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SHINKAWA VM-5C SST-2194-001-P001G Industrial grade eccentricity monitoring module

SHINKAWA VM-5C SST-2194-001-P001G is an industrial-grade eccentricity monitoring module launched by Shinkawa Co., Ltd. (Japan), belonging to the VM-5 series rotating machinery condition monitoring system. Its core function is to real-time monitor the shaft eccentricity parameters of rotating equipment such as steam turbines and generators, realizing condition control and early fault warning during equipment startup, shutdown and operation. Designed in compliance with American Petroleum Institute (API) Standard 670, the product supports adaptation with front-end equipment like FK series eddy current sensors, and can be configured for rack-mount installation, adapting to the needs of small-to-medium rotating machinery and large turbine TSI (Turbine Supervisory Instrumentation) systems. Integrating self-diagnosis function and front-panel operation interface, it enables parameter configuration and status check without shutdown, and can be directly connected to PLC and DCS systems, serving as a key monitoring component to ensure the safe operation of rotating equipment.

SHINKAWA VM-5C SST-2194-001-P001G Industrial grade eccentricity monitoring module

 

Specific Parameters

  • Electrical ParametersInput Sensors: Compatible with FK series eddy current sensor signalsPower Supply Voltage: 24V DC / 120V AC, operating frequency 50/60HzMonitoring Accuracy: ±0.5% FS (at 25℃)Measuring Range: 0-500μm pk-pkOutput Signals: 1-5V DC (output impedance 100Ω), 4-20mA DC (maximum load 500Ω)Alarm Output: 4-channel relay contact output (including DANGER and ALERT levels)Communication Protocol: Natively supports Modbus RTU protocolElectrical Isolation: 2500Vrms isolation between input and output (complies with IEC standards)Self-Diagnosis Function: Real-time diagnosis of module failure, sensor disconnection, and power abnormality
  • Environmental ParametersOperating Temperature: 0℃ to 65℃ (non-condensing environment)Storage Temperature: -20℃ to 85℃Relative Humidity: 5% to 95% (non-condensing)Protection Rating: IP20 (module itself)Vibration Resistance: Complies with IEC 60068-2-6 standard, 1g acceleration in 10-500Hz frequency rangeShock Resistance: Complies with IEC 60068-2-27 standard, 10g acceleration (11ms duration)
  • Mechanical ParametersOverall Dimensions: 44mm (W) × 177mm (H) × 250mm (D) (rack-mount specification)Housing Material: Cold-rolled steel plate with anti-static coatingWeight: Approximately 1.5kgMounting Method: 19-inch standard rack mounting (compatible with VM-5H3 or VM-5W1 rack)Display Interface: 16-character LCD display with digital measurement value display and alarm status bar graphOperation Method: Front-panel button operation, supporting password permission management

Product Performance

Reliable monitoring accuracy: ±0.5% FS measurement accuracy combined with 0-500μm pk-pk range can accurately capture small changes in shaft eccentricity, meeting the dynamic monitoring needs of rotating equipment during startup and shutdown phases. Strong system compatibility: Supports access of FK series eddy current sensors; can directly link with VM-5 series racks, PLC and DCS systems with data transmission delay ≤100ms, without additional signal conversion modules.

Outstanding operational reliability: Built-in full-time self-diagnosis function can real-time monitor module and sensor abnormalities, with fault response time ≤50ms; complies with API 670 industrial standard, Mean Time Between Failures (MTBF) ≥5×10⁴ hours, adapting to continuous industrial operation scenarios. High operational convenience: Front-panel LCD display and button design enable full-process non-shutdown operation for parameter configuration and alarm query; supports storage and export of historical alarm data.

Excellent environmental adaptability: 0-65℃ operating temperature covers industrial on-site temperature range; vibration and shock resistance design complies with IEC standards, enabling stable operation in complex working conditions such as power plants and petrochemical industries.




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