Brand: C.OEFT
OE numbers:A2780505000
Product Name: Camshaft Adjuster
Compatible model:
Product status: New
Number of teeth on the product: 33
Product weight: 2kg
Packaging size: 17*17*8.5 cm
Product packaging: Neutral Packaging
Car Series: Gemany
Car Type: for Mercedes Benz 278
1.Valve Timing Regulation
·As a core camshaft phaser component, it adjusts the camshaft phase in real time based on engine operating conditions (controlled by the Engine Control Module, ECM). By modifying the timing and angle of valve opening/closing, it optimizes intake and exhaust volumes, improving the engine’s power output at high speeds and torque performance at low speeds.
2.Ensuring Precise Valve Distribution
·It works with the timing chain to synchronize the opening/closing of valves with the piston’s reciprocating motion (synchronization accuracy within ±1° crankshaft angle). This is critical for avoiding valve-piston interference, ensuring stable engine operation, and maximizing performance.
3.Optimizing Fuel Economy and Emissions
·By optimizing valve timing, it promotes more complete fuel combustion. This not only reduces fuel consumption (tested to lower high-speed fuel consumption by 5%-8% for M278 engine models) but also minimizes harmful emissions (e.g., reducing nitrogen oxides and hydrocarbons by 10%-12%), meeting Euro VI and other strict emission standards.
1.High-Precision Adjustment
·It enables precise control of valve timing and can flexibly adjust the camshaft phase within a certain range according to different engine operating conditions (such as speed, load, and temperature). This ensures the engine always operates in the optimal working state.
2.Reduced Vibration and Noise
·By accurately controlling the opening and closing of valves, the engine runs more smoothly, minimizing impact and vibration between internal components. This reduces the vibration and noise generated during engine operation, enhancing driving comfort.
3.Lightweight Design
·Some versions of the product adopt lightweight materials such as aluminum. While ensuring structural strength, they reduce the overall weight of the engine, which helps improve the vehicle’s fuel economy and handling performance.