CF265BY-7 265CFM CFAIR Stationary Screw Compressor EV/EPA 4F Emissions

Features of CF265BY-7 265CFM CFAIR Stationary Screw Compressor EV/EPA 4F Emissions

Reliable and efficient Air End: Featuring renowned German technology in machine air head design, our air compressors boast exceptional reliability, ensuring stable performance even during prolonged operation. This minimizes downtime and interruptions in production.

Cooler: Crafted from premium aluminum material with alternating fin patterns, guaranteeing optimal heat dissipation for superior cooling efficiency.

Oil Filter: Famous filters ensure longer working lifeand save the maintenance time and cost.

Air Filter: Two-stage dust removal andfiltering system witheffciency of up to 99.9% evenin heavy-duty environment.

Precision control:   Advanced air compressor heads may be equipped with precision control systems, which can achieve precise monitoring and adjustment of pressure, temperature and other parameters to ensure the stability and controllability of the production process.

Environmental protection: Compliance with the Euro V/EPA 4F standard means that the engine's emissions meet strict environmental protection requirements and reduce pollution to the environment.

High efficiency and energy saving: Through optimized design and advanced technology, Yamaha diesel engines achieve higher combustion efficiency and lower fuel consumption, improve energy utilization and save costs.

Easy Maneuverability  –  The compressors are designed with a compact form factor to enhance maneuverability, whether on the job site or when being transported behind a truck. 

An Easy Controller  – Our controller, which is on the curbside to help keep the operator safe, quickly and easily understand the status of your compressor.

compressor, day in and day out.

1)High efficiency: YANMAR diesel engine uses supercharging technology to improve combustion efficiency by compressing air, thereby providing higher power output and better fuel economy.

2)Reliability: YANMAR is a reputable engine manufacturer whose engines are known for their exceptional reliability. Supercharged diesel engines are engineered and tested for exceptional durability and stability, delivering reliable performance in a variety of operating conditions.

3)Energy Saving and Environmental Protection: Supercharged diesel engines generally provide higher combustion efficiency, thereby reducing fuel consumption and emissions. This helps reduce operating costs and comply with modern environmental standards and regulations.

4)Power output: Supercharging technology can improve the power output of diesel engines, allowing them to maintain high torque output under high loads and low speeds, making it suitable for various industrial and commercial applications.

ECU

The ECU, which provides integrated control of the engine, collects information about the work environment and load via engine sensors and electronic devices, and instantaneously feeds this information back for the reproduction of ideal operating conditions. Furthermore, using CAN communication, the machine also sends a wide variety of information to the ECU to achieve ideal control of the engine and entire machine. Should something happen unexpectedly, the ECl service history can be extracted directly or via telecom munications using SMART ASSIST (YANMAR's diagnosis system) for faster servicing.

DIESEL PARTICULATE FILTER (DPF)：

The minuscule amount of PM in the emissions gas, which has also been reduced to anabsolute minimum, is finally captured by the Diesel Particulate Filter (DPF), preventing itsescape into the atmosphere, resulting in unparalleled environmental performance. Moreover.the installation of the DPF allows for consistent power output and response even underrapidly changing loads and in low temperatures or high altitudes, factors which could inhibitgood combustion, all without any added stress to the operator.

COMMON RAIL SYSTEM：

The Tier 4 engine uses a fully electronically controlled common rail and fuel injection system. Atignition, the system instantaneously collects and analyzes information such as the outside temperature and altitude (the ais oxygen concentration level), engine load conditions and DPF temperature for precise control of the fuel injection timing, fuel quantity and number ofinjection times for combustion control down to the milisecond that in turn reduces PM and NOx emissions.

DIRECT INJECTION COMBUSTION：

In 1980, YANMAR was one of the first companies to implement direct injection combustion into its small diesel engines. Since then, YANMAR has used its in-house FlE parts manufacturing process to further develop its unique direct injection combustion technology that boasts low emissions, increased fuel economy and high power output. Tier 4 takes thistechnology to its limit in pursuit of optimal fuel injection for minimal particulate matter (PM) inthe exhaust gas.

Best in class Low Fuel Consumption：

By implementing our advanced combustion technology, cultivated through years ofmanufacturing industrial and large marine diesel engines, our new engines achievebest in class low fuel consumption for wide range of actual operating conditions.The excellent fuel efficiency of the 4TN101 & 4TN107 contributes to significant costsavings throughout the life-cycle of the engine.

High Power Density：

To achieve high-power output, the engines are designed to have a high-rigidity andexcellent cooling performance. The 4TN107 features a two-stage turbocharger thatgives it a class-leading power density of 34kW/L.