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Bently Nevada 330400-01-05
Bently Nevada 330400-01-05
Bently Nevada 330400-01-05
Bently Nevada 330400-01-05
Bently Nevada 330400-01-05
Bently Nevada 330400-01-05
· Product image is representative; revision or series may vary. Contact us to request a specific version.

330400-01-05

Accelerometer Acceleration Transducers
In Stock

Product Information:

330400 and 330425 Accelerometer

Acceleration Transducers

The 330400 is provides an amplitude

range of 50 g peak and a sensitivity of

100 mV/g

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Technical specifications for 330400-01-05

  • Manufacturer:
    Bently Nevada
  • Product Category:
    TSI System
  • Estimated shipping dimensions:
    6 x 2.3 x 2.4 cm
  • Weight:
    0.1 kg
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen, Fujian, China
  • Mounting Thread:
    ¼-28 UNF integral stud
  • Agency Approval:
    Multiple approvals (CSA, ATEX, IECEx,)
  • Sensitivity:
    10.2 mV/m/s2 (100 mV/g) ±5%
  • Amplitude Linearity:
    ±1% to 490 m/ s2 (50 g) peak
  • Broadband Noise Floor (10 Hz to 15 kHz):
    0.039 m/s2 (0.004 g) rms
  • Stock:
    30

Information

Overview Manuals Principle System Integration

Features:

  • 330400 Accelerometer
  • 330400 and 330425 Accelerometer Acceleration Transducers
  • Designed to address the requirements of American Petroleum Institute Standard 670 for accelerometers
These accelerometers are intended for critical machinery applications where casing acceleration measurements are required, such as gear mesh monitoring. The 330400 is designed to address the requirements of American Petroleum Institute Standard 670 for accelerometers. It provides an amplitude range of 50 g peak and a sensitivity of 100 mV/g. The 330425 is identical except it provides a larger amplitude range (75 g peak) and a sensitivity of 25 mV/g.

In practical applications, the 330400 accelerometer cable is widely used in critical mechanical equipment such as turbines, compressors, pumps, and generators to monitor shaft vibration and position, thereby ensuring equipment safety. This cable employs a controllable capacitance and robust shielding design to minimize signal attenuation and electromagnetic interference. Its structural design enables reliable operation in harsh industrial environments, including those with temperature variations, oil mist, and mechanical vibration.

The 330400-01-05 Bently Nevada Accelerometer Acceleration Transducers may still be available for purchase and support from Moore Automated Company beyond End-Of-Life (EOL) by the manufacturer (OEM).
Bently Nevada 330400-01-05 Accelerometer Acceleration Transducers Manuals(Datasheets), Link Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
The 330400 accelerometer cable is based on high-frequency signal transmission and features controllable electrical characteristics. The proximity probe generates an radio frequency signal whose impedance varies with the distance between the probe and the target. The extension cable transmits this sensitive analog signal to the signal conditioning module while maintaining the signal's amplitude and phase integrity. Through precise impedance matching and effective shielding, the 330400 accelerometer cable ensures accurate displacement measurement and stable system performance.
1. Monitoring System: Fully compatible with Bently Nevada monitoring systems, including the 3500/42M and 3300/25 monitors.
2. Compatible Cable: This sensor typically uses 16925 (standard) or 16710 (armored) three-core shielded cable.
3. Installation Notes: For products whose serial numbers do not begin with the letter "G", Bently Nevada recommends using a mounting base (API adapter) to reduce base stress sensitivity.

Ask our team:

  • What measurement methodology underpins the operational functionality of the 330400-01-05 accelerometer?
    The 330400-01-05 is a piezoelectric accelerometer acceleration transducer engineered to measure casing vibration and dynamic acceleration in critical rotating machinery such as turbines, compressors, and pumps. It converts mechanical acceleration into a proportional electrical signal for advanced condition monitoring systems.
  • How does the 330400-01-05 achieve precise acceleration sensitivity across industrial vibration monitoring applications?
    The 330400-01-05 provides a calibrated sensitivity of approximately 10.2 mV/m/s² (equivalent to 100 mV/g) with ±5% tolerance, enabling accurate measurement of vibration amplitude across a wide range of machinery diagnostics scenarios.
  • What dynamic acceleration envelope is supported by the 330400-01-05 during high-energy vibration events?
    The 330400-01-05 supports a peak acceleration measurement range of approximately 490 m/s² (50 g) within its specified operating bandwidth, allowing reliable monitoring of severe mechanical vibration and shock conditions.
  • Which frequency response characteristics define the diagnostic capability of the 330400-01-05?
    The 330400-01-05 demonstrates a broadband frequency response from approximately 10 Hz to 15 kHz (±3 dB), enabling detection of both low-frequency structural vibration and high-frequency phenomena such as gear mesh or blade pass events.
  • How does the 330400-01-05 minimize measurement noise and ensure high-fidelity vibration data acquisition?
    The 330400-01-05 features a broadband noise floor of approximately 0.039 m/s² (0.004 g RMS) across the 10 Hz–15 kHz spectrum, allowing it to detect subtle vibration signatures associated with early mechanical degradation.
  • What mounting architecture does the 330400-01-05 employ to ensure mechanical stability during vibration monitoring?
    The 330400-01-05 utilizes a ¼-28 UNF integral stud mounting configuration, providing rigid mechanical coupling between the sensor and the machine surface for optimal signal transmission.
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Moore Disclaimer: Moore Automated's sales automation equipment and related solutions are intended for industrial automation and business operational efficiency improvement purposes only. Product information, technical parameters, and application cases are for reference only and do not constitute an absolute guarantee of performance for any specific industry, scenario, or final application. Actual equipment performance may vary depending on factors such as the usage environment, system integration method, and maintenance conditions. Users should confirm compatibility and safety based on professional technical assessments. Moore Automated assumes no liability for any direct or indirect losses caused by improper use, modification, or failure to operate according to specifications, to the extent permitted by law.