EPRO MMS6831

Power Supply Voltage: According to the IEC 654-2 standard, the EPRO MMS6831 can adopt a DC4-level redundant power supply with a specified voltage of 18V to 24V to 31.2V DC. Redundancy further improves the reliability and robustness of this module, keeping the module operational even when any particular power supply fails.

Operating Conditions: According to the DIN 40040 standard, KTF level, this module will operate in an ambient temperature range of 0°C to 60°C. It can operate under storage and transportation conditions at temperatures between -40°C and 85°C. The permissible relative humidity range is 0% to 90% without condensation. The anti-vibration performance complies with the IEC68-2 standard Part 6, with a vibration range of 0mm to 15mm at 10Hz to 55Hz and an acceleration of 19.6mm/s² at 55Hz to 150Hz. Shock resistance complies with Part 29 of the IEC68-2 standard, with a peak acceleration of 98m/s² and a rated shock duration of 16ms.

Product Features

Usage Parameters Data Input: The EPRO MMS6831 module communicates with the RS485 bus of the MMS6000 system via a 48-pin socket located on the back of its front panel. It can access relevant data of the MMS6000 module, with a transmission rate selected as 38400bps or 57600bps.

Transmission Data: The EPRO MMS6831 can transmit several types of data, including characteristic values, module status data, alarm status, and real-time waveform data of the module. This excessive transmission power allows detailed monitoring and analysis of the connected modules.

Data Output: The RS232 interface is a 6-pin circular interface located on the front panel of the module, connected via a cable, providing a transmission rate of 9.6kbps to 115.2kbps. The RS485 output is also connected to the 48-pin socket on the back of the module; again, it has a transmission rate of 9.6kbps to 115.2kbps.

Application Scope

The EPRO MMS6831 is increasingly being used in almost all industrial fields. In power plants, it is often used to provide communication between the MMS6000 module and the DCS or DEH system to efficiently control and monitor the power generation process. The manufacturing industry can utilize it in automated production lines to connect components and systems, ensuring smooth transmission of operations and data. In addition, it can be further adapted to other industrial automation applications where reliable communication and module configuration are critical to the full performance and efficient batch processing of such systems under dynamic conditions.