TRAILER CONCRETE PUMP
Integrate concrete mixing and conveying, move flexibly, and operate stably
A trailer concrete pump is a kind of concrete pumping equipment used to pump the mixed liquid concrete to the construction site. Usually, before the construction, it is necessary to fix the position of the trailer concrete pump and lay the pipelines in advance.
Type of concrete trailer pump
In order to meet different engineering requirements, we have a variety of concrete pump trucks, providing customers with diverse choices.
- In terms of power, they can be divided into electrically driven pumps and diesel-driven pumps.
- According to the pumping capacity, they are classified into 30 pumps, 40 pumps, 60 pumps, 80 pumps, 90 pumps, etc. As the name implies, it means pumping 30 to 90 cubic meters of concrete per hour. Among them, the small and micro trailer pumps, such as 30 pumps and 40 pumps, are more suitable for small and medium-sized projects like building houses in rural areas.
- According to the particle size of the pumped aggregate, they can be divided into fine aggregate pumps and large aggregate pumps. The maximum particle size of the aggregate that can be pumped by a fine aggregate pump is ≤ 30mm, and the maximum particle size of the aggregate that can be pumped by a large aggregate pump is ≤ 40mm.
- According to different usage scenarios, trailer pumps can also be divided into special pumps for tunnels, special pumps for high-speed bridges, etc. Therefore, we suggest that before you inquire about the price, you send us your project’s pumping requirements first, so that we can provide you with detailed technical services as soon as possible.
Thickened and Enlarged Material Discharge Outlet
It allows the transportation of particles with a size of 10-45mm, reducing the problem of blockage. The theoretical flow rate can reach 15-30 cubic meters.
High-power Motor
The motor has a large power, providing strong driving force, enabling rapid and continuous conveying with a high lift.
Control Panel
The system is intelligently controlled, featuring simple operation. With a one-touch emergency stop function, it ensures safety and high efficiency.
Wear-resistant Tires
The tires demonstrate unique advantages of the suspension design during the working process. When the equipment is in operation, the tires can cleverly suspend, effectively reducing the friction between them and the ground. They are made of high-quality wear-resistant materials, boasting excellent sturdiness and durability. Even in a long-term and high-intensity working environment, they can withstand various harsh tests and are not prone to problems such as wear and deformation.
Air-cooled Heat Dissipation system
The high-efficiency heat dissipation performance is the core advantage of this system. It can continuously and stably dissipate the heat generated during the operation of the machine quickly, ensuring that all the internal components of the machine always remain within the appropriate operating temperature range. In this way, it can effectively avoid problems such as performance degradation and frequent malfunctions caused by overheating.
Parameter Table
| NO. | Parameter List Item | Unit | Technical Parameter |
| 1 | Maximum Theoretical Concrete Delivery Volume | m³/h | 80 |
| 2 | Total Power | KW | 110 |
| 3 | Maximum Aggregate Size | mm | 40 |
| 4 | Outlet Pressure | MPa | 18 |
| 5 | Vertical/Horizontal Theoretical Pumping Distance | M | 60/200 |
| 6 | Diameter Of The Conveying Cylinder | mm | 200 |
| 7 | Stroke Of The Conveying Cylinder | mm | 160 |
| 8 | Volume of the pumping hopper * Feeding height | m³×mm | 0.8×1200 |
| 9 | Diameter Of The Conveying Pipe | mm | φ125 |
| 10 | Concrete Slump | mm | 140～230 |
| 11 | Overall Dimensions (Length * Width * Height) | mm | 6500*1600*1700 |
| 12 | Mass Of The Whole Machine | KG | 5000 |
| NO. | Parameter List Item | Unit | Technical Parameter |
| 1 | Maximum Theoretical Concrete Delivery Volume | m³/h | 60 |
| 2 | Total Power | KW | 75 |
| 3 | Maximum Aggregate Size | mm | 40 |
| 4 | Outlet Pressure | MPa | 13 |
| 5 | Vertical/Horizontal Theoretical Pumping Distance | M | 40/160 |
| 6 | Diameter Of The Conveying Cylinder | mm | 200 |
| 7 | Stroke Of The Conveying Cylinder | mm | 1400 |
| 8 | Volume of the pumping hopper * Feeding height | m³×mm | 0.8×1200 |
| 9 | Diameter Of The Conveying Pipe | mm | φ125 |
| 10 | Concrete Slump | mm | 140～230 |
| 11 | Overall Dimensions (Length * Width * Height) | mm | 6200*1600*1900 |
| 12 | Mass Of The Whole Machine | KG | 4000 |
| NO. | Parameter List Item | Unit | Technical Parameter |
| 1 | Maximum Theoretical Concrete Delivery Volume | m³/h | 50 |
| 2 | Total Power | KW | 55 |
| 3 | Maximum Aggregate Size | mm | 30 |
| 4 | Outlet Pressure | MPa | 12 |
| 5 | Vertical/Horizontal Theoretical Pumping Distance | M | 50/150 |
| 6 | Diameter Of The Conveying Cylinder | mm | 180 |
| 7 | Stroke Of The Conveying Cylinder | mm | 1120 |
| 8 | Volume of the pumping hopper * Feeding height | m³×mm | 0.6×1100 |
| 9 | Diameter Of The Conveying Pipe | mm | φ125 |
| 10 | Concrete Slump | mm | 140～230 |
| 11 | Overall Dimensions (Length * Width * Height) | mm | 4800*1500*1800 |
| 12 | Mass Of The Whole Machine | KG | 3000 |
| NO. | Parameter List Item | Unit | Technical Parameter |
| 1 | Maximum Theoretical Concrete Delivery Volume | m³/h | 40 |
| 2 | Total Power | KW | 45 |
| 3 | Maximum Aggregate Size | mm | 40 |
| 4 | Outlet Pressure | MPa | 12 |
| 5 | Vertical/Horizontal Theoretical Pumping Distance | M | 120/360 |
| 6 | Diameter Of The Conveying Cylinder | mm | 160 |
| 7 | Stroke Of The Conveying Cylinder | mm | 960 |
| 8 | Volume of the pumping hopper * Feeding height | m³×mm | 0.6×1100 |
| 9 | Diameter Of The Conveying Pipe | mm | Φ80 |
| 10 | Concrete Slump | mm | 140～230 |
| 11 | Overall Dimensions (Length * Width * Height) | mm | 4400*1550*1500 |
| 12 | Mass Of The Whole Machine | KG | 2500 |
| NO. | Parameter List Item | Unit | Technical Parameter |
| 1 | Maximum Theoretical Concrete Delivery Volume | m³/h | 15 |
| 2 | Total Power | KW | 30 |
| 3 | Maximum Aggregate Size | mm | 30 |
| 4 | Outlet Pressure | MPa | 8 |
| 5 | Vertical/Horizontal Theoretical Pumping Distance | M | 60/150 |
| 6 | Diameter Of The Conveying Cylinder | mm | 140 |
| 7 | Stroke Of The Conveying Cylinder | mm | 650 |
| 8 | Volume of the pumping hopper * Feeding height | m³×mm | 0.5×1000 |
| 9 | Diameter Of The Conveying Pipe | mm | Φ100 |
| 10 | Concrete Slump | mm | 140～230 |
| 11 | Overall Dimensions (Length * Width * Height) | mm | 3600*1450*1500 |
| 12 | Mass Of The Whole Machine | KG | 1500 |
| NO. | Parameter List Item | Unit | Technical Parameter |
| 1 | Maximum Theoretical Concrete Delivery Volume | m³/h | 10 |
| 2 | Total Power | KW | 22 |
| 3 | Maximum Aggregate Size | mm | 20 |
| 4 | Outlet Pressure | MPa | 6 |
| 5 | Vertical/Horizontal Theoretical Pumping Distance | M | 40/100 |
| 6 | Diameter Of The Conveying Cylinder | mm | 120 |
| 7 | Stroke Of The Conveying Cylinder | mm | 550 |
| 8 | Volume of the pumping hopper * Feeding height | m³×mm | 0.4×900 |
| 9 | Diameter Of The Conveying Pipe | mm | Φ80 |
| 10 | Concrete Slump | mm | 140～230 |
| 11 | Overall Dimensions (Length * Width * Height) | mm | 3200*1300*1300 |
| 12 | Mass Of The Whole Machine | KG | 1000 |
How to Operate Concrete Trailer Pumps
Operating a concrete trailer pump in your vicinity demands expertise, meticulous attention, and a clear comprehension of the equipment’s working principles. Adhering to the proper operating procedures is crucial for both seamless operation and safety. Here is a detailed, step – by – step guide on the efficient operation of trailer – mounted concrete pumps:
Pre-Operation Checks
Setting Up the Equipment
Once you’ve ensured the equipment is in good condition, position the pump at the site. Set the brakes and level the trailer using the stabilizing legs. This is particularly important for the one that need to remain stationary during operation.
Starting the Engine and Pump
Start the engine and allow it to warm up for a few minutes. Once warmed up, engage the pump controls. Ensure that the pump is running smoothly and that all gauges indicate normal operating levels. Start the flow of concrete to the pumping mechanism, ensuring that the system is primed and free of air bubbles.
Feeding Concrete into the Pump
Feed the concrete into the hopper slowly and steadily to avoid overloading. Use the control panel to manage the flow of concrete, adjusting the speed as necessary to maintain a steady supply to the hose. Ensure that the concrete is of the correct consistency for pumping to avoid blockages in the lines.
Pumping the Concrete
Once the trailer pump for sale is in motion, use the pump controls to regulate the flow of concrete to the destination site. For tow behind concrete pumps, carefully monitor the pumping speed and pressure to avoid strain on the machine. Keep an eye on the hose and delivery lines to ensure smooth and consistent delivery of the concrete.
Safety Measures
Always wear appropriate safety gear, including gloves and eye protection, when operating the equipment. Be mindful of the high-pressure nature of the system, especially when working with towable concrete pumps. Keep a safe distance from the pump’s operation area and ensure that all personnel are clear of the pumping zone.
Post-Operation Maintenance
Once the job is complete, it’s essential to clean the pump thoroughly. Use a cleaning agent to flush the system, especially the concrete trailer pump and hoses. This prevents hardened concrete from clogging the pump and lines. If you’re looking for concrete trailer pump service near me for post-job maintenance, consult your local service provider to keep your equipment in good condition.
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- Please describe the type of project (for example, building houses, factories, roads, bridges, dams, airports, etc.)
- Please list the specific equipment or types (such as crushing stations, asphalt stations, batching stations, self-loading mixers, concrete pumps, etc.)
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