Description
Bently 330854‑080‑24‑CN
- Key Features: Double‑shielded low‑noise cable structure; FEP high‑temperature insulation; gold‑plated connectors at both ends; low signal attenuation for low‑level millivolt signal; anti‑interference shielding performance; CN compliance marking for local project approval; no external power consumption.
- Technical Specifications & Performance Parameters
- Total cable length: 8.0 m
- Operating temperature range: ‑51 ℃ ~ +120 ℃
- Storage temperature: ‑55 ℃ ~ +130 ℃
- Weight: 0.42 kg
- Connector type: gold‑plated brass matching connectors for 330851 sensor
- Material Composition: High‑purity copper signal conductors; FEP fluoropolymer dielectric insulation; double‑layer copper shielding network; high‑temperature‑resistant outer polymer jacket; gold‑plated brass male‑female connector assemblies at both cable ends.
- Structural Features: Flexible circular double‑shielded cable main‑body; sensor‑side female connector; monitor‑side male connector; reinforced strain‑relief structure at cable‑connector transition sections; continuous full‑length shielding layer.
- Working Principle: This cable acts as low‑noise signal transmission medium for self‑generating velocity transducer. It forwards millivolt‑level vibration velocity signal from field velocity sensor to 3500 rack monitor module. Double‑layer shielding suppresses external electromagnetic interference to guarantee measurement signal fidelity.
- Application Scenarios: Long‑distance wiring for 330851 velocity transducer measuring‑points; power‑plant and petrochemical plant machinery casing vibration monitoring; spare‑part replacement for CN‑certified velocity sensor measuring‑loop; TSI system field signal transmission.
- Installation Requirements: Couple female connector to velocity sensor output plug; connect male connector to monitor module socket; fully tighten connector locking ring; satisfy minimum bending‑radius requirement for shielded cable; lay extension cable inside separate cable‑tray isolated from high‑power‑cable routes; implement single‑end grounding for cable shielding layers.
- Usage Notes: Intermediate cutting and field‑splicing of extension cable is strictly prohibited; avoid mechanical squeezing, crushing and sharp‑angle bending damage to cable jacket; keep connector gold contacts clean from oil, dust and moisture contamination; never remove factory‑installed strain‑relief components at cable‑connector junctions.
