Description

The Industry Engine – KD6121ZL is a state-of-the-art engine designed to deliver exceptional performance and efficiency. This advanced engine features an overhead cam design, with four valves per cylinder, an exhaust turbocharger, and an air-to-air intercooler that maximizes power output while maintaining fuel efficiency. The electronically controlled in-line fuel pump and electronic governing system ensure precise control of the combustion process, enhancing overall performance and reducing emissions.

Strict quality control measures are implemented throughout the manufacturing process to guarantee the highest standards. The KIPOR New Generation Engines utilize emulation techniques to optimize performance from the design phase onwards. Extensive testing of components and the engine as a whole ensures that durability and reliability are paramount.

• Low Fuel Consumption
• Lower Operating Costs
• High thermal efficiency allows for excellent control of the combustion process.

Maintenance is simplified with longer service intervals, including oil changes every 500 hours under normal operating conditions. Filters are conveniently grouped to facilitate ease of service, and the engine’s design allows for easy access during maintenance tasks.

Benefiting from low emissions, the KD6121ZL reduces nitrogen oxide (NOx) emissions by over 50%, and its after-treatment system significantly cuts particulate matter emissions by 90%. The engine is also equipped with a maintenance-free crankcase breather separator, ensuring compliance with current exhaust emission legislation.

Reliability is key with robust structures ensuring smooth operation throughout the engine’s lifespan. The latest sealing technologies prevent any fluid leaks, maintaining performance integrity. With low noise levels (89 dba at 1m max), the KD6121ZL provides a comfortable working environment for operators.

Specifications

Additional Information

The KD6121ZL is designed for longevity and efficiency, making it an ideal choice for various industrial applications. Regular maintenance and adherence to service intervals will ensure optimal performance over time.