Commercial vehicle efficient electric control M32 electronic drainage valve JD-DDPS-001

Commercial vehicle efficient electric control M32 electronic drainage valve JD-DDPS-001

The quality Commercial vehicle electronic drainage valve is a high-performance control system component designed for commercial vehicles, especially in climate change and harsh environmental conditions, to provide efficient and reliable drainage solutions. The electronic drainage valve can automatically adjust the drainage of accumulated water in the vehicle system, prevent water accumulation from damaging the vehicle, and ensure the stability and safety of vehicle operation.
This drainage valve uses advanced electronic control technology to accurately sense water level changes and automatically start the drainage process. It can monitor and respond in real time in different working environments to ensure that the vehicle can still maintain good drainage performance when driving at high speed or in complex terrain. It is particularly suitable for commercial vehicles such as refrigerated trucks, trucks, and engineering vehicles that have high requirements for drainage systems.
The design of this product focuses on durability and long-term stability. It uses high-quality materials and has good waterproof and anti-corrosion properties, ensuring normal operation even in extreme weather. At the same time, it has a compact structure, easy installation, strong adaptability, and can be perfectly combined with various vehicle systems to improve the overall performance and service life of the vehicle. Whether it is to improve vehicle safety or ensure efficient drainage, Commercial vehicle electronic drainage valve is an indispensable and important part of modern commercial vehicles.

Specific parameters include an installation size of M32*1.5, operating voltage of DC24V±15%, and a protection level reaching IP67, allowing it to function normally in harsh environments; it operates within a temperature range of -40℃~80℃, suitable for various extreme climatic conditions; and has a working pressure range of 0~1.2MPa with a power consumption of only 9.6W, making it highly efficient and energy-saving.