EPRO MMS6350D is a high-precision, multi-channel online condition monitoring and protection device developed by Siemens EPRO, 

specifically designed for critical rotating machinery such as steam turbines, gas turbines, generators, and centrifugal compressors.

 It integrates 4 independent monitoring channels, supporting measurements of key mechanical parameters including vibration (radial, axial), shaft displacement, bearing temperature, and rotational speed.

Equipped with advanced signal processing algorithms, the device can accurately capture micro changes in mechanical status, 

convert raw sensor signals (compatible with EPRO’s proximity probes, velocity sensors, and temperature sensors) into standardized digital data, and compare them with user-defined alarm and trip thresholds in real time. 

It features a robust hardware design with anti-interference capabilities, adapting to harsh industrial environments with extreme temperatures, humidity, and electromagnetic interference.

In terms of connectivity, EPRO MMS6350D supports industrial communication protocols such as Modbus RTU/TCP and Profibus DP, enabling seamless data integration with DCS (Distributed Control System) or plant-level monitoring platforms. Additionally, 

it provides local LED indicators and a built-in diagnostic function, allowing on-site maintenance personnel to quickly identify device status and troubleshoot, thus minimizing downtime and ensuring continuous, safe operation of rotating machinery.

中文产品描述

EPRO MMS6350D 是西门子 EPRO 品牌研发的一款高精度多通道在线状态监测与保护装置，专为汽轮机、燃气轮机、发电机、离心式压缩机等关键旋转机械设计，是保障设备安全运行的核心监测组件。

该装置集成 4 个独立监测通道，可实现对旋转机械的径向 / 轴向振动、轴位移、轴承温度、转速等关键机械参数的实时采集与分析。

依托先进的信号处理算法，EPRO MMS6350D 能精准捕捉机械状态的微小变化 —— 它可兼容 EPRO 接近探头、速度传感器、温度传感器等各类前端传感器信号，将原始模拟信号转换为标准化数字数据，

并与用户预设的报警、停机阈值进行实时比对，一旦检测到参数异常，可立即触发预警或保护动作，有效避免设备因过度磨损、失衡或不对中导致的严重故障。

在硬件与兼容性方面，该装置采用抗干扰设计，能适应高温、高湿、强电磁干扰等恶劣工业环境，确保测量数据的稳定性与可靠性；同时支持 Modbus RTU/TCP、Profibus DP 等工业通信协议，

可与工厂分布式控制系统（DCS）或厂级监测平台无缝对接，实现设备状态数据的集中管理与远程监控。此外，装置配备本地 LED 状态指示灯与内置诊断功能，现场维护人员可通过指示灯快速判断设备运行状态，借助诊断功能定位故障点，

大幅缩短停机检修时间，为工业生产的连续性与安全性提供有力支撑。