00.90.013-0042 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 00.90.013-0042 is part of the Combiline EMC Filters series and offers a continuous power of 80 W with a maximum short-term peak power of 5000 W. The filter features an IP23 degree of protection, operates at 800 V DC, and utilizes an aluminum housing with PTFE lead insulation. It has a dielectric strength of 4000 V DC and a thermal capacity of 0.43 kJ/K.
Internal Product Review
The 00.90.013-0042 is a KEB Combiline EMC filter built for stable high-voltage duty, with an 800 VDC rating and IP23 protection. Aluminum housing and 4000 V DC dielectric strength support dependable integration in demanding panels, making this unit a strong choice for EMC filtering.
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Product Description:
The 00.90.013-0042 electromagnetic compatibility filter is produced by KEB within the Combiline EMC Filters series. This component is installed between a drive inverter and the plant mains to attenuate conducted emissions and absorb differential-mode noise on power lines in industrial automation. It helps motor cables and control wiring comply with EMC limits while allowing high-frequency switching drives to operate without causing interference.
Rated for continuous power dissipation of 80 W, the filter releases heat generated by its internal resistive and inductive network during normal drive operation. A rectangular profile of 40 × 20 mm simplifies placement beside contactors and breakers on a backplate. The DC link can be charged up to 800 Vdc, matching the intermediate circuit of 400 V-class inverters that use active front ends. The assembly withstands an insulation test voltage of 4000 V DC between the terminals and housing. Its enclosure carries an IP23 rating, providing protection against finger contact and water falling at an angle of up to 60 degrees from vertical. M5 mounting points, PTFE lead insulation, and a 300 mm body length support straightforward wiring and secure attachment inside the cabinet.
The damping branch has a resistance of 5 Ω, which sets the initial energy absorption rate when a surge arrives. During short disturbances, the network can accept up to 5000 W without damage, so high-energy pulses are diverted before they can reach sensitive servo amplifiers. The surface temperature may reach 250 °C, so adequate clearance must be maintained between the filter and adjacent plastic components. A thermal capacity of 0.43 kJ/K indicates the amount of energy required to raise the element’s temperature by one kelvin, allowing repetitive pulse duty cycles to be estimated. Dielectric insulation resistance remains at least 10 MΩ, helping prevent leakage between electrically isolated parts. The aluminum housing conducts heat to the mounting panel through its M5 fasteners, so the contact surface should remain clean and securely tightened during installation.
