Bently Nevada 125680-01 Proximitor I/O Module with Internal Terminations

Operating frequency: 50/60 Hz 

Working Temperature Range: -40 to +85 degrees Celsius 

Input Channels: 4-channel displacement monitor for Bently Nevada proximity transducers.

Input impedance:10kΩ for standard I/O; for TMR (triple module redundant) I/O, three bus TMR I/O in parallel to one sensor has an effective impedance of 50kΩ .

Power consumption: rated power consumption is 7W.

Vibration monitoring: Bently Nevada 125680-01 is designed for vibration monitoring and can measure and record vibration parameters continuously, including acceleration, velocity and displacement. In industrial equipment, the data collected via this technique is very essential to identify the dynamic characteristics which can aid in diagnosing any abnormal vibrations.

Highly Compatible: Bently Nevada 125680-01 is highly compatible with some other Bently Nevada systems used for monitoring and protection purposes. It will thus be rather seamlessly integrated into larger industrial monitoring systems, which will add an unprecedented asset monitoring layer to the health management of the machinery.

High Precision: Its very high sensitivity along with highly improved signal-processing properties will provide very high precise vibration measurements. The early detection of machinery-affecting faults and costly possible breakdowns calls for precision.

Petrochemical Industry: Bently Nevada 125680-01 is deployed in refineries and chemical plants to oversee their array of pumps, compressors, and motors. Hence, the issues identified in this environment keep operations safe with ongoing jobs, it can detect early failures or wear on equipment that allows it to be serviced promptly in an attempt to prevent potentially dangerous events.

Manufacturing: It is used in various manufacturing sectors to monitor different machine tools, conveyor belts, and other production machines. In Bently Nevada 125680-01, an appropriate action to rectify the machinery operations with preventive maintenance study will ensure production schedules and avoid disruptions from production.