Brushless Motor

Brushless Motor – ACE-3/BLE-3

With this model, ZAPI brings our 15 years of industry leading experience with asynchronous control technology and provides a flexible and robust product.

Brushless Motor – ACE-2/BLE-2

With the BLE-2 and ACE-2, ZAPI brings our 15 years of industry leading experience with brushless control technology and provides a flexible and robust product.

Brushless Motor – COMBIAC-0/BLE-0

Since its introduction in 2009, this model has quickly become one of the most popular ZAPI products throughout the world.  OEMs are able to utilize its high output, small package size, and expanded I/O in many different applications.

Brushless Motor – COMBIAC-X/BLE-X

With this model, ZAPI brings our 15 years of industry leading experience with asynchronous control technology and provides a flexible and robust product.

Brushless Motor – High Voltage Inverters

Combining more than 50 years of experience in motor inverter and high-frequency battery charger design, ZAPI is introducing its platform of IGBT-based controllers for high voltage applications.

Brushless Motor – ACE-5/BLE-5

With this model, ZAPI brings our 15 years of industry leading experience with brushless motor control technology and provides a flexible and robust product.

Brushless Motor – COMBIAC-1

The CombiAC-1 has proved to be a versitle product in the marketplace, as it is utilzed in pallet trucks, neighborhood electric vehicles, ground support equipment, boom lifts, and many other applications worldwide.

Brushless Motor – DAULAC-2/COMBIAC-2

This robust controller is suitable for use in counterbalanced trucks, tow tractors and other vehicles with twin traction motors in the 3 to 8kW power range.

Brushless Motor – AC-3

The AC-3 is designed to drive one asynchronous AC Induction motor up to 16KW.

Brushless Motor – AC-2

The AC-2 is the product that got it all started. The original design was released 15 years ago, and helped usher in the entire AC movement.

Brushless Motor – AC-X/BL-X

This model is ideal for those applications that require the smooth operation and fine control of synchronous and asynchronous motors, but without the bells-and-whistles.

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