Bently Nevada 330901-00-12-70-02-00 3300 NSv Proximity Probe

Company Information
E-mail		[email protected]
Mobile		+8613666033393
Whatsapp		+8613666033393
WeChat		13666033393
Add		Room 1004, No. 62 Xiangxiu Li, Siming District, Xiamen City, Fujian Province, China

Product Introduction

The Bently Nevada 330901-00-12-70-02-00 3300 NSv Proximity Probe is part of the 3300 NSv (Narrow Side-view) Proximity Transducer System developed for machinery monitoring in restricted spaces and specialized applications. It provides accurate, reliable, and continuous measurement of shaft displacement and vibration in rotating machinery, especially where installation space is limited. The probe works in conjunction with matching extension cables and proximitor sensors, ensuring high precision and compliance with API 670 standards.

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Product Parameters

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Product Applications

• Shaft vibration and displacement monitoring in turbines, compressors, pumps, and motors

• Thrust position measurement in high-speed rotating machinery

• Condition monitoring in limited installation spaces where standard probes cannot fit

• Industrial applications such as petrochemical plants, power generation, and offshore platforms

• Integration with Bently Nevada monitoring systems for predictive maintenance

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Product Advantages

• Compact design: Slim profile allows installation in confined or restricted mounting spaces.

• High accuracy: Provides precise displacement and vibration measurement with API 670 compliance.

• Reliability: Resistant to high temperature, electrical noise, and harsh industrial environments.

• Compatibility: Fully compatible with Bently Nevada proximitor sensors and monitoring systems.

• Durability: Stainless steel construction and ruggedized cable for long-term use.

• Flexibility: Available in multiple lengths and thread options to suit different applications.

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FAQ

Q1: How does the 3300 NSv probe differ from standard 3300 XL probes?
A1: The NSv probe is designed for applications with limited space and has a smaller tip diameter, while the XL series is intended for general-purpose installations.

Q2: Can this probe be directly connected to monitoring equipment without a proximitor?
A2: No, it must be connected to a matched proximitor sensor to ensure proper signal conditioning and linear response.

Q3: What is the effect of cable length on calibration accuracy?
A3: The probe and extension cable must be matched to the proximitor as a system; mismatched lengths can lead to incorrect calibration.

Q4: Is the probe suitable for high-temperature machinery applications?
A4: Yes, it can operate reliably up to +180 °C, making it suitable for most industrial machines.

Q5: How does the probe handle electromagnetic interference (EMI)?
A5: The design includes shielding and proper grounding practices to minimize EMI effects.

Q6: What type of signal output does the proximitor provide when used with this probe?
A6: It provides a voltage signal proportional to the shaft displacement, typically 200 mV/mil.

Q7: Can the probe be used for axial thrust measurement?
A7: Yes, it is commonly applied for both radial vibration and axial position monitoring.

Q8: What happens if the probe gap is set incorrectly during installation?
A8: Incorrect gap setting can reduce linearity, affect sensitivity, and lead to false vibration readings.

Q9: Is this probe interchangeable with older Bently Nevada proximity probes?
A9: Only within the same NSv family and when matched correctly with its proximitor and extension cable.

Q10: How is temperature variation compensated in the probe system?
A10: The probe and proximitor are designed to compensate for thermal expansion and maintain linear accuracy across the operating temperature range.

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FAQ

Q1: How does the 3300 NSv probe differ from standard 3300 XL probes?
A1: The NSv probe is designed for applications with limited space and has a smaller tip diameter, while the XL series is intended for general-purpose installations.

Q2: Can this probe be directly connected to monitoring equipment without a proximitor?
A2: No, it must be connected to a matched proximitor sensor to ensure proper signal conditioning and linear response.

Q3: What is the effect of cable length on calibration accuracy?
A3: The probe and extension cable must be matched to the proximitor as a system; mismatched lengths can lead to incorrect calibration.

Q4: Is the probe suitable for high-temperature machinery applications?
A4: Yes, it can operate reliably up to +180 °C, making it suitable for most industrial machines.

Q5: How does the probe handle electromagnetic interference (EMI)?
A5: The design includes shielding and proper grounding practices to minimize EMI effects.

Q6: What type of signal output does the proximitor provide when used with this probe?
A6: It provides a voltage signal proportional to the shaft displacement, typically 200 mV/mil.

Q7: Can the probe be used for axial thrust measurement?
A7: Yes, it is commonly applied for both radial vibration and axial position monitoring.

Q8: What happens if the probe gap is set incorrectly during installation?
A8: Incorrect gap setting can reduce linearity, affect sensitivity, and lead to false vibration readings.

Q9: Is this probe interchangeable with older Bently Nevada proximity probes?
A9: Only within the same NSv family and when matched correctly with its proximitor and extension cable.

Q10: How is temperature variation compensated in the probe system?
A10: The probe and proximitor are designed to compensate for thermal expansion and maintain linear accuracy across the operating temperature range.

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