Bently Nevada 2300/20-00 Vibration Monitor

Technical Characteristics
Dual-channel Monitoring:
It can simultaneously monitor the inputs of two accelerometers, speed sensors or proximity sensors and perform synchronous sampling.
This helps to gain a more comprehensive understanding of the mechanical vibration state and provides richer data for fault diagnosis.
Multiple Input Support:
It can receive signals from various acceleration sensors, speed sensors, eddy current sensors, etc.
It has a wide range of applications and can meet the monitoring requirements of different equipment.
Real-time Measurement and Alarm:
It can provide real-time measurement data such as acceleration (peak, RMS), speed (peak, RMS), displacement (peak-to-peak, RMS) and rotational speed.
Users can set custom alarm thresholds for key measurement values according to actual needs. When vibration parameters exceed the set values, it can promptly send alarm signals.
Communication Function:
It has a 10/100Base-T Ethernet interface and supports configuration using the Bently Nevada Monitoring Configuration Software.
It uses RSA encryption technology to ensure communication security and prevent data leakage.
It supports the Modbus over Ethernet communication protocol, facilitating data interaction with other systems.
Local Control and Relay Output:
It has local operation functions such as channel bypass, configuration locking and reset, which are convenient for on-site staff to perform debugging and maintenance.
It has two relay outputs, and the output points can be programmed to be set, used to control external devices or trigger other alarm devices.
Buffered Sensor Output:
It provides three buffered sensor outputs, including phase comparator signals.
It has short-circuit and electromagnetic interference (EMI) protection functions to ensure the stability and reliability of the output signals.

Application scenarios
Oil and gas industry: Used for monitoring the vibration conditions of equipment such as drilling platforms, oil extraction equipment, and oil pipelines pumps.
Power generation industry: Can be used for vibration monitoring of equipment such as steam turbines, generators, fans, and water pumps.
Water treatment industry: Applicable for monitoring the vibration of various mechanical equipment such as pumps, agitators, and fans during the water treatment process.
Pulp and paper industry: Used for monitoring the vibration of equipment such as paper machines, pulping machines, and drying machines.
Manufacturing industry: In fields such as automotive manufacturing, mechanical processing, and electronic equipment manufacturing, can be used for vibration monitoring of various machines, robots, and conveying equipment on the production line.
Mining industry: Can be applied to the vibration monitoring of large-scale mechanical equipment such as crushers, ball mills, and elevators in mines.
Cement industry: Used for monitoring the vibration of equipment such as rotary kilns, mills, and crushers in the cement production process.