Frequency inverter ATV212 3 phase 380/480VAC 50/60Hz 75kW 160A IP55 ATV212WD75N4C

Frequency inverter for a wide range of applications

The ATV212 frequency inverter is a robust and reliable solution for controlling asynchronous motors. Designed to operate in 380/480VAC networks with a frequency of 50/60Hz, this model offers a power of 75kW and a current of 160A, making it an ideal choice for both industrial and building applications. Its compact dimensions (362 x 1000 x 364 mm) allow for easy integration with existing installations.

Functionality and communication

ATV212 offers a wide range of communication possibilities, including Modbus and LON protocols. It also has an RS-485 port, enabling integration with control systems. The availability of communication protocols allows for effective monitoring and control of the device's operation, which is particularly important in advanced automation systems. Integrated digital (3 inputs) and analog (2 inputs, 1 output) inputs and outputs provide flexibility in adapting to specific application needs. The ability to connect to a PC facilitates configuration and diagnostics.

Construction and protection

The housing with an IP55 protection class guarantees resistance to dust and moisture, allowing the inverter to be installed in harsh environmental conditions. The solid construction ensures long-lasting and trouble-free operation. The inverter has been designed with safety in mind – it has appropriate protection against overload and short circuit, protecting both the device and the connected load. Please note that the device does not have an integrated braking module (chopper).

Applications

The ATV212 inverter finds application in a wide spectrum of applications, such as:

• HVAC: control of fans, pumps and compressors in ventilation, air conditioning and cooling systems.
• Industry: control of drives in machines and production equipment.
• Construction: control of water pumps, garage doors and other building automation devices.
• Other: anywhere where precise control of the rotational speed of asynchronous motors is required.