Used SKF Microlog CMVA 60 #9049620 for sale

SKF Microlog CMVA 60 is an advanced electronic test equipment designed for monitoring and diagnosing machine vibration as well as analysis and condition monitoring of rotating machinery. It is ideal for keeping track of the health of rotating machines and systems, including compressors, blowers, pumps, and process equipment. Microlog CMVA 60 comes with software specifically designed to measure, log, display and analyze data such as vibration spectrum, acceleration, displacement, velocity and temperature. This helps identify potential problems with bearings, gears, electric motors and other components. The device can also detect impact and shock events, detect changes in vibration levels due to temperature changes, and compare measurements from multiple machines to identify quickly and accurately which machine has a problem. The device supports four-channel simultaneous measurements and built-in memory that can store up to 50 test profiles and up to 2 hours of high-resolution measurement data. It also supports Ethernet, Wi-Fi and USB transfers for wireless data transfers, and has time and date stamping for correlation to other data sources such as temperature or pressure. SKF Microlog CMVA 60 also features a Q13 data channel that can be used to collect any custom data, such as strobe signals or temperature, with minimal wiring. It supports variable sampling rate and dynamic threshold settings which allow adjustment of the measurement frequency to match that of the machine monitored. Additionally, the device comes preloaded with ISO10816 2/3 frequency summation calculations to simplify evaluation of obtained vibration data, and built-in electrical testing and monitoring capabilities for electric motors. It has a robust aluminum housing for harsh environments and is powered by field replaceable rechargeable batteries or standard D Cell batteries. In summary, Microlog CMVA 60 is an ideal vibration testing equipment that provides accurate data analysis and condition monitoring of rotating systems, allowing users to quickly identify and address any potential problems.