The vibration and position measurement sensor  Bently Nevada 330104-01-09-10-12-05 is an integral component of the high-performance 3300 XL 8 mm proximity transducer system. This specific model, Bently Nevada  features a robust armored construction with M10x1 threading and a substantial 9.0-meter integrated cable, providing exceptional installation flexibility in complex machinery layouts. Its extended cable length represents a key characteristic, enabling deployment in areas where standard-length probes would be insufficient while maintaining signal integrity.

A significant advantage of the 330104-01-09-10-12-05 Bently Nevada 3300 SERIES is its complete interchangeability within the 3300 XL platform, eliminating the need for time-consuming component matching or bench calibration. The probe incorporates advanced manufacturing technologies including thicker PPS plastic encapsulation around the probe coil for enhanced durability. These features make the Sensor Interface Processing Unit Bently Nevada 330104-01-09-10-12-05 particularly reliable for continuous vibration and position monitoring in demanding environments.

The Bently Nevada 330104-01-09-10-12-05 Sensor Interface Processing Unit maintains full backward compatibility with non-XL 3300 series components when proper installation procedures are followed. This compatibility, combined with its compliance with API 670 standards for mechanical configuration and temperature stability, offers plant operators significant maintenance advantages. The proven performance of the module ensures accurate measurement of both static position and dynamic vibration values on fluid-film bearing machines.

Ultimately, the implementation of the 330104-01-09-10-12-05 Bently Nevada Probes  enhances predictive maintenance programs where extended cable runs and robust construction are necessary. Its combination of electrical performance, mechanical durability, and system interoperability provides a comprehensive solution for protecting critical assets against unplanned downtime, making it an optimal choice for comprehensive condition monitoring systems requiring reliable Keyphasor and speed measurements.