Custom Auto Fuel Pump

An electric fuel pump uses a motor and signals from the vehicle’s ECU to push the proper amount of fuel from the fuel tank to the fuel injection system of a modern vehicle. Fuel pumps also have a sensor that measures the amount of fuel in the fuel tank.

Download PDF

YD NO.

REFERENCE CODE.

OEM NO.

YD NO.
PRODUCT RANGE
REFERENCE CODE：
OEM NO.

YD NO.	PRODUCT RANGE	REFERENCE CODE：	OEM NO.
CA-FS1000	Fuel Pump	FP115/	0580453021/16141180318/
CA-FS1001	Fuel Pump	FP132/	1306932/145070/285211/60779188/7597693/7700260678/91538807/9392911/94460810200/94460810203/94460810204/94460810206/
CA-FS1002	Fuel Pump	FP571/	3B0919051C/
CA-FS1003	Fuel Pump	FP189/	E2443M/
CA-FS1004	Fuel Pump	FP494	16710HA7672/
CA-FS1005	Fuel Pump	FP554	MANCO TALON 260CC 300CC LINHAI BIGHORN JCL XINGYUE300 ATV 82749
CA-FS1006	Fuel Pump	Fuel Pump	96591528/96464637/
CA-FS1007	Fuel Pump	Fuel Pump	E2042/
CA-FS1008	Fuel Pump	Fuel Pump	EP12SV/
CA-FS1009	Fuel Pump	Fuel Pump	E3521M/
CA-FS1010	Fuel Pump	Fuel Pump	E3537M/
CA-FS1011	Fuel Pump	Fuel Pump	E3547M/
CA-FS1012	Fuel Pump	Fuel Pump	E3558M/
CA-FS1013	Fuel Pump	Fuel Pump	15100A80D00/
CA-FS1014	Fuel Pump	FP502/	AM109212/AM106164/AM101074/
CA-FS1015	Fuel Pump	FP504/	DF44211/DF44211D/DF44227/
CA-FS1016	Fuel Pump	Fuel Pump	E3919M/
CA-FS1017	Fuel Pump	FP388/	1J0919087S/
CA-FS1018	Fuel Pump	FP496/	HEP02A/
CA-FS1019	Fuel Pump	FP153/	E8213/1951307040/C1391589/
CA-FS1020	Fuel Pump	FP117/	EP240R/
CA-FS1021	Fuel Pump	FP102/	1510050G00/1510050G10/1510061A1V/1510061AA1/1510077E00/1511050G00/1511050GT0/30018013/3111128100/3111128150/3111128300/8513603/MR134804/2322146070
CA-FS1022	Fuel Pump	FP104/	25177383/2322115040/
CA-FS1023	Fuel Pump	FP558/	2322000020/232200C010/2322103040/232210A030/2322116490/2322128280/2322146060/2322162010/2322166040/2322174110/7702002181/88972523/94856915/94858837/
CA-FS1024	Fuel Pump	Fuel Pump	E7030M/
CA-FS1025	Fuel Pump	Fuel Pump	E7040M/
CA-FS1026	Fuel Pump	Fuel Pump	E7055M/
CA-FS1027	Fuel Pump	Fuel Pump	E7063M/
CA-FS1028	Fuel Pump	Fuel Pump	E7075M/
CA-FS1029	Fuel Pump	Fuel Pump	E7077M/
CA-FS1030	Fuel Pump	Fuel Pump	E7086M/
CA-FS1031	Fuel Pump	Fuel Pump	E7087M/
CA-FS1032	Fuel Pump	Fuel Pump	E7089M/
CA-FS1033	Fuel Pump	Fuel Pump	E7093M/
CA-FS1034	Fuel Pump	Fuel Pump	E7094M/
CA-FS1035	Fuel Pump	Fuel Pump	E7097M/
CA-FS1036	Fuel Pump	Fuel Pump	E7103MN/
CA-FS1037	Fuel Pump	Fuel Pump	E7111M/
CA-FS1038	Fuel Pump	Fuel Pump	E7113M/
CA-FS1039	Fuel Pump	Fuel Pump	E7116M/
CA-FS1040	Fuel Pump	Fuel Pump	E7117M/
CA-FS1041	Fuel Pump	Fuel Pump	E7121M/
CA-FS1042	Fuel Pump	Fuel Pump	E7137M/
CA-FS1043	Fuel Pump	Fuel Pump	E7138M/
CA-FS1044	Fuel Pump	Fuel Pump	E7143M/
CA-FS1045	Fuel Pump	Fuel Pump	E7144M/
CA-FS1046	Fuel Pump	Fuel Pump	E7152M/
CA-FS1047	Fuel Pump	FP123/	16141178839/16141180017/16141180889/16141181354/
CA-FS1048	Fuel Pump	Fuel Pump	E7161M/
CA-FS1049	Fuel Pump	Fuel Pump	E7169M/

Company Overview

Haiyan Yongda Automotive Parts Co., Ltd are authorized Custom OEM Automotive Fuel Pump Suppliers and Wholesale Auto Fuel Pump Manufacturers of Cattle Enterprise Co., Ltd. lt locates in Yangtze River delta area, one of the competitive economy region in China. Our factory has more than 3,500 square meters and has over 100 employees. We produce and sell as many as 3,000 types, includes ignition system, starter and alternator components, sensor and so on.

Traces the history of our company, from the original single ignition coil workshop to ignition coil workshop and ignition module workshop, solenoid workshop, and recently we are enlarging and establishing our sensor workshop. At the meantime, we also established a trading department for our customers and purchasing other automotive spare parts for them, like ignition distributor, starter, alternator, rectifier, regulator, fuel pump, auto bulb, etc.

Honor

2024/05/09 NEWS
Effect of MAF sensor response time on engine performance

In modern automobile engines, the Mass Air Flow (MAF) sensor plays a vital role. It is responsible for real-time monitoring of the...
VIEW ALL
2024/05/02 NEWS
Effect of Humidity on Mass Air Flow Sensor Performance

In air measurement technology, mass air flow sensors are an indispensable measurement tool. They are widely used in many fields su...
VIEW ALL
2024/04/24 NEWS
Performance and challenges of speed sensors in high-speed measurements

In the field of high-speed measurement, speed sensors play a vital role. Whether it is in the fields of industrial automation, aut...
VIEW ALL
2024/04/18 NEWS
Effect of temperature sensor housing material and structure on response speed

In the field of temperature monitoring and control, temperature sensors play a vital role. It can not only sense changes in ambien...
VIEW ALL

Industry Knowledge Extension

With the declining market for traditional internal combustion engine vehicles, how is the auto fuel pump industry diversifying its product offerings to cater to emerging markets such as electric and hybrid vehicles?

Yongda is developing specialized fuel pumps for electric and hybrid vehicles, focusing on the unique requirements of these powertrains.

Electric vehicles may not use traditional fuel pumps, but they may require components related to fluid management, such as pumps for cooling systems or electric power steering.

Hydrogen fuel cell vehicles also fall under the category of alternative powertrains. Fuel cell vehicles require hydrogen pumps for refueling, and companies in the auto fuel pump industry may explore opportunities in this segment.

Companies may develop adaptive fuel pump technologies that can be integrated into both traditional and alternative fuel systems, providing flexibility for automakers and end-users.

With the increased use of electronic systems in modern vehicles, including electric and hybrid models, fuel pump manufacturers may incorporate advanced electronic components to enhance efficiency, reliability, and communication with the vehicle's control systems.

As electric and hybrid vehicles become more prevalent, there may be a focus on developing fuel pumps that contribute to overall energy efficiency and optimization of the vehicle's energy consumption.

Companies in the auto fuel pump industry may diversify their supply chains to source materials and components that are specific to electric and hybrid vehicle technologies.

Collaboration with automotive manufacturers becomes crucial. Fuel pump manufacturers may work closely with automakers to design and produce specialized components that meet the unique needs of electric and hybrid vehicles.

Continued investment in research and development is essential to stay at the forefront of technological advancements. This includes exploring new materials, manufacturing processes, and innovations that align with the changing landscape of the automotive industry.

It's important to note that the specifics of how the auto fuel pump industry is adapting to emerging markets could vary among companies. As the automotive landscape evolves, continuous innovation and adaptation will be key for the industry to thrive in the era of electric and hybrid vehicles.

What role do fuel pumps play in extending the range and overall efficiency of hybrid vehicles?

Fuel pumps in hybrid automobiles play a critical function in coping with the fuel system and optimizing standard efficiency. Popular, hybrid automobiles integrate an inner combustion engine (ICE) with an electric motor and a battery %. Here's how fuel pumps make contributions to extending the range and general performance of hybrid motors:

Traditional hybrid cars, which include those with a parallel hybrid machine, use an internal combustion engine that relies on a gas pump to supply gasoline from the tank to the engine.

The fuel pump guarantees a steady and managed supply of gasoline to the engine, optimizing combustion performance and electricity generation.

Hybrid automobiles regularly transfer between the electrical motor and the internal combustion engine based on driving conditions, load, and other elements. The gas pump allows the maintenance of the reliable gas delivery fee for the inner combustion engine whilst it's far in use, ensuring green energy technology.

Hybrid cars commonly function in regenerative braking systems, wherein the electric motor acts as a generator for the duration of braking to recharge the battery.

The gas pump can be worried about handling the transition between regenerative braking and traditional braking, making sure the electricity captured for the duration of braking is correctly converted and saved within the battery for later use.

Some hybrid vehicles have a plug-in hybrid device that permits them to perform in the electric-simplest mode for a sure distance.

The gas pump, in coordination with the automobile's management systems, may play a position in managing the transition between electric powered-only mode and hybrid mode, making sure the battery is charged effectively when the internal combustion engine is in use.

Fuel pumps are part of the broader power management gadget in hybrid motors. They work alongside the electric motor, and battery, and manage systems to optimize typical electricity usage and improve fuel efficiency.

In summary, gas pumps in hybrid automobiles make contributions to extending the range and improving average performance by way of managing gas transport, optimizing combustion, and facilitating the seamless integration of the inner combustion engine with the electric motor and battery systems. The coordination of these components enables hybrid automobiles to acquire better fuel financial systems and reduced emissions as compared to conventional motors.