Bently Nevada 330104-00-17-05-02-00

The 330104-00-17-05-02-00 is an 8 mm eddy current proximity probe from the Bently Nevada 3300 XL series. This component provides non-contact vibration and position measurement for critical rotating machinery. Consequently, engineers rely on it for accurate shaft displacement data in turbines and compressors.

Technical Specifications

The 330104-00-17-05-02-00 combines precise eddy current sensing with durable stainless steel construction. Each unit meets rigorous Bently Nevada standards for industrial reliability.

Parameter	Specification
Probe Diameter	8 mm
Thread Type	M10 x 1 with armor
Unthreaded Length	0 mm
Case Length	170 mm
Total Cable Length	0.5 meter (1.6 feet)
Cable Diameter	3.0 mm
Connector Type	Miniature coaxial ClickLoc
Supply Voltage	-24 VDC
Output Current	4 mA (typical)
Sensitivity	7.87 V/mm (200 mV/mil)
Linear Range	2 mm (80 mils)
Operating Temperature	-35°C to +177°C
Weight	0.323 kg
Agency Approval	None (00 option)

Additionally, the integrated armor protects the cable from mechanical damage. The 330104-00-17-05-02-00 features a molded PPS tip that encapsulates the sensing coil. Furthermore, the ClickLoc connector ensures secure signal transmission in high-vibration environments.

System Integration

The pairs with 3300 XL Proximitor sensors and extension cables. Therefore, technicians can achieve the standard calibrated system length of 5 meters or 9 meters. The probe maintains consistent linearity across the full measurement range.

Installation requires attention to gap voltage settings. Engineers should verify the recommended static gap of approximately -10 VDC during commissioning. Additionally, the minimum bend radius prevents signal degradation from mechanical stress.

Reliability and Application

Industrial environments demand robust components. Therefore, the undergoes testing for electromagnetic compatibility and thermal stability. Power generation, petrochemical, and manufacturing facilities rely on this probe for continuous machinery protection.

The supports predictive maintenance programs. By transmitting accurate vibration data, it enables early fault detection in rotating equipment. Consequently, maintenance teams can schedule repairs before costly failures occur.