GE Fanuc PWB232A3496G1 Analog Input Module – Enhancing User & Programmer Experience

GE Fanuc PWB232A3496G1 Analog Input Module – Enhancing User & Programmer Experience

    The PWB232A3496G1 is a high-performance analog input module designed by GE Fanuc for integration into industrial control systems. It offers six hardware configurable filter frequencies per channel, allowing for independent and flexible signal processing. This module is built to enhance user experience through seamless software configuration and reliable performance, making it ideal for applications requiring precise data acquisition.

Manufacturer:GE Fanuc

Model:PWB232A3496G1

Module Type:Universal Analog Input Module

Channels:8

Input Types Supported:Thermocouples, Strain Gauges, RTDs, Voltage, Current

Data Acquisition Speed:High-Speed

Interface:RX3i PCI Bus

Software Configuration:Fully Software Configurable

Calibration:Automatic Calibration Based on Filter Frequency

Alarm Detection:High, High-High, Low, Low-Low Alarm Detection

Fault Reporting:Supports Fault Reporting in Logic Programs

Temperature Display:Celsius or Fahrenheit

    The GE Fanuc PWB232A3496G1 Analog Input Module stands out with its comprehensive feature set designed to enhance both user and programmer experiences. This module offers unparalleled precision and reliability in analog signal conversion, making it an essential component for industrial automation systems. Featuring 8 universal analog input channels, each capable of independent frequency filtering, this module supports a wide range of input types including RTDs, thermocouples, strain gauges, voltage, and current. Additionally, it provides automatic calibration based on filter frequencies, ensuring accurate readings under varying conditions. The module also includes high, high-high, low, and low-low alarm detection capabilities, as well as temperature display options in Celsius or Fahrenheit, enhancing system monitoring and management. Designed with full software configurability, the PWB232A3496G1 eliminates the need for hardware jumper settings, simplifying setup and maintenance processes. Its diagnostic support features error check, terminal block removal detection, and cold junction compensation, providing robust system diagnostics. The module is also future-proofed with flash memory for potential upgrades, ensuring long-term usability and adaptability.