3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.com Matrix MX3-IZ Controller System Menu This equipment is not available to the general public and will only be installed by a professional installer.
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.com Table of Contents Introduction ....................................................................................................................................................................... 3 Product Overview ......................................................................................................................................................... 3 System Overview .....................................................
299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.com Tests............................................................................................................................................................................ 13 Support ....................................................................................................................................................................... 13 Logging............................................................................
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.com The MX3-IZ uses a Atmel Zigbee radio for radio connecting the locator and therefor in controlling the mine machine for miner safty.
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.com Controller specification As the core of the proximity detection system, the controller provides outputs to drive relays, analog and digital I/O, and CAN bus for equipment interfacing. Function Power Input Power Input (Max) Outputs Inputs CAN Bus Description 72VDC (2.0A) and 24VDC (1.0A) 72VDC (2.8A) and 24VDC (4.
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.com Analog Inputs There must be 2 analog inputs that support 4-20mA current loops. Controller Outputs Solid State Outputs The proximity detection system must provide at least 3 Solid-state relay outputs. These solid-state digital outputs must provide 24VDC when activated and must be able to supply up to 50mA individually at nominal voltage (each must be able to source up to 1.2W).
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.com //TODO enum protocol uint16_t DataLength; uint8_t Data[CAN_DATA_BYTES]; } CAN_frame_t; USB The CAN Bus interface of the proximity detection system must conform to ISO 11898 at the Physical Layer, utilizing a “full CAN” implementation of the CAN 2.0B protocol, transmitting at 125 k baud, using 11 bit identifiers.
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.com System Operation System The drivers emit a magnetic field around the machine they are mounted on. The locators respond to this magnetic field and communicate via radio frequency with the controller. The controller performs an algorithm to determine where, in relation to the machine, the locators are. When a locator breaches one of the configurable zones created around the machine, the proper configurable action is performed.
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.com The controller will be able to distinguish between a machine operator and all other personnel. Multi-Machine Operation Shuttle car has to have the ability to approach the Miner without shutting either machine down while maintaining safe distances for personnel. A button press by the operator will start the process of modifying or reducing the zones. Tests Port Test: There shall be a port test on the machine.
3299 Tower Drive Newburgh, IN 47630 812.490.1525 www.MatrixTeam.com FCC Compliance Statements 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.
