Product Description

The 16.E4.T60-1061 from KEB's Combiline EMC Filter Series is a high-performance EMC filter which has been developed under careful construction for minimum electromagnetic interference. Under the best conditions, sensitive electronic systems may, therefore, work optimally. It can be used on difficult industrial applications where stability, reliability, and safety prevail here. Its compact size of 200 x 70 x 60 mm makes it ideal for installations where saving space is considered critical.

Capable of handling an output current of 12.5 A, it works on a power consumption of just 60 W and is, therefore, an energy-conscious solution. Both AC and DC voltage types are supported, which allows for easy integration into a wide variety of systems. Its robust construction with IP65 protection class ensures protection against dust, water as well as harsh environmental conditions even in applications when frequent uptime and uninterrupted performance are demanded. The galvanic isolation enhances safety by preventing electrical disturbances and safeguarding connected equipment. It's fitted with a highly sophisticated Ethernet/IP communication interface, thus allowing for even smoother communication and integration into new, more advanced industrial automation systems. Its DIN rail mounting type simplifies installation, thereby reducing instances of system downtime during integration or upgrade processes. Plus, it has an operating temperature range of -20°C to +60°C, thus making it well suited for any environment. This however is its durability and adaptability as it's becoming fast the choice for renewable energy, manufacturing, and telecommunication.

The 16.E4.T60-106 doesn't only bring down the EMI but also prolongs and keeps electrical systems reliable. In achieving safety and efficiency, the high-performance EMC filter addresses the emergent needs in industrial automation yet maintains improved operational standards. Its design along with functionality are key items that render it as a tool for system resilience and reliability.