IMOTICON ID700-40T02200 22KW INVERTER
AC variable speed drive with 400Vac three-phase input and 400Vac three-phase output. Compact IP20 panel mount design, ideal for industrial motor control applications.
£834.80
£1,001.76 (incVAT)
The Imoticon ID700-40T02200 is a robust and cost-effective AC inverter drive designed for reliable control of three-phase motors in industrial applications. With a 400Vac three-phase input and 400Vac three-phase output, it is ideally suited for environments where a standard industrial power supply is available.
Part of the ID700 series, this inverter drive is engineered for simplicity and ease of use. It features just 20 core default parameters, allowing for fast setup and commissioning, making it an excellent choice for straightforward installations. For more demanding applications, additional parameters are available to provide enhanced control and flexibility.
This drive is suitable for a wide range of applications including conveyors, pumps, fans, compressors, and general machinery where precise and efficient motor speed control is required. Its compact IP20 panel mount design allows for easy integration into control panels and industrial systems.
The ID700 series offers a strong balance of performance, reliability, and usability, making it suitable for both new installations and retrofitting existing equipment.
For more detailed technical specifications, installation guidance, and product documentation, please refer to the Downloads tab.
It is important to note that an inverter drive is designed to control the speed of a three-phase motor and cannot be used as a direct three-phase power supply for standalone machines.
Key Benefits
- Simple setup with only 20 core parameters
- Additional advanced parameters for flexible control
- 400Vac three-phase input and output
- Reliable and efficient motor speed control
- Compact IP20 panel mount design
- Cost-effective solution for industrial applications
- Suitable for conveyors, pumps, fans, and compressors
- Ideal for standard industrial power environments













