Trailer Concrete Pump

Model: HBT40,HBT50,HBT60,HBT80,HBT90;
HBTS40,HBTS50,HBTS60,HBTS80,HBTS90
Max. Theo.Pumping Capacity(m³/h): 40–90
Max. Aggregate Diameter(mm): 40–50
Conveying Distance (Vertical/Level)(m):80/300-160/800

The concrete pump is a concrete pumping and conveying equipment, available in both electric and diesel types. It is widely used in urban construction, bridge construction, power and other energy facilities, and other building projects. A concrete pump is a highly efficient and flexible concrete conveying device, widely used in various construction and infrastructure projects.

Introduction

The concrete pump is a concrete pumping and conveying equipment, available in both electric and diesel types. It is widely used in urban construction, bridge construction, power and other energy facilities, and other building projects. A concrete pump is a highly efficient and flexible concrete conveying device, widely used in various construction and infrastructure projects.

Main Components of Trailer Concrete Pump

The electric concrete pump is mainly composed of a radiator, a motor, a control system, a hydraulic oil pump, a lubrication system, a sealing system, a mobile frame, a concrete pipe and accessories.

(The diesel engine-powered concrete pump is mainly composed of a diesel engine, a control system, a hydraulic oil pump, a lubrication system, a sealing system, a mobile frame, a concrete pipe and accessories.)

Hopper: used to load concrete.

Hydraulic system: including hydraulic pumps, hydraulic cylinders and valves, etc., used to provide power and control.

Concrete cylinder: used to store and transport concrete.

Distribution valve: used to control the suction and discharge of concrete.

Delivery pipe: used to transport concrete to a designated location.

Control system: used to control the pumping process to ensure the accuracy and safety of the operation.

Motor: provides power to drive the hydraulic system.
(Diesel engine: provides power to drive the hydraulic system.)

Technical Specification

Model HBT40 HBT50 HBT60 HBT80 HBT90
Max. Theoretic capacity(m³/h) 40 50 60/46 85/50 90/55
Max, Theoretic pressure(Mpa) 10 12 13/6.3 15.7/8.6 18/9.3
Power type Motor
Motor engine power(kw) 45 55 90 110 110
Maximum vertical distance(mm) 120 150 200 250 300
Maximum horizontal distance(mm) 250 300 500 800 1000
Disribution valve type S valve S valve S valve S valve S valve
Hydraulic oil circuit type Open
Circuit
Specification of concrete cylinder(mm) Ø160×
1000
Ø180×
1200
Ø200×
1800
Ø200×
1800
Ø200×
1800
Specification of main oil cylinder(mm) Ø100×
1000
Ø125×
1200
Ø140×
1800
Ø140×
1800
Ø140×
1800
Oil tank capacity(L) 300 300 420 420 580
Hopper capacity(L) 600 600 600 600 800
Max. Aggregate diameter(mm) Slick scree: 40 Slick scree: 40 Slick scree: 50 Slick scree: 50 Slick scree: 50
Scree: 30 Scree: 30 Scree: 40 Scree: 40 Scree: 40
Dimension (LxWxH)(mm) 4500×1750×1600 4800×1800×1650 5800×2000×1750 5800×2000×1800 6000×2000×1800
Overall weight(kg) 3200 3500 5500 5800 6500
Pulling speed(km/h) ≤8 ≤8 ≤8 ≤8 ≤8
Model HBTS40 HBTS50 HBTS60 HBTS80 HBTS90
Max. Theoretic capacity(m³/h) 40 50 60/46 85/50 90/55
Max, Theoretic pressure(Mpa) 10 12 13/6.3 15.7/8.6 18/9.3
Power type Diesel
Motor engine power(kw) 66 82 129 176 176
Maximum vertical distance(mm) 120 150 200 250 300
Maximum horizontal distance(mm) 250 300 500 800 1000
Disribution valve type S valve S valve S valve S valve S valve
Hydraulic oil circuit type Open Circuit
Specification of concrete cylinder(mm) Ø160×
1000
Ø180×
1200
Ø200×
1800
Ø200×
1800
Ø200×
1800
Specification of main oil cylinder(mm) Ø100×
1000
Ø125×
1200
Ø140×
1800
Ø140×
1800
Ø140×
1800
Oil tank capacity(L) 300 300 420 420 580
Hopper capacity(L) 600 600 600 600 800
Max. Aggregate diameter(mm) Slick scree: 40 Slick scree: 40 Slick scree: 50 Slick scree: 50 Slick scree: 50
Scree: 30 Scree: 30 Scree: 40 Scree: 40 Scree: 40
Dimension (LxWxH)(mm) 4500×1750×1600 4800×1800×1650 5800×2000×1750 5800×2000×1800 6000×2000×1800
Overall weight(kg) 3200 3800 5800 6500 6800
Pulling speed(km/h) ≤8 ≤8 ≤8 ≤8 ≤8

Application

Construction sites – including residential buildings, commercial buildings, roads, bridges, etc.

Tunnels and underground projects – such as subway tunnels, underground parking lots, etc.

Water conservancy projects – such as dams, river management, etc.

Other occasions where concrete transportation is required – such as prefabricated component production, concrete pouring, etc.