FX2N-48ET-D | MITSUBISHI Transistor output unit FX2N-48ET-D

MITSUBISHI inverter FR-A720 series.
Voltage level: 3 phase 200V.
Frequency converter capacity: 18.5KW.
Inverter general area of domestic enterprises to occupy more than 80% of the market share,
Production of frequency converter, motor soft starter and other industrial automation control of the manufacturers, the use of heavy-duty design products,
Overload capaacity, with super large start and running capacity, improve the automatic detection, protection and control performance,
Can start and control any type of heavy duty motor,
Products have been widely used in metallurgy, mining, paper, chemicals, building materials, machinery, electricity, and construction systems and other industrial transmission areas FX2N-48ET-D FX2N-48ET-D MITSUBISHI FX2N-48ET-D. Series Name: small F930GOT.
System screen display language: japanese FX2N-48ET-D.
Display: 4.4 inches.
Display color: monochrome (blue / white).
Display device: LCD STN.
Resolution: 240 * 80.
Installation type: panel mounting.
The built-in communication port: RS-422 (1ch) /RS-232C (1ch) MITSUBISHI FX2N-48ET-D.
Power supply voltage: DC24V.
Touch screen also known as user interface or user interface,
Is a communication interface between human and computer,
Is an important part of the computer system.
Is a medium for interaction and information exchange between the system and the user,
It realizes the transformation between the internal form of information and the acceptable form of human being MITSUBISHI FX2N-48ET-D.
Where there is a touch screen to participate in the field of human-computer information exchange. Power: 55kw.
Voltage: 400V.
There are 100% braking torque output in continuous regeneration, which can correspond to the continuous regeneration operation of the pipeline control.
There is no need to insstall the braking unit for each frequency converter, which can reduce the comprehensive space and reduce the comprehensive cost FX2N-48ET-D.
Renewable energy can be used for other frequency converter, excess energy back to the grid, to achieve energy saving.