Bently 330104‑00‑09‑10‑02‑05

Product Introduction: Armored 8 mm 3300‑XL proximity probe equipped with FluidLoc cable structure. FluidLoc feature blocks machine oil and process liquid from migrating along cable interior towards monitoring cabinet. It performs non‑contact shaft vibration and displacement measurement for oil‑rich bearing‑housing environments.

Category:

Description

Bently 330104‑00‑09‑10‑02‑05

  • Key Features: 8 mm probe tip dimension; M10×1 metric mounting thread; stainless‑steel flexible armor; FluidLoc liquid‑blocking cable design; TipLoc hermetic tip sealing; CableLoc high‑tensile‑strength cable‑probe junction; full 3300‑XL component interchangeability; stable linear measurement performance under oil‑mist atmosphere.
  • Technical Specifications & Performance Parameters
    • Probe tip diameter: 8 mm
    • Integral armored cable length: 1.0 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: 0.57 kg
    • Maximum tensile load: 330 N
  • Material Composition: AISI 304 stainless‑steel probe housing and threaded body; precision‑wound copper sensing coil; PPS probe‑tip polymer; FEP triaxial insulated cable with FluidLoc internal barrier; AISI 302 stainless‑steel armor braid; gold‑plated brass Mini‑Dot connector; high‑temperature epoxy hermetic sealing compound.
  • Structural Features: Cylindrical probe main‑body with M10×1 external mounting thread; TipLoc molded sealed sensing tip; FluidLoc barrier integrated inside cable assembly to stop liquid migration; continuous stainless‑steel armor covers full integral cable length; Mini‑Dot termination connector; CableLoc reinforced cable‑housing transition; fully sealed coil internal cavity.
  • Working Principle: High‑frequency excitation signal from proximitor travels through FluidLoc‑structured triaxial armored cable to probe sensing coil. Eddy‑current forms on conductive shaft‑target surface. Gap‑distance variation changes coil impedance value. Proximitor converts impedance variation into DC gap‑voltage and AC vibration output signal for machinery protection racks.
  • Application Scenarios: Turbine and compressor bearing‑housing locations with heavy oil‑mist environment; rotating‑machinery monitoring requiring liquid‑migration prevention; petrochemical process compressor TSI systems; spare‑part replacement for FluidLoc‑configured 3300‑XL transducer chains.
  • Installation Requirements: Mount probe into precision‑machined mounting bracket; adjust initial gap inside linear measurement zone; tighten Mini‑Dot connector locking ring completely; separate armored sensor cable routing from high‑power cables; implement single‑end grounding for cable shielding layers; validate total calibrated system cable length against proximitor specification.
  • Usage Notes: Mechanical collision to probe tip is strictly forbidden; maintain minimum bending‑radius for armored FluidLoc cable; field cutting or splicing of integral probe cable is prohibited; keep Mini‑Dot connector contacts clean and dry; inspect armor deformation and connector locking status during overhaul cycles.