15.Z1-B05.1001 KEB
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The KEB 15.Z1-B05.1001 is part of the Z1 Sine Wave EMC Filters series and is designed for a rated voltage of 400 V. This filter can handle a maximum regenerative and supply overload of 150 percent and weighs 11.5 kilograms. Its dimensions are 258 mm in height, 178 mm in width, and 100 mm in depth.
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Product Description:
The 15.Z1-B05.1001 sine-wave EMC filter is produced by KEB and belongs to the Z1 Sine Wave EMC Filters series. Installed between an inverter output and a motor, the module reshapes pulse-width-modulated voltage into a smooth sinusoid, which reduces dV/dt and conducted emissions on long motor leads in industrial automation systems. By reducing high-frequency components, it lowers insulation stress at the motor and helps protect nearby instrumentation and feedback wiring from electromagnetic interference during continuous operation.
The module has a device size code of 15 (13), indicating the physical frame used for drives with similar current ratings while still leaving room for cabling and airflow. It is intended for three-phase networks up to 400 V, so the windings and insulation are suited to that line potential in motor-drive installations. During braking, the inductive network tolerates a regenerative current crest of 150 %, which helps prevent saturation when the motor returns energy to the DC bus. Its steel enclosure spans 178 mm in width and 258 mm in height, dimensions that support heat distribution across the side panels and allow top-to-bottom airflow when mounted upright. This layout also helps the module fit neatly beside a compatible inverter in a control cabinet.
At only 100 mm in depth, the housing maintains a compact footprint so it can fit into shallow enclosures without crowding adjacent components. Two slotted tabs with 5 mm mounting holes simplify attachment to backplates and keep the protective earth path short. The core and shielding bring the total mass to 11.5 kg, which helps the unit stay stable where upstream converters introduce vibration. The design also tolerates short-term supply overloads without thermal runaway. The filter operates with synchronization, meaning its impedance is matched to the inverter switching frequency to preserve a sinusoidal output across the speed range.
