Used GE Bently Nevada 205 #9005567 for sale

GE Bently Nevada 205 (BN205) is an electronic test equipment system designed to detect and measure vibration in industrial machinery. Developed by GE Bently Nevada, the BN205 uses a variety of sensors to detect the operation of various machines and to identify possible dangerous or abnormal operating conditions that require attention. The primary component of the BN205 is the vibrating probe. This probe contains a piezo-electric element which senses the vibration frequencies caused by the operation of machines. The signal is then sent to a converter and then passed to a signal conditioner where the amplitude and frequency of the vibration signals is measured. The signal is then further processed by the BN205 software, which is capable of detecting changes in temperature, pressure, load, and other operating conditions which can affect the performance of the machinery. The software is also capable of performing trending algorithms to identify changes in vibration frequency over time, helping to diagnose and identify potential failure points of the machinery. The BN205 is also capable of analyzing and advising corrective measures for any issues detected. The software is capable of storing data from multiple test sessions, so that operators can analyze different trending patterns over time to identify and address potential problems before they start. The BN205 system also has a variety of user-friendly features, such as a LCD display, that allow the user to easily and quickly read and understand the readings, and to adjust settings as needed. This can be especially useful in identifying and monitoring the operation of machines operating in hazardous environments. Overall, Bently Nevada 205 is a powerful, yet easy-to-use test system designed to detect and measure vibration that can help to identify problems in machines that can prevent or delay costly repairs or downtime. By providing a user-friendly interface, powerful software, and reliable vibration detection, the BN205 makes it easy for operators to monitor their machinery for potential issues and take corrective action when necessary.