Product Details
| Item |
Details |
| Application Areas |
Suitable for large-scale construction projects in high – altitude areas, such as bridge construction and high – rise building construction in plateau regions; various infrastructure construction projects, including the foundation construction of highways and railways; as well as energy projects, such as the foundation construction of wind farms |
| Applicable Materials |
Can mix various types of concretes, such as ordinary concrete, fiber – reinforced concrete, self – compacting concrete, etc., and is also suitable for mixing various construction mortars and grouting materials |
| Mixing System |
The mixing tank has a capacity of 4.0 cubic meters and adopts a planetary mixing mechanism. The rotation speed of the mixing arms is 30 – 50 revolutions per minute. The mixing blades are made of special high – wear – resistant alloy materials and have undergone special heat – treatment processes, which can effectively cope with the harsh construction environment in high – altitude areas. The discharge port is 0.6 meters wide and is equipped with a hydraulic quick – discharge device, with a fast discharge speed, enabling the discharge operation to be completed in a short time |
| Production Capacity |
The mixing volume per batch is 4.0 cubic meters, and 5 – 7 batches can be mixed per hour, with a production efficiency of 20 – 28 cubic meters per hour, which can meet the continuous supply demand of concrete for large – scale projects in high – altitude areas |
| Power System |
Equipped with a 6 – cylinder plateau – specific engine, model Cummins X12PL, which is optimized for the low – pressure and low – oxygen environment in high – altitude areas. The engine has a power of 180KW and a torque of 800N·m, and can still maintain strong power output in high – altitude areas, ensuring the stable operation of the equipment |
| Transmission Method |
Adopts a full – hydraulic closed – loop transmission system. The maximum working pressure of the hydraulic pump is 50Mpa, with a displacement of 120ml/r, and the maximum working pressure of the hydraulic motor is 50Mpa, with a displacement of 90ml/r. This transmission system has good stability and reliability and can adapt to the complex working conditions in high – altitude areas |
| Travel Mechanism (if any) |
Adopts 8 – wheel drive, equipped with specially designed plateau – specific tires with a wide tread and high tread depth, with a specification of 22.5/70 – 24, which can effectively improve the passability and grip on soft and rugged roads in high – altitude areas. The maximum traveling speed is 30 km/h, meeting the moving needs at the construction site and its surroundings |
| Operation Control |
Equipped with a fully digital intelligent operation console with remote monitoring and fault diagnosis functions. Through the operation console, parameters such as mixing time, mixing speed, and material ratio can be accurately set. At the same time, the operation interface adopts a large – font and high – contrast design, which is convenient for operation in strong – light or low – light environments in high – altitude areas |
| Water Supply System |
Three 500 – liter stainless – steel water tanks are provided, and a 60V DC electric high – pressure pump is used for water supply, ensuring stable water supply even in the low – pressure environment of high – altitude areas. An automatic water – spraying cleaning system is equipped to comprehensively clean the inside of the mixing tank, the discharge port, and other parts |
| Safety Protection |
Equipped with multiple safety protection devices, including a high – altitude – specific oxygen content monitoring and alarm system, an engine plateau protection system, overload protection, leakage protection, an emergency braking system, etc. A high – strength protective fence is set around the mixing tank to prevent accidental approach of personnel |
| Weight |
The total weight of the machine is approximately 10500kg, with a sturdy structure design that can adapt to the complex geological conditions and harsh climate environment in high – altitude areas |
| Overall Dimensions |
7.0 meters in length, 3.0 meters in width, and 3.8 meters in height, which is convenient for transportation and layout at the construction site in high – altitude areas |
| Measurement System |
High – precision electronic weighing sensors and intelligent flow sensors are used to accurately measure materials and water. The material measurement error is controlled within ±0.2%, and the water measurement error is controlled within ±0.1%, ensuring the accuracy of the concrete mix ratio |
Product Features
This mixer equipped with a 4.0 cubic mixing tank and a 6-cylinder plateau engine has distinct features and is suitable for complex construction environments in high-altitude areas.
1. Excellent plateau adaptability:
Specially equipped with a Cummins X12PL 6-cylinder plateau-specific engine, it is optimized for low-pressure and low-oxygen environments. It can still output 180KW power and 800N·m torque in high-altitude areas to ensure stable operation of the equipment. At the same time, the water supply system uses a 60V DC electric high-pressure pump to overcome the impact of low air pressure and stabilize water supply. It is also equipped with a high-altitude-specific oxygen content monitoring and alarm system, an engine plateau protection system, etc., to fully adapt to plateau working conditions.
2. Efficient mixing capacity:
The 4.0 cubic meter large-capacity mixing tank adopts a planetary mixing mechanism, a mixing arm speed of 30-50 rpm, and a mixing blade made of a special high-wear-resistant alloy and specially heat-treated, which has an excellent mixing effect. The production efficiency of 20-28 cubic meters per hour and the mixing volume of 4.0 cubic meters per batch can meet the continuous and large-scale demand for concrete in large projects.
3. Reliable transmission and travel:
Fully hydraulic closed transmission system, the maximum working pressure of the hydraulic pump and motor is 50Mpa, and the displacement is 120ml/r and 90ml/r respectively, with high stability and reliability. If there is a travel mechanism, it adopts 8-wheel drive, with 22.5/70-24 specifications of wide tread, high pattern depth plateau special tires, and a maximum driving speed of 30 kilometers per hour. It has strong passability and grip, which is convenient for moving on rugged and soft roads at high altitudes.
4. Intelligent operation experience:
The fully digital intelligent operation console has remote monitoring and fault diagnosis functions, and can accurately set parameters such as mixing time, speed, and material ratio. The operation interface has large fonts and high contrast design to adapt to strong light or low light environments in high altitude areas.
5. Complete safety protection:
In addition to the common overload protection, leakage protection, and emergency brake systems, high-strength guardrails are installed around the mixing tank to prevent people from approaching accidentally. Multiple safety protection devices ensure the safety of personnel and equipment.
6. Accurate metering system:
High-precision electronic weighing sensor and intelligent flow sensor, material metering error is controlled within ±0.2%, water metering error is controlled within ±0.1%, ensuring the accuracy of concrete ratio, thereby ensuring the quality of the project. 7. Reasonable structural design: The whole machine is about 10500kg and the structure is solid. The overall dimensions of 7.0 meters long, 3.0 meters wide, and 3.8 meters high are convenient for transportation and layout at high-altitude construction sites.
Application
In high-altitude areas, the 4.0 cubic 6-cylinder plateau engine mixer plays a crucial role. For large-scale bridge construction, its high production capacity of 20 – 28 cubic meters per hour ensures a continuous supply of high – quality concrete, guaranteeing the project’s progress. In high – rise building construction, the accurate measurement system, with material error within ±0.2% and water error within ±0.1%, ensures the strength of the building structure. During the construction of wind farms, its excellent adaptability to the plateau environment, like the special engine and water supply system, enables stable operation. Also, in infrastructure projects such as highway and railway foundation construction, it can handle various materials and complex terrains, meeting the demands of different construction scenarios.
Whatsapp : +8613395319660 
Email : [email protected]
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