EPRO MMS3125/022-020 Dual Channel Displacement Transmitter

EPRO MMS3125/022-020 dual-channel displacement transmitter is a high-performance displacement monitoring device. The following is a detailed introduction to its features and main technical parameters:

I. Product Overview

EPRO MMS3125/022-020 dual-channel displacement transmitter is a high-precision displacement measurement device produced by EPRO. It uses advanced signal processing technology to convert two independent displacement sensor inputs into two independent output signals proportional to the displacement, thereby achieving accurate monitoring of the displacement of mechanical equipment.

II. Main Features

Dual-channel design: MMS3125/022-020 has two independent measurement channels, which can simultaneously monitor the displacement changes of two different positions and improve monitoring efficiency.

High-precision measurement: The transmitter uses advanced signal processing technology and has high-precision and high-stability measurement performance, which can meet the displacement monitoring needs in various complex environments.

Flexible configuration: Users can select different measurement ranges and output methods through simple settings and adjustments to adapt to different application scenarios.

High reliability: The transmitter has a built-in self-test circuit that can monitor the status of the sensor and transmitter circuit in real time to ensure the reliability and stability of the equipment.

3. Technical parameters

Sensor input: Two independent eddy current sensor inputs, suitable for epro's PR6422/…, PR6423/…, PR6424/…, PR6425/… and PR6426/… series sensors.

Measuring range: Selected by toggle switch, the standard measuring range includes 1mm, 2mm, etc. (the specific range depends on the selected sensor).

Frequency range: Usually suitable for lower frequency ranges, but it depends on the selected sensor and application scenario.

Output characteristic value: The standard configuration is two current outputs, which are proportional to the selected characteristic value. In addition, two electrically isolated current outputs or other output methods can be selected.

Data interface: The standard configuration is an RS232 interface for transmitter configuration and measurement data display. Optional RS485 interface with eproV2.0 protocol or other communication protocols such as PROFIBUS DP.