13.F5.A1D-YR90 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 13.F5.A1D-YR90 is part of the F5 Combivert Axis Drives series and features a rated power of 5.5 kW with a rated current of 12 Amps. This drive includes a standard control board, provides 8 digital inputs along with 2 analog inputs at 12-bit resolution, and supports up to 7.5 HP motor power. It operates with a nominal voltage of 400 V three-phase input and comes equipped with a braking transistor accessory.
Internal Product Review
The 13.F5.A1D-YR90 is a KEB F5 Combivert axis drive equipped with a standard control board and an integrated braking transistor. A 12 A rated current and 21.6 A peak current give the unit strong headroom for demanding motion duty. A maximum switching frequency of 16 kHz supports clean motor control, making the drive a capable choice for 7.5 HP applications.
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Product Description:
The 13.F5.A1D-YR90 is an AC axis drive produced by KEB for the F5 Combivert Axis Drives series. The unit functions as a power stage and control interface for induction or synchronous motors in automated machinery, converting fixed-frequency mains into adjustable voltage and frequency so motion profiles can be tuned by the machine controller. Its integrated braking transistor lets excess regenerative energy be dissipated through an external resistor, an arrangement that maintains stable DC-link voltage during rapid deceleration cycles.
The drive connects to a supply rated at 400 V and accepts a three-phase line, matching common plant distribution systems. Within these limits, it can deliver a continuous mechanical output of 5.5 kW while drawing a motor current of 12 A. Short-term overloads are covered by a peak current capability of 21.6 A, allowing acceleration torque reserves without tripping protective limits. The inverter section is identified by size code 13, and its general motor chart lists 7.5 HP as the maximum shaft power at either 400 V or 230 V in unit B wiring. A standard control board carries eight digital inputs, two analog inputs, two analog outputs, and a 24 V sensor supply at 100 mA, giving the PLC multiple paths for speed reference, enable, and status feedback.
The switching devices can be clocked up to 16 kHz; users typically select the factory setting of 4 kHz when motor noise and thermal load are acceptable, or raise the frequency for quieter operation at the expense of higher losses. Analog setpoints are sampled at 12-bit resolution, so speed commands and torque limits resolve to 1 part in 4096. Digital inputs are scanned every 1 ms, ensuring that start, stop, and fault signals propagate through the drive’s logic with deterministic timing suitable for coordinated multi-axis lines.
