Bently Nevada 9200-06-32-08-02 Two-Wire Velocity-Type Seismic Sensor

Applications

• Rotating Machinery Monitoring: Used in suitable monitoring installations for motors, pumps, fans, compressors, and other rotating equipment.

• Machine Housing Vibration Measurement: Supports the measurement of vibration transmitted through a machine casing or mounting surface.

• Condition-Based Maintenance: Provides vibration data that can help maintenance personnel identify changes in machine operating condition.

• Industrial Equipment Diagnostics: Helps monitor vibration trends that may be associated with mechanical looseness, imbalance, or other developing issues.

• Plant Monitoring Systems: Can be incorporated into compatible industrial monitoring arrangements where velocity-type vibration measurement is required.

Advantages

• Velocity-Based Measurement: Designed around seismic vibration sensing, a measurement approach commonly used for monitoring machinery housing vibration.

• Two-Wire Configuration: The two-wire designation can simplify wiring in appropriately designed monitoring circuits; confirm the specific electrical interface before connection.

• Industrial Monitoring Applications: Suitable for consideration in installations requiring continuous or periodic vibration measurement.

• Compact Sensor Profile: The specified sensor diameter of 41.4 mm is useful when checking installation space and mounting arrangements.

• Maintenance Support: Vibration measurements can help establish operating baselines and identify changes that warrant further inspection.

Technical FAQs

Q1: What is the Bently Nevada 9200-06-32-08-02?

A: It is identified as a two-wire velocity-type seismic sensor intended for industrial vibration monitoring applications.

Q2: What does a velocity-type seismic sensor measure?

A: It measures vibration velocity of the structure or machine surface to which it is mounted, subject to the sensor's operating specifications.

Q3: What does the two-wire configuration mean?

A: It describes the sensor's wiring arrangement. The required power, signal connection, and interface depend on the specific sensor design and compatible monitoring equipment.

Q4: Which machines can use this type of sensor?

A: Typical applications for velocity-type seismic sensors include suitable motors, pumps, fans, compressors, and other industrial machinery. Confirm suitability for the particular machine and monitoring objective.

Q5: What is the sensor diameter?

A: The supplied specification lists a sensor diameter of 41.4 mm.

Q6: What is the weight of this sensor?

A: The supplied weight is 0.30 kg, equivalent to approximately 0.66 lb.

Q7: Can this sensor detect all types of machinery faults?

A: No single vibration sensor identifies every fault. Its measurements can help reveal abnormal vibration trends, but diagnosis depends on sensor characteristics, installation, operating conditions, and analysis methods.

Q8: Can it be connected directly to a PLC?

A: Not necessarily. Check the sensor's output characteristics and electrical requirements against the PLC input or the signal-conditioning equipment used between the sensor and the controller.

Q9: What should be checked before replacing an existing sensor?

A: Verify the complete part number, mounting arrangement, wiring, output characteristics, measurement range, frequency response, and compatibility with the existing monitoring system.

Q10: What installation practices are important?

A: Follow the manufacturer's mounting instructions, use a suitable measurement location, secure the sensor properly, route wiring away from sources of electrical interference where practical, and verify the signal after installation.