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GE MDS P21 Installation & Operation Manual
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GE MDS P21 Installation & Operation Manual

GE MDS P21 Installation & Operation Manual

Protected network stations, equipped with mds inet series, entranet, or mercury transceivers
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MDS P21/P22/P23
Protected Network Stations
Equipped with MDS iNET Series, EntraNET, or Mercury Transceivers
MDS 05-4161A01, Rev. C
AUGUST 2007
RSPSupply - 1-888-532-2706 - www.RSPSupply.com
http://www.RSPSupply.com/p-8464-MDS-P22-Redundant-Transceiver-Chasis-(Enet).aspx

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  • Page 1 MDS P21/P22/P23 Protected Network Stations Equipped with MDS iNET Series, EntraNET, or Mercury Transceivers MDS 05-4161A01, Rev. C AUGUST 2007 RSPSupply - 1-888-532-2706 - www.RSPSupply.com http://www.RSPSupply.com/p-8464-MDS-P22-Redundant-Transceiver-Chasis-(Enet).aspx...

  • Page 2: Quick Start Guide

    QUICK START GUIDE Below are the basic steps for configuring a Protected Network Station. Detailed instructions are given in “INSTALLATION” on Page 6. 1. Install transceivers (if not already present) • Remove chassis cover. • Remove the transceiver mounting plates. •...

  • Page 3: Table Of Contents

    TABLE OF CONTENTS 1.0 ABOUT THIS MANUAL ............... 1 2.0 PRODUCT INFORMATION ............1 2.1 Product Features ................2 2.2 Chassis Radio Configurations ............3 2.3 Antenna Port Configurations ............4 2.4 Items Supplied ................. 4 2.5 Model Configuration Codes .............. 5 3.0 INSTALLATION ................

  • Page 4: Copyright Notice

    Copyright Notice This Installation and Operation Guide and all software described herein are protected by copyright: 2007 GE MDS, LLC . All rights reserved. GE MDS reserves its right to correct any errors and omissions in this document. Operational Safety Notices...
  • Page 5 Customer Service Team using the information at the back of this guide. In addition, manual updates can often be found on the GE MDS web site at www.GEmds.com .
  • Page 6 P21/P22/P23 Protected Network Station 05-4161A01, Rev. C RSPSupply - 1-888-532-2706 - www.RSPSupply.com http://www.RSPSupply.com/p-8464-MDS-P22-Redundant-Transceiver-Chasis-(Enet).aspx...

  • Page 7: About This Manual

    2.0 PRODUCT INFORMATION The Protected Network Station (Figure 1) is a tabletop or rack-mount unit designed to hold two GE MDS transceivers, two power supplies, and a switchover logic board that automatically selects between trans- ceiver A or B as the active transceiver. Manual transceiver selection may also be made using a front panel switch.

  • Page 8: Product Features

    Invisible place holder Figure 1. Protected Network Station With two transceivers and power supplies installed, the unit will con- tinue to communicate even if a failure occurs in one of the transceivers or its associated power supply. This capability is important in mis- sion-critical applications where uninterrupted service is required.

  • Page 9: Chassis Radio Configurations

    • Rear panel alarm connections for customer-supplied alarm equipment • Tabletop or 19-inch rack mount installation • Utilizes standard GE MDS transceivers inside 2.2 Chassis Radio Configurations The chassis is available in the following transceiver configurations: • Two transceivers installed This configuration provides an immediately usable Protected Network Station for new installations.

  • Page 10: Antenna Port Configurations

    2.3 Antenna Port Configurations The Protected Network Station can be configured with a single antenna, or with two separate antennas for full redundancy to continue operation if the primary antenna becomes damaged or is otherwise inoperative. The following configurations are available: •...

  • Page 11: Model Configuration Codes

    2.5 Model Configuration Codes The configuration details of the Protected Network Station (as shipped from the factory) can be quickly determined from the model number label attached to the outside of the chassis. Figure 3 shows the signifi- cance of the model number characters printed on the label. Invisible place holder PACKAGE 1 - 12V DC...

  • Page 12: Installation

    3.0 INSTALLATION This section presents installation steps for: 1. I nstallation Planning 2. Installing transceiver(s) inside a chassis This step may be skipped if transceivers are already installed. 3. Installing the Protected Network Station Use these steps to connect external wiring and prepare the unit for regular service.

  • Page 13: Installing Transceivers-Mds Entranet, Inet/Inet-Ii

    NOTE: Before installing a transceiver in the chassis, make sure each radio is operating properly as a standalone unit, and is equipped with up-to-date firmware code. The latest revision of firmware for most GE MDS products is available for down- load at www.GEmds.com. 1. Make sure the power is off.
  • Page 14 6. Attach the upper mounting plate to the upper transceiver (Radio A) using four screws. Place the radio/mounting plate over the top of Radio B and attach the plate to the chassis. 7. Connect and secure the data interface, diagnostics and power cables to the transceivers as shown in Internal Cabling Arrangements on Page 10 .

  • Page 15: Installing Transceivers-Mds Mercury

    NOTE: Before installing a transceiver in the chassis, make sure each radio is operating properly as a standalone unit, and is equipped with up-to-date firmware code. The latest revision of firmware for most GE MDS products is available for down- load at www.GEmds.com. 1. Make sure the power is off.

  • Page 16: Internal Cabling Arrangements

    Invisible place holder Figure 6. Top View Showing Two Mercury Radios Installed NOTE: The internal back-up battery (if equipped) is disconnected for shipment from the factory. To enable back-up power, remove the top cover of the chassis and connect the battery cable to the battery control board.
  • Page 17 Battery & Control PCB LOWER: RADIO B COM1 COM2 LINK < < < < < < Invisible place holder From Lower To S/O-Logic Cable Type Radio PCB Assy. RJ-45 COM1 DB-9 Male COM2 DB-9 Female 2-Conductor Phoenix LINK (Antenna) TNC Coaxial Figure 7.
  • Page 18 Invisible place holder Battery & Control PCB UPPER: RADIO A COM1 COM2 LINK < Invisible place holder From Upper To S/O-Logic Cable Type Radio PCB Assy. RJ-45 COM1 DB-9 Male COM2 DB-9 Female 2-Conductor Phoenix LINK (Antenna) TNC Coaxial Figure 8. P21 (MDS iNET/iNET-II Series) Internal Cabling—Upper (A) Radio P21/P22/P23 Protected Network Station 05-4161A01, Rev.
  • Page 19 Invisible place holder Battery & Control PCB LOWER: RADIO B COM1 COM2 LINK < < < < < < Invisible place holder From Lower To S/O-Logic Cable Type Radio PCB Assy. RJ-45 COM1 RJ-12 COM2 RJ-45 2-Conductor Phoenix LINK (Antenna) TNC Coaxial Figure 9.
  • Page 20 Invisible place holder Battery & Control PCB UPPER: RADIO A COM1 COM2 LINK < Invisible place holder From Upper To S/O-Logic Cable Type Radio PCB Assy. RJ-45 COM1 RJ-12 COM2 RJ-45 2-Conductor Phoenix Link (Antenna) TNC Coaxial Figure 10. P22 (MDS entraNET) Internal Cabling—Upper (A) Radio P21/P22/P23 Protected Network Station 05-4161A01, Rev.
  • Page 21 Invisible place holder Radio Front Panel Switchover Logic Cable Type Connector PCB Assy. 2-Conductor Phoenix RJ-45 COM1 DB-9 Male GPS Antenna SMA Coaxial TX/RX1 TNC Coaxial Figure 11. P23 (MDS Mercury) Internal Cabling—Radio A 05-4161A01, Rev. C P21/P22/P23 Protected Network Station RSPSupply - 1-888-532-2706 - www.RSPSupply.com http://www.RSPSupply.com/p-8464-MDS-P22-Redundant-Transceiver-Chasis-(Enet).aspx...
  • Page 22 Invisible place holder Invisible place holder Radio Front Panel Switchover Logic Cable Type Connector PCB Assy. 2-Conductor Phoenix RJ-45 COM1 DB-9 Male GPS Antenna SMA Coaxial TX/RX1 TNC Coaxial Figure 12. P23 (MDS Mercury) Internal Cabling—Radio B P21/P22/P23 Protected Network Station 05-4161A01, Rev.

  • Page 23: External Connections

    3.5 External Connections All external connections are made at the unit’s rear panel. Refer to Figure 13 for connector definitions. The text that follows provides addi- tional detail for each connector. Invisible place holder REDUNDANT ANTENNA / LINK LAN (ETHERNET) ANTENNA / LINK ANTENNA* PORT (A+B)

  • Page 24: Data Connections

    Data Connections For the following connections, be sure to use only the required pins for the application. Do not use a fully-wired (25 conductor) cable on the DB-25 ports. Refer to Figure 14 for detailed views of the DB-25 inter- face connectors and Table 1 for DB-25 I/O connector functions.

  • Page 25: Alarm Equipment Connections

    Alarm Equipment Connections If alarm equipment (lamp, sounding device, etc.) is to be used with the station, make the appropriate connections to the rear panel ter- ALARM minals. Normally Normally Closed Open Alarm Common Figure 15. Rear Panel Alarm Contacts (For use when two radios are installed) terminals are “dry”...

  • Page 26: Mounting The Protected Network Station

    Invisible place holder POWER INPUT TRANSCEIVER A POWER INPUT POWER GROUND STUD TRANSCEIVER B ON/OFF Figure 16. Input Power Connections (AC Units) NOTE: The internal back-up battery (if installed) is disconnected for shipment. To enable back-up power, remove the top cover of the chassis and connect the battery cable to the battery control board.

  • Page 27: Initial Startup

    Invisible place holder Figure 18. Mounting Dimensions 3.7 Initial Startup In-service operation of the Protected Network Station is completely automatic. Once the unit has been properly installed and configured, operator actions are limited to observing the LED status indicators for proper operation.
  • Page 28 Invisible place holder Figure 19. Radio Select Switch Table 2. Radio Selection Switch Positions Switch Function Position Transceiver A is selected as the active unit. Switchover will not occur if a failure occurs in Transceiver A or if the Remote Switchover is invoked.

  • Page 29: Programming The Transceivers

    4.0 PROGRAMMING THE TRANSCEIVERS This section presents menu settings for transceivers used in Protected Network Stations. Only menus pertaining directly to protected network operation are covered here. Please refer to the transceiver manual for all other radio commands. • For instructions on programming MDS iNET/iNET-II Series transceivers, see “Initial MDS iNET/iNET-II Programming and Setup”...
  • Page 30 Invisible place holder Select this item for redundancy configuration menus Figure 20. Transceiver’s Main Menu Upon successful entry to the redundancy menus, the screen shown in Figure 21 appears. This is the starting point for setting all parameters related to redundancy switchover. The first menu item, Redundancy Con- , must be set to , for the switchover function to be active.
  • Page 31 Invisible place holder Figure 21. Redundancy Menu (Top Level) Select the letter of the item you wish to configure, and a sub-menu appears with settable parameters. (Exception: Selecting the last item, does not bring up a sub-menu. It initiates an immediate Force Switchover change to the other transceiver.) The following screens show the Redundancy sub-menus and provide...
  • Page 32 Figure 22 shows a list of Network Events that can trigger a switchover. When is selected in the menu, the event will trigger a ENABLED switchover. When is selected, no switchover occurs for that DISABLED event. An explanation of menu items is provided below: AP Ethernet Link The AP’s Ethernet cable is disconnected, damaged, or Disconnected...
  • Page 33 Country/SkipZone Mismatch The unit is not receiving the correct frequency hopping format. Lack of Associated Remotes The Access Point fails to have any associated Exceeded Threshold remotes for specified period of time. For this event to occur properly, the following value must be configured in the Redundancy Configuration Options menu: Lack of Remotes for x (seconds)
  • Page 34 Invisible place holder Figure 24. Hardware Event Trigger Configuration Figure 24 above shows the list of Hardware Events that will trigger a switchover. When is selected, the event triggers a switchover. ENABLED When set to , no switchover occurs for that event. An explana- DISABLED tion of menu items is provided below: MAC communication Failed...

  • Page 35: Mirrored Configuration" Of Transceivers

    RF Power Control Saturated Low There is a hardware defect that is causing the Power Control Loop to fail. Initialization Error The software failed to initialize properly. Additional Menu Item for Remotes: The Signal to Noise ratio is below the user-defined threshold.

  • Page 36: Initial Mds Entranet Programming And Setup

    3. Configure Radio A (upper unit) as appropriate. Save the configura- tion file to a TFTP server as described in the transceiver manual. 4. Set the front panel switch to “ ”. Download the RADIO SELECTION saved configuration file into Radio B (lower unit). 5.
  • Page 37 Invisible place holder Figure 26. Redundancy Menu • —This selection is used to enable or Redundancy Configuration disable redundancy operation. When the supervisory board detects an alarm condition, the currently selected transceiver is disabled, and the backup transceiver comes online. enabled, disabled;...
  • Page 38 Invisible place holder Figure 27. Network Event Triggers Menu • —This selection is used to enable or dis- Network Interface Error able redundancy switchover on the occurrence of a Network Interface Error. [ enabled, disabled; enabled Invisible place holder Figure 28. Hardware Event Triggers Menu P21/P22/P23 Protected Network Station 05-4161A01, Rev.
  • Page 39 • —This selection is used to enable or dis- Frequency Not Calibrated able redundancy switchover if a frequency calibration error occurs. If this error occurs, the radio will require factory service. enabled, disabled; disabled • —This selection is used to enable or disable Power Not Calibrated redundancy switchover if an RF power calibration error occurs.
  • Page 40 Invisible place holder Figure 30. Lack of Associated Remotes Exceeded Threshold Menu • —the duration of time that a redundant AP Lack of Remotes for waits (in seconds) before considering itself to be malfunction- ing. Invisible place holder Figure 31. Packet Rx Errors Exceeded Threshold Menu This screen contains two settings relating to Packet Receive Errors.

  • Page 41: Mirrored Configuration" Of Transceivers

    • —Here, you specify the number of packet Maximum Receive Errors errors that must be exceeded before a redundant AP is reported as malfunctioning. This setting works in conjunction with the Interval setting below. [ 0-1000; 300 • —This field is used for entering a time Receive Error Count Interval interval that dictates the duration (in seconds) that works in con- junction with the Maximum Receive Errors above.

  • Page 42: Troubleshooting

    Invisible place holder Figure 32. Redundancy Configuration Menu (AP Only) Below are brief descriptions of the menu items available on the Redun- dancy Configuration Menu. Refer to the Mercury Reference Manual (Part No. 05-4446A01) for complete details on this menu and its associ- ated submenus.

  • Page 43: Technical Reference

    When an alarm condition exists, the transceiver creates an alarm code or message that can be read on a PC terminal connected to the rear panel port. This information can be helpful in resolving many DIAGNOSTICS system difficulties. Consult the transceiver manual for a discussion of alarm messages and corrective action.

  • Page 44: Specifications

    The Backup Battery (28-1575A03) and Battery Control Board (03-3362A01), if present, can be removed by loosening the bracket that holds it to the chassis and disconnecting its push-on terminals. Use care not to short the battery terminals during removal. Figure 33 shows the battery, control board and associated interface cables.
  • Page 45 General Frequency Range: Dependent on transceiver(s) installed. See trans- ceiver manual. Data Interface: IP/Ethernet, Serial (RS-232). Provided by two rear panel DB-25 connectors (DCE and DTE) Diagnostic Interface: Serial (RS-232), Telnet, or Web browser. Provided by a rear panel DB-25 connector. Alarm Output: Dry (isolated) contacts for controlling an alarm device upon primary power failure or transceiver...
  • Page 46 P21/P22/P23 Protected Network Station 05-4161A01, Rev. C RSPSupply - 1-888-532-2706 - www.RSPSupply.com http://www.RSPSupply.com/p-8464-MDS-P22-Redundant-Transceiver-Chasis-(Enet).aspx...
  • Page 47 connections, illustrated 17 Replacement parts 37 Antenna replacing 37 port configurations 4 Start-up procedures 21 Battery Control Board, replacing 37 Switchover Logic Board, replacing 37 Configurations Tables antenna port 4 radio selection switch positions 22 chassis 3 Technical reference (assembly replacement) 37 Transceivers initial programming 23, 30 Dimensions, mounting 21...
  • Page 48 P21/P22/P23 Protected Network Station 05-4161A01, Rev. C RSPSupply - 1-888-532-2706 - www.RSPSupply.com http://www.RSPSupply.com/p-8464-MDS-P22-Redundant-Transceiver-Chasis-(Enet).aspx...

  • Page 49: In Case Of Difficulty

    IN CASE OF DIFFICULTY... GE MDS products are designed for long life and trouble-free operation. However, this equipment, as with all electronic equipment, may have an occasional component failure. The following information will assist you in the event that servicing becomes necessary.
  • Page 50 GE MDS, LLC 175 Science Parkway Rochester, NY 14620 General Business: +1 585 242-9600 FAX: +1 585 242-9620 Web: www.GEmds.com RSPSupply - 1-888-532-2706 - www.RSPSupply.com http://www.RSPSupply.com/p-8464-MDS-P22-Redundant-Transceiver-Chasis-(Enet).aspx...

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