The Bently Nevada 21504-00-16-10-02 Reverse Mount Probe is an 8mm proximity sensor from the manufacturer's 7200 series, designed specifically for industrial machinery protection applications. Manufactured in the United States, this vibration transducer delivers reliable performance in monitoring casing vibration and other critical parameters across various rotating equipment. The technical specifications of it include an 8mm diameter probe with an overall case length of 0.8 inches and a total cable length of 1.0 meter, making it suitable for installations where space constraints exist.

This particular model, the 21504-00-16-10-02 Bently Nevada 3300 XL 8 mm Reverse Mount Probe, features an unthreaded design that facilitates installation in various mounting configurations. The device provides essential vibration data that helps prevent machinery failures by detecting abnormal vibration patterns early in their development. As part of the comprehensive 7200 series monitoring solutions, the 21504-00-16-10-02 Bently Nevada 3300 XL 8 mm Reverse Mount Probe represents the company's commitment to quality and reliability in condition monitoring technology.

The robust construction of the Bently Nevada 21504-00-16-10-02 ensures consistent operation in challenging industrial environments, including those with high temperatures, pressure variations, and potential contaminant exposure. Its design focuses on maintaining measurement accuracy while withstanding the rigors of continuous operation in plants and facilities where machinery protection is paramount. The 21504-00-16-10-02 Bently Nevada Proximity Sensor Switch serves as a critical component in predictive maintenance programs, enabling operators to schedule repairs during planned outages rather than experiencing unplanned downtime.

Implementation of the Standard Mount Probe Bently Nevada  21504-00-16-10-02 within a monitoring system enhances overall operational reliability and safety. This sensor plays a vital role in protecting valuable assets by providing early warning of developing mechanical problems, ultimately contributing to reduced maintenance costs and improved operational efficiency across various industrial sectors including power generation, oil and gas, and manufacturing applications.