17.E5.T60-10F2 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 17.E5.T60-10F2 is a three-phase EMC filter in the Combiline EMC Filters series with a rated voltage of 400/480 V AC and rated current of 50 A. This filter, weighing 3.2 kg, supports conductor sizes up to 10 mm² and has a maximum operating voltage of 528 V. It features a C1 EMC class and supports a motor cable length of 10 meters.
Internal Product Review
The 17.E5.T60-10F2 is a KEB Combiline EMC filter built for 3-phase applications with a 400/480 V AC rating. Its C1 EMC classification and 50 A rated current make this filter a strong choice for drive systems that demand reliable line-side noise suppression.
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Product Description:
The 17.E5.T60-10F2 is a three-line electromagnetic compatibility filter built by KEB for the Combiline EMC Filters series. Designed for installation on the line side of inverters or servo drives, the unit attenuates differential and common-mode interference so that connected motion equipment meets industrial emission limits. By inserting this passive stage between the power source and the drive cabinet, the filter limits high-frequency noise that could disrupt sensors, fieldbus links, or neighboring controllers in automated production cells.
With a topology intended for three-phase networks, the filter carries a rated voltage of 400/480 V AC and a continuous line current of 50 A. It maintains filtering performance across supply variations because the permissible line frequency spans 50/60 Hz ±10%. Internal copper bars sized for 10 mm² conductors minimize temperature rise, while magnetic and capacitive elements dissipate only 14 W of power during full-load operation. Leakage current is limited to 10 mA, reducing the risk of residual-current device nuisance trips and allowing the assembly to be connected in systems that use sensitive ground-fault monitoring.
The filter satisfies EMC category C1, which targets equipment installed in residential or commercial environments that demand the lowest emission levels. Dielectric spacing supports a maximum operating line of 528 V, giving headroom for transient overvoltage events. A vertical housing that stands 415 mm high, 181 mm wide, and 56 mm deep fits standard panel layouts while leaving room for adjacent components. Total mass is 3.2 kg, which keeps the unit manageable during panel installation. The design accepts motor cables up to 10 m in length without degrading attenuation characteristics, making it suitable for compact machinery where the drive and motor are located close together.
