Product Short Description
- Product Name: Emerson Shaft Displacement Monitoring Module
- Product Introduction: Professional monitoring module for measuring shaft radial displacement of rotating equipment, a core component of machinery protection system.
- Technical Specifications: Measuring Range: 0 ~ 2 mm (shaft displacement); Power Supply: 24 V DC; Operating Humidity: 0 ~ 95% RH (non-condensing); Signal Interface: Proximity probe matching interface.
Description
- Functional Features: Matches eddy current probe to collect shaft displacement data; signal conversion and processing; over-limit alarm; continuous data upload.
- Performance Parameters: Measurement Accuracy: ±0.5% FS; Sampling Rate: 5 kHz; Output Signal: 4 ~ 20 mA; Working Altitude: ≤3000 m.
- Material Composition: Outer casing: **Metal shielding shell»; Internal components: high-precision operational amplifier, dedicated processing chip; Terminal parts: corrosion-resistant copper alloy.
- Structural Characteristics: DIN rail mounting structure; integrated probe signal interface and analog output interface; dual status indicator lights for power and alarm.
- Working Principle: Cooperates with eddy current displacement probe to detect radial runout of equipment shaft, converts collected displacement signal into standard industrial signal, transmits to host system, and triggers alarm when displacement exceeds safety range.
- Advantages & Highlights: High detection precision; good signal stability; perfect matching with eddy current probe; strong environmental adaptability.
- Applicable Industries: Turbines, large motors, centrifugal compressors, industrial fans, petrochemical rotating equipment.
- Model Series: Emerson A6000 Series Machinery Protection Modules
- Installation Requirements: Mount on standard DIN rail; keep a distance of ≥10 cm from high-power equipment; use dedicated shielded cables for probe connection; complete parameter configuration after installation.
- Usage Notes: Keep the probe and module matching model consistent; prohibit disassembly of internal structure; avoid impact and falling; regular zero calibration is required.
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