Product parameter

Model :5202-DFNT-MCM4

Communication interface :DF1 over Ethernet/IP

Processor: 32-bit ARM Cortex-A9

– Memory :512MB RAM, 8GB Flash

-I/0 module: Expansion slots for digital, analog, and professional 1/0 modules

– Network: Ethernet, USB, serial port

An isolator module, also known as an isolator module or signal isolator, is an electronic device primarily used to solve the problem of signal isolation and signal conversion. Here are some of the main functions and features of the 5202-DFNT-MCM4 isolator module:

Functions and Uses:

Solve common ground and avoid interference: In large-scale project transformation, the isolator module can effectively solve the common ground problem between different devices, so as to avoid signal interference, so that the equipment can normally collect and process signals.

Sharing process signals in two places: The isolation distributor allows one signal to be monitored in two different places at the same time for easy monitoring, recording, or control1.

Enhanced on-load capacity: The 5202-DFNT-MCM4 isolator module also enhances the load capacity of the loop to meet specific application requirements 1.

Industrial field signal interference conversion: 5202-DFNT-MCM4 isolator module is a product of industrial field signal interference conversion, with a wide range of applicability.

Improve equipment stability and reliability: The isolator module improves the stability and reliability of the equipment by isolating the input signal processing, while ensuring the accuracy and security of data transmission.

Power supply mode:

The common power supply modes of the 5202-DFNT-MCM4 isolator module include independent power supply, loop power supply, and output loop power supply. Each power supply mode has its own characteristics and applicable scenarios.

Type:

Photoelectric isolation module: The use of photoelectric devices (such as photoelectric couplers) to achieve the isolated transmission of signals, with high-speed transmission, electrical isolation and strong anti-interference capabilities.

Electromagnetic isolation module: The electromagnetic induction principle is used to achieve the isolated transmission of signals, with good electrical isolation effect and strong anti-electromagnetic interference ability.