Bently Nevada 330190-040-00-CN 3300 XL Extended Temperature Range (ETR) Extension Cable

Description

Functional Features

• Superior High and Low Temperature Resistance: Its extended temperature range design enables consistent signal transmission in harsh temperature conditions. It avoids signal loss or cable damage caused by extreme heat or cold, which outperforms standard extension cables limited to moderate temperature ranges.
• Stable Signal Transmission: The cable structure and material selection minimize signal attenuation and electromagnetic interference during transmission. It ensures that the vibration, displacement, and shaft position data collected by proximity probes are accurately delivered to proximitor sensors without distortion.
• Seamless System Compatibility: It is fully compatible with all components of the 3300 XL series monitoring system. It can directly connect with 3300 XL proximity probes and corresponding proximitors without additional adapters, facilitating smooth integration into existing monitoring setups.
• Secure Connection Performance: The MIL-STD-38999 connectors provide a tight and reliable fit. They prevent loose connections due to machinery vibration during long-term operation, eliminating intermittent signal interruptions that could affect equipment condition monitoring.
• Easy Installation and Deployment: The 4.0-meter length is tailored to common industrial equipment installation layouts. It allows flexible placement of probes and proximitors, even in tight or hard-to-reach spaces, reducing difficulties in on-site installation and wiring.

Application Scenarios

• Power Generation Industry: It is used in thermal power and nuclear power plants to connect probes and monitoring modules on steam turbines, generators, and circulating pumps. It withstands high temperatures near boiler areas and low temperatures in outdoor equipment enclosures, ensuring continuous monitoring of shaft displacement and vibration.
• Oil and Gas Industry: It is deployed on compressors, centrifugal pumps, and pipeline turbines in offshore platforms and onshore refineries. It adapts to extreme temperature fluctuations in desert and marine environments and maintains signal stability in equipment compartments with high heat generation, supporting early fault detection of rotating machinery.
• Chemical Industry: It is integrated into the monitoring systems of reactors, mixers, and chemical pumps. It resists high temperatures from chemical reaction processes and corrosive gas effects on cable materials, ensuring reliable transmission of equipment operation data in harsh chemical production environments.
• Heavy Manufacturing Industry: It is applied to large motors, gearboxes, and rolling mill equipment in steel and automotive manufacturing plants. It copes with high temperatures generated by continuous equipment operation and avoids signal interference from surrounding heavy electrical equipment, guaranteeing accurate monitoring of machinery vibration and alignment conditions.
• Mining Industry: It is installed on mining crushers, conveyor system motors, and ventilation fans. It tolerates low temperatures in underground mines and high temperatures from equipment friction, ensuring the monitoring system captures real-time operating status of key machinery and reduces unplanned production downtime.