2024-09-18

1769-OF4CIA analog current Isolated Output module

The 1769-OF4CIA analog current Isolated Output module is an electronic device that isolates and converts an input signal into a proportional output DC signal. This module is usually embedded with an efficient micro-power supply, which can provide isolated power supplies to the input and output terminals and a photocoupled isolation amplifier for analog signal output. Due to the use of linear photoelectric isolation technology, it has better anti-EMC interference and space electromagnetic interference capability than electromagnetic isolation.

1769-OF4CIA Analog current isolation output module product features include:

Wide input range: can accept a variety of types of analog signal input, such as 0-5V, 0-10V, 0-20mA, 4-20mA and other international standard signals.

High accuracy: The 1769-OF4CIA conversion accuracy is high, usually within 0.1%, which can meet the requirements of most industrial applications.

 

Good isolation performance: three isolation technology is used between input, output and power supply, with extremely high insulation resistance and voltage resistance, 1769-OF4CIA can effectively protect circuits and equipment from electrical faults and interference.

High reliability: Using high-quality components and advanced production processes, it has high stability and reliability, and can operate stably in harsh industrial environments for a long time.

Easy to use: Only external zero and full adjustment potentiometer can realize the isolation of analog signal amplification and transmission, without complex debugging and calibration process.

Analog current isolation output module has been widely used in electric power, remote monitoring, instrumentation, medical equipment, industrial automatic control and other industries that need power isolation measurement and control. By using this module, the signal isolation, amplification and conversion can be realized, the anti-interference ability and measurement accuracy of the system can be improved, and the stability and reliability of the system can be guaranteed.

 

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