G03 EV/HEV Motor Controller
G03 supports both 340Vdc and 540Vdc voltage platform and its max. output current can reach up to 410Arms and 525Arms accordingly. G03 has been applied to all kinds of trucks, 8-10m buses, logistics vehicles and compatible with synchronous and asynchronous motor.
Thanks to sophisticated engineers, scientific producing workmanship, rigorous quality control systems and management team, GTAKE EV/HEV motor controllers (MCUs) are equipped with advanced features and advantages, some of which are listed as below:
01 All GTAKE electric vehicle motor controllers meet the standards GB/T 18488.1, GB/T 2423.17, GB14023.4, and GB/T 17619.4.
02 Quick torque respond time: <5ms; Torque control accuracy: ±5%.
03 Key components and parts are specialized for vehicles, with fast response and better performance.
04 Big power density, compact size and light weight. On the premise of ensuring the power, this can effectively reduce the weight of vehicle body.
05 Rational placement, delicate material selection, and advanced manufacturing engineering make the IP grade up to IP67 with the lightest weight. Well-designed frames and thickened conformal coating protect the products against harsh environment.
06 GTAKE EV/HEV controllers support terminal control and CAN bus control. The CAN node hardware connection can be realized by GTAKE controllers directly, with the transmission baud rate up to 1 Mbps, real-time, safe and reliable.
07 When the vehicle is geared forward, but there is no step-on gas and brake signal, it could run at the set low speed with a matching output torque according to its load and slope degree of the road, shunned from unexpected slope slipping.
08 Different filtering tactics in ACR make the output torque smoother with quick response, improving the comfortability for driver and passengers dramatically.
09 GTAKE motor controllers are equipped with capability of protection on short-circuit, over-current, over-voltage, overheating, over-load, and encoder disconnection, etc. Likewise, the battery protection can be well programmed and the controller can adjust feedback energy greatly.
10 Ambient temperature: -40°C~65°C;