60M100-00 Bently Nevada Monitor Controller

The monitor is a part of the closed-circuit monitoring system (cctv). It is the display part of the monitoring system and the standard output of the monitoring system. Only with the display of the monitor can we watch the images sent by the front end. As an indispensable terminal equipment for video surveillance, it serves as the “eye” of the monitoring personnel, and also plays a key role in hindsight inspection. The main function of the monitor is to display the monitoring picture, which is needed in monitoring, medical treatment and film and television production. The monitor is different in different places. The monitor for film and television production is generally expensive, and can be used for pre-shooting and post-output to monitor the effect.

The 60M100 condition monitoring system operates continuously using precision wind turbine trains to monitor signal processing algorithms and machine operating status. The 60M100 monitoring system, as part of state-based maintenance, detects defects months in advance for potential failure. Depending on the size of the wind farm, early detection can reduce downtime and production losses, saving you hundreds of dollars in lost revenue from thousands to millions of dollars a year. With the advanced knowledge provided by the 60M100, you can schedule maintenance outages and crane operation advanced, reducing maintenance costs.
The 60M100 monitor can be used in a variety of configurations:
l As an independent, self-contained condition monitoring system.
l Interoperable networked, distributed ensemble systems.
As an integral part of the machine, OEM’s control and instrument package.

The 60M100 monitor includes the following features and benefits offered by other systems. The monitoring system has the functions required for wind condition monitoring of turbine trains including signal regulation, alarm, configuration, speed input and control system communication. System components include :60M100 Monitor, adaptwind software, sensor, and cable. Complex signal processing algorithms extract dozens of measurements and health index points from each accelerometer and can be customized to tune specific bearing and gearbox characteristics.