Description
Bently 330130‑040‑12‑00
Technical Specifications: Cable Length: 4.0 m Nominal Impedance: 75 Ω Cable Construction: FluidLoc triaxial coaxial structure, non‑armored Operating Temperature Range: ‑51 °C ~ +177 °C Minimum Static Bend Radius: 25.4 mm Connector Type: Click‑Loc gold‑plated FluidLoc self‑locking coaxial connector, equipped with external connector protector Maximum Tensile Load: 330 N Capacitance: 69.9 pF/m Net Weight: 320 g Agency Approval: No hazardous‑area certification Compatible System: 3300 XL 8 mm proximity transducer system
Functional Features: FluidLoc sealing‑structure‑blocks‑oil‑mist‑and‑liquid‑medium‑penetration‑towards‑connector‑contact‑cavity.‑External‑hard‑protector‑shell‑shields‑connector‑assembly‑against‑external‑collision‑and‑scratch‑damage.‑Click‑Loc‑self‑locking‑connector‑prevents‑vibration‑loosening‑‑tool‑free‑installation‑and‑removal.‑Full‑triaxial‑shielding‑rejects‑industrial‑EMI‑RFI‑interference.‑Dual‑end‑CableLoc‑strain‑relief‑structures‑absorb‑tensile‑stress‑‑prevent‑inner‑conductor‑fracture.‑Factory‑electrical‑matching‑calibration‑removes‑on‑site‑recalibration‑demand.‑FEP‑outer‑jacket‑delivers‑excellent‑oil‑and‑corrosion‑resistance‑performance.
Application Scenarios: Signal‑transmission‑for‑shaft‑vibration‑axial‑displacement‑and‑Keyphasor‑phase‑reference‑measurement‑of‑turbines‑compressors‑gear‑boxes‑process‑pumps‑under‑heavy‑oil‑mist‑condition.‑Applied‑for‑cable‑routing‑positions‑where‑connector‑parts‑face‑physical‑knock‑risk‑‑non‑hazardous‑area‑locations‑in‑thermal‑power‑and‑petrochemical‑plants.
Performance Parameters: Center Conductor DC Resistance: 0.88 Ω ±0.10 Ω Shield Conductor DC Resistance: 0.26 Ω ±0.06 Ω Connector Mating Cycle Life: More than 1000 insert‑extract cycles Maximum Operating Relative Humidity: 93 % non‑condensing
Material Composition: Inner Insulation Layer: Fluoroethylene‑Propylene (FEP) Signal Conductor: High‑purity silver‑plated copper Outer Jacket: FEP fluoropolymer Connector Body: Gold‑plated brass alloy FluidLoc Sealing Component: Reinforced fluororubber composite material Connector Protector Shell: High‑strength glass‑filled PPS engineering plastic
Structural Features: 75‑Ω‑FluidLoc‑structure‑triaxial‑soft‑cable‑without‑stainless‑steel‑armor‑layer.‑Both‑cable‑ends‑install‑Click‑Loc‑FluidLoc‑self‑locking‑connectors‑‑each‑connector‑is‑equipped‑with‑detachable‑hard‑plastic‑protector‑shell.‑CableLoc‑strain‑relief‑transition‑sections‑molded‑at‑two‑cable‑terminals.‑Whole‑cable‑integrally‑produced‑‑no‑intermediate‑splice‑joints.
Working Principle: Passive‑signal‑transmission‑assembly‑without‑signal‑conversion‑or‑amplification‑function.‑Faithfully‑transfers‑high‑frequency‑impedance‑variation‑signal‑generated‑by‑probe‑coil‑‑maintains‑complete‑system‑impedance‑matching‑‑preserves‑gap‑voltage‑conversion‑amplitude‑and‑phase‑characteristics.‑FluidLoc‑sealing‑assembly‑blocks‑liquid‑intrusion‑‑external‑protector‑shell‑provides‑mechanical‑anti‑collision‑protection‑for‑connector‑components.
Installation Requirements: Follow‑minimum‑static‑bend‑radius‑25.4 mm‑strictly‑‑forbid‑sharp‑forced‑bending.‑Reserve‑sufficient‑cable‑slack‑to‑compensate‑thermal‑expansion‑and‑machine‑vibration‑displacement.‑Lay‑signal‑cable‑separately‑from‑high‑voltage‑power‑cables‑‑do‑not‑share‑same‑protective‑conduit.‑Confirm‑full‑click‑lock‑engagement‑after‑connector‑mating‑‑install‑connector‑protector‑shell‑in‑place‑after‑completion‑of‑connection‑work.‑Shielding‑layer‑must‑adopt‑single‑end‑grounding‑‑double‑end‑grounding‑is‑strictly‑prohibited.‑Fasten‑cable‑by‑segment‑clamps‑‑cable‑assembly‑shall‑not‑bear‑equipment‑mechanical‑load.
