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| BENTLY NEVADA 3300 XL NSv PROXIMITY TECHNOLOGY | Overview Features Specifications Series Applications FAQ Contact |
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MACHINERY CONDITION MONITORING / NSv SERIES
330910-00-07-05-02-CN
3300 NSv Proximity Probe
The Bently Nevada 330910 family belongs to the 3300 NSv proximity probe platform, developed for machinery locations where conventional 5 mm and 8 mm proximity arrangements may be restricted by counterbore, side-view, rear-view, or small-target conditions. The NSv design combines compact installation characteristics with eddy-current displacement measurement for rotating machinery.
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ENGINEERED FOR
Restricted-Access
Machinery Monitoring Compact NSv geometry
M10X1 armored construction 0.5 m probe configuration 1.5 mm linear range |
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LINEAR RANGE
1.5 mm
60 mils
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GAP SETTING
1.0 mm
40 mils
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SCALE FACTOR
7.87 V/mm
200 mV/mil
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FREQUENCY
0–10 kHz
Typical +0/-3 dB
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THREAD
M10X1
Armored probe
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01 / DESIGN LOGIC
Small footprint.
Strong measurement role. |
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02 / TECHNICAL CORE
Specification
Matrix The configuration below focuses on the characteristics that matter when replacing or specifying an NSv proximity probe for an existing monitoring installation. |
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TARGET GEOMETRY
Small-target performance
The NSv system is designed for applications involving smaller targets. The minimum flat-target diameter is 8.9 mm, with 13 mm recommended. For shaft measurements, a standard X-Y arrangement has a minimum shaft diameter of 30 mm; an X-Y arrangement with probes offset axially by 23 mm can accommodate a 20 mm minimum shaft diameter. |
INSTALLATION CONTROL
Gap, wiring & cross-talk
The recommended gap is 1.0 mm. Field wiring may use 0.2–1.5 mm² conductors, with three-conductor shielded triad cable recommended. Maximum field wiring between the Proximitor Sensor and monitor is 305 m. When small shaft diameters require closely spaced probes, the specified minimum probe-tip separation should be maintained to reduce cross-talk. |
The 330910 configuration is part of the 3300 NSv probe family. The family provides multiple thread, armor, cable-length, and connector configurations so that the sensing element can be matched to installation geometry. The complete 3300 XL NSv transducer system combines a 3300 NSv probe, a 3300 NSv extension cable, and a 3300 XL NSv Proximitor Sensor.
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330901 / 330902
1/4-28 UNF, without / with armor
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330903 / 330904
M8X1, without / with armor
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330905 / 330908 / 330909
M10X1 or 3/8-24 UNF configurations
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330910
M10X1 thread with armor
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04 / FIELD APPLICATIONS
Where the NSv geometry matters
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FAULT-SCENARIO THINKING
What makes this probe worth specifying?
Restricted side view
NSv geometry is intended for locations where conventional probe arrangements face physical restrictions. Small target / shaft
The platform is optimized for smaller target conditions than standard proximity configurations. Legacy RAM replacement
The NSv probe and extension cable are mechanically and electrically compatible with previous 3300 RAM probe and extension-cable arrangements. |
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05 / PROCUREMENT
Make the quotation precise
For a faster quotation, please provide the complete part number together with the application and logistics requirements below. |
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DELIVERY
3–5 Days
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WARRANTY
12 Months
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PACKAGING
New Packaging
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DELIVERY WAY
E-packing / FedEx / EMS / TNT / DHL / UPS
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PAYMENT
T/T
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Five practical questions focused on compatibility, installation constraints and replacement decisions.
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Q1. Why choose 330910-00-07-05-02-CN when installation space is limited?
The 3300 NSv platform was specifically developed for applications where counterbore, side-view or rear-view restrictions limit conventional 5 mm and 8 mm proximity systems. It is also intended for smaller targets, making the NSv geometry valuable when physical installation space is the main selection constraint. |
Q2. Can 330910-00-07-05-02-CN support a 3300 RAM replacement project?
The 3300 NSv probe and extension cable are mechanically and electrically compatible with the previous 3300 RAM probe and extension cable. For a complete system upgrade, the associated Proximitor Sensor configuration should also be checked before purchase. |
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Q3. Is the 0.5 m configuration of 330910-00-07-05-02-CN suitable for a compact installation?
Yes, the 05 ordering code identifies a 0.5 m total probe length. The short probe configuration can be advantageous where routing space is limited, but the complete probe-plus-extension arrangement still needs to match the selected NSv Proximitor Sensor system length. |
Q4. What installation details should be verified before ordering 330910-00-07-05-02-CN?
Verify the M10X1 thread requirement, armored construction, 70 mm case-length configuration, 0.5 m probe length and miniature coaxial ClickLoc connector with standard cable. The installation should also allow the recommended 1.0 mm gap and comply with the specified thread-engagement and bend-radius limits. |
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Q5. What makes 330910-00-07-05-02-CN a better fit for small-target measurements than a standard probe?
The 3300 XL NSv system is designed around enhanced side-view and small-target characteristics. Its 1.5 mm linear range, 7.87 V/mm average scale factor and small-target capability make it appropriate for applications where conventional proximity-probe geometry would be difficult to accommodate. Actual scale-factor behavior should be evaluated against the target geometry. |
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07 / AFTER-SALES
Return & Replacement
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Please contact us within 7 days after receiving the items if you have any questions. Any approved return should remain in its original condition. Please provide the specific reason for the return so that we can review the case and arrange a return or replacement after the returned item has been received. Shipping costs generated by the return are the buyer's responsibility. |
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