16.F5.M1G-36GA KEB
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The KEB 16.F5.M1G-36GA is part of the F5 Combivert Axis Drives series and offers closed loop field-oriented control for induction motors. This drive supports a maximum motor power of 20 HP, features a G form factor, and comes equipped with a braking transistor.
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Product Description:
The 16.F5.M1G-36GA is an AC axis drive manufactured by KEB for the F5 Combivert Axis Drives series. It operates between the plant mains supply and a three-phase motor, generating a variable electrical output that allows a controller to adjust shaft speed and torque on demand. This functionality supports automated material-handling systems, process equipment, conveyors, and other machinery that requires controlled motor operation. Motor feedback provides the control system with operating data that helps the drive maintain accurate torque production as speed and load conditions change.
The model uses closed-loop field-oriented control, which separates stator current into torque-producing and flux-producing components. This control method improves dynamic response during acceleration and deceleration while supporting stable motor operation under changing loads. The drive supports a general power rating of up to 20 HP, making it suitable for medium-sized production machinery that requires consistent power delivery. Its electronics are housed in frame size 16, which establishes the physical enclosure size and mounting footprint. Housing form factor G indicates the cooling path and terminal arrangement used by the enclosure. An integrated braking transistor provides a controlled path for regenerative energy when the motor drives the load or stops rapidly, helping protect the DC bus capacitors and stabilize bus voltage during deceleration.
The drive uses an interface layout, parameter structure, and diagnostic arrangement suited to coordinated installations with multiple drives. For installations operating from low-voltage mains, the Unit B designation associates the inverter with a nominal supply voltage of 230 V. This voltage level must be considered when selecting supply cables, disconnects, fuses, and other protective equipment for the installation. The control system continuously tracks relevant motor parameters so that flux orientation remains stable as operating conditions change. It supports an induction motor at very low speed, allowing the connected machinery to maintain controlled torque during slow positioning or crawl-rate movement. The integrated braking function also manages regenerated energy during rapid speed reductions without interrupting the active motor-control process.
