17.E5.T60-1001 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 17.E5.T60-1001 is an EMC filter from the Combiline EMC Filters series that features a rated current of 50 Amps and is designed for 3 phase plus PE input with a line voltage of 400 to 480 V AC. This unit has a DC resistance of 10 milliohms per phase and a leakage current of 11 mA, supporting a maximum ambient temperature of 45 °C and a maximum motor cable length of 30 meters. The filter weighs 3.2 kg and has a power dissipation of 14 Watts.
Internal Product Review
The 17.E5.T60-1001 is a KEB Combiline EMC filter well suited for 400/480 V AC networks and 50 A service. C1 EMC classification and 2700 V DC phase-to-PE testing make the filter a strong choice for noise-sensitive drive applications.
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Product Description:
The 17.E5.T60-1001 is a three-phase EMC filter from KEB, supplied within the Combiline EMC Filters series. The module installs between a frequency inverter and the plant mains to suppress conducted emissions and protect downstream equipment from high-frequency interference. By presenting a controlled impedance to each phase and to protective earth, the filter helps automation systems meet Class C1 emission limits in machinery and building installations.
The filter has a rated load current of 50 A, which is the maximum continuous drive current it can carry without excessive heating. The device operates on three-phase networks at 400/480 V AC and accepts either 50 Hz or 60 Hz line frequency, allowing integration on most European or North American distribution systems. Copper windings present only 10 mΩ/phase of DC resistance, so voltage drop and associated drive derating remain low. When energized, the assembly contributes leakage current to protective earth of 11 mA, a value that must be considered when coordinating residual-current devices. Dielectric integrity is verified by a high-voltage test of 2700 V DC between phase and earth, confirming adequate insulation spacing for overvoltage events.
During operation, the filter produces 14 W of power loss, so normal convection within a control cabinet is usually sufficient to keep the enclosure surface within an ambient limit of 45 °C. For installations where the inverter and motor are separated, the design supports motor cable runs up to 30 m while maintaining the stated attenuation and leakage values. Power terminals accept 10 mm² conductors, and the 3.2 kg mass provides adequate mechanical stability for DIN rail or back-panel mounting without additional bracing. The compact assembly is intended for cabinet integration where stable mounting, low resistance, and controlled leakage current are important for reliable drive operation.
