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Excavator breaker hammer is a hydraulic tool widely used in engineering construction, mining development and demolition. Its main function is to break and demolish hard materials. Breaker hammers are usually combined with heavy machinery and equipment such as excavators. With its powerful crushing force, it can efficiently handle concrete, rocks and other hard materials.
1. Working principle
The working principle of the excavator breaker hammer is based on the operation of the hydraulic system. The hydraulic system of the excavator transmits pressure to the inside of the breaker hammer through hydraulic oil, causing the hammer to rise and fall rapidly at a certain frequency to hit the material to be broken. The impact energy of the hammer breaks the material, and the broken fragments can be further cleaned or processed.
2. Main structure
The excavator breaker hammer generally consists of the following main parts:
Casing: protects internal components and withstands external pressure and impact.
Hammer: The component responsible for generating impact, usually made of high-strength material to ensure durability.
Hydraulic cylinder: provides power to drive the hammer to move.
Speed change device: adjusts the frequency and impact force of the hammer to adapt to different crushing requirements.
Exhaust valve and oil tank: manage the flow and storage of hydraulic oil to ensure the normal operation of the hydraulic cylinder.
3. Main features
High efficiency: The breaker can generate strong impact force at a higher frequency, effectively speeding up the work process.
Wide application: It can be applied to a variety of hard materials and is suitable for different construction environments and tasks.
Simple operation: It is easy to use by controlling it through the operating system of the excavator.
Strong durability: Wear-resistant and impact-resistant materials are selected during design and manufacturing to ensure long-term performance.
4. Application areas
Building demolition: Used for demolition of concrete structures and infrastructure.
Mining operations: Crushing and stripping of rocks in open-pit and underground mines.
Foundation construction: Assisting in the treatment of solid soil layers and rocks during piling or foundation excavation.
Municipal engineering: Crushing asphalt and concrete in road construction and repair.
5. Precautions
Safe operation: Follow the safety operating procedures and wear personal protective equipment when operating the breaker.
Regular maintenance: Check the wear of hydraulic oil, seals and components regularly to ensure the good operation of the equipment.
Applicable materials: According to the requirements of the operation, choose the appropriate breaker model to ensure work efficiency and safety.
Temperature control: Avoid long-term use in high temperature environment to prevent overheating of the hydraulic system.
6. Conclusion
Excavator breaker is an indispensable tool in modern engineering operations. With its powerful performance and wide range of applications, it greatly improves construction efficiency. Choosing a suitable breaker and ensuring good maintenance of the equipment can effectively ensure the quality and safety of the project.
Hebei Keluo Construction Machinery Co., Ltd is committed to providing customers with high-quality products and services. Since its establishment, we have relied on a professional technical team and advanced production equipment to continuously innovate and gradually develop into a leader in the industry.
If you have any needs, please feel free to contact us.
Excavator breaker hammer is a hydraulic tool widely used in engineering construction, mining development and demolition. Its main function is to break and demolish hard materials. Breaker hammers are usually combined with heavy machinery and equipment such as excavators. With its powerful crushing force, it can efficiently handle concrete, rocks and other hard materials.
1. Working principle
The working principle of the excavator breaker hammer is based on the operation of the hydraulic system. The hydraulic system of the excavator transmits pressure to the inside of the breaker hammer through hydraulic oil, causing the hammer to rise and fall rapidly at a certain frequency to hit the material to be broken. The impact energy of the hammer breaks the material, and the broken fragments can be further cleaned or processed.
2. Main structure
The excavator breaker hammer generally consists of the following main parts:
Casing: protects internal components and withstands external pressure and impact.
Hammer: The component responsible for generating impact, usually made of high-strength material to ensure durability.
Hydraulic cylinder: provides power to drive the hammer to move.
Speed change device: adjusts the frequency and impact force of the hammer to adapt to different crushing requirements.
Exhaust valve and oil tank: manage the flow and storage of hydraulic oil to ensure the normal operation of the hydraulic cylinder.
3. Main features
High efficiency: The breaker can generate strong impact force at a higher frequency, effectively speeding up the work process.
Wide application: It can be applied to a variety of hard materials and is suitable for different construction environments and tasks.
Simple operation: It is easy to use by controlling it through the operating system of the excavator.
Strong durability: Wear-resistant and impact-resistant materials are selected during design and manufacturing to ensure long-term performance.
4. Application areas
Building demolition: Used for demolition of concrete structures and infrastructure.
Mining operations: Crushing and stripping of rocks in open-pit and underground mines.
Foundation construction: Assisting in the treatment of solid soil layers and rocks during piling or foundation excavation.
Municipal engineering: Crushing asphalt and concrete in road construction and repair.
5. Precautions
Safe operation: Follow the safety operating procedures and wear personal protective equipment when operating the breaker.
Regular maintenance: Check the wear of hydraulic oil, seals and components regularly to ensure the good operation of the equipment.
Applicable materials: According to the requirements of the operation, choose the appropriate breaker model to ensure work efficiency and safety.
Temperature control: Avoid long-term use in high temperature environment to prevent overheating of the hydraulic system.
6. Conclusion
Excavator breaker is an indispensable tool in modern engineering operations. With its powerful performance and wide range of applications, it greatly improves construction efficiency. Choosing a suitable breaker and ensuring good maintenance of the equipment can effectively ensure the quality and safety of the project.
Hebei Keluo Construction Machinery Co., Ltd is committed to providing customers with high-quality products and services. Since its establishment, we have relied on a professional technical team and advanced production equipment to continuously innovate and gradually develop into a leader in the industry.
If you have any needs, please feel free to contact us.