13.AF.506-3585 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The 13.AF.506-3585 EMC filter is part of the Combiline EMC Filters series by KEB and is designed for three-phase systems with a rated voltage of 460 V AC and a maximum motor frequency of 600 Hz. It has a conductor cross-section of 6 mm², a rated current of 12 Amps, and weighs 5 kilograms. The filter measures 310 mm in height, 160 mm in depth, and 70 mm in width.
Internal Product Review
The 13.AF.506-3585 is a KEB Combiline EMC filter designed for 3-phase systems at 460 V AC. A 12 A rated current and 600 Hz maximum motor frequency support dependable performance in demanding drive applications. Clean electrical characteristics and a 12 kHz minimum switching frequency make the filter a strong choice for modern inverter setups.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The 13.AF.506-3585 electromagnetic compatibility filter is produced by KEB and supplied within the Combiline EMC Filters series. Installed between the incoming power line and a pulse-width-modulated motor drive, the filter suppresses differential-mode and common-mode noise generated by fast-switching transistors. By reducing high-frequency interference, it helps protect sensors, PLC I/O, and other sensitive equipment while supporting compliance with industrial emissions limits. The filter is suitable for motor-drive installations where conducted electrical noise could interfere with nearby control and communication circuits.
The unit is designed for 460 V AC distribution systems and connects to a three-phase source through a screw terminal block. Its windings and capacitors can conduct up to 12 A of continuous current without excessive temperature rise. The filter supports semiconductor switching frequencies of 12 kHz or higher while limiting high-frequency interference that could travel toward the incoming power supply. It can also be used with connected inverters that operate motors at frequencies up to 600 Hz. Internal inductive components keep leakage inductance within acceptable limits, reducing the risk of excessive voltage drop during full-load operation. The screw-terminal connection provides a secure electrical interface for the line and drive conductors.
The steel housing has a depth of 160 mm, a height of 310 mm, and a width of 70 mm, allowing placement in narrow control panels next to contactors or circuit breakers. The assembly weighs 5 kg, making transport and panel installation manageable. Slotted mounting flanges accommodate M6 bolts and allow the enclosure to be secured to a suitable mounting surface. Input and output terminals accept copper conductors up to 6 mm², allowing standard motor cable sizes to connect without additional adapters. The narrow housing conserves horizontal panel space while providing sufficient height and depth for the internal filtering components. Adequate clearance around the terminals should be maintained so conductors can be routed without sharp bends or strain at the connection points.
