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GE MDS 4710M Technical Manual

GE MDS 4710M Manual Online:

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GE MDS 4710M User Manual
GE MDS 4710M User Guide
GE MDS 4710M Online Manual

Text of GE MDS 4710M User Guide:

  • GE MDS 4710M, MDS 05-6399A01, Rev. E MDS™ Master Station 101 Earth Curvature As the distance of a communication link increases, the clearance problem is compounded by the earth’s curvature. Radio waves traveling through typical atmospheric conditions bend slightly, which is represented by treating the earth as though it were slightly flatter than it actually is. Ex- perience has shown that if we consider the earth’s radius 4/3rds of its actual size, we get good agreement between theory and measured propagation results. The

  • GE MDS 4710M, 54 MDS™ Master Station MDS 05-6399A01, Rev. E be thought of as a ‘remote terminal server’, not to be confused with the SD remote radio’s Ter- minal Server functionality. TCP Server specific configuration options include: • Local IP Port – The TCP port number that the server will listen for connections on. • IPv4 Bind IP – If the Master Station is configured with multiple IP interfaces; you can specify that the IP Payload service only will listen for connections on one of the IP addresses of the system. This is useful in VLAN configurations where you wish to only make the IP Payload ser

  • GE MDS 4710M, 68 MDS™ Master Station MDS 05-6399A01, Rev. E Remote SD Reprogramming OTA Reprogramming Overview This feature is for reprogramming SD remote radios only. This will not reprogram other Master Stations on the network. The “Root” is the central location from which polling originates. Other locations in the network should be designated as “Nodes” which are the receiving stations. Over-the-air firmware up- grades should always be initiated from the Root. This ensures that all radios in the networ

  • GE MDS 4710M, 42 MDS™ Master Station MDS 05-6399A01, Rev. E • Output - Use for selecting and applying a QoS policy (from the available QoS policies) to the outgoing traffic on this interface. See "Quality of Service (QoS)" in the MDS Orbit MCR Technical Manual (05-6632A01) for more information on creating QoS policies. 5.8 Bridging Understanding The unit supports transparent bridging of LAN, and in firmware versions of 3.0.0 and higher, WiFi and SD networks. The bridge forwards traffic between LAN interfaces and wireless inter- faces at the laye

  • GE MDS 4710M, MDS 05-6399A01, Rev. E MDS™ Master Station 43 gated to all member sd-nic interfaces. This insures that all SD radio interfaces in the system are using identical configurations so that interface fail-over is seamless. To access the full suite of SD configuration options, select the sdms interface from the interfaces drawer on the left-hand menu. Understanding the use of Virtual Radio Channels (VRCs) VRCs allow over-the-air data to be directed to specific interface ports (IP or Serial) on the radio. Conceptually, this can be pictured as creating “pipes” for delivery of data to the desired radio interfaces. VRC works by associating data from a specific port (IP and S

  • GE MDS 4710M, MDS 05-6399A01, Rev. E MDS™ Master Station 9 1.0 INTRODUCTION The MDS™ Master Station is an advanced, flexible platform designed for the demanding re- quirements of today’s industrial wireless networks. It represents the latest development in a line of MDS products that set the standards for wireless performance today. The Master Station builds on this legacy with several innovative features, including a single compact chassis (2 RU), 100% duty cycle operation (no cooling fans required), front panel access to all modules, and drop-in compatibility with earlier M

  • GE MDS 4710M, 86 MDS™ Master Station MDS 05-6399A01, Rev. E Table 6-11. SD Radio Module LEDs LED Name Behavior Me a ning PWR/ALARM GREEN FLASHING RED FLASHING GREEN Alternating with ACTIVE Power applied Alarmed radio Radio power-up Firmware is updating ACTIVE GREEN OFF Alternating with PWR Active Standby Firmware is updating TX BLUE Transmitting RX BLUE Receiving SD Master Radio Module RF Interface SD Radio Modules include keyed RF Connectors for front connection to either

  • GE MDS 4710M, MDS 05-6399A01, Rev. E MDS™ Master Station 29 Maximizing RSSI Since the Master Station almost always uses an omni-directional antenna, maximizing signal strength is done at the remote sites where directional antennas are typically used. An RSSI stronger than -90 dBm is desirable. Refer to Section 5.0 Device Management for information on monitoring the RSSI for the Radio Module.

  • GE MDS 4710M, MDS 05-6399A01, Rev. E MDS™ Master Station 3 Force Alarm ........................................................................................................ 64 Link Test ............................................................................................................. 65 Perform Failover ................................................................................................. 66 Remote Management Command ........................................................................ 66 Remo

  • GE MDS 4710M, MDS 05-6399A01, Rev. E MDS™ Master Station 17 Table 2-4. Module Descriptions Module Name ID Function Power Supply 1 Power Supply 2 6843: (+/- 12-36 VDC) 6844: (+/- 36-75 VDC) 6845: (+/- 75-140 VDC) 6755: (110/220 VAC) Provides operating power based on a variety of AC and DC input options. Up to two power supply modules may be installed in the chassis (AC or DC; any combination. In a redundant configuration, both power supplies work in tandem and are independent of which radio is currently active. Platform Manager 6834 Provides management and

  • MDS 05-6399A01, Rev. E MDS™ Master Station 87 Table 6-13. 6846 SDM4 Radio Module Specifications Frequency Band 400-450MHz (SDM4B) 450-512MHz (SDM4C) Duplex Modes Full Half Duplex, Switched Carrier Half Duplex, Single Carrier (Simplex) Half Duplex modes may operate using software enabled integrated T/R switch for installations that do not re

  • GE MDS 4710M, MDS 05-6399A01, Rev. E MDS™ Master Station 95 Supply does require first removing the supply input for the module, but the alternate Power Sup- ply can remain powered. The unit will continue to operate using a single power supply. When removing a Radio Module on a redundant unit, we recommend changing the selector switch on the Alarm/Relay Module to lock the active radio to A or B as appropriate before re- moving the other Radio Module. This should be done even if the desired radio is already active. The manual override toggle switch is lo

  • GE MDS 4710M, 6 MDS™ Master Station MDS 05-6399A01, Rev. E The RF safety distance is calculated based on each product type’s highest output power configuration with no duplexer, redundant switching, or cable losses. Table 1-1 Antenna Gain vs. Minimum RF Safety Distance Antenna Gain 0–5 dBi 5–10 dBi 10–16.5 dBi Safety Distance SDM4 variant - FCC 1.09 meters 1.95 meters 4.11 meters Safety Distance SDM4 variant – IC 1.43 meters 2.54 meters 5.37 meters Safety Dist

  • MDS 05-6399A01, Rev. E MDS™ Master Station 89 • Terminals 8 and 9 provide solid state relay contacts that close when a minor alarm is detected. • Terminals 10 and 11 provide relay contacts that close when a major alarm is detected. You can redefine these relay contacts using the radio’s software (switched from minor to major alarm outputs,

  • MDS 05-6399A01, Rev. E MDS™ Master Station 15 Table 2-3. 400MHz Master Station Technical Specifications Transmit (TX) Parameter Specification Frequency Range 400-450 MHz (SDM4B) 450-512MHz (SDM4C) 1 Frequency Stability <0.5 ppm, -30C to +60C TX Power Out +41.1 dBm maximum at radio card for - 30 to +60C 2 TX Frequency Response +/- 1.0 dB from 100 Hz to 2.5 kH

  • MDS 05-6399A01, Rev. E MDS™ Master Station 93 7.2 Redundant Units The active radio can be identified by the corresponding LED on the alarm/relay module as well as the active LED on the radio module. The active unit is normally selected automatically. For troubleshooting, the toggle switch can be used to manually set the active radio. Alternatively, the switch can remain in

  • GE MDS 4710M, MDS 05-6399A01, Rev. E MDS™ Master Station 21 Table 3-1. Signal Loss in Coaxial Cables (at 900 MHz) Cable Type 10 Feet (3 Meters) 50 Feet (15 Meters) 100 Feet (30.5 Me- ters) 200 Feet (61 Meters) RG-8A/U 0.85 dB 4.27 dB 8.54 dB 17.08 dB 1/2 inch HELIAX 0.23 dB 1.15 dB 2.29 dB 4.58 dB 7/8 inch HELIAX 0.13 dB 0.64 dB 1.28 dB 2.56 dB 1 - 1/4 inch HELIAX 0.10 dB 0.48 dB 0.95 dB 1.90 dB 1-5/8 inch HELIAX 0.08 dB 0.40 dB 0.80 dB 1.60 dB Table 3-2. Signal Loss in Coaxial Cables (at 400 MHz) Cable Type 10 Feet (3 Meters) 50 Feet (15

  • GE MDS 4710M, MDS 05-6399A01, Rev. E MDS™ Master Station 25 Figure 4-1. Internal Duplexer, Triple N connectors Figure 4-2. Internal Duplexer (or internal T/R switch), Single N connectors Figure 4-3 External duplexer or dual antennas (TX and RX ports pass directly through)

  • GE MDS 4710M, 58 MDS™ Master Station MDS 05-6399A01, Rev. E Firewall Filter The firewall filtering rules to apply to this interface when it is not a member of a bridge or VLAN interface. For full information on applying firewall filters to interfaces, see the MDS Or- bit MCR Technical Manual (05-6632A01). VLAN The VLAN configuration section is used to configure the SDMS interface to be a member of a VLAN. For full information on configuring VLANs and adding interfaces to existing VLANs, see the MDS Orbit MCR Technical Manual (05-6632A01).

  • GE MDS 4710M, MDS 05-6399A01, Rev. E MDS™ Master Station 19 3.1 Applications The Master Station is designed for point-to-multipoint data transmission in utility SCADA communications, transactional systems, and telecommunications systems. The wireless network provides communications between a central host computer and remote terminal units (RTUs) or other data collection devices. In such an arrangement, the operation of the radio system is trans- parent to the computer equipment. Repeater and Polling Remote Operation In a system using FCC Part 90 repeater and poll

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