Description
Bently 330730-080-00-00
Technical Specifications
- Product Series: 3300 XL 11mm Eddy Current Sensor System
- Cable Length: 8.0 meters (26.2 feet)
- Connector Type: Standard Micro-Coaxial ClickLoc
- System Compliance: API 670 Standard
Functional Features
- Maximum Reach: Designed for applications requiring the longest standard system lengths without signal degradation.
- High Fidelity Signal: Captures both static gap and dynamic vibration signals with exceptional accuracy and phase fidelity.
- Robust Immunity: Resistant to EMI/RFI, ensuring reliable data transmission in electrically noisy environments.
Application Scenarios
Applied in complex rotating equipment such as multi-stage compressors, large industrial blowers, and marine propulsion turbines where specific cable routing constraints exist.
Performance Parameters
- Operating Temperature Range: -52°C to +177°C (-62°F to +350°F)
- Capacitance: Precisely matched to the probe and proximitor for accurate signal transmission
- Shielding: Multi-layer shielding for superior EMI/RFI immunity
Material Composition
Built with premium 316L stainless steel shield and high-temperature FEP cabling, providing superior resistance to corrosion, chemicals, and mechanical abrasion.
Structural Characteristics
Features a precision-machined connector interface and integrated strain relief. The cable is designed to prevent pull-out failures and maintain signal integrity over long distances.
Working Principle
Acts as a passive transmission line, carrying the high-frequency signal from the probe to the proximitor without altering the signal’s characteristics.
Installation Requirements
Route the cable through protective conduit if exposed to mechanical hazards. Ensure the total system length (probe + cable) precisely matches the proximitor’s designated calibration.
Usage Precautions
Do not splice or repair the extension cable in the field, as this will alter the system’s electrical characteristics and invalidate the calibration. Perform regular system checks using a calibrator.
