I/O modules

This analog input board processes field sensor signals for GE Speedtronic systems. You will find the GE IS200BAIAH1B IS200BAIAH1BDC Speedtronic board converting thermocouple and RTD readings into digital values. Its high channel density maximizes data acquisition within limited rack space.

Technical Specifications

This board features sixteen single-ended analog input channels for sensor connections. You can also locate two cold junction compensation circuits for thermocouple accuracy. The GE IS200BAIAH1B IS200BAIAH1BDC Speedtronic board stores no battery energy for configuration retention. Instead, it uses small filtering capacitors for electromagnetic interference suppression only. Therefore, this board never requires any routine battery replacement.

Signal Conversion Details

The GE IS200BAIAH1B IS200BAIAH1BDC Speedtronic board draws its operating power from the VME backplane connection. Each analog channel accepts millivolt signals from standard thermocouple types J, K, or T. You can also configure each channel for 0-10 VDC or 4-20 mA inputs via jumpers. Moreover, the board includes an isolated digital section to prevent ground loop errors. This design ensures accurate temperature readings within ±0.1 percent.

Mechanical Integration and Mounting

You must align the GE IS200BAIAH1B IS200BAIAH1BDC Speedtronic board carefully with the two plastic card guides. After full insertion, secure the board using the metal ejector tabs at the front edge. The board measures exactly 26.5 centimeters in length and 18.0 centimeters in width. Its total weight reaches approximately 0.72 kilograms for straightforward handling. Furthermore, the board includes a protective metal shield over the analog front end.

Environmental and Storage Guidelines

You should store this GE IS200BAIAH1B IS200BAIAH1BDC Speedtronic board in an anti-static bag away from moisture. The board operates reliably between -30°C and +65°C ambient temperature. Likewise, keep the unit away from conductive dust or strong electromagnetic fields. Because the board uses solid-state components only, it requires zero regular maintenance.

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