G7.F5.S1A-ZA00 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB G7.F5.S1A-ZA00 is part of the F5 Combivert Axis Drives series and features one analog input, five digital inputs, and two digital outputs. It has an external control supply, supports 230V AC or AC/DC input, and includes a braking transistor among its installed accessories. The drive offers a switching frequency of 8 kHz and includes one relay output with a short-time current rating of 180%.
Internal Product Review
The G7.F5.S1A-ZA00 is a KEB Combivert F5 axis drive with an external control supply and 230V AC or AC/DC input. A 1 ms I/O scan time and 8 kHz switching frequency support responsive, stable control behavior in demanding motion applications. The installed braking transistor adds strong deceleration capability, making the unit an excellent axis-drive option.
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Product Description:
The G7.F5.S1A-ZA00 axis drive is manufactured by KEB and is part of the F5 Combivert Axis Drives series. Designed for cabinet mounting, this inverter forms the link between a motion controller and the motor, delivering variable voltage and frequency so production machinery can accelerate, brake, or hold position according to process demand. By integrating I/O and protective hardware inside a compact housing, the module streamlines installation of conveyor sections, pick-and-place heads, and other automated axes. Its role is to regulate motor output during repeated starts, stops, and speed changes in automated equipment.
Operational parameters are tailored for installations that use a mains input of 230 V AC or AC/DC. The control section includes 5 digital inputs that use PNP logic and accept limit switches or enable lines, while one analog channel provides speed reference flexibility. All configured inputs are polled every 1 ms, giving tight coordination with motion tasks. Pulse-width modulation is generated at 8 kHz, and an external 24 V supply sustains the control board during power dips. The external control supply keeps the low-voltage electronics separated from the mains domain.
The drive uses housing type A, which gives consistent mechanical dimensions and airflow paths for panel design. A factory-installed braking transistor absorbs regenerated energy, allowing high-inertia loads to stop without external braking hardware. Overcurrent protection responds when motor draw reaches 216%, and the power stage tolerates 180% of rated current for short-time overloads before limiting output. System wiring uses 17 labeled terminals, including 2 digital outputs for run or fault signaling and dedicated connections for the external control supply. Because no encoder feedback card is fitted, the application can use open-loop control or obtain position data through a separate module.
