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330910-00-16-10-01-00

3300 NSv Proximity Probes
In Stock

Product Information:

3300 NSv Proximity Probes

330910 3300 NSv Probe, M10X1 thread,

with armor

3300 XL NSv Proximity Transducer System

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Technical specifications for 330910-00-16-10-01-00

  • Manufacturer:
    Bently Nevada
  • Product Category:
    TSI System
  • Estimated shipping dimensions:
    116 x 1.2 x 1.5 cm
  • Weight:
    0.2 kg
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen, Fujian, China
  • Unthreaded Length:
    0 mm
  • Overall Case Length:
    160 mm
  • Total Length:
    1.0 meter (39 in)
  • Connector and Cable-Type:
    Miniature coaxial ClickLoc connector with connector protector, standard cable
  • Agency Approval:
    Not required
  • Product Type:
    Proximity Probes
  • Stock:
    20

Information

Overview Manuals Principle Primary Application Areas

Features:

  • 3300 NSv Proximity Probes
  • 330910 3300 NSv Probe, M10X1 thread, with armor
  • 3300 XL NSv Proximity Transducer System
The 3300 XL NSv Proximity Transducer system is intended for use with centrifugal air compressors, refrigeration compressors, process gas compressors, and other machines with tight installation requirements.

The primary uses for the 3300 XL NSv Transducer System are for areas where counter bore, sideview, or rearview restrictions limit the use of standard Bently Nevada 3300 and 3300 XL 5 and 8 mm Transducer Systems. It is also ideal for small target applications, such as measuring radial vibration on shafts smaller than 51 mm (2 in) or axial position on flat targets smaller than 15 mm (0.6 in).

The 330910-00-16-10-01-00 Bently Nevada 3300 NSv Proximity Probes may still be available for purchase and support from Moore Automated Company beyond End-Of-Life (EOL) by the manufacturer (OEM).
Bently Nevada 330910-00-16-10-01-00 3300 NSv Proximity Probes 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 3300 XL NSv sensor system has an average scale factor of 7.87 V/mm (200 mV/mil), which is the most commonly used output value for eddy current sensors. Its enhanced side-view and small-target characteristics result in a shorter linear range than the Bently Nevada 3300 XL series 5 mm and 8 mm sensor systems. Its 1.5 mm (60 mil) linear range surpasses that of the 3000 series 190 sensor system.
This probe is specifically designed for monitoring liquid film bearing machinery with extremely small mounting clearances:
 
Centrifugal air compressors: Due to their extremely narrow internal countersunk space and limited lateral view, this is a primary application area for the NSv system.
Refrigeration and process gas compressors: Used for continuous monitoring of vibration and shaft position in compact compressor designs.
Small shaft measurement: Ideal for measuring radial vibration of shafts with diameters less than 51 mm (2.0 inches).
Small planar targets: Suitable for measuring the axial (thrust) position of targets less than 15 mm (0.6 inches).
Velocity and timing: Commonly used as a keyer reference for phase measurements and tachometer signals in confined spaces.

Ask our team:

  • How does the 330910-00-16-10-01-00 achieve high-fidelity signal conversion from eddy-current probes to calibrated voltage outputs? The 330910-00-16-10-01-00 integrates precision signal conditioning circuitry to translate minute variations in shaft displacement into a stable, linear voltage signal for monitoring systems. Q2. Why is the 330910-00-16-10-01-00 pivotal for maintaining accurate shaft position measurements in critical rotating machinery? By providing continuous, high-resolution displacement data, the 330910-00-16-10-01-00 enables early detection of shaft misalignment or vibration anomalies, mitigating the risk of mechanical failure. Q3. What electrical noise mitigation strategies are incorporated into the 330910-00-16-10-01-00 to ensure signal integrity? The 330910-00-16-10-01-00 employs advanced shielding, filtering, and grounding techniques to suppress EMI and RFI interference commonly present in industrial environments. Q4. How does the 330910-00-16-10-01-00 maintain precise calibration across fluctuating thermal and mechanical conditions? Temperature-compensated electronics and optimized impedance matching within the 330910-00-16-10-01-00 ensure consistent measurement linearity under varying operational loads. Q5. Why is the 330910-00-16-10-01-00 considered a critical enabler for predictive maintenance frameworks? By providing reliable and real-time displacement and vibration data, the 330910-00-16-10-01-00 supports condition-based monitoring and proactive maintenance strategies. Q6. How does system integration affect the performance of the 330910-00-16-10-01-00? The 330910-00-16-10-01-00 is designed to operate synergistically with compatible eddy-current probes and extension cables, ensuring measurement precision and calibrated output consistency. Q7. What mechanical resilience features characterize the 330910-00-16-10-01-00 for harsh industrial deployment? The 330910-00-16-10-01-00 incorporates ruggedized construction, oil-resistant insulation, and vibration-tolerant mounting, ensuring operational reliability in challenging environments. Q8. How does the 330910-00-16-10-01-00 enhance high-resolution vibration and displacement monitoring? By delivering low-noise, high-linearity voltage outputs, the 330910-00-16-10-01-00 enables precise detection of dynamic shaft behavior and subtle machinery vibrations. Q9. Why is proper installation critical for the optimal performance of the 330910-00-16-10-01-00? Careful grounding, cable routing, and environmental protection are essential to maintain the electromagnetic shielding effectiveness and measurement stability of the 330910-00-16-10-01-00. Q10. How does the 330910-00-16-10-01-00 contribute to long-term machinery health monitoring and operational safety? The 330910-00-16-10-01-00 ensures continuous, accurate monitoring of shaft displacement, supporting reliable condition assessment and reducing the likelihood of unplanned downtime.
    The 330910-00-16-10-01-00 integrates precision signal conditioning circuitry, converting minute changes in shaft displacement into a stable linear voltage signal for monitoring systems.
  • Why is the 330910-00-16-10-01-00 crucial for maintaining accurate measurements of the shaft position in critical rotating machinery?
    The 330910-00-16-10-01-00 provides continuous, high-resolution displacement data, enabling early detection of shaft misalignment or abnormal vibration, thereby reducing the risk of mechanical failure.
  • What electrical noise suppression strategies does the 330910-00-16-10-01-00 employ to ensure signal integrity?
    The 330910-00-16-10-01-00 employs advanced shielding, filtering, and grounding technologies to suppress electromagnetic interference (EMI) and radio frequency interference (RFI) common in industrial environments.
  • How does the 330910-00-16-10-01-00 maintain accurate calibration under fluctuating temperature and mechanical conditions?
    The 330910-00-16-10-01-00's internal temperature-compensated electronics and optimized impedance matching ensure consistent measurement linearity under various operating loads.
  • Why is the 330910-00-16-10-01-00 considered a key driver of predictive maintenance frameworks?
    The 330910-00-16-10-01-00 provides reliable real-time displacement and vibration data, supporting condition-based monitoring and proactive maintenance strategies.
  • How does system integration affect the performance of the 330910-00-16-10-01-00?
    The 330910-00-16-10-01-00 is designed to work with compatible eddy current probes and extension cables to ensure measurement accuracy and consistency of calibration output.
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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.