TIM 2-0922

DC DC Converters

TIM 2-0922 is a modern DC to DC converter, used in many worldwide industries for a variety of applications. Designed for both industrial and commercial power conversion needs, this highly reliable and efficient converter can handle up to 228A of power, helping businesses to achieve higher levels of performance with less downtime. The converter is designed to provide an input voltage of up to 3200V DC, and an output voltage of up to 600V DC. It is also compatible with operating temperatures ranging from -40°C to 85°C.

The converter is designed to be highly efficient and provides a high level of noise immunity. It features built-in surge protection, advanced current-limit protection, over temperature protection, over voltage protection, short-circuit protection, input reverse-polarity protection, and under voltage protection, all of which help to ensure reliable operation in even the most challenging applications. The converter is also capable of high-speed frequency hopping which provides a rapid response time to the changing power needs of the system.

In addition to its highly efficient operation and robust protection features, TIM 2-0922 also offers a variety of other advanced features. It is designed with an intuitive user interface, allowing for easy setup, programming, monitoring, and troubleshooting. It also has an RS-485 interface, which allows for remote control and monitoring of the converter\'s operation. The converter includes intelligent energy saving functions that can help to reduce energy consumption when it is not being used. The converter is also designed to meet all applicable safety requirements.

TIM 2-0922 is an ideal choice for many industry sectors, from medical and automotive to industrial and consumer applications. This highly reliable and efficient DC to DC converter is designed to meet the most complex power conversion needs. Its advanced features, such as surge protection and high-speed frequency hopping make it a great choice for businesses seeking to reduce downtime and maximize efficiency.