Bently Nevada 330130-080-10-00 3300 XL Fluid Loc Extension Cable for 8mm Eddy Current Proximity Transducer System

Description

Functional Features

• Fluid Migration Prevention: The Fluid Loc cable structure forms a tight barrier that blocks oil, water, and other fluids from seeping into the cable core. This protects the internal conductors and insulation layers from fluid – induced corrosion or short circuits, maintaining signal transmission stability in oil – lubricated machinery and high – humidity workspaces.
• Shielded Signal Transmission: The coaxial shielded design effectively isolates electromagnetic interference from surrounding industrial motors, power lines, and other electrical equipment. It ensures that weak signals such as micro – vibration and tiny shaft displacement collected by the probe are transmitted to the proximitor without interference.
• Strong Mechanical Durability: It has a pull strength of 220 newtons, and the sturdy cable structure and connector design can resist the mechanical wear and tear caused by on – site installation, equipment vibration, and tool collisions, reducing the risk of cable damage during long – term use.
• Seamless System Compatibility: It is fully compatible with Bently Nevada 3300 XL transducer systems and can also be integrated with 3500 series monitoring systems. Its standardized connectors allow for plug – and – play installation, eliminating the need for on – site parameter adjustments and improving the efficiency of equipment debugging.
• Wide Temperature Adaptability: Its broad operating temperature range enables stable operation in extreme environments, whether near high – temperature steam turbines or in low – temperature outdoor pump stations, without performance degradation due to temperature changes.

Application Scenarios

• Petrochemical Compressors: Installed on centrifugal compressors and reciprocating compressors in oil refineries and chemical plants. The Fluid Loc design prevents oil from penetrating the cable core, ensuring stable transmission of rotor vibration and displacement signals in oil – rich machinery casings.
• Power Plant Steam Turbines and Generators: Used in the monitoring systems of steam turbines and generators in thermal and gas power plants. It withstands high temperatures near the turbine and resists the impact of moisture in the generator room, providing continuous data on shaft movement and vibration for the safe operation of power – generating equipment.
• Marine Propulsion Systems: Applied to the rotating machinery monitoring systems of ship engines and propulsion shafts. It copes with the high – humidity marine environment and prevents seawater mist and lubricating oil from damaging the cable, ensuring the reliable transmission of signals related to the engine’s operational status.
• Steel Mill Rolling Mills: Deployed on rolling mill motors and transmission rollers in steel plants. It endures high temperatures from the rolling process and resists the intrusion of cooling water and lubricating oil, helping to monitor the vibration and shaft position of rolling mill equipment in real time to avoid production accidents caused by equipment failure.
• Hydraulic Machinery in Mining: Used for the proximity transducer systems of mining hydraulic pumps and crushers. It prevents the penetration of mineral – containing sewage and hydraulic oil into the cable, maintaining the accuracy of monitoring signals in the dusty and high – humidity mining environment and ensuring the continuous operation of mining equipment.