No. of Inputs:4
Analog Input Type:Voltage, Current
Output Signals:4-20 mA
Supply Voltage Range:18-56 VDC
Communication Protocol:Genius Protocol
Power Source:24/48 Volt DC
Independent Scaling:for each input and output
Fault Reporting:enabled or disabled
Input Filter Time:up to 1024ms
Operational Modes:Normal analog input mode, report only its alarm status
Alarm Limits:for each input, in normal input mode
The GE Fanuc IC660BBA020 Analog I/O Block is engineered to enhance the efficiency and reliability of industrial automation processes. It boasts a compact design with six (6) independent analog inputs, enabling precise measurement of various physical parameters. This module supports 4-20mA output signals, making it compatible with a wide range of industrial equipment.
Featuring a Genius Protocol for seamless communication, this I/O block ensures efficient data transfer and control within complex automation systems. The 18-56VDC supply voltage range provides flexibility in different industrial settings, ensuring compatibility across various power sources.
With independent scaling for each input and output, users can customize their setup according to specific application requirements. Fault reporting to the host can be easily enabled or disabled, enhancing system reliability and reducing maintenance needs. The module offers selectable input filters up to 1024ms, allowing for fine-tuning of signal processing to meet diverse operational demands.
Each input can operate in normal analog input mode or report its alarm status, providing real-time monitoring and alerting capabilities. The low and high alarm limits for each input ensure accurate threshold detection, critical for safety-critical applications. This makes the IC660BBA020 a valuable asset in industries requiring precise control and monitoring.
Designed for durability and long-term reliability, this I/O block is an essential component in the evolution of industrial automation. Its compatibility with various platforms and open architecture facilitates integration with existing systems, while its scalable options support future growth and adaptation to evolving industry standards.
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