Configurable transfer of data
The unique line powered galvanic isolating network bridge provides configurable transfer of data between Silbus networks to further enhance gas monitoring and conveyor control systems.
Monitoring temperatures
Single channel line powered temperature transmitters provide the user with complete freedom in monitoring conveyor bearing temperatures.
Low cost flexible method
Dual channel line powered frequency transmitters provide a unique low cost flexible method of monitoring mine ventilation.
Intrinsically safe barrier
The galvanic isolating repeater allows it to be used as an intrinsically safe barrier between safe and hazardous areas in drift belt installations.
Gas monitoring and conveyor control systems
Austdac has been at the forefront of this industry for 30 years now. This new family brings features such as ease of installation, improved ease of customer configuration and diagnostic capability.
Unique ability of Silbus
Silbus provides data transmission and power on the same simple twisted pair of wires has been further improved to allow reliable monitoring and control in systems up to 8000 metres in length. Distances and functionality can be further extended using the new galvanic isolating repeater and network bridge.
Improved Modbus system
The Silbus control unit or channel generator with its configurable logic resolvers, improved Modbus interface and system diagnostic facilities further compliments the range and makes the implementation of a conveyor control or mine wide gas monitoring system a simple task.
DIN rail mounting family
The range of signals that can now be monitored include digital, safety (SIL2), voltage, current, temperature and frequency all in a consistent family of DIN rail mounting or wire in modules.
New four channel digital transmitters and receivers
The four channel transmitters and recievers provide galvanic isolation between the SILBUS network and digital signals allowing simple cross safe-hazardous area installations without the need for additional barriers and interposing relays.