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.
RADIO AND TELEVISION INTERFERENCE
This equipment has been tested and found to comply with the limits of a Class A 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 in interference to radio and television reception.
This Class A digital apparatus complies with Canadian ICES-003.
Cet appareil numérique de la classe A est conforme à la norme NMB-003 du Canada.
6C1570M-E (4/07)
Description
The CM9700MDD-EVS matrix digital decoder uses the latest Endura
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.
The 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 systemsCM9700 Series matrix switchers (CM9760, CM9770, CM9780; using 9.03.012 software, or higher)
Endura system components
OPTIONAL ACCESSORIES
RK5000PS-5URack mount with power supply (12 units)
WM5001-4UWall mount without power supply (1 unit)
WM5001-4UEXPWall mount expansion (1 unit)
RECOMMENDED POWER SUPPLIES
™
technology to transmit video from Endura products to CM9700 Series
NET5301PSPower supply for one CM9700MDD-EVS (4-pin connector)
TF2000Power supply for one CM9700MDD-EVS (4-pin to 2-pin connector)
MCS SeriesMultiple unit power supply, indoor
C1570M-E (4/07)7
FRONT VIEW
Figure 1 illustrates the components on the front of the CM9700MDD-EVS.
Network Connector (RJ-45)
Pelco Badge
Unit Status Indicator
Refer to Front Panel Indicators on page 40 for a description of each indicator.
REAR VIEW
Figure 2 illustrates the components on the rear of the CM9700MDD-EVS.
Power
Network Status Indicator
Network Activity Indicator
Configuration/Reset Button
Figure 1. CM9700MDD-EVS Front View
Audio In (reserved for future use)
VGA Out (Reserved for future use)
Video Out (MXB connection)
S-Video Out (reserved for future use)
Audio Switch (reserved for future use)
Refer to Basic Hardware Connections on page 16for a description of the connectors.
Audio Out
RS-422 Connectors
Relay Connectors (reserved for future use)
Alarm Connectors (reserved for future use)
Figure 2. CM9700MDD-EVS Rear View
8C1570M-E (4/07)
SAMPLE APPLICATION
IMPORTANT NOTE. 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 illustrated. Please contact your
local Pelco Representative to discuss your specific requirements.
CM9700MDD-EVS
CM9700MDD-EVS
SUBNET
ENCODER
CM9505-UPS
CM9700-CC1
CM9760-KBD
ENDURA
NETWORK
NVR
SPECTRA
Figure 3. Sample System Using the CM9700MDD-EVS
WS5050
CAMERA 1
MATRIX MONITOR
CM97XX-MXB
CAMERA 2
SM5000
C1570M-E (4/07)9
•
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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 (CM9760-MXB,
CM9770-MXB, or CM9780-MXB).
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.
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
QtyDescription
1 CM9700MDD-EVS
116-pin terminal block
1 4-pin to 2-pin power adapter
1Pelco badge rotation sticker
4Rubber 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
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:
Power
QtyDescription
1 Cat5e (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)
1Power supply; refer to Power Connection on page 23 for more information
1Small flat-tip screwdriver
10C1570M-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 its 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. On the 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
C1570M-E (4/07)11
MOUNTING
Use one of the following installation methods for the CM9700MDD-EVS:
Place the CM9700MDD-EVS on a flat surface, such as a shelf or desktop
Mount the CM9700MDD-EVS to a wall using the optional WM5001-4U wall mount kit
Install the CM9700MDD-EVS in the optional RK5000PS-5U rack mount kit.
NOTES:
Each installation method, except the RK5000PS-5U mounting, requires the installation of a separate power supply (NET5301PS).
When installing the CM9700MDD-EVS on a desktop, use the rubber feet provided with the CM9700MDD-EVS to protect the desktop from
surface damage. The rubber feet are not needed when mounting the CM9700MDD-EVS in a wall or rack mount.
Be sure 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).
•
•
•
•
•
•
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 not place the CM9700MDD-EVS on its side; the unit could fall over and cause damage.
Figure 6. CM9700MDD-EVS Desktop Placement
RUBBER FEET
12C1570M-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 any 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. Installing 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
C1570M-E (4/07)13
RACK MOUNT 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. It does not provide a dock for any other unit connectors.
To install the CM9700MDD-EVS into a rack mount kit:
1. Install the RK5000PS-5U into the rack (refer to the RK5000PS-5U Installation manual).
2. 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).
TIGHTEN
THUMBSCREW
Figure 10. Tighten Thumbscrew to Secure the Unit
14C1570M-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 rotation 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
Figure 11. Pelco Badge Orientation
C1570M-E (4/07)15
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 1PIN 1
Figure 12. Wiring the CM9700MDD-EVS Terminal Block
1. Prepare a Cat5e 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 assignments 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 assignment table and the Installation/Operation manual for your specific matrix system.
Table A. RS-422 Pin Assignments
CM9700-CC1CM9700MDD-EVS
PinLeadPinLabelLead
1RS-422 Data TX+1TX
2RS-422 Data TX
7RS-422 Data RX
8RS-422 Data RX+10RX+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.
-
-
2RX
9TX+RS-422 Data TX+
RS-422 Data TX
-
-
RS-422 Data RX
-
-
16C1570M-E (4/07)
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•
•
•
CM9700-MGR
PRINTER COM1 COM2
CM9700-CC1
Figure 13. Connecting the CM9700MDD-EVS to the CM9700-CC1
MATRIX BAY CONNECTION
VGA MONITOR
CM9700MDD-EVS
CM9505-UPS
CM9760-KBD
RS-422
RX-TX+ TX-RX+
PIN 1
PIN 8
CM9700-CC1
RJ45 PIN ASSIGNMENTS
PIN 1 = TX+
PIN 2 = TXPIN 7 = RXPIN 8 = RX+
CM9700MDD-EVS
PIN ASSIGNMENTS
PIN 1 = TXPIN 2 = RXPIN 9 = TX+
PIN 10 = RX+
1. Connect a 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).
2. Connect the coaxial cable to any available matrix bay video input connector as appropriate for your system:
In a System 9760, video input connectors are on the CM9760-MXB rear panel, as shown in Figure 14 on page 18.
In a System 9770, video input connectors are on the CM9770-MXB 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/U750 ft (229 m)
RG6/U1,000 ft (305 m)
RG11/U1,500 ft (457 m)
*Cable requirements:
75-ohm impedance.
All-copper center conductor; steel-center conductor
cable may result in poor performance.
All-copper braided shield with 95% braid coverage.
C1570M-E (4/07)17
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