2V80F V-type twin-cylinder diesel engine injector, top-mounted fuel inlet, M12x1.5 thread, pintle/hole-type nozzle, multi-hole structure, suitable for 2V80F V-type water-cooled engine made in China
Excellent product with exquisite craftsmanship.
The 2V80F fuel injector is specifically designed for the 2V80F V-type twin-cylinder diesel engine. It adopts a top-mounted fuel inlet structure and is equipped with a standard M12x1.5 fuel inlet thread. The product includes two types of nozzles: pintle type (single-hole) and hole type (multi-hole structure).
The pintle-type fuel injector has an optimized spray angle design, which is highly matched with the structure of the engine's swirl chamber, improving the fuel atomization effect and combustion efficiency. The hole-type injector features a multi-hole layout for more uniform fuel distribution. The fuel injectors are precisely matched to ensure the balance and stability of fuel injection in the two cylinders, guaranteeing the smooth operation of the engine and stable power output.
This fuel injector is widely used in agricultural machinery, power generation equipment, and light construction machinery, meeting the requirements of high-efficiency power output and energy conservation.
Technical parameter | |||||
EnglneType | 2V80 | 2V86 | 2V88 | 2V92 | 2V95 |
Fuel nlet | Top inlet | ||||
Inlet Screw | M12×1.5 | ||||
Nozzle | Pintle nozzle | Hole type nozzle | |||
NOP(Mpa) | 15 | 23 | |||
Holes Number | 1.00 | 4 | 5 | ||
Hole Dia(mm) | 1.00 | 0.23 | 0.21 | 0.23 | |
Flow(L/min) | 1.00 | 1.1 | 1.3 | 1.25 |
Related Products
Jointly develop a new generation of fuel injection systems, with the aim of reducing costs and improving the reliability and performance of fuel injection systems through technological innovation.
READ MOREThe newly developed high-performance fuel injection system has been applied in top-tier racing events, providing unprecedented power and speed to race cars through precise injection control and optimi...
READ MOREThe latest high-performance fuel injection system has shown significant efficiency improvements in laboratory tests and is expected to lead the development of next-generation automotive power technolo...
READ MORE