Description

The 200150-22-CN is a configuration variant within the Bently Nevada 200150 series accelerometers, which are part of the Trendmaster® Pro / Trendmaster 2000 vibration monitoring ecosystem. It is a case-mounted, piezoelectric seismic accelerometer designed for continuous machinery condition monitoring in industrial environments.According to the 200150 series datasheet architecture, the 200150-22-CN functions as a wide-frequency vibration sensor that converts mechanical acceleration of machine casings into an electrical signal for diagnostic and protection systems

Technical Data Parameters

Advanced Engineering FAQ

Q1. What is the fundamental signal transmission architecture defined for 200150-22-CN in its datasheet, and how does it ensure impedance-controlled integrity within a proximity measurement chain?

A:According to the datasheet of 200150-22-CN, the component is designed as a precision signal transmission medium within a proximity probe system, typically implementing a controlled-impedance coaxial or triaxial architecture. This ensures that 200150-22-CN maintains low-loss signal propagation and minimizes phase distortion between the probe and monitoring electronics.

Q2. How does the electromagnetic shielding configuration of 200150-22-CN contribute to noise immunity and signal-to-noise ratio optimization?

A:The datasheet of 200150-22-CN specifies a shielding structure engineered to suppress electromagnetic interference (EMI) and radio-frequency interference (RFI). This shielding strategy enables 200150-22-CN to preserve high-fidelity analog signal transmission even in electrically noisy industrial environments such as turbine halls or compressor stations.

Q3. What mechanical resilience and environmental robustness parameters are associated with 200150-22-CN under industrial deployment conditions?

A:In the datasheet of 200150-22-CN, mechanical durability is addressed through flexible yet reinforced cable construction designed to withstand vibration, bending stress, and installation-induced strain. These characteristics allow 200150-22-CN to sustain long-term operational integrity in harsh industrial environments.

Q4. How does the dielectric insulation system of 200150-22-CN mitigate leakage current and ensure signal stability across extended cable lengths?

A:According to the datasheet of 200150-22-CN, high-performance dielectric materials are utilized to maintain insulation resistance and reduce parasitic leakage currents. This ensures that 200150-22-CN preserves stable signal amplitude and minimizes attenuation over long transmission distances.

Q5. What are the system-level compatibility considerations for 200150-22-CN within Bently Nevada proximity measurement architectures?

A:The datasheet of 200150-22-CN defines it as a system-integrated interconnect component designed for compatibility with Bently Nevada proximity probes, extension systems, and Proximitor® sensors. This ensures that 200150-22-CN functions as a calibrated signal extension element within 3300 XL or equivalent monitoring frameworks.

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3300 XL Proximity Probe

3300 Proximitor Sensor

3500 Power Supply

1900/65A

3500/42 Monitor Module

The 990 Vibration Transmitter

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