18.F5.M1H-YU01 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 18.F5.M1H-YU01 belongs to the F5 Combivert Axis Drives series and features closed loop field-oriented control for induction motors. This drive supports a maximum motor power of 30 HP at 480V and includes a braking transistor as a standard accessory.
Internal Product Review
The 18.F5.M1H-YU01 is a KEB Combivert F5 axis drive designed for closed-loop field-oriented control of induction motors. An integrated braking transistor and 30 HP motor capacity make this unit a strong choice for precise, responsive motion control.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The 18.F5.M1H-YU01 is an axis inverter supplied by KEB for the F5 Combivert Axis Drives series. The module links a plant’s fixed utility supply to a compatible motor and provides a variable-frequency output for programmed speed profiles. In an industrial cell, the drive can regulate motion on automated machinery without relying on mechanical throttling. Integrated protective functions help prevent operating conditions that could shorten motor life during continuous production.
The power stage uses closed-loop field-oriented control, which allows the internal processor to calculate torque-producing current in real time and maintain stable rotation during load changes. The inverter has a general motor output rating of 30 HP for continuous operation under the applicable supply and installation conditions. Its housing size code is H, which establishes the enclosure outline, heat sink area, and mounting pattern required for panel installation. A factory-installed braking transistor provides a path for regenerated energy when rapid deceleration returns power to the DC bus. The inverter size code is 18, and the corresponding electrical frame determines the applicable fuse requirements, conductor clearances, and parameter range.
The product identifier Combivert F5 associates the unit with compatible accessories and parameter files used for this drive platform. When paired with a medium-frame induction motor, the inverter controls the frequency and current needed for frequent starts, stops, and changes in shaft speed. During deceleration, regenerated energy can be directed to an appropriate external braking resistor through the installed switching circuit, helping prevent excessive DC-bus voltage. Adequate panel clearance and ventilation are necessary because the enclosure and heat sink must release losses generated during sustained operation. Supply conductors, motor leads, grounding connections, and protective devices must be selected for the drive’s electrical frame and expected load. This arrangement supports speed-regulated conveyors, coordinated production axes, and other automated equipment that experiences changing torque demand throughout its operating cycle.
