16.E6.T60-3000 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 16.E6.T60-3000 is part of the Combiline EMC Filters series and has a rated current of 43 Amps with a power dissipation of 17.5 Watts. The filter supports three-phase plus PE input with a maximum voltage of 550 V and has a weight of 1.8 kilograms. It features a DC resistance of 0.004 ohms per phase and measures 252 mm in height, 65 mm in width, and 106 mm in depth.
Internal Product Review
The 16.E6.T60-3000 is a KEB Combiline EMC filter built for 3 Ph + PE installations and rated for 43 A. Low 0.004 Ω/phase DC resistance and 17.5 W power dissipation support efficient line conditioning with manageable thermal load. A 550 V maximum input voltage stands out as a strong advantage for demanding industrial power applications.
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Product Description:
The 16.E6.T60-3000 electromagnetic compatibility filter belongs to the Combiline EMC Filters series manufactured by KEB. It is placed between the mains and a three-phase inverter or servo controller so that switching harmonics generated by the drive do not propagate through the plant power network. By providing differential and common-mode attenuation on a three-phase plus PE circuit, the filter helps machines meet EMC directives and prevents disturbances that could disrupt sensors, PLC I/O, or neighboring communication lines.
This model carries a rated line current of 43 A, allowing it to serve drives that draw similar continuous current without saturation. Copper windings exhibit only 0.004 Ω/Phase of DC resistance, which keeps voltage drop low and minimizes additional heating in the cabinet. Normal operation introduces a leakage current of 1.27 mA to protective earth, and this value remains below typical personnel safety thresholds while still supporting effective high-frequency bypass. Internal losses are quantified as 17.5 W, so forced ventilation or spacing may be required to maintain a stable enclosure temperature. The filter withstands a maximum line potential of 550 V, matching 400 V and 480 V industrial mains with headroom for transient overvoltage events.
Dielectric integrity includes a phase-to-PE withstand voltage of 2700 VDC and a phase-to-phase withstand voltage of 800 VDC, each applied for 2 s to confirm insulation spacing. The design is specified for ambient conditions up to 45 °C, and within this limit the filter’s ferrites and capacitors maintain their loss figures and leakage behavior. Mechanical integration is aided by a 252 mm height, 65 mm width, 106 mm depth, and a 1.8 kg mass, while the M4 ground terminal tightened to 1.7 Nm secures the earth bond required for EMC performance.
