Bently Nevada 330780-51-00 Sensor extension cable Assembly

Bently Nevada 330780-51-00 Sensor extension cable Assembly

summarize
This is a cable assembly specifically designed for vibration monitoring systems to connect sensors and other components of the monitoring system to ensure reliable transmission of signals.
Technical parameter
Length: There are usually specific standard lengths, such as 10 meters or other custom lengths, to meet the needs of different installation locations and site layouts.
Cable type: The use of high-quality shielded cables, can effectively resist electromagnetic interference, to ensure the accuracy and stability of sensor signals.
Connection mode: Both ends are equipped with specific connectors, compatible with the corresponding interface of the sensor and monitoring system, to achieve fast and reliable connection. For example, one end might be a plug that matches the 3300 series sensor and the other end a socket that is compatible with the monitor input module.

Functional characteristics
Signal transmission stability: With its high-quality cable material and shield design, it can stably transmit vibration signals collected by sensors in complex industrial environments, reduce signal distortion and interference, and ensure that the monitoring system obtains accurate data.
Durability: With good mechanical properties and corrosion resistance, can adapt to a variety of harsh industrial environmental conditions, such as high temperature, humidity, dust, etc., to ensure long-term stable operation, reduce maintenance costs and replacement frequency.
Compatibility: Highly compatible with Bently Nevada’s related sensors and monitoring systems, it can be seamlessly integrated into the entire monitoring solution to ensure the overall performance and reliability of the system.
Easy installation: The cable assembly is designed for easy installation and wiring, and the connector design ensures a fast and convenient connection, reducing installation time and workload, and improving site construction efficiency.