Bently 330104‑10‑13‑05‑02‑05

Bently 330104‑10‑13‑05‑02‑05

Product Introduction: 3300‑XL 8 mm armored proximity probe adopting FluidLoc cable barrier structure. It prevents bearing‑housing oil from wicking along cable inner layers toward control cabinet. It completes non‑contact static displacement and dynamic vibration measurement for rotating shafts under harsh oil‑mist industrial operating conditions.

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Description

Bently 330104‑10‑13‑05‑02‑05

  • Key Features: 8 mm probe tip; M10×1 metric mounting thread; stainless‑steel flexible armor protection; FluidLoc internal liquid‑blocking barrier; TipLoc hermetic tip sealing; CableLoc high‑strength cable‑probe junction; full electrical interchangeability for 3300‑XL series components; stable linear output under wide temperature fluctuation.
  • Technical Specifications & Performance Parameters
    • Probe tip diameter: 8 mm
    • Integral armored cable length: 0.5 m
    • Linear measuring range: 0‑2.14 mm
    • Nominal sensitivity: 7.87 V/mm
    • Probe body operating temperature: ‑51 ℃ ~ +177 ℃
    • Cable operating temperature: ‑51 ℃ ~ +177 ℃
    • Storage temperature: ‑55 ℃ ~ +180 ℃
    • Frequency response: 0‑12 kHz
    • Thread specification: M10×1‑6g metric external thread
    • Weight: 0.52 kg
    • Maximum tensile resistance: 330 N
  • Material Composition: AISI 304 stainless‑steel probe housing and threaded mounting body; precision‑wound copper sensing coil; PPS probe‑tip material; FEP triaxial insulated cable with FluidLoc internal barrier; AISI 302 stainless‑steel armor braid; gold‑plated brass Mini‑Dot connector; high‑temperature epoxy sealing resin.
  • Structural Features: Cylindrical probe body with M10×1 external mounting thread; TipLoc molded sealed sensing tip; FluidLoc barrier integrated within cable assembly; short‑length armored integral cable; Mini‑Dot termination connector; CableLoc reinforced cable‑housing transition; hermetically sealed internal coil chamber.
  • Working Principle: Proximitor sends high‑frequency radio‑frequency excitation signal through armored FluidLoc triaxial cable to probe internal coil. Eddy‑current generates on metallic shaft‑target surface. Gap‑distance variation induces coil‑impedance change. Proximitor converts impedance fluctuation into DC gap‑voltage and AC vibration analog‑output signal for monitoring system racks.
  • Application Scenarios: Compact bearing‑housing installation positions with limited probe‑cable space; turbine and compressor measuring‑points with heavy oil‑mist; rotating‑machinery monitoring projects requiring FluidLoc anti‑wicking feature; spare‑part replacement for short‑cable‑length 3300‑XL transducer chains.
  • Installation Requirements: Secure probe into precision‑machined mounting bracket; tune initial working gap within linear‑measurement range; fully fasten Mini‑Dot connector locking ring; route armored sensor cables separately from high‑power cables; shielding layers implement single‑end grounding mode; confirm total system cable length complies with proximitor factory‑calibration data.
  • Usage Notes: Avoid mechanical impact and scratch damage on probe sensing tip; observe minimum bending‑radius requirement for armored FluidLoc cable; do not cut or splice integral probe cable on‑site; maintain Mini‑Dot connector gold contacts clean and free from oil contamination; inspect armor mechanical condition during each equipment maintenance cycle.

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