Overview
Manuals
25 mm Range Code
Long-Range System Match
Target Setup
Features:
- The documented probe case type is M30x2 thread; retain this dimension when checking mounting geometry, routing and compatibility with the installed hardware.
- The documented unthreaded length is 10 mm; confirm the installed mounting interface, available reach and mechanical clearance before replacement.
- The documented overall case length is 140 mm; retain this dimension when checking mounting geometry, routing and compatibility with the installed hardware.
330851-02-010-140-10-00-05 is a Bently Nevada 3300 XL 25 mm Proximity Probe for the 3300 system. It measures shaft vibration or position without contact in a matched transducer chain. Key specifications: Probe Case Type: M30x2 thread; Unthreaded Length: 10 mm. Match the full order code and hardware before replacement.
Confirm the complete 330851-02-010-140-10-00-05 order code, installed signal chain, mounting arrangement and commissioning record before replacement.
The exact 330851-02-010-140-10-00-05 execution must be confirmed by its complete order code, condition, connected 3300 system and included scope before purchase or replacement.
Bently Nevada 330851-02-010-140-10-00-05 3300 XL 25 mm Proximity Probe manual (Datasheet), Link
Important Notice: Confirm the complete order code, hardware execution and connected system before replacement. Accessories, cables, calibration data, software and certificates are included only when stated in the written quotation.
Preserve every option block of 330851-02-010-140-10-00-05. Retained facts: Probe Case Type: M30x2 thread; Unthreaded Length: 10 mm; Overall Case Length: 140 mm. Mechanical length, thread, cable/connector and approval suffixes are part of the exact probe identity.
Match probe family, electrical length, extension cable and Proximitor Sensor. Confirm target material, available travel, nearby probe spacing and mounting geometry before exchange.
Set the operating gap from live bias voltage, support the cable above its bend limit and verify runout, vibration or position response against the commissioning baseline.
