Perkins 2500 Series Manual 2506-15 Engine

The Perkins 2506-15 engine is a 6-cylinder diesel engine with a displacement of 15.2 liters. It is a member of the Perkins 2500 Series of engines, which are designed for heavy-duty industrial and power generation applications.

The 2506-15 engine is designed to deliver reliable power and performance in a range of applications, including power generation, construction, mining, and other industrial uses. It features a range of advanced technologies and design features that help to optimize fuel efficiency and reduce emissions, while also delivering high levels of power and torque.

Some of the key features of the Perkins 2506-15 engine include:

• Direct injection fuel system: This system helps to optimize fuel efficiency and reduce emissions, while also providing precise control over the combustion process.
• High-pressure fuel pump: The engine is equipped with a high-pressure fuel pump that helps to ensure consistent fuel delivery, even under high load conditions.
• Air-to-air charge cooling: This feature helps to optimize engine performance by cooling the air that is drawn into the engine, which can help to increase power and efficiency.
• Electronic control module (ECM): The engine is equipped with an advanced electronic control module that helps to optimize fuel delivery and combustion, while also providing real-time diagnostic information to help identify and diagnose issues.
• Turbocharged and aftercooled: The engine is equipped with a turbocharger and an aftercooler, which help to increase power and efficiency by compressing and cooling the intake air.
• 24-volt electrical system: The engine is equipped with a 24-volt electrical system that provides reliable and consistent power for a range of electrical components and accessories.

Overall, the Perkins 2506-15 engine is a powerful and reliable diesel engine that is well-suited for a range of industrial and power generation applications. It is designed to deliver high levels of performance and efficiency, while also minimizing emissions and reducing operating costs over the life of the engine.