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The 20015x Accelerometers feature a hermetically sealed, stainless steel case. This design provides an extremely rugged transducer that is well suited for harsh industrial environments. The transducer’s top-mounted, 5-pin connector allows you to easily install and remove the interconnecting signal cable. A 3/8-24 threaded hole on the bottom of the sensor’s casing accommodates several mounting options.

The 20015x Accelerometers contain a piezoelectric sensing device that generates a charge when it is subjected to vibration. The accelerometers electronically convert this charge to a differential voltage signal that is proportional to the acceleration that is parallel to the sensitive axis of the transducer.

Frequently Asked Questions

Q1: What is the Bently Nevada 200155-02-05?

A1: It is an industrial accelerometer designed to measure vibration acceleration in rotating machinery for condition monitoring and predictive maintenance.

Q2: What is the 200155-02-05 measurement range?

A2: The 200155-02-05 accelerometer has a measurement range of ±196 m/s² (±20 g), suitable for standard industrial vibration monitoring.

Q3: What is the 200155-02-05 frequency range?

A3: It operates over a wide frequency range of 1.5 Hz to 10,000 Hz (90 to 600,000 cpm), enabling detection of both low- and high-frequency vibrations.

Q4: What is the 200155-02-05 axial shock limit?

A4: The 200155-02-05 sensor can withstand an axial shock of up to 49,050 m/s² peak (5,000 g peak), ensuring durability in harsh environments.

Q5: What is the 200155-02-05 main function of this accelerometer?

A5: It converts mechanical vibration into an electrical signal proportional to acceleration for accurate monitoring and analysis.

Product Applications

Electric power industry: Used for monitoring the shell vibration of gas turbines, steam turbines and power generation units to ensure the safe and stable operation of power equipment.

Petroleum and chemical industry: Installed on the bearing boxes of centrifugal compressors, axial compressors and large pumps, it can monitor the wear of equipment and issue fault warnings in real time.

Metallurgy and steel industry: Measuring mechanical vibration in large fans, steel rolling units and other heavy rotating equipment to prevent structural damage caused by excessive vibration.

Research and water conservancy: Used for collecting dynamic data of various large water pump units and experimental rotating platforms.