General Electric IC600BF843 Series Six Analog Input Module

The General Electric IC600BF843 serves as the primary IC600BF843 Analog Input Module utilized to execute multi-channel current signal acquisition across GE Series Six PLC platforms.

Hardware Specifications

Industrial Control & Backplane Communication Properties

As an 8-channel current input processing module within General Electric Series Six PLC racks, the IC600BF843 provides direct signal conversion and backplane execution:

• I/O Density Scaling: Integrates 8 discrete analog current loops into a single-slot form factor, maximizing rack slot density and signal channel distribution.
• Backplane Bus Communication Velocity: Digitizes incoming 4-20 mA analog signals and transfers data packets across the Series Six backplane bus to the CPU with deterministic execution.
• Firmware Flash Compatibility: Preserves hardware calibration constants and analog-to-digital conversion parameters across system controller updates and CPU reconfigurations.

Frequently Asked Questions

Q: What signal range does each channel on the IC600BF843 module process?

A: Each of the 8 channels on the module is engineered to process standard 4-20 mA analog current loop signals.

Q: How is operating power supplied to the IC600BF843 module?

A: Operating power is drawn directly from the PLC rack backplane bus when the module is fully seated in its chassis slot.

Q: Are all 8 analog input points contained within a single rack slot footprint?

A: Yes, the module integrates 8 independent 4-20 mA input channels into a single-slot Series Six enclosure.

Field Installation Guidelines

Proper physical installation and signal wiring practices ensure accurate analog signal processing in high-noise environments:

• Rack Insertion and Power Isolation: Disconnect main power to the PLC rack before mounting or removing the module. Align the board edges with the card guides, slide the module into the rack until the backplane connector seats completely, and secure the retaining screws.
• Signal Wiring and Polarity: Connect field transmitter cables to the dedicated terminal block terminals, ensuring correct polarity for each 4-20 mA current loop.
• Cable Shielding and Noise Suppression: Use shielded twisted-pair cabling for all analog signal runs. Terminate cable shields at a single point on the cabinet ground bar, and route signal lines in separate conduits away from high-voltage AC cables.