Overview of A2 Series:

Key Features and Benefits:

Comprehensive Functionality

1. Wide operating frequency range of 0~300Hz.
2. Capable of delivering up to 300A output across system voltages of 24V, ensuring sustained performance under various conditions.
3. Supports regenerative braking, SOC algorithm, magnetic eddy current brake control, emergency stop-and-reverse motor control, and anti-sliding slope for enhanced safety and efficiency.
4. Indirect Field Orientation (IFO) Vector Control algorithm optimizes torque and efficiency throughout the speed range.
5. Facilitates quick and effortless motor characterization without disassembly, ensuring seamless compatibility with any AC motor brand.
6. Features automatic temperature compensation and remote calibration for hassle-free operation.
7. Utilizes advanced Space Vector Pulse Width Modulation (SVPWM) techniques to minimize motor harmonics, torque ripple, and heating losses, resulting in superior efficiency.

Enhanced Safety and Reliability

1. Equipped with an insulated metal substrate power-base for superior heat dissipation and increased reliability.
2. Patented shoot-through guide architectural design enhances shoot-through capability and overall reliability.
3. Dual microprocessor architecture ensures the highest possible level of functional safety performance.
4. Includes reverse polarity protection on battery connections and short circuit protection on all output drivers.
5. Comprehensive fault detection function supports over-voltage, under-voltage, over-current, overheating, and reverse polarity protection.
6. Sealed to IP65 standards, ensuring resistance to dust and water ingress.

Simple & Flexible Integration

1. Customizable programming to meet diverse requirements of EV OEMs.
2. Compatible with PC Windows programming and offers intuitive diagnostic tools for easy setup and troubleshooting.
3. Equipped with a buzzer alarm for instant diagnostics and fault identification.
4. Supports CANbus and CANopen protocols, ensuring seamless integration into existing systems.