HBT50 Electric Concrete Pump
The HBT50 electric concrete pump is a towed concrete pump driven by an electric motor and is suitable for fixed or semi-fixed construction environments. The equipment is mainly used for horizontal and vertical transportation of concrete, with a theoretical transportation capacity of 50 cubic meters per hour. It is widely used in high-rise buildings, municipal engineering, tunnel construction and other fields.
Capacity：50m³/h
Warranty: 18 months
Motor Power: 55Kw
Voltage: 220v/380v/415v/440v/480v(50Hz/60Hz)
Product Structure
The HBT50 electric concrete pump is mainly composed of the following core systems:
Power system
Electric motor: The power is usually 55-75kW, with high-efficiency and energy-saving design, suitable for various industrial power supplies.
Hydraulic system: It adopts a constant power variable piston pump, which can automatically adjust the displacement according to the delivery pressure to improve energy efficiency.
Pumping system
S-tube distribution valve: It adopts wear-resistant alloy eyeglass plate and floating cutting ring, with good sealing, automatic wear compensation and extended service life.
Delivery cylinder: The cylinder diameter is usually 200mm, with a long stroke design to reduce piston wear and improve durability.
Control system
PLC intelligent control: It supports automatic adjustment of pumping speed, fault diagnosis and remote monitoring, and is easy to operate.
Electrical components: It adopts international brands such as Schneider to ensure system stability and long life.
Auxiliary facilities
Hopper: Optimized design, easy to suck and clean, the volume is usually 0.8m³.
Lubrication system: Automatic centralized lubrication to reduce manual maintenance requirements.
Working principle
The working process of HBT50 electric concrete pump is as follows:
Feeding: Concrete enters the pumping system through the hopper.
Pumping: The hydraulic system drives the delivery cylinder to reciprocate and push the concrete to the delivery pipeline.
Distribution: The S-tube valve switches direction to ensure that the concrete is continuously delivered to the pouring point.
Control: The PLC system monitors the pumping pressure, flow and other parameters in real time, and automatically adjusts the hydraulic system to maintain the best working condition.
Product Advantages
High efficiency and energy saving
Constant power hydraulic system: automatically adjusts according to the load to reduce energy consumption.
Motor drive: lower operating costs and no exhaust emissions compared to diesel engines.
Stable and reliable
S-tube valve design: good sealing, reduces concrete leakage, and extends the life of wearing parts.
Wear-resistant materials: hard alloy is used for eyeglass plates and cutting rings to improve durability.
Intelligent control
PLC automation: reduces manual intervention, supports fault self-checking, and improves construction efficiency.
Remote monitoring: some models support remote data transmission for easy equipment management.
Environmental protection and low noise
Motor operation: noise is less than 75dB, suitable for urban night construction.
Zero emission: in compliance with environmental regulations, suitable for indoor or closed environments.
Convenient maintenance
Modular design: key components are easy to replace and reduce downtime.
Automatic lubrication: reduce the frequency of manual maintenance and improve equipment reliability
Product Parameters
| Model | HBT50 |
| Max. Theoretic capacity(m³/h) | 50 |
| Max, Theoretic pressure(Mpa) | 12 |
| Motor engine power(kw) | 55 |
| Maximum vertical distance(mm) | 150 |
| Maximum horizontal distance(mm) | 300 |
| Disribution valve type | S valve |
| Hydraulic oil circuit type | Open Circuit |
| Specification of concrete cylinder(mm) | Ø180×1200 |
| Specification of main oil cylinder(mm) | Ø125×1200 |
| Oil tank capacity(L) | 300 |
| Hopper capacity(L) | 600 |
| Max. Aggregate diameter(mm) | Slick scree: 40 |
| Scree: 30 | |
| Dimension (LxWxH)(mm) | 4800×1800×1650 |
| Overall weight(kg) | 3500 |
| Pulling speed(km/h) | ≤8 |
