| MOQ: | 1 pieces |
| Price: | US $124.32-136.32 |
| Payment Method: | L/C,D/A,D/P,T/T,Western Union |
| OE No. | 1881565 |
| Type | Fuel Injector |
| Car Make | Diesel Car |
| Packing | Neutral Packing or Customize Packing |
| Warranty | 1 Year |
| MOQ | 1PC |
This heavy-duty commercial vehicle electronically controlled high-pressure common rail fuel injection valve assembly (standard part number: 1881565, common OE interchangeable and cross-reference numbers include 1881565R, 2037559, 2110431, 1905001, etc.) is meticulously designed for high-power commercial transport trucks, long-haul tractors, and heavy-duty long-haul logistics power platforms (such as the PGRS series heavy trucks equipped with a DC13 13.0L inline six-cylinder diesel engine). As the core control and spray actuator of the electronically controlled high-pressure common rail fuel supply system, it is responsible for accurately metering high-pressure diesel fuel and rapidly converting it into micron-level ultra-fine atomized particles with a microsecond-level high-frequency response, promoting comprehensive and uniform mixing of fuel and intake airflow, achieving full and efficient combustion and strong power output.
The product adheres to a manufacturing process of "microscopic ultra-fine atomization and millisecond-level ultra-fast response." The core needle valve assembly and armature control valve core are made from carefully selected aerospace-grade quenched special alloy steel, combined with ultra-high precision geometric grinding and low-friction polishing processes. The surface is covered with a dense, anti-coking hardened coating, effectively preventing early erosion caused by diesel impurities. After the parts are installed, truck drivers and fleet maintenance personnel will experience a significant performance improvement: crisp and rapid starting, with the severe vibration and shaking at low-speed idling completely eliminated; under full-load high-speed cruising or steep incline conditions, the accelerator pedal response is firm and smooth, acceleration is rapid and continuous, while significantly reducing black smoke from exhaust, resulting in excellent overall fuel consumption control.
Problems Solved: Addresses the issues of component size deviations, uneven fuel supply to cylinders, and high-pressure leakage risks that are easily caused by traditional multi-layer OEM and reseller trade, while avoiding the increased procurement costs associated with intermediate links.
Value Brought: By relying on its self-built standardized production base and implementing precision manufacturing throughout the entire process, the company eliminates layers of intermediaries and ensures consistent injection height across all cylinders. This reduces maintenance costs and provides a solid and reliable power guarantee for the long-term operation of the equipment.
Problems Solved: Addresses quality issues common with low-quality parts, such as delayed solenoid valve response, internal pressure leakage, and needle valve jamming. These issues lead to unstable power output after installation and waste time and money on repeated disassembly and debugging.
Value Brought: Each injector undergoes fully automated testing before leaving the factory. Under fully simulated high-temperature and ultra-high-pressure conditions, the injection volume and return oil sealing performance across different pressure ranges are precisely calibrated, ensuring immediate usability after installation and significantly saving time and costs associated with equipment disassembly and debugging.
Problem Solved: Commercial vehicles and construction machinery are high-upload, high-revenue tools. If they become stranded due to fuel system failure, the resulting downtime and lack of materials will incur costly delays, compensation, and lost work time.
Value Brought: Our warehousing center maintains a large inventory of best-selling specifications year-round. After order confirmation, we respond quickly and prioritize packing and shipping within 24-48 hours, significantly shortening the logistics and delivery cycle. This helps fleets and owners quickly restore equipment availability and effectively avoids downtime losses.
Problem Solved: Addressing the issue of premature wear and valve core seizure caused by differences in diesel lubricity and sulfur content in different regions.
Value Brought: Core valve components are made of high-strength special bearing steel with a surface anti-corrosion hardening treatment, significantly improving fatigue resistance and wear resistance. Even under harsh environments and prolonged high-load operation, they maintain stable performance, avoiding the additional costs of frequent disassembly and repairs.
| Parameter Name | Parameter Value |
|---|---|
| Product Name | Heavy-Duty Commercial Vehicle Electronically Controlled High-Pressure Common Rail Injector |
| Standard OE Part Number | 1881565 |
| Interchangeable Part Number | 1881565R / 2037559 / 2110431 / 1905001 |
| Applicable Engine Platform | DC13 Series 13.0L Inline Six-Cylinder Diesel Engine |
| Fuel Supply System | Electronically Controlled High-Pressure Common Rail System |
| Core Needle Valve Material | Aerospace-grade hardened bearing steel, corrosion-resistant high-hardness special alloy steel |
| Surface Treatment Process | High-density, ultra-wear-resistant DLC hardened coating |
| Nozzle Machining Technology | EDM high-precision electrical discharge micro-hole machining |
| Maximum Working Pressure | ≥ 2200 bar |
| Working Temperature Range | -40°C to +125°C |
| Internal Sealing Components | Original Equipment Manufacturer (OEM) High-Temperature Resistant and Anti-Swelling Special Fluororubber (FKM O-Rings) |
| Net Weight per Unit | Approx. 0.98 kg / piece |
| Testing Standards | 100% Automated Full-Condition Bench Flow and Sealing Tests |
Long-haul logistics and highway traction transport: Heavy-duty semi-trailer tractors continuously travel fully loaded on inter-provincial highways and long-distance trunk logistics routes, placing extremely high demands on engine fuel supply stability and fuel economy. When truck drivers notice sluggish acceleration for overtaking, insufficient power when climbing hills in high gears, or black smoke from the exhaust pipe, mechanics promptly replace the fuel with this high-precision common rail injection valve. After replacement, fuel atomization is extremely fine and uniform, engine power reserves are fully restored, throttle response is brisk, and overall fuel consumption per 100 kilometers is effectively reduced.
Heavy-duty construction waste transportation and mining transport scenarios: Heavy-duty dump trucks and mining transport vehicles frequently start fully loaded and climb steep slopes in harsh road conditions and high dust environments at construction sites or quarries. When vehicles experience starting difficulties, severe idling vibrations, or uneven cylinder operation, the maintenance team replaces the entire set of high-specification fuel injection components. Precise electronic injection control allows the engine to instantly release high torque at low speeds, smoothly handling frequent start-stop cycles and heavy loads, ensuring efficient and smooth transportation operations.
Q: Can I use the product directly after installation? Is it necessary to enter a correction code?
A: Each injector has a unique flow correction code (IMA code) generated during factory testing. It is recommended to use a diagnostic tool to flash the correction code into the engine ECU after installation to achieve optimal fuel efficiency and smoothness.
Q: What is the inventory and delivery time for bulk purchases?
A: We have our own factory and large warehouse, and maintain a large inventory of this model year-round. Standard orders can be packaged and shipped within 24-48 hours, and large-volume orders can also be quickly scheduled for production line setup.
Q: How do you guarantee the quality and performance of your products before they leave the factory?
A: All injectors undergo assembly in a Class 100 cleanroom and 100% full-condition bench testing, covering key indicators such as sealing, pre-injection volume, full-load injection volume, and return oil volume. These stringent testing standards ensure that they are high-quality products from the outset.
Q: What is the warranty period for your products? What are your after-sales service details?
A: We offer a 12-month warranty period. If a performance failure occurs within the warranty period due to non-human factors, we provide rapid replacement or after-sales technical support to ensure your peace of mind when using our products.