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The IS215REBFH1BA module typically offers multiple relay outputs that can be used to switch or control external devices, such as motors, valves, or alarms.

The relay contacts of the module have specific ratings for voltage and current, which determine the maximum load they can handle. These ratings vary based on the module's design and application requirements.

The module is designed to interface with the control system through a communication interface, allowing seamless integration and communication within the automation network.

The module may include diagnostic LEDs or status indicators to provide visual feedback on the operational status and the state of the relay outputs.

The Mark VI is a fully programmable control system. Application software is created from in-house software automation tools which select proven GE control and protection algorithms and integrate them with the I/O, sequencing, and displays for each application. A library of software is provided with general-purpose blocks, math blocks, macros, and application specific blocks. 32-bit floating point data (IEEE-854) is used in a QNX operating system with real-time applications, multitasking, priority-driven preemptive scheduling, and fast context switching.

Software frame rates of 10, 20, and 40 ms are supported. This is the elapsed time that it takes to read inputs, condition the inputs, execute the application software, and send outputs. Changes to the application software can be made with password protection (5 levels) and downloaded to the control module while the process is running. All application software is stored in the control module in non-volatile flash memory.