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08
PRODUCT PROFILE
Non-Contact Machinery Measurement
The 330104-01-08-05-11-05 is part of the Bently Nevada 3300 XL 8 mm proximity probe family. It is designed to operate as the sensing element in a matched eddy-current transducer system. The probe detects the distance between its sensing tip and a conductive machine target without physical contact.
The configured probe uses an M10 × 1 metric mounting thread, an 8 mm probe diameter, an 80 mm overall case length, and a 0.5 m total probe length. The specified connector/cable arrangement uses a ClickLoc connection with protector and FluidLoc cable construction.
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CONFIGURATION
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01
Linear Range
2.0 mm
80 mils for the complete matched 3300 XL 8 mm system.
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02
Scale Factor
7.87 V/mm
200 mV/mil nominal, with published system tolerance of ±5%.
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03
Frequency Response
0–10 kHz
Published response is +0 / −3 dB across the specified range.
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04
Recommended Gap
≈ 1.27 mm
Approximately 50 mil, corresponding to about −9 Vdc under the specified system conditions.
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SYSTEM RELATION
One Probe.
One Matched Loop. The probe is one part of a complete proximity transducer chain. Correct system performance depends on matching the probe, extension cable and compatible Proximitor Sensor configuration.
For a nominal 5 m system arrangement, the configured 0.5 m probe is paired with a compatible 4.5 m extension cable and the corresponding 5 m Proximitor Sensor configuration.
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A
Mechanical Fit
Confirm the M10 × 1 mounting arrangement, maximum 15 mm thread engagement, case dimensions and available probe clearance before installation.
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B
Electrical Match
The probe should be paired with the appropriate 3300 XL extension cable and Proximitor Sensor configuration. Cable length and connector arrangement are part of the complete loop.
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C
Gap & Target
For the specified system, the nominal radial gap is approximately 1.27 mm. Target material, target size and installation geometry influence measurement performance.
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Can 330104-01-08-05-11-05 be treated as a standalone measuring device?
No. The probe is the sensing element of a complete eddy-current transducer loop. It requires compatible extension-cable and Proximitor Sensor components for the intended measurement system.
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What should be checked before replacing 330104-01-08-05-11-05 with another 3300 XL probe?
The complete ordering configuration should be compared, including thread, unthreaded length, case length, total probe length, connector/cable arrangement and approval option. A probe with a different code may not provide the same mechanical or system configuration.
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Why is the 0.5 m length of 330104-01-08-05-11-05 important when matching the transducer loop?
Probe length contributes to the total electrical system length. For a nominal 5 m arrangement, the 0.5 m probe is normally paired with a compatible 4.5 m extension cable and the corresponding 5 m Proximitor Sensor configuration.
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What installation clearance should be considered for 330104-01-08-05-11-05?
The installation should respect the specified M10 × 1 geometry, maximum 15 mm thread engagement and minimum 25.4 mm cable bend radius. The probe must also have suitable target clearance and be positioned according to the applicable system installation requirements.
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Why is the connector and cable configuration of 330104-01-08-05-11-05 important for replacement?
The configured ClickLoc connection, protector and FluidLoc cable construction are part of the specified probe assembly. Matching these details helps maintain the intended mechanical connection, cable routing and system compatibility.
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AFTER-SALES
Return / Replacement
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01 Please contact us within 7 days if you have any question after you receiving the items.
02 The returned items has to be in its original condition, specific reason for the return, we will issue a return or replacement for your order after we received the returns.
03 The buyer is responsible for all the shipping cost incurred.
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