FR-A800 inverter is a high-performance heavy-duty vector inverter launched by Mitsubishi Electric, which is widely used in a variety of equipment with high load requirements, such as lifting, printing, printing, material take-up and other general applications. The following is a detailed introduction to the FR-A800 inverter:
High performance heavy duty vector control:
Upgraded real-time sensorless vector control and vector control improve response speed for high-speed operation.
PM motors (permanent magnet motors) from other companies can be driven with the PM motor auto-tuning function.
Built-in PLC function, can be programmed to set parameters and change the frequency set value, simply according to the mechanical conditions to control.
There is also an IP55 grade (400V grade) with a built-in DC reactor, which can be installed near the machine.
A built-in noise filter (EMC filter), and newly developed drive technology and power supply technology reduce the electromagnetic noise generated by the inverter.
With its high performance, high reliability and multiple functions, FR-A800 inverter has been widely used in lifting, printing, printing, material winding and other equipment with high load requirements. At the same time, its built-in PLC function and remote fault analysis function also further improve the automation level and maintenance convenience of the equipment.
When using FR-A800 frequency converter, ensure that the power supply voltage, current and other parameters match the frequency converter specifications.
When setting and modifying parameters, follow the correct operating procedures and precautions to avoid damage to the frequency converter or affecting the performance of the equipment.
Regular maintenance and inspection of the frequency converter to ensure its normal operation and extend the service life.
The FR-A800 inverter is a high performance, high reliability heavy duty vector inverter, suitable for all kinds of equipment with high load requirements. You can select an appropriate model and specifications based on actual requirements, and follow the correct steps to set and maintain parameters.
