Overview
E82EV552K4C is a vector inverter belonging to the 8200 series. It has a rated motor power of 5.5kW, supports three-phase AC input, a rated input voltage of 400V AC, and a voltage adaptation range of 320 – 550V AC; it is also compatible with DC power supply of 450 – 775V DC, adapting to different power supply scenarios. The output voltage range is 0 – 400/500V AC, the output current is 13/10A, and the output frequency range is 0 – 650Hz. It is often used as a basic controller for motor speed regulation and control in industrial scenarios. It is suitable for a variety of medium-power motor applications with its stable performance.
FAQ:
1.What motor type (asynchronous/synchronous) and maximum power limit are the E82EV552K4C compatible with?
The motor types adapted to E82EV552K4C are mainly AC asynchronous motors, and the maximum power limit of the adapted motor is 5.5kW:
- Adapted motor type: AC asynchronous motor (officially no synchronous motor adaptation support)
- Maximum power limit: 5.5kW (excessive power can easily trigger protection or damage components)
2.What are the installation methods (wall-mounted/rail), size and weight parameters of E82EV552K4C?
- Installation method: Supports rail installation and wall-mounted installation, and can also be adapted to multi-angle installation forms such as flanges to adapt to different installation station requirements on industrial equipment. Many inverters of the same series and type are also generally compatible with these mainstream industrial installation methods, making it easy to deploy on site.
- Dimensions: The overall dimensions (width × height × thickness) are 100mm × 240mm × 140mm. This compact size design can save installation space in the industrial control cabinet.
- Weight: The weight is 2.9kg. Its lightness can reduce the difficulty of installation and facilitate disassembly and transportation during later maintenance.
3.What control methods does E82EV552K4C support?
E82EV552K4C supports basic control, extended control and other methods to adapt to the motor control needs of different precision and scenarios:
- Core control: feedbackless V/f control, sensorless vector control
- Extended control: PROFIBUS/CANopen bus, analog/digital interface
- Auxiliary functions: PID adjustment, power outage restart, overload/overheating protection
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