International
Overturning the traditional operation model: XCMG 3-in-1 mixer pump truck breaks the bottleneck in concrete transportation for small-scale projects
Product Description
As a strategic product of XCMG Construction Machinery, this 3 cubic meters Self-Loading Concrete Mixer pump truck that integrates mixing and pumping functions was specially developed for scenarios such as urban village renovations and field water conservancy projects in narrow spaces. The equipment breaks through the functional isolation between traditional mixer trucks and fixed pump trucks, achieving integrated operation of self-loading, mixing, and pumping throughout the process. The minimum turning radius is only 4.8 meters, allowing it to pass through 2.5-meter-wide alleys. It has set a new benchmark for mobility in the Self Loading Concrete Mixer field.
Technical Specifications
Mixing capacity: 3m³ (C30 concrete)
Pumping system: Maximum horizontal transportation distance 150 meters, vertical transportation height 35 meters
Power configuration: Euro IV emission-controlled diesel engine (68kW) + hydraulic dual power system
Control accuracy: Aggregate metering error ≤ 0.5%, slump intelligent compensation error ± 10mm
Passability parameters: Overall machine width 2.3 meters, maximum slope angle 25°
Product features and advantages
Passage Tunneling Expert
The specially designed Z-shaped folding boom structure has an extended height of only 5.2 meters. Combined with the 270° swivel pipe technology, it enables seamless pumping in the narrow spaces of complex residential buildings, reducing the number of transportation trips by 30% compared to traditional equipment.
Intelligent self-loading system
Integrating an automatic aggregate grab device and precise ranging radar, the single-cycle feeding time is reduced to 90 seconds. This feature, known as "automatic stop upon material detection", is the first of its kind in the "Self Loading Concrete Mixer with Pump" category, providing an anti-overfill protection function.
Energy-saving and efficiency-enhancing solution
The hydraulic system adopts load-sensing technology, resulting in a 1.2L reduction in the overall fuel consumption for pumping 1 cubic meter of concrete compared to similar products. During night construction, the LED panoramic lighting system can reduce the investment in auxiliary lighting equipment by 70%.
Application Scenario
Adding elevators to old residential areas: Completing concrete pouring within a 4-meter-wide passage
Renovation of mountain terraces: Continuous pumping of 500 cubic meters of concrete under an altitude of 2000 meters
Maintenance of underground pipe galleries: Local reinforcement pouring in a confined space
Customer benefits
Engineering cost control: Reduce the rental cost of 3 auxiliary equipment for a single project
Work efficiency improvement: The daily pouring volume reached 220 cubic meters, which was 50% shorter than the construction in segments, saving time
Quality control guarantee: The on-board microcomputer monitors the concrete mix ratio in real time, eliminating human operational errors
Customer evaluation and recommendation
"In the renovation of a historical district in Hangzhou, the performance of this XCMG equipment was truly astonishing. Working continuously in a 2.8-meter-wide ancient alley for 15 days, it completed the precise pouring of 3800 cubic meters of concrete. The traditional pump truck required 3 working areas, but this one was compressed to just 1." — Project Manager of a Historical Building Restoration Enterprise
The person in charge of a certain agricultural water conservancy construction unit said: "This self-loading concrete mixer with pump has completely changed our construction approach. Now a single piece of equipment can complete the entire process from material collection to pouring. The personnel allocation for high-altitude operations has been reduced from 12 to 5."
The XCMG 3-bay mixing pump truck has achieved 22 patent innovations, not only redefining the performance boundaries of Self-Loading Concrete Mixer, but also promoting the transformation and upgrading of the small-scale construction mode through the integration of equipment functions. Its "through-ability - economy - reliability" triangular balance design concept is becoming a phenomenon-level solution in the new urbanization construction.
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