Description
- Product Model: 330104‑00‑05‑90‑02‑CN
- Brand: Bently Nevada
- Warranty: One Year
- Input Voltage: Powered by matching 330180‑series proximitor (-24 VDC loop supply)
- Operating Temperature: ‑35 °C to +260 °C (probe and integral cable assembly)
- Storage Temperature: ‑55 °C to +280 °C
- Response Time: DC‑10 kHz bandwidth, <12 μs transient response
- Protection Class: IP67 probe sensing head under installed conditions
- Accuracy Class: ±0.5% full‑scale linearity
- Output Frequency: 0‑10 kHz dynamic vibration signal output
- Rated Current Range: Passive eddy‑current sensing element, no self‑current consumption
- Communication Interface: ClickLoc miniature coaxial connector, armored integral cable
- Supported Protocols: Analog eddy‑current signal for 3300 / 3500 machinery monitoring racks
- Overload Capacity: 330 N mechanical cable pull‑resistance, stainless steel armor for mechanical abrasion protection
- Dimensions: 50 mm probe case length, 9‑meter armored FEP‑jacketed integral cable
Application Scenarios
- Off‑site Skid‑Mounted Steam Turbine Vibration & Thrust Monitoring: Mounted on turbine bearing housings and connected to 3500 monitor racks. Armored construction defends against mechanical abrasion along long cable runs from turbine skid to remote control building, supplying continuous thrust‑position and vibration inputs for machinery alarm and automatic trip protection logic.
- Refinery Hazardous‑Area Centrifugal Compressor Surveillance: Deployed for process compressors within classified petrochemical hazardous zones. CN hazardous‑area approval meets site safety requirements, armor protects cable against sharp metal edges and mechanical contact, and the full 9‑meter length eliminates intermediate splices for signal integrity.
- Power Plant Remote‑location Turbo‑generator Auxiliary Equipment Protection: Used for large cooling‑tower fans and remote‑sited boiler feed‑water pumps. Non‑contact eddy‑current measurement continuously tracks rotor dynamic behaviour, delivering early warning for bearing degradation and rotor imbalance before severe mechanical failure occurs.
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