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 B digital device, pursuant to Part 15 of the FCC Rules. These limits
are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can
radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio
communications. However there is no guarantee that the interference will not occur in a particular installation. If this equipment does cause
harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try
to correct the interference by one or more of the following measures:
•Reorient or relocate the receiving antenna.
•Increase the separation between the equipment and the receiver.
•Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
•Consult the dealer or an experienced radio/TV technician for help.
You may also find helpful the following booklet, prepared by the FCC: “How to Identify and Resolve Radio-TV Interference Problems.” This
booklet is available from the U.S. Government Printing Office, Washington D.C. 20402.
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.
This Class B digital apparatus complies with Canadian ICES-003.
Cet appareil numérique de la classe B est conforme à la norme NMB-003 du Canada.
C2688M-C (12/08)5
Description
The EDI5000 Endura® data interface provides a flexible integration platform between third-party systems and the Endura IP video surveillance
platform. The EDI5000-AD2088 provides an interface to the American Dynamics™ AD2088 keyboard, allowing security personnel to integrate
Endura viewing and recording components into the existing matrix system.
When the data interface receives commands from the American Dynamics matrix system keyboard it routes these commands to either the matrix
switcher or to the Endura system. When an Endura camera is selected, the data interface routes video from the Endura camera to an Endura
decoder and then switches the matrix camera input associated with the Endura decoder (through an analog connection) to the current matrix
system monitor.
Data is communicated over a serial connection between the data interface and the matrix switcher, and through a network connection between
the data interface and the Endura network.
COMPATIBLE PRODUCTS
Endura system componentsThe EDI5000 is compatible with Endura 1.03 or later components (NVR5000 and SM5000); Endura
decoders must be at version 1.04.0032 or later.
ACCESSORIES AND POWER SUPPLIES
RK5100PS-5U Rack mount with power supply (powers 12 data interface units)
NET5301PS Power supply for one data interface unit (4-pin connector)
TF2000 Power supply for one data interface unit (4-pin to 2-pin connector)
MCS Series Multiple unit power supply, indoor
WM5001-4U Wall mount without power supply (1 unit)
WM5001-4UEXP Wall mount expansion (1 unit)
SAMPLE APPLICATIONS
You can connect an American Dynamics matrix system and Endura system in either or both of the following ways:
•Endura recording system: You can use the Endura system to record video from matrix system cameras. In this application, analog video
from matrix system cameras is looped to Endura encoders and converted into digital video streams, which are recorded by Endura system
recorders. When an operator views the recorded video in the matrix system, Endura decoders convert the recorded video streams to analog
video. A simple example of this application is illustrated in Figure 1 on page 7.
•Endura expansion system: You can use the Endura system to expand the number of cameras that can be viewed in the matrix system. In
this application, video from cameras in the Endura system is routed through Endura decoders and converted into analog video that can be
viewed in the matrix system. An example of this application is illustrated in Figure 2 on page 7.
In each type of system, the data interface sends data over a serial connection to the matrix switcher, and through a network connection to the
Endura network.
Figure 1 and Figure 2 on page 7 illustrate simple systems that each provide one method of integrating Endura with the matrix system. A more
complex system could use both methods (Endura for recording and Endura for expansion) within the same system.
NOTE: Endura decoders must be at version 1.04.0032 or later.
6C2688M-C (12/08)
IMPORTANT NOTE. PLEASE READ
The network implementations are shown as general representations only and are not intended to show detailed network topologies. Your actual
network will differ, requiring changes or perhaps additional network equipment to accommodate the systems as illustrated. Please contact your
local Pelco Representative to discuss your specific requirements.
MATRIX KEYBOARD
CAMERA 1
EDI5000
MATRIX
MATRIX MONITOR
LOOPING VIDEO
MATRIX KEYBOARD
EDI5000
PLAYBACK
DECODER
ENCODER
ENCODER
ENDURA
NETWORK
ENDURA
WORKSTATION
Figure 1. Sample System Using Endura to Record Matrix Video
MATRIX
MATRIX MONITOR
DVR/NVR
DVR/NVR
CAMERA 2
DVR/NVR
LEGEND
SERIAL DATA
VIDEO
NETWORK
CAMERA 1
CAMERA 2
DECODER
ENDURA
NETWORK
ENCODER
ENDURA
WORKSTATION
ENCODER
CAMERA
CAMERA
ENCODER
CAMERA
LEGEND
SERIAL DATA
VIDEO
NETWORK
Figure 2. Sample System Using Endura to Expand Video Capacity
C2688M-C (12/08)7
FRONT AND REAR PANELS
Figure 3 illustrates the front and rear panels of the data interface (refer to Front Panel Indicators on page 33 for a description of the front panel
LEDs; refer to Basic Hardware Connections on page 14 for a description of the rear panel connectors).
Figure 3. EDI5000 Front and Rear Panels
Network Activity IndicatorReset
Network Speed Indicator
Pelco Badge (power indicator) (Reserved For Future Use, Do Not Use)
COM Port Indicator (COM 1 or COM 2)RS-232 Connectors
Power
8C2688M-C (12/08)
Installation
HARDWARE INSTALLATION OVERVIEW
The following steps provide an overview of how to install the data interface:
1. Install all components of the matrix switching system (refer to the matrix system documentation for instructions).
2. Install the EDI5000 data interface, and then make the following connections (instructions are provided in this Installation section):
a.Connect the data interface to the matrix system keyboard.
b.Connect the data interface to the Endura network.
NOTE: If the matrix system includes more than one keyboard, you can install one data interface unit for each matrix keyboard.
3. Install all components of the Endura system and connect all components to the network (refer to the Endura system documentation for
instructions).
NOTE: The EDI5000 is compatible with Endura version 1.03 or later components (NVR5000 and SM5000); Endura decoders must be version
1.04.0032 or later.
4. Connect the appropriate Endura devices to the matrix system, as follows (refer to the matrix system documentation and the Endura system
documentation for instructions):
•Endura recording system: When using Endura to record video from the matrix system, you need the following video connections:
–Analog video from each matrix system camera must be looped from the matrix system to Endura encoders (refer to the matrix
system documentation for instructions on looping video).
–Recorded video from Endura decoders (using the monitor output connector) must be routed to the matrix; use the video input
connectors on the matrix system.
•Endura expansion system: If you are using Endura to expand the number of cameras that can be viewed in the matrix system, you
need an analog connection between each Endura decoder and the matrix system; use the video input connectors on the matrix system.
Be sure that the distance between the Endura device and the matrix system video connectors is less than the maximum distance for the
coaxial cable.
Once the hardware installation and device connections are completed, you must configure the data interface software. Refer to Software Configuration on page 20.
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. In addition, you will need Pelco-approved Endura certification.
PARTS LIST
Qty Description
1 EDI5000 data interface
4Rubber mounting feet
1 10-pin terminal block
1 4-pin to 2-pin power adapter
1 Pelco badge rotation sticker
1 Small flat-tip screwdriver
NOTE: Since power requirements vary by installation, an individual power supply is not included with the data interface. You can purchase
either the NET5301PS single unit power supply or the RK5100PS-5U rack mount, which includes a power supply. Refer to Power Connection on
page 16 for more information.
C2688M-C (12/08)9
USER-SUPPLIED PARTS
In addition to the standard tools and cables required for a video security installation, you need to provide the following items:
Qty Description
1 Cat5e (or better) cable with the individual wires exposed at each end (for connecting the data interface to the matrix keyboard
wallblock connector)
1 Power supply; refer to Power Connection on page 16 for more information
PRODUCT SERIAL NUMBER LABEL PLACEMENT
The product serial number label helps identify your data interface and its factory configuration settings in the event that the unit requires service.
A label citing your product’s serial number is attached to the bottom panel of the data interface. 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 data interface, 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.
MOUNTING
Use one of the following installation methods for the data interface (detailed instructions are provided in the following sections):
•Desktop installation: Turn the unit upside down. Remove the backing from the rubber feet (supplied) to expose the glue, and attach the
feet to the corners of the unit. Turn the unit right side up. Place the data interface on a flat surface, such as a shelf or desktop. This
installation method requires the installation of a separate power supply.
•Wall mount installation: Mount the data interface to a wall using the optional WM5001-4U wall mount kit. This installation method
requires the installation of a separate power supply.
•Rack mount installation: Install the data interface in the optional RK5100PS-5U rack mount kit; the RK5100PS-5U supplies power to the
EDI5000 unit.
DESKTOP INSTALLATION
To place the data interface on a flat surface, such as a desktop, complete the following steps:
1. Make sure the rubber feet are installed on the unit to prevent surface damage.
MODEL
SN
FREQ
Figure 4. Product Serial Number Label
Sample TextSample Text
03267-39-0020
AMPS
VOLTS
Sample Text
MFG BY PELCO, CLOVIS, CA
Model
REV
Sample Text
MADE IN USA
2. Position the unit to allow for cable and power cord clearance at the front and rear panels.
10C2688M-C (12/08)
WARNING: Do not place the data interface on its side; the unit could fall over and cause damage.
IO
EDI5000
IOI 1
IOIOI 2
Figure 5. EDI5000 Data Interface Desktop Placement
WALL MOUNT INSTALLATION
The data interface can be mounted to a wall using the optional WM5001-4U wall mount system. You can mount up to four data interface units,
in any combination, in a fully expanded WM5001-4U (one WM5001-4U with up to three WM5001-4UEXP expansion units).
NOTE: The maximum number of data interface units that can be used in the system depends on the number of matrix system keyboards. If the
matrix system includes more than one keyboard, you can install one data interface unit for each matrix keyboard.
1. Install the WM5001-4U and any WM5001-4UEXP expansion units; refer to the WM5000 Series Wall Mount Kit Installation manual
(C1616M) for instructions.
2. Install the data interface into the desired wall mount unit. Make sure all front and rear panel connectors are accessible.
Figure 6. Installing the EDI5000 in a WM5001-4U Wall Mount
C2688M-C (12/08)11
3. Tighten the thumbscrew on the wall mount to secure the unit (refer to Figure 7).
TIGHTEN
THUMBSCREW
Figure 7. Tighten the Thumbscrew to Secure the Unit
RACK MOUNT INSTALLATION
You can mount the EDI5000 in the optional RK5100PS-5U rack mount kit along with additional Endura devices that are compatible with this rack
mount kit (such as encoders and decoders). Each unit plugs directly into a power connector in the rack and is powered by the rack. Up to 12 devices
can be mounted in the RK5100PS-5U. Note that the RK5100PS-5U only supplies power. It does not provide a dock for any other unit connectors.
NOTE: The maximum number of data interface units that can be used in the system depends on the number of matrix system keyboards. If the
matrix system includes more than one keyboard, you can install one data interface unit for each matrix keyboard.
1. Install the RK5100PS-5U into the rack; refer to the RK5100PS-5U Rack Mount Chassis Installation manual (C1615M).
2. Insert the data interface into the desired slot.
Figure 8. installing the EDI5000 in a Rack Mount
12C2688M-C (12/08)
3. Tighten the thumbscrew on the rack mount to secure the unit into the rack (refer to Figure 9).
TIGHTEN
THUMBSCREW
Figure 9. Tighten Thumbscrew to Secure the Unit
PELCO BADGE ORIENTATION
The Pelco badge on the front panel of the data interface 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.
I 1
I 2
IO
IO
IO
IO
EDI5000
EDI5000
PELCO BADGE
I 1
IO
IO
I 2
IO
IO
Figure 10. Pelco Badge Orientation
C2688M-C (12/08)13
BASIC HARDWARE CONNECTIONS
CONNECTING THE MATRIX SYSTEM TO THE EDI5000
Figure 11 shows how to wire the terminal block and connect it to the data interface. Note that the terminal block can be attached to the data
interface only in the proper position.
POWER
RESERVED FOR FUTURE USE
(DO NOT USE)
Figure 11. Wiring the Terminal Block
1. Prepare a reversed data 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 data interface (refer to Figure 11). Use the small
screwdriver that is provided with the data interface to open the clamp for a particular lead.
Table A identifies the RS-232 pin assignments on the data interface.
Tab l e A . RS-232 Pin Assignments
Com 1
PinLead
1RS-232-Data Rx+
5Ground
9RS-232 Data Tx+
Com 2
PinLead
2RS-232 Data Rx+
6Ground
10RS-232 Data Tx+
NOTE: The alarm and relay inputs on the data interface are reserved for future use, and are not included in this table.
3. Prepare a Cat5e (or better) cable with the individual wires exposed at each end.
4. Connect the wires at one end to the terminal block on the rear panel of the data interface (refer to Figure 11 and Table F on page 39). Use
the small screwdriver that is provided with the data interface to open the clamp for a particular lead.
14C2688M-C (12/08)
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