MON.

4. Press the FWD key to step through the cameras and verify switching.

The default password for keyboard 2 is 2222, keyboard 3 is 3333, etc.

APPENDIX

.bat in the 9760 directory, then Ok.

newfilename

newfilename

.bat file to reflect the new flat files name:

(the name you chose in step 2 above).

SYSTEM PORT SETTINGS TABLE

See the following page.

Pelco Manual C1503M (11/99) 9

System 9760 Factory Default Port Settings

PRINTER COM1 COM2

36

35

34

33

32

31

30

29

20

28

27

26

25

24

23

22

21

12

19

11

10

18

9

17

16

8

15

7

6

14

13

5

Note: The number of ports on your system may differ from the
above drawing. Connect System 9760 components as follows:

PORT DESCRIPTION DESCRIPTIONPORT

1 (RS-232)
2 (RS-232)

3
4

NOT PRESENT

NOT PRESENT
5
6
9

10
11
12
13
15
16
17
18

FORM 1957 REVISION B (9/23/98)

19
20
21
22
23
26
27
29
30
31
32
33
24
35
36

10 Pelco Manual C1503M (11/99)

SETUP DRAWINGS

LPT PRINTER PORT

RS-232 PORT 1

FAN

POWER INPUT

AT KEYBOARD PORT

POWER SWITCH

TYPICAL CONNECTIONS

16 MONITOR OUTPUTS 256 VIDEO INPUTS

VIDEO BLACK
LEVEL OUT

ALARM PORT

RS-232 PORT 2 PORT 36

PORT 29

PRINTER COM1 COM2

PORT 28

PORT 21

VGA PORT
OPTIONAL RELAY PORT

Figure 1. CM9760-CC1 Typical Port Layout

Alarm Black

Out

35292821201312

5

PORT 20

PORT 13

PORT 12

PORT 5

RS-422 PORTS

RJ-45 DATA PORT

DB9 DATA PORT

DUAL POWER
SUPLIES

POWER
SWITCH

SUPPLY FUSES

RS-422

RS-422

Figure 2. CM9760-MXB Typical Connections

Pelco Manual C1503M (11/99) 11

16 1

481 257 241 1

CM9760-CC1

PRINTER COM1 COM2

35292821201312

REFER TO PORT
ASSIGNMENT PAGE
FOR YOUR SYSTEM’S
SPECIFIC DATA
CONNECTIONS

5

Alarm Black

RS-422

RS-422

Out

CAMS

257-496

Alarm Black

RS-422

RS-422

Out

CM9760-MXB CM9760-MXB

Figure 3. 496 X 16

CAMS

1-256

12 Pelco Manual C1503M (11/99)