Bently 330171‑00‑12‑05‑02‑00

Product Introduction: Compact 5 mm non‑armored proximity probe of 3300‑XL series. Small‑diameter probe tip adapts narrow‑space mounting‑bracket installation conditions. It performs non‑contact shaft vibration and clearance‑gap measurement for small‑shaft‑diameter rotating‑machinery, cooperates with matching 3300‑XL extension cable and proximitor sensor.

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Description

Bently 330171‑00‑12‑05‑02‑00

  • Key Features: Compact 5 mm probe‑tip dimension; M8×1 fine‑pitch metric mounting thread; non‑armored flexible integral triaxial cable; TipLoc hermetic tip sealing; CableLoc high‑strength cable‑probe junction; full electrical interchangeability within 3300‑XL product family; compact physical outline for limited‑space installation.
  • 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: 0.24 kg
    • Maximum tensile load: 220 N
  • Material Composition: AISI 304 stainless‑steel compact probe housing and threaded body; miniature precision‑wound copper sensing coil; PPS polymer probe‑tip; FEP triaxial insulated non‑armored cable; gold‑plated brass Mini‑Dot connector; high‑temperature epoxy hermetic sealing compoundBaker Hugh….
  • Structural Features: Miniature cylindrical probe body with external M8×1 mounting thread; TipLoc molded sealed small‑size sensing tip; rear‑exit flexible non‑armored integral triaxial cable; Mini‑Dot termination connector; CableLoc reinforced cable‑housing transition; fully sealed miniature internal coil cavity for dust‑proof and moisture‑proof performance.
  • Working Principle: Proximitor outputs high‑frequency excitation signal transmitted through triaxial cable to miniature probe sensing coil. Eddy‑current effect generates on conductive shaft‑target surface. Physical gap‑distance variation changes coil‑impedance value. Proximitor converts impedance fluctuation into proportional DC gap‑voltage and AC vibration analog‑output signal for monitoring racks.
  • Application Scenarios: Small‑shaft‑diameter high‑speed rotating‑machinery monitoring; narrow‑space bearing‑housing measuring‑point locations; high‑speed motor and small‑turbine supervisory instrumentation; spare‑part replacement for compact 5 mm 3300‑XL probe installations.
  • Installation Requirements: Install miniature probe into custom‑machined compact mounting bracket; adjust initial gap strictly within narrow linear‑measurement zone; fasten Mini‑Dot connector locking ring completely; separate sensor‑cable routing from high‑power‑cable trays; implement single‑end grounding for cable shielding layers; verify total system cable‑length matches proximitor calibration setting.
  • Usage Notes: Strictly prevent mechanical collision to miniature probe‑tip assembly; respect minimum bending‑radius requirement for non‑armored triaxial cable; field cutting or splicing of integral probe cable is forbidden; keep Mini‑Dot connector gold contacts clean and dry; inspect connector tightness during each overhaul cycle.