15.F5.MDE-Y0P0 KEB
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The KEB 15.F5.MDE-Y0P0 is part of the F5 Combivert Axis Drives series and features a field-oriented control mode. It supports three-phase 400 V AC or AC/DC input and has a rated output power of 17 kVA. The drive offers a rated output current of 21 Amps and supports a maximum motor power of 15 HP.
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Product Description:
The 15.F5.MDE-Y0P0 is a drive module produced by KEB for the F5 Combivert Axis Drives series. As an inverter, it conditions three-phase power for induction or synchronous motors up to 15 HP and executes torque-regulating tasks in automated machinery. The unit supports field-oriented vector control to maintain precise flux alignment between the stator field and the rotor, allowing stable speed and torque regulation across a broad operating range. This operating method helps the drive respond smoothly to load changes during repeated machine cycles.
The drive handles a rated input of 27.3 A from the incoming mains and delivers a continuous output of 21 A to the motor terminals. That current corresponds to a sustained apparent power capability of 17 kVA, which reflects the thermal load the internal IGBTs and bus capacitors can withstand during normal duty. Its control algorithm is field-oriented, so the vector processor resolves current into direct and quadrature components for fast dynamic response. The nominal supply class is 400 V AC, and compatibility with rectified DC links widens installation options. Housing form factor E and inverter size code 15 match the mechanical dimensions and mounting points used by other F5 modules, while the three-phase topology accepts balanced industrial feeds without a neutral conductor.
An overcurrent trip activates at 43.2 A, removing gate signals before semiconductor damage occurs, and the design tolerates a 36 A peak for 30 seconds to cover acceleration spikes. Shielded motor leads can extend to 330 ft without violating EMI or cable-charging limits, which supports drive-to-motor layouts with more separation inside large machines. The enclosure carries an IP20 rating, so the drive must be mounted inside a panel but remains protected against accidental finger contact. No encoder feedback card is fitted, so speed estimation relies on motor models and current sensors, which keeps the hardware simpler for applications that do not require encoder-based feedback.
