IC693ALG220 Analog input module

Description

IC693ALG220 Analog input module

The IC693ALG220 analog input module is a multifunctional analog input module for GE Fanuc 90 series Programmable logic controllers (PLCS). It provides four analog voltage input channels, each capable of converting the analog input signal into a digital signal for PLC processing. The module is designed for applications in industrial automation and control systems that require accurate and reliable analog signal acquisition.
Main features of IC693ALG220 analog input module:
Four analog voltage input channels: Four independent analog voltage input channels with a wide input range of -10V to +10V are available to measure a wide range of analog signals from sensors and sensors.
High resolution and accuracy: 12-bit analog-to-digital (A/D) conversion with ±0 accuracy. 25% of full scale to ensure accurate and reliable signal digitization.
Fast conversion speed: A fast conversion speed of 1 millisecond per channel allows real-time processing of analog signals for applications requiring fast response times.
Isolated input channels: Provide isolated input channels to protect the PLC from field ground faults and field wiring noise, ensuring signal integrity and reliable operation.
Current limiting input mode: The integrated current limiting input mode can be used to connect sensors with high output impedance, preventing module damage and ensuring accurate signal measurement.
Onboard shunt resistor: Includes an onboard 250 ohm shunt resistor capable of measuring analog currents in the -40mA to +40mA range.
Simple configuration: Easy configuration with GE Fanuc’s PLC programming software, allowing for simple setup and integration into PLC systems.
Application of IC693ALG220 analog input module:
Process control: The measurement of analog signals from sensors in various industrial processes, such as temperature, pressure, flow and level, for monitoring and control purposes.
Data Acquisition: Acquisition of analog data from sensors and sensors for data recording, analysis and visualization in industrial automation systems.
Machine automation: Monitoring and controlling analog parameters in machine automation applications, such as motor speed, position feedback and force measurement.
Test and measurement: Connects to analog test equipment for data acquisition, signal analysis and equipment testing in industrial environments.
Laboratory instruments: Connect to simulated laboratory instruments for data collection, experimental automation, and process control.