Bently Nevada 330130-080-00-CN 3300 XL Standard Extension Cable for 8mm Eddy Current Proximity Transducer System

Description

Functional Features

• High-Fidelity Signal Transmission: The specialized FEP insulation and optimized cable structure minimize signal attenuation and interference during transmission. It can accurately convey nanoscale displacement signals and micro-vibration signals, ensuring the proximitor sensors receive true and reliable data.
• Plug-and-Play Installation: The factory-calibrated length design allows for direct installation without on-site signal compensation or length adjustment, greatly reducing installation time and lowering the operational difficulty for technical personnel.
• Strong Environmental Adaptability: The high-quality insulation and structural materials enable the cable to resist the erosion of chemical vapors, oil stains, and dust in industrial environments. It maintains stable performance under extreme temperature conditions, avoiding performance degradation caused by environmental factors.
• Seamless System Integration: It can seamlessly connect with all components of the 3300 XL series and directly interface with Bently’s 3500 series monitoring systems. This realizes integrated analysis of multi-dimensional parameters such as vibration, displacement, and rotational speed without additional adapter components.
• Reliable Long-Term Operation: The cable is manufactured with strict quality control processes. Its structure resists mechanical wear and tear during long-term use, and the stable connection interface prevents signal interruption caused by equipment vibration, ensuring continuous and reliable operation for a long time.
• Auxiliary Fault Monitoring: It coordinates with the transducer system’s self-diagnostic function. When there is an abnormal connection or cable damage, it can assist the system in sending out alarm signals through the proximitor, facilitating timely maintenance.

Application Scenarios

• Power Generation Industry: It is widely used in coal-fired, hydropower, and gas-fired power plants. It connects the probes and sensors on steam turbines, generators, and water pumps. It transmits real-time data on shaft vibration and rotor displacement, helping operators detect problems such as shaft imbalance in advance to avoid sudden power outages.
• Petrochemical Industry: It is installed on centrifugal compressors, pipeline pumps, and reaction kettle agitators in petrochemical plants. Its corrosion-resistant insulation material can resist the corrosion of volatile chemical gases, ensuring continuous monitoring of key equipment during long-term production processes.
• Metallurgical Industry: It is applied to rotating machinery such as rolling mills, blast furnace fans, and converters in steelmaking and non-ferrous metal smelting plants. It can withstand high-temperature radiation and dust interference in smelting workshops and stably transmit vibration signals of equipment to ensure the smooth progress of the metallurgical process.
• Mechanical Manufacturing Industry: It is used in the production lines of heavy machinery, such as connecting sensors on stamping machines, industrial fans, and precision machine tools. It monitors the vibration and position of rotating parts in real time, ensuring the processing accuracy of products and reducing equipment damage caused by abnormal operation.
• Marine Engineering Field: It is configured on marine power systems and propulsion equipment. It resists the humid and salt-corrosive marine environment through its excellent insulation and structural design. It ensures the stable operation of the monitoring system for ship engines and propellers, safeguarding marine navigation safety.