MLXTM Mobile Platform Communication System User’s Manual
MLXTM Mobile Platform Communication System User’s Manual RESTRICTIVE COVENANT AND DISCLAIMER Copyright © 2006 by Modular Mining Systems, Inc. Tucson, Arizona, U.S.A. All rights reserved. Modular Mining Systems, Inc.
MLXTM Mobile Platform Communication System User’s Manual Note: This equipment has been tested and found to comply with the limits for 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.
MLXTM Mobile Platform Communication System User’s Manual MANDATORY SAFETY INSTRUCTIONS TO INSTALLERS AND USERS Use only antennas supplied by Modular Mining Systems or dealer. Antenna Minimum Safe Distance: 20 cm Antenna Gain: dBi referenced to a perfect isotropic radiator. The Federal Communications Commission has adopted a safety standard for human exposure to RF (Radio Frequency) energy which is below the OSHA (Occupational Safety and Health Act) limits.
MLXTM Mobile Platform Communication System User’s Manual About This Manual This manual contains a description of the MLXTM Mobile Platform’s Communication System designed by Modular Mining Systems (MMS). Its use is intended for MMS personnel and clients who may be responsible for the system’s operation.
MLXTM Mobile Platform Communication System User’s Manual Bidirectional Amplifier Block Diagram Page 6 of 18
MLXTM Mobile Platform Communication System User’s Manual Omni Directional Antenna Antenna diversity is an option and not a requirement. If the omni is positioned such that it is the highest point on the vehicle, then multipath is not a problem and a single omni performs 98-99% as good a dual configuration. The disadvantage with omni antennas on many mine vehicles is that they are prone to being knocked off during normal mining operations.
MLXTM Mobile Platform Communication System User’s Manual Tune Up Information No tuning procedure is required by the end user since the RF power that is put in the entry of the amplifier is controlled by firmware (driver) being this less than 20 dBm, limit that permits to the Automatic Gain Control operates correctly in the range 2-20 dBm to obtain 30dBm RF power output as maximum.
MLXTM Mobile Platform Communication System User’s Manual Wireless Network Configuration The Wireless Ethernet adapter will obtain its IP address from the DHCP service. Make sure that the MLXTM Mobile Hub is being covered by the desired RF Wireless Access Point signal. 1. Press Ctrl-Alt-Del to open the “Windows Task Manager” 2. Press Alt-F 3. Press Enter to open a “Create New Task” window and type “cmd.exe” and Enter.
MLXTM Mobile Platform Communication System User’s Manual 4. A shell command window will appear, type “wan0config /s MLINK /w 123456789A” and press Enter. Note that the SSID (MLINK) and Wepkey (123456789A) could be different depending of each installation. 5. Type “ping 172.16.1.99” and press “Enter” to do pings to the central server. Note that the central server IP address could be different depending of each installation.
MLXTM Mobile Platform Communication System User’s Manual 6. If the ping is successful type “ewfmgr c: -commit” and press Enter. 7. Type “shutdown –r –t 0” and press Enter to shutdown the MLXTM Mobile Hub. 8. Turn ON the MLXTM Mobile Hub again. 9. Repeat steps 1, 2, 3 and 5. 10. If everything is successful, the MLXTM Mobile Hub has been configured correctly. If not, please send it to the MMS office to be repaired.
MLXTM Mobile Platform Communication System User’s Manual Application Loading 1. Open a “cmd.exe” shell window command. 2. Type “net/Hub/All CLASS=truck ID= OPTIONS=Gps,Truck,MineCare” and press “Enter” Example: 3. To run the application type “resetme” and press “Enter” 4. To reload the application, type “bootme”, press “Enter” and repeat the steps 1, 2 and 3.
MLXTM Mobile Platform Communication System User’s Manual Hardware Installation and Specifications MLXTM Mobile Hub The MLXTM Mobile Hub consists of a rugged case to support and base plate made of cast aluminum, which has been anodized and enameled to provide maximum protection from harsh environments. Its physical dimensions are approximately 33.0 by 26.2 by 8.9 centimeters (13 by 10.3 by 3.5 inches), and it weighs 4.7 kilograms (10.4 pounds).
MLXTM Mobile Platform Communication System User’s Manual Automatic Self Heat & Boot Automatic Cooling Heats to -20ºC and then boots Waterproof fan on at +45ºC Temp Sensor Internal GPS ±2ºC from -40º to +125ºC Trimble SKII Short circuit protected fan monitored for current and tachometer 12-channel differential GPS MLXTM Mobile Hub Display Indicators LED Power Radio ON Power good Radio good Radio Assoc GPS Associated with network -- Heater Fan Heat cycle ON Fan ON Blink Rate -Indicates time from la
MLXTM Mobile Platform Communication System User’s Manual Connector Ethernet CAN Speaker Digital I/O USB GPS Antenna Power Hi-Res Monitor GSP Primary Radio Antenna Secondary Radio Antenna Description Standard 10/100Base-T network connection Provides power output to and data communications with standard CAN devices. Standard PC Stereo out left & Right signals, Beeper, and Mic In. For future use only Provides two digital inputs for contactclosure-type devices such as foot switches.
MLXTM Mobile Platform Communication System User’s Manual Bi-directional Amplifier, Cavity Filter and Antenna The antenna have to be positioned such that it is the highest point on the vehicle, then multipath is not a problem and a single omni performs 98-99% as good a dual configuration, providing 360-degree coverage.
MLXTM Mobile Platform Communication System User’s Manual Omni Directional Antennas – Radiating Patterns 1. Omni-directional Antenna 6dBi Gain Frequency: 2.4-2.485 GHz Gain: 6dBi Manufacturer: Mobile Mark Model: OD6-2400 Vertical: 25 degrees Horizontal: 360 degrees 2. Omni-directional Antenna 2dBi Gain Frequency: 2.4-2.485 GHz Gain: 2dBi Manufacturer: Model: Modular Mining Systems, Inc.
MLXTM Mobile Platform Communication System User’s Manual Revision History Revision ------------- Date December 2006 Comments First issue A May 2007 Release Page 18 of 18
