卡特 336

Rock bucket tilt bucket hydraulic breaker hammer (cannon head) hydraulic shear crusher wood grab bucket hydraulic crushing pliers telescopic arm (longer arm) vibration tamp auger telescopic fork

The C9.3 engine equipped with the high-end version of CAT336 has the characteristics of strong power, economical fuel and high reliability, as follows: Excellent power performance: adopts an inline 6-cylinder, 4-stroke design, with a displacement of 9.3L. The power range is wide, up to 280-355kW (375-476bhp). There are many power output options according to different rated speeds, such as 280kW (375bhp) at 1800rpm, 310kW (416bhp) at 2100rpm, and 355kW (476bhp) at 2300rpm, which can meet the power needs in various operating conditions. Good fuel economy: equipped with a high-pressure common rail fuel system, which can accurately control fuel injection, achieve optimized fuel combustion, and effectively reduce fuel consumption. At the same time, the engine can operate in a low speed range, further improving fuel efficiency and reducing operating costs. In addition, B20 biodiesel can be used, which has strong fuel adaptability. Emissions and environmental protection: Some models comply with the U.S. EPA Tier 4 final, EU Stage IV and other emission standards. Through advanced combustion technology and emission control devices, the emission of pollutants such as nitrogen oxides and particulate matter are reduced, making them more environmentally friendly. Strong torque output: excellent torque performance. For example, at 1400rpm, the peak torque can reach 1810N·m, and a large torque can be output at low speeds, making the excavator more powerful in excavation, loading and other operations, and has strong ability to deal with complex working conditions. High reliability: Based on the mature core engine design, it has undergone a large number of actual working conditions and has accumulated over 200 million hours of off-highway operation time. Combined with world-class manufacturing process and quality control, it ensures the reliability and durability of the engine, and can operate stably for a long time and reduces fault downtime. Efficient air management: A simple and efficient turbocharger with balance valves provides optimal air management, optimize intake efficiency, improve engine performance, and also help improve fuel economy and reduce emissions. Some models are also equipped with advanced air-to-air intercooling systems that maximize airflow and cooling efficiency and enhance engine durability and productivity. Advanced Electronic Control: With advanced electronic control systems, it can optimize fuel delivery and injection timing, achieve precise combustion, ensure excellent power output at all engine speeds, while also improving engine response speed, making operation more sensitive and smooth.