The Bently Nevada 200350-02-00-CN Accelerometers is a rugged, case-mounted seismic accelerometer designed for precise vibration monitoring in industrial machinery. This high-performance sensor features a ¼-28 to M8 x 1.25 stainless steel adapter, ensuring secure installation with a mounting torque of 2 to 5 ft-lb. With broadband electrical noise limited to 350 µg and an output bias voltage of 8–12 VDC, the Bently Nevada 200350-02-00-CN delivers reliable acceleration measurements for predictive maintenance applications.

Engineered for harsh industrial conditions, the 200350 Proximity Sensor Bently Nevada features a hermetically sealed stainless steel housing, protecting against dust, moisture, and corrosion. It operates with an excitation voltage of 18–28 VDC and constant current excitation (2–20 mA), ensuring stable performance. The sensor is compatible with Trendmaster Pro systems, including the Constant Current Direct Input Card (149811-02) and Seismic Direct Input Card (164746-01), making it ideal for power plants, refineries, and heavy machinery.

At the core of the 200350-02-00-CN Bently Nevada Velomitor CT Velocity Transducer is a piezoelectric ceramic sensing element operating in shear mode, generating a charge proportional to vibration acceleration. This charge is converted into a differential voltage signal (100 mV/g ±20%), providing high sensitivity (10.2 mV/m/s² ±20%) along the sensitive axis. The welded hermetic sealing enhances long-term reliability, while the top-mounted 2-pin MIL-C-5015 connector allows for easy installation and maintenance.

The Acceleration Velocity Sensors 200350-02-00-CN supports multiple mounting configurations, including optional adapters for different thread sizes. Its robust design ensures stability in high-vibration environments, making 200350-02-00-CN Vibration sensor probe BENTLY NAVADA a trusted solution for condition monitoring and machinery protection. Whether used in turbines, compressors, or rotating equipment, this accelerometer helps prevent failures and optimizes operational efficiency.