QSK23 Diesel Engine Parts For Cummins Fuel Injector Clamp 3348663

High fastening force design: The well-designed structure can provide a fastening force of up to 500N to firmly fix the injector, effectively resisting vibration acceleration of up to ±3g during engine operation and impacts caused by fluctuations in injection pressure, ensuring that the injector is always in a precise position, reducing fuel injection deviations caused by loosening and ensuring stable engine combustion.

High-quality material construction: High-strength alloy steel is selected, with a yield strength of 600MPa, providing excellent fatigue and wear resistance. In the process of long-term use, it can effectively resist the wear and deformation caused by frequent vibration and mechanical stress, which extends the service life by 30% compared with ordinary materials and greatly reduces the maintenance cost and replacement frequency.

Advanced Surface Treatment: The surface of the injector clamps is treated with special anti-rust treatment, adopting Dacromet coating technology, with a uniform coating thickness of 20 μm and a corrosion-resistant time of more than 1,000 hours in the salt spray test. This not only effectively prevents rust and corrosion in humid, dusty and other harsh environments and ensures that its fastening performance is not affected, but also improves the overall aesthetics and durability of the product.

Precision Manufacturing Accuracy: Using advanced CNC machining technology, the manufacturing process strictly follows the high precision quality standards. The key dimensional accuracy of the product is controlled at ±0.02mm, and the flatness error of the mounting surface is no more than 0.01mm, which ensures a close fit with the injector and engine head mounting parts, and the installation error rate is reduced to less than 1%, which effectively avoids fuel leakage and other problems due to improper mounting, and improves the overall sealing and reliability.

Convenient installation design: The unique shape design and structure layout fully consider the convenience of actual installation and operation. The installation process is simple and intuitive, compared with the traditional injector clamp, the installation time is shortened by 30%, and the installation can be completed without special tools, which greatly improves the maintenance efficiency and reduces the equipment downtime.

Part Number: 3348663

Engine: Cummins QSK23 (23 liter) diesel engine

Tightening force: 500N

Material: High strength alloy steel

Yield strength: 600MPa

Surface treatment: Dacromet coating, thickness 20μm

Salt spray test corrosion resistance time: >1000 hours

Key dimensional accuracy: ±0.02mm

Mounting surface flatness error: ≤0.01mm

Weight: 0.5kg

Applicable temperature range: -40°C to 120°C

Significantly improve engine reliability: stable fastening performance effectively reduces engine failures caused by loose injectors, the average trouble-free time of equipment operation has been extended by 40%, greatly reducing the risk of downtime, greatly guaranteeing the continuity of production operations, and avoiding high economic losses due to equipment failure for users.

Optimization of engine fuel injection efficiency: precise installation and positioning ensures that the injectors work in the best state, and the deviation of fuel injection angle is controlled within ±1°, which makes the fuel mix more fully with the air, improves the combustion efficiency by 15%, enhances the power output by 10%, and at the same time, reduces the fuel consumption by 8%, which significantly improves the economy and power performance of the engine.

Outstanding environmental adaptability: High-quality materials and advanced surface treatment technology enable the injector clamps to work stably in harsh environments such as high temperature, low temperature, humidity and dusty environment, which is widely used in mining, construction, power stations and other complex working conditions, providing a guarantee for the reliable operation of the equipment in different environments.