Pelco Home Security System C505M B User Manual

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00015  
CX9500/CX9504 Receivers  
Coaxitron® System  
Installation/Operation Manual  
C505M-B (4/97)  
(800) 289-9100 or (1-559) 292-1981 • FAX (800) 289-9150 or (1-559) 292-3827  
International customers call (1-559) 292-1981 or FAX (1-559) 348-1120  
 
LIST OF ILLUSTRATIONS  
Figure  
Page  
1
2
3
4
5
6
7
8
9
Typical Coaxitron Application .............................................................3  
Typical RS-485 Control Applications..................................................4  
Receiver Connector Locations ...........................................................5  
Connector Assembly ..........................................................................6  
Receiver Board Locations ..................................................................8  
Options Board Address Settings .......................................................10  
Universal Power Supply Board ......................................................... 11  
Variable Speed Power Supply Board ................................................ 11  
CM9500 Series Receiver/Driver Dimension Drawing .......................15  
LIST OF TABLES  
Table  
Page  
A
B
C
CPC 37-PIN Connector Pinouts ........................................................5  
Strapping Configurations for Universal AC Power Supply ................12  
Variable Speed Power Supply and Camera Transformer  
Strapping Configurations ..................................................................12  
REVISION HISTORY  
Manual #  
C505M  
Date  
6/93  
Comments  
Original version  
C505M-A  
4/95  
Updated to latest format and incorporated ECO's 94-507,  
95-001 and 95-002.  
C505M-B  
4/97  
Updated to new format. Removed proprietary informa-  
tion. Updated connector assembly instructions and  
illustrations. Revised Figure 3.  
Pelco Manual C505M-B (4/97)  
iii  
 
(This page intentionally left blank.)  
iv
Pelco Manual C505M-B (4/97)  
 
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 only be done by Qualified Service Personnel  
and conform to all Local codes.  
2. Unless the unit is specifically marked as a NEMA Type 3, 3R, 3S, 4, 4X ,6 or  
6P enclosure, it is designed for Indoor use only and it must not be installed  
where exposed to rain and moisture.  
4. Only use replacement parts recommended by Pelco.  
5. After replacement/repair of this unit’s electrical components, conduct a resis-  
tance measurement between line and exposed parts to verify the exposed  
parts have not been connected to line circuitry.  
The product may bear the following marks:  
This symbol indicates that dangerous voltage constituting a  
risk of electric shock is present within this unit.  
This symbol indicates that there are important operating and  
maintenance instructions in the literature accompanying this  
unit.  
CAUTION:  
RISK OF  
ELECTRIC SHOCK.  
DO NOT OPEN.  
CAUTION:  
TO REDUCE THE RISK OF ELECTRICAL SHOCK,  
DO NOT REMOVE COVER. NO USER-  
SERVICEABLE PARTS INSIDE. REFER SERVICING  
TO QUALIFIED SERVICE PERSONNEL.  
Please thoroughly familiarize yourself with the information  
in this manual prior to installation and operation.  
Pelco Manual C505M-B (4/97)  
1
 
2.0 DESCRIPTION  
The Coaxitron® System 9500 receivers are available in two control formats and  
work with all Coaxitron controls. The control formats are as follows:  
1. CX9500 Coaxitron control  
2. CX9504 RS-485 4-wire control  
Standard features for all receivers include:  
Full PTZ (Pan/tilt and Zoom) Coaxitron control  
8 programmable auxiliary functions  
Adjustable lens voltages  
24 VAC, 120 VAC and 230 VAC camera voltages  
Indoor/outdoor model; integrated mount versions available for Legacy® series  
pan/tilts  
24, 120, 230 VAC input voltages  
Self-test diagnostics built into firmware  
Composite sync generation in the absence of camera video  
Auto/Random scan  
NOTE: Any feature and/or option  
listed must be supported by the con-  
troller being used for the correspond-  
ing receiver function or option to  
work properly.  
These models each support several options such as:  
32 Presets with no labels  
Universal AC fixed speed power supply  
Variable Speed DC power supply  
Coaxitron or RS-485 control  
2.1 MODELS  
The last number of the base model number designates the control type: Coaxitron  
(CX9500) is the most elementary and the last is the 4-wire RS-485 (CX9504).  
The suffix will be RX for indoor/outdoor enclosure.  
The remainder of the model number is in the form of extensions that designate any  
optional feature. These features are:  
PP 32 presets senses  
VS Variable speed  
2
Pelco Manual C505M-B (4/97)  
 
3.0 INSTALLATION  
3.1 SELECTING THE CORRECT RECEIVER FOR YOUR  
APPLICATION  
Successful installation must include proper application planning. The trade-offs and  
application hints that should be considered for each receiver type are discussed in  
the following subsections.  
3.1.1 The CX9500 Coaxitron VIS Control System  
A typical application is given in Figure 1.  
Operating distance for the Vertical Interval Signaling (VIS) system is probably the  
most crucial installation parameter. For a VIS control system, the maximum loss  
allowed across the coax is 6 dB at 1 MHz. The actual distance for a system without  
line amplifiers can be calculated by the following formula.  
Distance = 6 dB / Loss of the coax cable and any splices.  
Where the “Loss of the coax cable” is obtained from the cable manufacturer’s data  
sheets. The splice loss can vary, but a good splice can be assumed to add about  
0.5 dB loss to the cable.  
Terminations for the video must be supplied at the controller end of the coax. The  
correct termination is 75 ohms. If multiple components such as a VCR or monitors  
are on the coax line, the piece of equipment at the extreme end should supply the  
only termination.  
Figure 1. Typical Coaxitron Application  
Pelco Manual C505M-B (4/97)  
3
 
3.1.2 The CX9504 4-Wire RS-485 Control System  
This system is used in applications where multiple receivers will listen to a single  
control channel, but duplex operation is desired. The RS-485 system presents sev-  
eral unique installation requirements. These requirements are shown in Figure 2  
and are discussed below.  
Excessive stub lengths are not acceptable since they produce reflections that cause  
message errors. This means that a “star” or “Y” topology is not acceptable.  
The extreme ends of the cable must have 120 ohm termination resistors to mini-  
mize reflections.  
Figure 2. Typical RS-485 Control Applications  
4
Pelco Manual C505M-B (4/97)  
 
3.2 CONNECTING THE RECEIVER  
Connecting the receiver involves mating the correct connector assembly to the  
appropriate receiver connector (J6 or J7) on the Coaxitron unit. See Figure 3.  
Receiver connector locations are listed as follows:  
BNC-1** Video input from camera  
BNC-2** Video output and Coaxitron input  
J6  
J7  
F-1  
AC  
Standard function P/T cable connection  
Optional functions cable connection  
Fuse holder  
Input power cable  
**Used in CX9500 only  
The connector assemblies provided to you need to be assembled according to the  
instructions in section 3.2.1. When assembling either connector, follow the wiring  
call-outs listed in TableAfor pin placement for the connector being wired ( J6 or J7).  
4
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5
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5
15  
22  
28  
10  
16  
23  
29  
34  
15  
22  
28  
10  
16  
23  
29  
34  
33  
33  
37  
37  
FUSE  
MADE IN U.S.A  
00013  
Figure 3. Receiver Connector Locations  
Table A. CPC 37-PIN Connector Pinouts  
PTZ Connector (J6)  
Option Connector (J7)  
Pin#  
1
2
3
4
5
6
7
8
Function  
Pin#  
20  
21  
22  
23  
24  
25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
37  
Function  
Not Used  
Pin#  
1
2
3
4
5
6
7
8
Function  
Pin# Function  
Not Used  
Not Used  
Not Used  
Ground  
Pan/ Tilt Motor Common  
Auto Iris Supply  
Left  
Video Ground  
Down  
Up  
Right  
Chassis Ground  
Camera Supply High  
Iris  
20  
21  
22  
23  
24  
25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
37  
Not Used  
Not Used  
Not Used  
Not Used  
Aux 3 TTL Output  
Aux 4 TTL Output  
Aux 5 TTL Output  
Aux 6 TTL Output  
Aux 7 TTL Output  
Aux 8 TTL Output  
Not Used  
Not Used  
Not Used  
Not Used  
Not Used  
Reserved  
Not Used  
TXD+  
RXD+  
RXD-  
TXD-  
VAC  
Not Used  
Not Used  
Gen Lock Core Input  
Not Used  
AC Common  
Reserved  
Reserved  
Reserved  
Reserved  
Not Used  
Reserved  
Reserved  
Reserved  
Reserved  
Not Used  
Aux 1 TTL Output  
Aux 2 TTL Output  
Video Core  
Preset Ref. Ground  
Preset Ref. Supply  
Gen Lock Core Out  
Not Used  
9
9
10  
11  
12  
13  
14  
15  
16  
17  
18  
19  
10  
11  
12  
13  
14  
15  
16  
17  
18  
19  
Focus  
Zoom  
Lens Common  
Camera Supply Low  
Enclosure AC High  
Enclosure AC Low  
Not Used  
Not Used  
Pan B Pot Feedback  
Focus Pot Feedback  
Zoom Pot Feedback  
Tilt Pot Feedback  
Pan A Pot Feedback  
Not Used  
Not Used  
Pelco Manual C505M-B (4/97)  
5
 
3.2.1 Connector Assembly  
If you did not order a pre-assembled connector, assemble the connector parts ac-  
cording to the instructions below. Detail B, below, reflects the pin arrangement spe-  
cific to CX9500/CX9504 Receivers. Refer to Figure 4 during assembly. For best  
results use an AMP style crimper when making the wire to pin connection.  
NOTE: Contacts cannot be re-  
moved from the connector without the  
use of the appropriate AMP extrac-  
tion tool (ZT305183) which is avail-  
able from Pelco.  
The instructions that follow apply to all AMP style connectors regardless of pin size  
or pin number.  
1. Slide the connector clamp assembly over the conductor cable. If the diameter  
of the conductor cable is such that the rubber boot will slide over it easily, then  
slide the rubber boot onto the conductor cable at this time. If not, discard the  
rubber boot.  
2. Prepare the wires from the conductor cable as follows:  
a. Strip at least 1" from the cable jacket to expose the wires. You may need  
to strip more from the cable jacket if you have more wires.  
b. Strip 1/8" from each wire.  
c. Using an AMP style crimper, crimp the wires and their insulation to the  
connector pins. Refer to Detail A in Figure 4.  
3. Slide the connector pins into the appropriate holes in the connector body until  
they snap into place. The connector holes are numbered for your convenience.  
4. Push the connector clamp assembly (with boot, if used) toward the connector  
body. Screw the clamp assembly onto the connector body, being careful not to  
disturb the wires.  
5. To complete the assembly, attach the appropriate clamp with the screws pro-  
vided and tighten.  
A
1/8"  
1"  
B
4
1
9
5
OR  
15  
22  
28  
10  
16  
23  
29  
34  
33  
37  
00001  
FRONT VIEW  
00009  
Figure 4. Connector Assembly  
6
Pelco Manual C505M-B (4/97)  
 
4.0 OPERATION  
Upon applying power, the receiver will perform its self-test functions. These diag-  
nostics determine the receiver, pan and tilt, lens and camera configuration by exer-  
cising each. The results are reported by text superimposed on the video if the text  
generator is preset (ZS versions). All versions are designed to allow the simulta-  
neous operation of the PTZ commands. This feature is described in detail in the  
firmware section (Section 6.0). Other features are automatic composite sync gen-  
eration in the event of camera video failure.  
CX9500 Receiver  
The CX9500 Coaxitron receiver operation is similar to the Coaxitron System 2000.  
Vertical Interval Signaling (VIS) is used to talk to and from the receiver. The actual  
signal is a Pulse Width Modulated (PWM) 15 or 32 pulse train of 0.5 to 1.5 volts  
amplitude, where a 2 µs pulse is considered a Coaxitron one (1), and a 1 µs pulse  
is considered a Coaxitron zero (0). Line 10 is reserved for alarm reporting and  
acknowledgment from the receiver by an 8-bit Coaxitron signal. Line 18 is reserved  
for Coaxitron commands to the receiver in the form of 16-bit Coaxitron signals. Line  
19 is reserved for Coaxitron data to the receiver in the form of 16-bit Coaxitron  
commands. Compatibility with the older System 2000 controllers is maintained by  
allowing a 15-bit Coaxitron signal in lines 15 through 19. Once a valid signal is  
received, it is processed by the receiver as described in the firmware section (Sec-  
tion 6.0) of this manual.  
CX9504 Receiver  
Four-wire RS-485 operation allows for applications that require the receiver to be  
interfaced to single control and response channels in a daisy-chained fashion. The  
protocol is given in the firmware section (Section 6.0) of this manual. The drivers  
follow the RS-485 specification and are tri-stated to “high Z” when not transmitting.  
This allows several receivers to be wired together in a daisy-chained fashion on a  
single control channel. There is no channel contention avoidance built into the re-  
ceiver. When it hears a valid command for its address, it immediately responds.  
Contention avoidance must be accounted for at the controller.  
“PP” Option  
This option allows 32 complete preset senses to be programmed and recalled as  
described in the firmware section. It should be noted that the protocol for this op-  
eration is not compatible with the older (Coaxitron Matrix) 7500 style preset proto-  
col.  
“VS” Option  
This option provides the control for 12 VDC brushed motors to be driven in a vari-  
able speed fashion.  
Pelco Manual C505M-B (4/97)  
7
 
5.0 CX9500 RECEIVER BOARD DESCRIPTIONS  
The CX9500 Receiver contains three boards: the Mother Board, the Option Board,  
and the Power Supply Board. Gaining access to the board slot locations can be  
seen in Figure 5. As part of any operational set-up, the Option and Power Supply  
Boards must be pulled and configured. This will be discussed shortly; first, a brief  
description of the function of each of the boards is given on the following pages.  
5.1 MOTHER BOARD  
The motherboard is the heart of the system. It contains the Microprocessor Cir-  
cuits, Video Amplifier Circuits, Sync Generation and Sync Separation circuits and  
the Coaxitron Transceiver Circuits.  
The Microprocessor Circuit handles all system functions via software interrupts  
and communicates with the rest of the circuitry (externally and on the Motherboard  
itself) via three functional buss groupings. The first group, the Address/Data buss,  
facilitates processor access of external program memory and external data memory.  
The second group, the Serial Data buss, among other functions, provides the path  
by which the non-volatile EPROMs which contain preset information are accessed  
on the Options Board. All data latches and Coaxitron transceiver communications  
occur through the third grouping, the External B and C-Data Busses, respectively.  
The Video Amplifier and processing circuits add VIS and text bit patterns onto the  
camera video or, alternately, removes video from the incoming VIS.  
The Sync Generation Circuit, in the presence of a good video signal, separates and  
locks the generated sync to the camera. In the absence of a good video signal, the  
free running sync from the generator is inserted in place of that from the camera.  
The Sync Separation circuit separates the incoming sync from the video informa-  
tion and provides the system signal that interrupts the processor every vertical  
interval.  
The Coaxitron Transceiver Circuits facilitate the storage, error checking and timing  
needed to transfer data . The transmitter can send the data to either the coax or the  
camera, depending on application. The receiver obtains its input from the last stage  
of the video section The receiver amplifies, counts and then gates these data pulses  
into temporary Dual Port Ram (DPRAM) storage locations.  
CABLE END  
CX9500/9504  
POWER SUPPLY BOARD  
OPTIONS BOARD  
MOTHERBOARD  
TO GAIN ACCESS TO  
THE BOARDS WITHIN  
THE UNIT, LOOSEN THE  
END CAP HARDWARE (NUTS)  
AND REMOVE THE END CAP  
AS DIRECTED  
REMOVABLE  
END CAP  
Figure 5. Receiver Board Locations  
8
Pelco Manual C505M-B (4/97)  
 
5.2 OPTION BOARD  
This board contains all the circuitry required for all options. The components will be  
loaded or not loaded according to the model being built. Preset circuits are loaded  
for preset (PP). Receiver Address circuits are loaded for the 9504 versions of the  
receiver. The RS-485 drivers are only loaded for the 9504 version. The address  
switch sets the receiver address on power-up, and any change of address requires  
a hard reset. Switch settings are binary encoded. Figure 6 shows how these ad-  
dress settings are derived. If you are running simple coaxitron, you only have one  
address to worry about; if you're running RS485 multiple control applications, then  
each Receiver Option Board must be set for a different address. Implement Re-  
ceiver addressing, using Figure 6 as a guide.  
5.3 UNIVERSAL AC POWER SUPPLY  
This board was designed to power all of Pelco’s fixed speed pan and tilts that use  
synchronous AC motors. This board supplies the power for all the other boards. It  
listens to the processor and drives the PTZ accordingly. Each section is described  
in the following subsections.  
NOTE: Prior to operation, both the  
fuse and strapping configurations  
must be installed. Use Figure 8 and  
Table II to configure.  
5.3.1 Transformer and Power Supply Circuits  
The transformer and power supply circuit supply the different voltages required by  
the remainder of the circuitry. The transformer is capable of stepping down the  
input voltage to required levels to supply the P/T, camera, and an accessory output.  
The total power drawn from the transformer from these windings must not exceed  
50 watts. Step-up operation in which the supply voltage is less than the PT or  
camera voltage is not recommended. Table B lists the strapping configurations and  
fuse values needed for the recommended input/output voltages.  
5.3.2 Logic and Latch Circuits  
The logic and latch circuits listen to the mother board and control driver outputs for  
the PTZ.  
5.3.3 Pan and Tilt Drive Circuit  
The pan/tilt drive circuit for this version is simply four (4) solid-state relays which  
are energized by the latch circuit. The pan relays are monitored for the presence of  
current. This is used to detect limit stops when auto/random scan is used.  
5.3.4 Lens Power Supply Circuit  
The lens power supply circuit consists of dual power op amp circuits that provide up  
to +12 VDC for the lens outputs when engaged.  
5.4 VARIABLE SPEED POWER SUPPLY  
This board was designed to power all of Pelco’s 12 VDC variable speed pan and  
tilts. This board also supplies the power for all the other boards. It also listens to the  
processor circuit and drives the PTZ accordingly. The descriptions for the lens power  
supply circuit and the logic and latch circuits is the same as that previously de-  
scribed in the AC power supply section. The remaining sections are described be-  
low.  
NOTE: Prior to operation, both the  
fuse and strapping configurations  
must be installed. Use Figure 9 and  
Table III to configure.  
5.4.1 Power Supply and Camera Transformer Circuit  
Power supply and camera transformer circuit provide the operating voltages for the  
remainder of the receiver. The power supply is a switch mode power supply . It is  
supplied with 120 to 230 VAC and provides +12, -12, and +5 VDC. The switch  
mode power supply is capable of 40 watts continuous and 45 watts surge power.  
The camera transformer is capable of either 120 or 230 VAC input and 24 VAC  
output. Table C lists the strapping configurations needed for the recommended  
input/output voltages.  
Pelco Manual C505M-B (4/97)  
9
 
5.4.2 Motor Driver Circuits  
The Motor Driver circuits listen to the latch circuitry and provide a pulse width modu-  
lated +12 volt output to the P/T motors.  
OPTIONS BOARD  
ON  
SW1  
ON  
SW1 shown with receiver  
address of "1".  
SW1  
27  
128  
0
SW2  
26  
64  
0
SW3  
25  
32  
0
SW4  
24  
16  
0
SW5  
23  
SW6  
22  
SW7  
21  
SW8  
20  
RECEIVER  
ADDRESS  
Binary Weight  
Position Specific  
Decimal Equivalent  
8
4
2
1
1
2
3
4
0
0
0
1
"1"= OFF  
"0"= ON  
0
0
0
0
0
0
1
0
0
0
0
0
0
0
1
1
0
0
0
0
0
0
0
0
0
1
1
1
0
0
1
0
1
0
5
6
0
0
0
0
0
0
0
0
0
0
1
1
1
1
15  
255  
1
1
1
1
1
1
1
1
NOTE: In practice, receiver address "0" & "255" are not used.  
Figure 6. Options Board Address Settings  
10  
Pelco Manual C505M-B (4/97)  
 
Typical Jumper Wire  
supplied in plastic  
bag along with fuses  
JP17  
JP15  
JP13  
JP11  
JP9  
JP7  
JP5  
JP3  
JP1  
JP18  
JP16  
JP14  
JP12  
JP10  
JP8  
JP6  
JP4  
JP2  
Universal AC Power Suppy Board  
Figure 7. Universal Power Supply Board  
Typical Jumper Wire  
supplied in plastic  
bag along with fuses  
JP14  
JP18  
JP15  
JP16  
JP10  
JP12  
The "variable speed  
power supply board"  
option is fused at the  
at the factory with a  
2A VAC fuse. This fuse  
is shipped installed  
and is not part of the  
voltage input fuses  
supplied in the  
JP13  
JP11  
JP6  
JP4  
JP5  
JP17  
JP3  
JP1  
plastic bag  
containing  
jumper  
wires.  
Variable Speed Power Suppy Board  
JP7  
JP2  
JP8  
JP9  
Figure 8. Variable Speed Power Supply Board  
Pelco Manual C505M-B (4/97)  
11  
 
Table B. Strapping Configurations for Universal AC Power Supply  
INPUT VOLTAGE  
* Not a recommended  
configuration.  
24 VAC  
2 AMP  
120 VAC  
1 AMP  
230 VAC  
1/2 AMP  
WARNING: The AC line voltage  
used to power the receiver/driver is  
the same voltage that is fed through  
the pan/tilt into the enclosure as “en-  
closure power”, which also supplies  
the heaters and blower where appli-  
cable. This voltage is not selectable.  
Fuse  
Transformer  
Primary  
JP2-JP15  
JP6-JP11  
JP2-JP1  
JP4-JP3  
JP6-JP5  
JP8-JP7  
JP2-JP1  
JP3-JP5  
JP8-JP7  
Pan/Tilt  
24 VAC  
JP13-JP16  
JP9-JP12  
JP15-JP16  
JP11-JP12  
JP15-JP16  
JP11-JP12  
120 VAC  
230 VAC  
*
*
JP17-JP16  
JP11-JP12  
JP17-JP16  
JP11-JP12  
*
JP4-JP16  
JP6-JP12  
Camera Voltage  
24 VAC  
JP4-JP14  
JP8-JP10  
JP13-JP14  
JP9-JP10  
JP13-JP14  
JP9-JP10  
120 VAC  
230 VAC  
*
*
JP18-JP14  
JP9-JP10  
JP18-JP14  
JP9-JP10  
*
JP4-JP14  
JP6-JP10  
Table C. Variable Speed Power Supply and Camera Transformer  
Strapping Configurations  
INPUT VOLTAGE  
* Not a recommended  
configuration.  
Fuse  
120 VAC  
1AMP  
230 VAC  
1/2AMP  
Transformer  
Primary  
JP2 - JP7  
JP9 – JP15  
JP10 – JP8  
JP17 - JP16  
JP2 - JP7  
JP8 – JP15  
JP17 – JP16  
Camera Voltage  
24 VAC  
JP3 – JP4  
JP3 – JP4  
JP12 – JP13  
JP12 – JP13  
120 VAC  
230 VAC  
JP1 - JP4  
JP11 - JP13  
*
*
JP1 - JP4  
JP11 - JP13  
12  
Pelco Manual C505M-B (4/97)  
 
6.0 FIRMWARE DESCRIPTIONS  
6.1 BAUD RATES  
The hardware architecture between the controller and receiver is an RS-485 circuit  
designated the “control channel”. The baud rate is currently set to 2400 baud. The  
information is processed by the receiver every 16 ms. Higher baud rates are pos-  
sible by increasing the ring buffer size, but the information processing rate is set at  
60 Hz.  
6.2 PROGRAMMED AUX FUNCTIONS  
Eight auxiliary outputs, depending on receiver optioning, are available to allow con-  
trol of other peripheral devices. The operation of these functions are controlled by  
the receivers associated controller. The auxiliary functions may be programmed for  
latching or momentary operation. In latching mode, the output goes into an active  
mode after receiving a set command from the controller and is deactivated after  
reception of a clear command. In the momentary mode, the set command activates  
the output for a fixed duration of time (16ms) and the clear command is not used.  
Pelco Manual C505M-B (4/97)  
13  
 
7.0 SPECIFICATIONS  
ELECTRICAL  
Input Voltage (50/60 Hz):  
Standard  
Version  
VS Version  
24, 120, 230 VAC  
120, 230 VAC  
Power Consumption (excluding PTZ):  
Standard  
Version  
VS version  
6 watts  
6 watts  
P/T Output Voltages:  
Standard  
Version  
24, 120, 230 VAC  
VS Version  
12 VDC PWM at 15 KHz  
P/T Output Currents:  
Standard  
Version  
VS version  
1.5 amps per motor  
3 amps per motor  
P/T Output Power:  
Standard  
Version  
VS version  
50 watts  
35 watts  
Camera Output Voltages:  
All Versions  
24, 120, 230 VAC  
Lens Output Voltages:  
All Versions  
0 to 12 VDC  
Control Method:  
CX9500  
CX9504  
Coaxitron VIS  
4-wire RS-485  
NOTE: All standard baud rates from  
600 to 19.2K are available on an op-  
tional basis. Please consult the fac-  
tory.  
Standard Baud Rates:  
CX9500  
CX9504  
1 MHz  
2400 baud  
Command Error Rates:  
Duplex  
0%  
Simplex  
0.02%  
Input Video Level:  
All versions  
0.5 to 1.5 V p-p  
Input Video Format:  
Standard  
Optional  
NTSC, RS-170  
PAL  
Video Bandwidth:  
All versions  
10 MHz  
NOTE: Operating distances given  
here are calculated, and based on  
typical performance. The actual cal-  
culations are explained in the Instal-  
lation section of this manual, and  
should be done for each application  
prior to installation.  
Operating Distances:  
Coaxitron  
Version  
2,000 ft (610 m) on RG-11  
RS-485 Version 4,000 ft (1,219 m) on 24 Awg-TP  
14  
Pelco Manual C505M-B (4/97)  
 
MECHANICAL  
Connectors:  
P/T  
37-pin CPC  
37-pin CPC  
2 BNCs  
Options  
Video  
Power  
3-wire #18 Awg  
2 AG, 1/2 amp  
Fuse  
GENERAL  
Ambient Operating  
Temperature:  
-4° to 140° F (-20° to 60° C)  
Dimensions:  
See Figure 9.  
4
1
4
1
9
5
9
5
15  
22  
28  
10  
16  
23  
29  
34  
15  
22  
28  
10  
16  
23  
29  
34  
33  
33  
37  
37  
FUSE  
5.10  
MADE IN U.S.A  
(12.95)  
9.14  
(23.22)  
8.36  
(21.23)  
7.16  
(18.18)  
Ø .33 (.84) THRU  
4X  
12.75  
(32.39)  
5.88  
(14.94)  
NOTE: VALUES SHOWN IN PARENTHESES ARE CENTIMETERS;  
ALL OTHERS ARE INCHES  
Figure 9. CM9500 Series Receiver/Driver Dimension Drawing  
Pelco Manual C505M-B (4/97)  
15  
 
8.0 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 FT/FR8000 Series fiber optic 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,andMC3651H-2Xcameramodels,whichhaveafive-  
year warranty.  
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®, Esprit®, ExSite, and PS20 scanners, including when used in  
continuous motion applications.  
Two years on Esprit® and WW5700 Series window wiper (excluding wiper blades).  
Eighteen months on DX Series digital video recorders, NVR300 Series network video  
recorders, and EnduraSeries 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.  
Sixmonthsonallpanandtilts,scannersorpresetlensesusedincontinuousmotionapplications  
(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.  
AllgoodsrequiringwarrantyrepairshallbesentfreightprepaidtoPelco,Clovis,California.Repairs  
made necessary by reason of misuse, alteration, normal wear, or accident are not covered under  
this warranty.  
Pelco assumes no risk and shall be subject to no liability for damages or loss resulting from the  
specific use or application made of the Products. Pelco’s liability for any claim, whether based on  
breach of contract, negligence, infringement of any rights of any party or product liability, relating  
totheProductsshallnotexceedthepricepaidbytheDealertoPelcoforsuchProducts. Innoevent  
will Pelco be liable for any special, incidental or consequential damages (including loss of use, loss  
of profit and claims of third parties) however caused, whether by the negligence of Pelco or  
otherwise.  
The above warranty provides the Dealer with specific legal rights. The Dealer may also have  
additional rights, which are subject to variation from state to state.  
Ifawarrantyrepairisrequired, theDealermustcontactPelcoat(800) 289-9100or(559)292-1981  
to obtain a Repair Authorization number (RA), and provide the following information:  
1. Model and serial number  
2. Date of shipment, P.O. 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.  
Methodofreturnshipmentshallbethesameorequaltothemethodbywhichtheitemwasreceived  
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 20% restocking and refurbishing charge.  
Goods returned for repair or credit should be clearly identified with the assigned CA or RA number  
and freight should be prepaid. Ship to the appropriate address below.  
If you are located within the continental U.S., Alaska, Hawaii or Puerto Rico, send goods 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  
Pelco, the Pelco logo, Camclosure, Esprit,  
Genex, Legacy, and Spectra are registered  
trademarks of Pelco.  
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  
Endura and ExSite are trademarks of Pelco.  
© Copyright 1997, Pelco. All rights reserved.  
16  
Pelco Manual C505M-B (4/97)  
 

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