WOODWARD 8237-2601 Digital Speed Control Turbocharger

Woodward 8237 - 2601 digital speed control turbocharger is an advanced turbocharger equipment of Woodward. The following is its related introduction:

Working principle

The inertial impact of the exhaust gas discharged by the engine drives the turbine in the turbine chamber to rotate. The turbine drives the coaxial impeller, which compresses the fresh air sent from the air filter pipe and sends it into the cylinder. The digital speed control system monitors the engine's operating parameters in real time, such as speed, load, etc., and accurately adjusts the operating status of the turbocharger according to the preset control strategy to achieve accurate control of the boost pressure and engine intake volume.

Functional features

Precise speed control: Using advanced digital control technology, the speed of the turbocharger can be accurately adjusted according to the actual needs of the engine, ensuring that the engine can provide the best boost effect under different working conditions, effectively improving the engine's power performance and fuel economy.

Fast response: The digital control system has a fast response capability, which can quickly adjust the operating state of the turbocharger when the engine operating conditions change, reduce turbo hysteresis, and enable the engine to respond to the driver's operation more quickly during acceleration and deceleration, providing smoother power output.

High reliability: The use of high-quality materials and advanced manufacturing processes ensures that the turbocharger has good reliability and durability under harsh working conditions such as high temperature, high pressure and high speed. At the same time, the digital control system also has fault diagnosis and protection functions, which can monitor the system operation status in real time and take corresponding protection measures when encountering abnormalities, such as limiting the speed and issuing alarm signals to prevent equipment damage.

High efficiency and energy saving: By optimizing the design of the turbine and compressor, the boosting efficiency is improved, so that the engine can reduce fuel consumption and exhaust emissions while obtaining greater power and torque output, meeting environmental protection requirements.

Application scenarios

Automotive field: Applicable to various high-performance automotive engines, including gasoline engines and diesel engines. Whether it is a sports car that pursues speed and power, or a pickup truck, SUV, etc. that focuses on torque and cargo capacity, the engine performance can be improved by installing this turbocharger.

Industrial field: It can be applied to industrial engines, such as generator sets, construction machinery, agricultural machinery, etc. It provides strong and stable power support for these equipment, meets various working conditions in industrial production and operation, and improves the working efficiency and reliability of equipment.

Marine field: The propulsion engine used for ships can adapt to the needs of ships under different sailing conditions, such as full load, no load, different speeds, etc., to ensure the stable performance of the engine, provide reliable power for ships, and improve the sailing efficiency and economy of ships.