PMDPA1C3P20E

Product Description

PMDPA1C3P20E is a power driver designed for industrial automation, featuring a current rating of 80 amps to support demanding applications; its power loss is only 25 watts, indicating a high level of energy conversion efficiency, which is critical for reducing operational costs. The unit's design ensures both performance and reliability in industrial settings. The driver features Class A EMC compliance, which is mandatory through certain industrial environments where electromagnetic interference through processes like welding can be prevalent. With dimensions of 80 x 398 x 200 mm and a weight of 6 kg, the PMDPA1C3P20E is built for installation in compact spaces while still providing robust performance and stability.

The PMDPA1C3P20E operates at a frequency of 50/60 Hz, making it suitable for a wide range of power systems used, for example, through Europe and North America; it also features a rated leakage current of 35 mA to ensure safety and prevent electrical hazards and has the benefit through the prevention of potential harm. The driver is equipped with a 25 mm² cross-section of conductor, ensuring that it can handle the high current load safely and efficiently through optimal performance with no bottlenecks. It is designed to withstand maximum temperatures up to 45°C, allowing for reliable operation through environments where elevated thermal throughput conditions are the status quo.

The design of the PMDPA1C3P20E balances technical capabilities with practical considerations for its operation; it delivers efficient power management. The driver's 80 x 398 x 200 mm dimensions facilitate an easier integration into existing systems, and the driver's weight, at 6 kg, is manageable for installation purposes through certain standard installations, ensuring that there is stable and secure mounting. The PMDPA1C3P20E's features, like its Class A EMC compliance, mean that it meets and exceeds industry standards through the prevention of some interferences, making it an ideal choice through industrial automation applications where reliability, stability, and robust performance are crucial.