Product Description

The 22.E6.T60-3100 from the KEB's Combiline EMC Filter Series is one of the most efficient and high-performance filters that effectively reduce electrical interference in an industrial system while not altering optimal operational efficiency. The filter has a current capacity of 150 amps, making it ideal for applications in industrial settings that call for interference-free, stable operation.

The 22.E6.T60-3100 boasts versatile compatibility with any range of power systems and electrical networks. Its voltage range ranges from 0 to 550 volts; hence, it will give reliable operation in high-power systems. It guards the sensitive equipment against any possible disruptions resulting from EMI. With a suppression degree of C1/50 meters, it proves effective in the limiting of noise emission and keeps one within the set industrial standards. The filter is designed to attain minimal energy loss with a power loss of 80 W during operation. This design gives a balance between efficient filtering of power and lessening the waste of energy at the same time, letting systems operate optimally without developing excess heat. The weight of 9 kg makes the unit sturdy yet manageable for installation within control panels and equipment. Its rugged design makes the 22.E6.T60-3100 to operate satisfactorily in harsh environmental conditions. It withstands at a range of storage temperature -25°C to +70°C, thereby relatively more robust in transportation, and its filter will work well without any alteration in climatic conditions.

Being a controller module, EMC filter 22.E6.T60-3100 is designed for easy integration into electrical control systems with reliability and efficiency. The component is critical in industrial applications requiring high precision control of electrical noise suppression. The wide voltage range and ability to handle high currents make this a reliable component in any application. In short, this is an excellent choice for maintaining smooth, interference-free operation in demanding environments.