Bently Nevada 200350-10-00-01 Accelerometer

Product Introduction

The Bently Nevada 200350-10-00-01 Accelerometer is a high-precision vibration monitoring sensor designed for industrial machinery. It is engineered to measure vibration in machinery across various industries, providing accurate real-time feedback essential for predictive maintenance, fault detection, and operational efficiency. With robust construction and high sensitivity, this accelerometer ensures reliable performance even in demanding industrial environments.

Product Parameters

Product Applications

• Rotating machinery vibration monitoring (turbines, compressors, pumps)

• Condition monitoring systems in power generation plants

• Oil and gas processing equipment

• Industrial automation for predictive maintenance

• Critical rotating machinery in manufacturing facilities

• Research and development for machinery vibration analysis

Product Advantages

• High Sensitivity: Provides accurate detection of low-level vibrations for precise monitoring.

• Robust Construction: Designed to withstand harsh industrial environments and temperature extremes.

• Wide Frequency Range: Captures both low- and high-frequency vibration signals.

• Reliable Output: Low noise and high linearity ensure consistent and dependable measurements.

• Easy Installation: Standard threaded mounting and cable connections simplify deployment.

• Compatibility: Fully compatible with Bently Nevada monitoring systems for seamless integration.

FAQ

1. Q: What is the typical output voltage for 1 g of acceleration?
   A: The sensor provides approximately 100 mV per g of acceleration, with ±10% tolerance.

2. Q: Can this accelerometer operate at temperatures above 120°C?
   A: No, its specified operational range is -40°C to 120°C. Exceeding this may damage the sensor.

3. Q: What is the frequency response range?
   A: The frequency response is 1 Hz to 10 kHz, allowing detection of both low- and high-frequency vibrations.

4. Q: What type of mounting is recommended for optimal performance?
   A: A 10-32 UNF threaded stud mount ensures firm contact and accurate vibration transmission.

5. Q: How is the sensor connected to monitoring equipment?
   A: Through an integral cable or connector compatible with Bently Nevada monitoring systems.

6. Q: What is the maximum acceleration it can measure?
   A: The measurement range is ±50 g.

7. Q: How does the sensor handle electromagnetic interference?
   A: The piezoelectric design and shielded cable minimize EMI effects on measurement accuracy.

8. Q: Can it be used in hazardous environments?
   A: Yes, with appropriate installation and compliance with hazardous area certifications of the system it is integrated into.

9. Q: What is the expected signal noise level?
   A: Noise is less than 0.01 g RMS, ensuring clean signal output.

10. Q: Does the sensor require calibration before use?
    A: Yes, it should be calibrated according to Bently Nevada procedures to ensure accurate measurements.

Related or Same-Series Models

Popular Bently Nevada Models

FAQ

1. Q: What is the typical output voltage for 1 g of acceleration?
   A: The sensor provides approximately 100 mV per g of acceleration, with ±10% tolerance.

2. Q: Can this accelerometer operate at temperatures above 120°C?
   A: No, its specified operational range is -40°C to 120°C. Exceeding this may damage the sensor.

3. Q: What is the frequency response range?
   A: The frequency response is 1 Hz to 10 kHz, allowing detection of both low- and high-frequency vibrations.

4. Q: What type of mounting is recommended for optimal performance?
   A: A 10-32 UNF threaded stud mount ensures firm contact and accurate vibration transmission.

5. Q: How is the sensor connected to monitoring equipment?
   A: Through an integral cable or connector compatible with Bently Nevada monitoring systems.

6. Q: What is the maximum acceleration it can measure?
   A: The measurement range is ±50 g.

7. Q: How does the sensor handle electromagnetic interference?
   A: The piezoelectric design and shielded cable minimize EMI effects on measurement accuracy.

8. Q: Can it be used in hazardous environments?
   A: Yes, with appropriate installation and compliance with hazardous area certifications of the system it is integrated into.

9. Q: What is the expected signal noise level?
   A: Noise is less than 0.01 g RMS, ensuring clean signal output.

10. Q: Does the sensor require calibration before use?
    A: Yes, it should be calibrated according to Bently Nevada procedures to ensure accurate measurements.

Related or Same-Series Models

Popular Bently Nevada Models

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