BRIEF

• With a 160 – horsepower engine, it has sufficient power to carry the weight of the crane and move it to different job sites. The power output ensures that the chassis can handle various terrains during transportation, whether it’s on flat roads or slightly uneven surfaces.
• Complying with China Vi emission standards, it is an environmentally – friendly option. This standard – compliant engine reduces harmful emissions, making it suitable for use in areas with strict environmental regulations.

• The 4X2 drive configuration provides a balance between traction and fuel efficiency. It is relatively simple yet effective, allowing for easier maintenance compared to more complex drive systems. This configuration also enables the chassis to have a certain level of maneuverability, which is important when navigating through construction sites or narrow access roads to reach the crane’s working area.

• Designed specifically for crane mounting, it has a structure that can support the loads and stresses associated with crane operations. The chassis is likely engineered with a strong frame and appropriate load – bearing components to ensure stability when the crane is lifting heavy objects. It serves as a reliable base for different types of cranes, enabling them to perform their lifting tasks effectively.

• The Kaijie M3 chassis may offer some degree of customization. This allows crane manufacturers or users to adapt it according to their specific requirements. For example, they can modify the chassis to fit different sizes or types of cranes, or add additional equipment such as outriggers or storage compartments to enhance the functionality of the crane – chassis combination.

FEATURES

• Power Output: Boasting 160 horsepower, the engine of the Kaijie M3 chassis provides a substantial amount of power. This power is crucial for multiple aspects of its operation. It enables the chassis to carry the weight of the crane structure and any associated lifting equipment without strain. Moreover, it offers the necessary force to move the chassis, along with the mounted crane, to different job sites, whether they are located nearby or at a significant distance.
• China Vi Emission Standard Compliance: Adhering to the China Vi emission standards, this chassis is designed with environmental considerations in mind. The engine is engineered to reduce harmful emissions such as nitrogen oxides (NOx), particulate matter (PM), and other pollutants. This not only makes it more environmentally friendly but also allows it to be used in areas with strict environmental regulations, without causing significant pollution.

• Drive System: The 4X2 drive configuration offers a practical and efficient solution for the crane chassis. In this setup, power is transmitted to two of the four wheels. This provides a good balance between traction and fuel efficiency. The two – wheel – drive system is less complex than some alternatives, which results in easier maintenance. Mechanics can more easily access and service the drive – related components, reducing downtime and maintenance costs over the long term.
• Maneuverability: The 4X2 configuration also contributes to the chassis’s maneuverability. It allows the vehicle to make relatively tight turns, which is essential when navigating through construction sites filled with various obstacles, or when accessing narrow roads leading to the crane’s work area. This ability to maneuver easily helps in positioning the crane accurately for lifting operations.

• Chassis Frame Strength: The chassis is constructed with a strong and durable frame. This frame is designed to bear the significant loads that come with crane operations. It must support not only the weight of the crane itself but also the additional stress when the crane is lifting heavy objects. High – strength materials are likely used in the construction of the frame to ensure it can withstand these forces without deformation or failure.
• Load – Bearing Capacity: The Kaijie M3 chassis has a well – defined load – bearing capacity. It is engineered to distribute the weight of the crane and the load being lifted evenly across its structure. This even distribution helps prevent overloading on specific parts of the chassis, reducing the risk of structural damage and ensuring the stability of the entire crane – chassis system during lifting operations.

• Compatibility with Cranes: The chassis is specifically designed to be compatible with a variety of cranes. It has the necessary mounting points and structural characteristics to securely hold different types of crane bodies. This adaptability allows crane manufacturers to use the Kaijie M3 chassis as a reliable base for their crane models, whether they are small – to – medium – sized cranes used for construction or industrial applications.
• Customization Potential: There is also a certain degree of customization available for this chassis. Users or manufacturers can make modifications to better suit their specific needs. For example, they can add extra outriggers to enhance stability during lifting, or install custom – made storage compartments for tools and accessories related to the crane operation. This customization ability makes the Kaijie M3 chassis more versatile in different working scenarios.

• Stability during Crane Operation: To ensure safety during crane operations, the chassis is designed to maintain stability. It has features that work in tandem with the crane’s safety mechanisms. For example, its structure and load – bearing design contribute to preventing tipping or swaying when the crane is handling heavy loads. This stability is crucial for the safety of the operators, the integrity of the work area, and the protection of the load being lifted.
• Reliability in Transportation: When transporting the crane – chassis combination, reliability is key. The chassis is built to endure long – distance travel and various road conditions. Its components, such as the suspension system and axles, are designed to be durable and resistant to wear and tear. This ensures that the crane can be safely and efficiently transported to different job sites without unexpected breakdowns or malfunctions.

SPECIFICATION