23.Z1.F04-1010 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 23.Z1.F04-1010 is a three-phase EMC filter from the Z1 Sine Wave EMC Filters series, designed for 55 kW power and a rated current of 150 Amps. It supports a rated voltage of 400 V AC with a maximum voltage of 550 V, and features an inductance of 0.08 mH and a conductor area of 70 mm². The filter weighs 17 kg with a copper mass of 5.1 kg and operates up to 100 Hz frequency.
Internal Product Review
The 23.Z1.F04-1010 is a KEB Z1 sine wave EMC filter built for 3-phase systems at 400 V AC. A 150 A rated current and 55 kW applicable power make the filter a strong fit for larger inverter installations. Low 0.08 mH inductance supports smooth output conditioning, making 23.Z1.F04-1010 a dependable choice for EMC-conscious drive packages.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The 23.Z1.F04-1010 is a sine-wave electromagnetic-compatibility filter manufactured by KEB within the Z1 Sine Wave EMC Filters series. Installed between a pulse-width-modulated inverter and a three-phase motor, it changes the steep switching edges of the drive output into a smooth sinusoid, limiting common-mode voltage and protecting insulation systems in automated production equipment.
The filter covers drive systems up to 55 kW and is built for a network rated at 400 V AC. Line conductors with a cross-section of 70 mm² can be connected, matching the continuous load capability of 150 A. Its series inductance of 0.08 mH forms an L-C network with the motor capacitance; this attenuates high-frequency components created by the inverter so that differential-mode voltage is reduced across the motor terminals. At the specified inductance value the filter achieves this damping without adding excessive reactive voltage drop at fundamental frequency, allowing the motor to receive the commanded voltage set-point. Power loss is held to 170 W, so most of the energy transferred from the inverter is delivered to the motor.
Mechanical data support straightforward panel integration: overall mass is 17 kg, of which 5.1 kg is copper, and the housing stands 130 mm high. Thermal design permits operation up to the filter’s maximum fundamental frequency of 100 Hz, while the magnetic core is sized for inverter carrier frequencies as high as 2 kHz without saturation. The three wound phases share a peak line-to-line voltage limit of 550 V, providing headroom for over-modulation events. Connections are made with M8 terminal studs, identified by the hardware code M8, simplifying torque-wrench assembly. With a phase count of three, the reactor topology aligns with standard IEC motor feeders.
