Product Description

Danfoss created the FC-202P2K2T6131G1532 VLT AQUA Drive. Its small 80 x 398 x 200 mm size demonstrates a well-considered design that maximizes space economy, an essential consideration in often confined industrial environments. Its very low weight of 6 kg, which reduces pressure on mounting structures and simplifies installation, highlights its compactness even more. A conductor with a cross-section of 25 mm² is in the center of this drive. This sizeable cross-sectional area is essential for adequate current carrying capacity, reducing resistive losses and heat production. Improved energy efficiency and a lower chance of overheating result directly from this, mainly when using the drive at its full current of 80 A. The drive is compatible with various AC motors often seen in water and wastewater applications since it is designed to run within the typical industrial frequency range of 50/60 Hz.

The FC-202P2K2T6131G1532's low power loss of 25 W is one of its essential features. Heat is usually the result of power loss in electrical components, which may impair lifespan and performance. This drive reduces the need for expensive cooling techniques while maintaining high efficiency by minimizing power loss. The low-rated leakage current of 35 mA further enhances this efficiency. A small amount of current flowing via unexpected routes is known as leakage current, which may result in energy loss and safety risks. This drive's minimal leakage current suggests that the insulation and grounding are working well, guaranteeing safe operation and adherence to strict industry requirements.

The FC-202P2K2T6131G1532 is designed to function best at temperatures up to 45°C. This temperature restriction is essential for the drive to be dependable and long-lasting. Although many industrial settings may benefit from this operating temperature range, it's crucial to consider the planned installation environment's ambient temperature to avoid performance deterioration or premature failure. The drive's Class A EMC rating indicates that it may operate efficiently in an electromagnetically loud environment without interfering with other devices. This is essential in industrial environments where electrical equipment runs nearby.