EPRO MMS 6620

EPRO MMS 6620 has two independent vibration measurement channels, which can monitor vibration conditions in two different locations at the same time. EPRO MMS 6620 has a built-in microprocessor to collect, process and analyze vibration signals, improving the accuracy and reliability of measurement.

EPRO MMS 6620 provides the function of locking alarms through external signals, which is convenient for flexible control of alarms under specific circumstances. During the module configuration process of EPRO MMS 6620, the delayed response and alarm locking during faults can be programmed to adapt to different application scenarios. The LED indicator and relay output on the front of the EPRO MMS 6620 module can clearly indicate the channel and module status, which is convenient for users to monitor and maintain.

EPRO MMS 6620 dual-channel bearing vibration monitor is widely used in many industrial fields due to its high accuracy, reliability and flexibility. EPRO MMS 6620 can be used to monitor the vibration of turbine bearings, detect potential fault signs in time, and ensure the stable operation of turbines. In the compressor field, EPRO MMS 6620 can be used to monitor the vibration of compressor bearings to prevent equipment damage or production interruption caused by excessive vibration.

EPRO MMS 6620 is one of the key monitoring points of fan bearing vibration. It can monitor the vibration of fan bearings in real time to ensure the normal operation and heat dissipation of fans. Gearboxes are key components in many mechanical equipment, and their vibration conditions are directly related to the operating efficiency and life of the equipment. EPRO MMS 6620 can be used to monitor the bearing vibration of gearboxes to prevent gear wear and failure.

In automated production lines, EPRO MMS 6620 can be used to monitor and control the vibration of machine parts to ensure the stability of the production process and product quality. Bearing vibration monitoring of wind turbines is also an important application area of MMS 6620. By monitoring the bearing vibration of wind turbines in real time, potential faults can be discovered in time to ensure the normal operation and power generation efficiency of the units.

In addition to the above fields, MMS 6620 can also be used to monitor the bearing vibration of various other rotating equipment, such as water pumps, coal mills, etc.