With evolution even in the name, BT PUMP is another proof of the continuous search for improvements. Equipment developed with the main purpose of reducing the operational cost of EVOMAQ customers, since it eliminates the need to use at least one truck and all of its aggregate costs.
The BT Pumps of Evomaq have an exclusive load transfer system, which makes your day-to-day work on construction sites even easier and faster, allowing you to transfer from one concrete mixer to another in up to 12 minutes.
An efficient cooling system stabilizes the oil temperature, always keeping it viscous and preventing premature wear of the hydraulic system.
The exclusive support system for the piping is intended to organize the work platform, keeping the tubes always in good condition.
The rounded hopper design facilitates cleaning, in addition to directing concrete more easily to the transport liners, increasing pumping efficiency.
The hopper cleaning valve is also noteworthy, with an exclusive lever system that allows it to be opened from the side of the equipment, making cleaning and conservation even easier.
Our equipment has a powerful hydraulic mixer, keeping the concrete mortared between loads.
The improvement of the pumping system allows a significant reduction in the number of components, boosting productivity and avoiding possible maintenance costs.
An efficient cooling system stabilizes the oil temperature, always keeping it viscous and preventing premature wear of the hydraulic system.
The EVOMAQ® pump's electrical system stands out for the simplicity of its design, facilitating the operation and eliminating relays and timers, by using a limit switch. As a result, a reduction in maintenance costs is achieved again.
Similar to equipment for civil construction, such as concrete mixers and boom pumps, EVOMAQ equipment was designed to take advantage of the truck's engine, offering reliability and durability without compromising its efficiency even in extreme situations, allowing a reduction in the final cost of the investment.
| Models | AL 1527 | AL 1560 |
| Theoretical maximum efficiency (m³/h) | 27 | 51 |
| Cycles per minute | 35 | 24 |
| Cylinder diameter (mm) | 80/45 | 90/63 |
| Maximum aggregate size (mm) | 25 | 25 |
| Cylinder stroke (mm) | 710 | 1000 |
| Transport liners diameter | 150 | 180 |
| Concrete volume per stroke (liters) | 12,54 | 35,62 |
| Bypass tube type | "S" | "S" |
| Horizontal pumping distance | 150 | 350 |
| Vertical pumping distance | 45 | 100 |
| Weight with PTO | 800 | 850 |
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