The EPRO MMS3125/022-020 is a dual-channel monitoring module designed for continuous measurement and protection of rotating machinery speed. It provides reliable overspeed detection and speed monitoring for turbines, compressors, and other critical equipment.
0.00
0.00
The EPRO MMS3125/022-020 is a dual-channel monitoring module designed for continuous measurement and protection of rotating machinery speed. It provides reliable overspeed detection and speed monitoring for turbines, compressors, and other critical equipment.
Request Custom Quote:
📧 SoulPowerjun@outlook.com
📱 +86 13306931203
Overview The EPRO MMS3125/022-020 is a vital component in machinery protection systems, offering precise speed measurement and critical overspeed protection. As part of the MMS 3000 series, this dual-channel module ensures continuous monitoring and immediate response to prevent catastrophic damage from overspeed conditions.
Key Features & Benefits:
Dual-Channel Redundancy: Two independent monitoring channels enhance system reliability
Precise Speed Measurement: Accurate RPM measurement with high resolution
Adjustable Setpoints: Configurable alarm and danger setpoints for flexible protection schemes
Comprehensive Diagnostics: Continuous self-monitoring and sensor diagnostics
Modular Design: Easy integration into MMS 3000 rack systems
Industry Compliance: Meets relevant API and ISO standards for machinery protection
Technical Specifications:
Product Series: MMS 3000
Channels: Dual independent channels
Function: Speed measurement and overspeed protection
Input Signals: Accepts signals from magnetic pickups or proximity probes
Setpoints: Adjustable alarm and trip setpoints
Outputs: Relay outputs for alarm and shutdown functions
Typical Applications:
Steam and gas turbine overspeed protection
Compressor speed monitoring
Generator set protection
Critical pump and fan monitoring
Power generation and industrial rotating equipment
Note: For complete technical specifications and installation guidelines, refer to the official EPRO MMS 3000 series documentation.