Bently 330171‑10‑24‑05‑02‑00

Bently 330171‑10‑24‑05‑02‑00

Product Introduction: Compact 5 mm non‑armored 3300‑XL proximity probe with longer housing dimension. It applies for narrow‑clearance installation positions of small‑size rotating‑machinery, delivers non‑contact static gap and dynamic vibration measurement, works together with matched 3300‑XL extension cable and proximitor sensor.

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Description

Bently 330171‑10‑24‑05‑02‑00

  • Key Features: 5 mm compact probe‑tip; M8×1 metric mounting thread; non‑armored flexible integral triaxial cable; TipLoc hermetic tip sealing; CableLoc reinforced cable‑probe junction; full 3300‑XL component interchangeability; extended housing dimension for special bracket‑mounting conditions.
  • Technical Specifications & Performance Parameters
    • Probe tip diameter: 5 mm
    • Integral non‑armored cable length: 0.5 m
    • Linear measuring range: 0‑1.27 mm
    • Nominal sensitivity: 7.87 V/mm
    • Probe body operating temperature: ‑51 ℃ ~ +177 ℃
    • Cable operating temperature: ‑51 ℃ ~ +177 ℃
    • Storage temperature: ‑55 ℃ ~ +180 ℃
    • Frequency response: 0‑14 kHz
    • Thread specification: M8×1‑6g metric external thread
    • Weight: 0.27 kg
    • Maximum tensile resistance: 220 N
  • Material Composition: AISI 304 stainless‑steel extended‑length probe housing and threaded body; miniature precision‑wound copper sensing coil; PPS probe‑tip polymer; FEP triaxial insulated non‑armored cable; gold‑plated brass Mini‑Dot connector; high‑temperature epoxy sealing resin.
  • Structural Features: Extended‑size cylindrical probe main‑body with M8×1 external mounting thread; TipLoc molded sealed compact sensing tip; rear‑exit flexible non‑armored integral triaxial cable; Mini‑Dot termination connector; CableLoc reinforced cable‑housing transition; hermetically sealed miniature internal coil cavity.
  • Working Principle: High‑frequency excitation signal from proximitor passes through triaxial cable and drives probe internal sensing coil. Eddy‑current forms on metallic shaft‑target surface. Gap‑distance variation induces coil‑impedance change. Proximitor converts impedance variation into DC gap‑voltage and AC vibration output signal for machinery monitoring racks.
  • Application Scenarios: Special‑bracket narrow‑space measuring‑points for high‑speed small rotating‑equipment; small‑turbine and high‑speed motor shaft‑vibration monitoring; retrofitting projects requiring extended‑housing 5 mm proximity probes; spare‑part replacement for legacy compact 3300‑XL installations.
  • Installation Requirements: Mount probe into custom‑fabricated extended‑type mounting bracket; tune initial working gap within linear‑measurement interval; fully tighten Mini‑Dot connector locking ring; route sensor cables separately away from high‑power‑cable trays; shielding layers adopt single‑end grounding mode; confirm total transducer‑system cable‑length complies with proximitor factory‑calibration requirement.
  • Usage Notes: Mechanical impact on miniature probe‑tip assembly is prohibited; maintain minimum bending‑radius for non‑armored triaxial cable; field cutting or splicing of integral probe cable must not be performed; keep Mini‑Dot connector gold contacts free of dust and oil contamination; inspect connector locking‑ring status during equipment maintenance cycles.

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