Bently Nevada3300 XL NSv Proximity Transducer System

Bently Nevada 330901-04-24-10-02-05 | 3300 XL NSv 1/4-28 UNF Proximity Probe

Name: Bently Nevada 330901-04-24-10-02-05 | 3300 XL NSv 1/4-28 UNF Proximity Probe
Brand: Bently Nevada
SKU: 2929817
Price: 1 USD
Availability: InStock

Record01

Model Information

Bently Nevada 330901-04-24-10-02-05 is an unarmored 1/4-28 UNF proximity probe for the 3300 XL NSv Proximity Transducer System. The small sensing tip is intended for restricted target geometry and works with the NSv extension cable and Proximitor Sensor as a calibrated signal path.

Mechanical code fields on 330901-04-24-10-02-05 specify 0.4 in of unthreaded length and a 2.4 in overall case. The attached standard cable brings the total probe length to 1.0 m and terminates in a miniature ClickLoc connector without a protector.

The final 05 selection retains the multiple-approval configuration. It does not change the nominal NSv measurement range, target requirements or matching rule; those belong to the complete 3300 XL NSv system rather than to the probe alone.

Bently Nevada 3300 XL NSv standard-mount proximity probe dimensions

Data02

Technical Specifications

Technical item	Specification
Brand	Bently Nevada
Model	330901-04-24-10-02-05
Product Name	3300 XL NSv 1/4-28 UNF proximity probe
Country	United States
System Family	3300 XL NSv Proximity Transducer System
Probe Thread	1/4-28 UNF-2A
Armor	Not included
Unthreaded Length	0.4 in
Overall Case Length	2.4 in
Total Probe Length	1.0 m
Connector	Miniature coaxial ClickLoc
Connector Protector	Not included
Cable Type	Standard cable
Agency Option	Multiple approvals
System Linear Range	1.5 mm
Recommended Gap	1.0 mm
System Scale Factor	7.87 V/mm nominal
Frequency Response	0 to 10 kHz typical

Focus03

Performance Characteristics

Small target boundary

NSv performance depends on the complete probe/cable/sensor path and the target geometry at the sensing face. The guidance below explains how the complete 330901-04-24-10-02-05 record is applied in the installed assembly rather than repeating isolated catalogue values.

Small target boundary

Confirm the available conductive target diameter before applying the nominal scale factor. Validate this behavior against the installed target and operating range used with 330901-04-24-10-02-05.

Operating gap

Set the probe near the recommended 1.0 mm point so expected shaft motion remains inside the linear region. Confirm the response after all mounting and monitor settings for 330901-04-24-10-02-05 are fixed.

High-frequency path

Keep field-wiring capacitance and sensor-to-monitor length within the system limits when high-frequency response matters. Judge the result from the complete 330901-04-24-10-02-05 measurement path rather than one isolated value.

Focus04

Typical Applications

Relative vibration

The compact NSv probe supports measurements where a standard 8 mm probe cannot fit the available geometry. The guidance below explains how the complete 330901-04-24-10-02-05 record is applied in the installed assembly rather than repeating isolated catalogue values.

Path 01

Relative vibration

Mount radially to observe shaft motion relative to the bearing housing. Use 330901-04-24-10-02-05 only where the target geometry and measurement purpose match this boundary.

Identify the exact 330901-04-24-10-02-05 interface before work begins.

Trace the connected mechanical or electrical path.

Record the verified condition before commissioning.

Path 02

Axial position

Aim the tip at an axial target and maintain the required flat target area. Confirm site conditions and mounting access before assigning 330901-04-24-10-02-05 to the application.

Keep the 330901-04-24-10-02-05 channel and component references together.

Confirm the next device or machine boundary in the path.

Test the completed connection under its intended condition.

Path 03

Speed reference

Use the defined Keyphasor or tachometer target geometry rather than an arbitrary small discontinuity. Keep the actual machine location with the 330901-04-24-10-02-05 record so the application remains auditable.

Preserve the complete 330901-04-24-10-02-05 identifier in the work record.

Separate mounting, wiring and signal checks during diagnosis.

Hand over the final result with the installed configuration.

Help05

Common Product Questions

What target geometry is required by 330901-04-24-10-02-05?

For 330901-04-24-10-02-05, confirm a conductive target large enough for the NSv sensing field and keep surrounding metal outside the side-clearance boundary. A small or crowded target changes the calibrated response.

How should the initial gap be set for 330901-04-24-10-02-05?

Place 330901-04-24-10-02-05 near the documented 1.0 mm recommended gap, then verify the dc voltage at the matched Proximitor Sensor. Leave sufficient travel on both sides for the expected shaft motion.

Why is 330901-04-24-10-02-05 not interchangeable with a standard 8 mm system?

The NSv probe in 330901-04-24-10-02-05 has a different sensing geometry, scale factor and matched sensor family. A mechanically similar thread does not establish electrical interchangeability.

What field wiring can limit the high-frequency response of 330901-04-24-10-02-05?

For 330901-04-24-10-02-05, excessive capacitance or an overlong sensor-to-monitor run can reduce high-frequency performance. Check the documented field-wiring limit before attributing lost response to the probe.

Which measurements suit 330901-04-24-10-02-05?

Use 330901-04-24-10-02-05 for supported relative-vibration, axial-position or speed-reference measurements where the compact target geometry is satisfied. Keep the chosen mounting axis and target feature documented.

What should be supplied to confirm 330901-04-24-10-02-05 before purchase?

Provide 330901-04-24-10-02-05, quantity, target material and size, system length and approval need. These details allow the complete NSv chain to be checked rather than only the probe thread.

Moore06

Advantageous Brands

Moore Automation

https://www.mvme.cn

The catalogue covers established automation brands and product families used across PLC, DCS, drives, machinery monitoring and instrumentation. Brand scope is presented as enquiry coverage rather than an authorization claim.

ABB and SiemensController, I/O and communication records.

Bently NevadaMachinery monitoring and transducer references.

YokogawaDCS, FIO and instrumentation records.

Other controlsRockwell, GE, Honeywell and related families.

Catalogue07

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Contact08

Sales Enquiries

Moore AutomationSend the complete model and requested quantity.

ManagerLeonia

Emailsales@mvme.cn

WhatsApp+86 180 3017 5807

Product Name	Bently Nevada 330901-04-24-10-02-05 \| 3300 XL NSv 1/4-28 UNF Proximity Probe
Item NO.	2929817
Weight	0.1 kg = 0.2205 lb = 3.5274 oz
Category	BENTLY NEVADA
Brand	Bently Nevada
Creation Time	2026-11-04

Bently Nevada 330901-04-24-10-02-05 | 3300 XL NSv 1/4-28 UNF Proximity Probe Item NO.: 2929817