small and medium batch prototype - New Energy Vehicles Clutch Housing 5 Axis Milling

Business Scope: CNC Machining / Sand Casting / 3D Printing / Transparent Prototypes / Medical Device Prototypes

Dimension: Based on clients' design drawing

Design: Based on clients' design drawing

Feature: Based on clients' design drawing and requirements

Surface treatment: as your requirements

Material: steel / aluminum - Any other material and dimension depends on customers' demand.

Usage: Machinery /Automobile

Processing Equipment: 5-axis machining center(800S U) / 3-Axis Machining Center(1270) / 3-Axis Machining Center(960) / 3-Axis Machining Center(850)

Checkout Equipment: CMM(coordinate measuring machine) / 3D scanner / X-ray fault detector / tool preseting measuring instrument / Roughness profiler / Cleanliness detector / Water and air double check air tightness detector

We are ISO 9001 / IATF 16949 / ISO 14001 / OHSAS18001 certified firm.

Other Hot Products: The Motor Shell / Reducer Housing / Gearbox Housing / Hybrid Transmission Housing / Motor Cover

The vehicle controller collects driving information such as accelerator pedal signal, brake pedal signal and gear switch signal, and receives data from the motor controller and battery management system on the CAN bus, and divides and judges this information with the vehicle control strategy, extracts the driver's driving intention and vehicle running status information, and finally sends out commands through the CAN bus to control each component controller. Finally, the CAN bus issues commands to control the work of each component controller to ensure the normal operation of the vehicle.
The most basic function of the vehicle controller is to control the driving of the pure electric vehicle and to coordinate the normal operation of the pure electric vehicle systems. The whole vehicle controller sends control signals to the relevant electronic control unit according to the set control procedure by collecting the whole vehicle controller according to the driver's driving intention and the real-time status of the vehicle. For example, when the driver presses the accelerator pedal, the vehicle controller sends a torque output signal to the motor controller, and the motor controller controls the torque output of the motor according to the driver's intention.
The pure electric vehicle communication network is a CAN bus-based communication network with multiple master and slave nodes. The vehicle controller, as the master node of the vehicle network, is responsible for the organization and transmission of information, monitoring of network status, management of network nodes and diagnosis and treatment of network faults, which is important for the normal operation of the vehicle network.