GE MDS Setup Manual
Sd master station
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Also See for MDS:
- Technical manual (113 pages) ,
- Installation and operation manual (98 pages) ,
- Installation instructions manual (6 pages)
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1.0
INTRODUCTION
The MDS SD Master Station serves as a central station in a mul-
tiple address system (MAS) wireless network. It provides long
range, duplex (or simplex) communication between a control point
and associated remotes. It is fully redundant for mission-critical
applications, and is a compatible replacement for older
MDS x790 Master Stations.
The master station works with a wide array of wireless equipment,
including MDS SD Transceivers, legacy MDS x710 radios, and
additional wireless options, depending on the modules installed in
the chassis.
Figure 1. SD Master Station
All modules are installed on slide-in assemblies, accessible from
the front of the unit. A protective cover on the unit's face slides off,
allowing access to the modules and all interface connectors. In
addition to communication modules, up to two power supply units
may be installed, and these are available to suit a wide range of AC
and DC power requirements.
Each module is secured to the chassis with knurled fasteners for
easy changes, when required. Figure 2 shows a common configu-
ration of installed modules.
Supply 1 (AC)
Supply 2 (DC)
Figure 2. Front Panel Connectors & Indicators
(Front cover removed)
Master Station modules are factory installed and cabled.
describes each module installed in a redundant configuration, from
left to right. For a non-redundant configuration, blank plates are
used in place of the redundant power supply and radio modules,
and a non-redundant version of the Alarm/Relay module is
installed.
The master station supports Ethernet or serial polling depending
on order options. A host computer may be connected to the appro-
priate port on the chassis (LAN for Ethernet; COM1/2 for serial sig-
naling).
Configuration of the unit is performed with a PC, using a web inter-
face. The PC connects to the front of the radio's Platform Manager
module. Configuration options are similar to those of the SD Trans-
ceiver, and the radio supports full SD functionality in transparent
mode. In addition, a command line interface (CLI) is available
through the mini USB port using the proper USB drivers.
05-6398A01, Rev. A
Invisible
place
holder
Invisible
place
holder
Platform Manager
Radio A
Radio B
Duplexer
Alarm/Relay
Table 1
MDS SDA Instruction Sheet
MDS SD Master Station
Table 1: Module Descriptions—Redundant Station
Module
ID
Power Supply 1,
Varies
Power Supply 2
Platform
6834
Manager
Radio A,
6846
(SDM9)
Radio B
Alarm/Relay
6847
6848
Duplexer
6837
1.1
Related Documentation
In addition to this setup guide, the SD Master Station Technical
Manual (05-6399A01, under development) provides guidance on
system design, advanced configuration, and maintenance. The
Technical Manual should be available to personnel involved in the
design, commissioning and maintenance of the network. Elec-
tronic copies of the latest user documents and support files are
available free of charge at www.gemds.com.
1.2
Options and Accessories
The SD Master Station may be equipped with optional battery
backup, 10-watt RF power output (5 watt is standard), and a variety
of duplexer and module options. Contact your factory representa-
tive for information on any of these options.
In addition, GE MDS offers an Accessories Selection Guide listing
additional items that may be used with many of our products. Con-
tact your factory representative or visit www.gemds.com for the
latest copy.
1.3
Typical Application
Figure 3
on the following page shows a common arrangement of
the master station as used in a multiple address radio network. The
system shows both SD and legacy x710 remote transceivers in
use.
Depending on order options, the master station can communicate
with remotes employing Ethernet signaling, serial signaling, or a
mix of both.
Setup Guide
Function
Input power supply. In a redundant
configuration, both supplies work
in tandem and are independent of
which radio is active.
Provides management and data
interface functions.
Single or redundant full duplex SD
Master radios.
Redundant—Active radio relay and
alarm/audio interface.
Non-redundant—Alarm and audio
interface.
Internal RF duplexer (if equipped)
1
Related Manuals for GE MDS
Summary of Contents for GE MDS
-
Page 1: Related Documentation
Table 1: Module Descriptions—Redundant Station INTRODUCTION Module Function The MDS SD Master Station serves as a central station in a mul- tiple address system (MAS) wireless network. It provides long Power Supply 1, Varies Input power supply. In a redundant... -
Page 2: Installation
Type-N connectors on the rear of the device, thus a straight-through Ethernet cable may be used unit. The number of connections depends on options ordered, in most cases (DB9-F to RJ-45 connector, GE MDS part no. including duplexer options, as follows: Separate TX and RX; 73-2434A12). -
Page 3: Software Configuration
All other required connections on the front of the unit are cabled at the factory per ordered options. SOFTWARE CONFIGURATION Click on the sdms interface name in the Interfaces Con- figuration table... 05-6398A01, Rev. A MDS SD Master Station... -
Page 4: Configuration Via Command Line (Cli)
19200, 38400, 57600, and 115200 bps (asynchronous data only). 5. Enter the configuration mode by typing configure followed by This connector mates with a standard RJ-45 plug available from The ENTER key. many electronics parts distributors. MDS SD Master Station 05-6398A01, Rev. A... -
Page 5: Technical Assistance
Figure 8. COM Connector (RJ-45) Technical Assistance As viewed from outside the unit Factory technical assistance is available by contacting GE MDS during business hours (8:30 AM to 6:00 PM Eastern Time). For telephone assistance, call (585) 241-5510, or visit our website at www.gemds.com for additional contact options. - Page 6 This Equipment has been tested and found to comply with the limits for a Class please contact GE MDS, using the information at the back of this guide. A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed...