19.E4.T60-3A01 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 19.E4.T60-3A01 is part of the Combiline EMC Filters series and is designed for three-phase applications with a rated voltage of 460 V and a rated current of 80 A. This filter features a conductor size of 25 mm², has a power loss of 25 W, and weighs 6 kg. It measures 398 mm in height, 200 mm in depth, and 80 mm in width, complying with EN 55011 Class A EMC standards.
Internal Product Review
The 19.E4.T60-3A01 is a KEB Combiline EMC filter designed for 3-phase, three-wire power systems. EN 55011 Class A compliance and a 460 V rating make the filter a strong choice for industrial panels requiring clean electrical performance. An 80 A rated current with only 25 W power loss highlights efficient, high-capacity operation.
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Product Description:
The 19.E4.T60-3A01 is an EMC line filter produced by KEB for the Combiline EMC Filters series. Positioned on the mains side of a variable-speed drive, the unit blocks high-frequency noise that would otherwise propagate along power conductors and disturb sensors, PLC I/O, or nearby radio equipment. Because it is built for cabinet installation in three-phase industrial networks, the filter becomes a standard accessory on packaging machines, conveyors, and pumps that must satisfy electromagnetic compatibility rules in automated plants.
This model is approved for distribution systems up to 460 V line-to-line and can continuously conduct 80 A to downstream inverters or motors. Its leakage path toward protective earth is limited to 35 mA, so ground-fault monitors remain within trip constraints during normal operation. Compliance with EN 55011 Class A shows that the attenuation network meets emission limits for industrial environments. The filter is wired for three-phase power, and no neutral terminal is provided, which suits the typical TN-C or IT supplies used with drives. By eliminating a neutral wire, installation is simplified while internal capacitors are balanced symmetrically across the three conductors to keep differential-mode performance unchanged.
Copper terminations accept cables up to 25 mm², allowing low-impedance connections that preserve attenuation at high current. Thermal losses inside the wound cores are specified at 25 W, a value that guides enclosure ventilation calculations. The housing stands 398 mm tall, spans 80 mm in width, and reaches 200 mm in depth, giving a slim front profile that fits alongside contactors on a DIN backplate. Internally, the damping elements are arranged for three-wire input and output, matching common drive cabling practices. The total mass is 6 kg, so standard panel hardware is adequate for secure mounting without extra bracing.
