XCMG 2023 Manufactured Concrete Pump Truck with 5-section RZ-type Folding Boom and 365° Continuous Rotation

The XCMG 72m Concrete Pump Truck (Model: XZS5552THBZ) is a high-performance construction machine built on a robust Sinotruk HOWO T7H 8×4 chassis, manufactured in 2023 with excellent working condition. Designed for large-scale concrete pouring projects, this pump truck combines advanced engineering, reliability, and efficiency.

Key Specifications:

1. Pumping System:

   • Max. Theoretical Vertical Pumping Height: 72 meters (236 feet)

   • Max. Theoretical Horizontal Pumping Distance: 1,600 meters (~1 mile)

   • Pumping Capacity: 170 m³/h (6,000 ft³/h)

   • System Pressure: 35 MPa (5,076 psi)

   • Cylinder Diameter × Stroke: Φ260×2,100 mm

2. Boom System:

   • Boom Type: 5-section RZ-type folding boom (full hydraulic control)

   • Boom Rotation Angle: 365° continuous rotation

   • Outrigger Span: 9.8m (front) × 12.5m (rear) for superior stability

3. Chassis & Powertrain:

   • Chassis Model: Sinotruk HOWO T7H 8×4 (Euro V emission compliant)

   • Engine: MAN D26.46-50 (460 HP, 2,100 N·m torque)

   • Transmission: HW25712XSTL 12-speed manual gearbox

   • Fuel Tank Capacity: 600L (158 gallons)

4. Hydraulic System:

   • Main Pump: Rexroth A11VO Series

   • Control System: XCMG intelligent electro-hydraulic integration for precise operation

5. Dimensions & Weight:

   • Overall Length × Width × Height: 14,500 × 2,550 × 3,980 mm

   • Gross Vehicle Weight (GVW): 55,000 kg

   • Max. Traveling Speed: 80 km/h (50 mph)

6. Features:

   • Intelligent Fault Diagnosis System for real-time monitoring.

   • Energy-saving mode reduces fuel consumption by up to 15%.

   • High-strength steel boom ensures durability in harsh conditions.

   • Remote control operation for enhanced safety and flexibility.

This XCMG 72m pump truck is ideal for high-rise buildings, bridges, and large industrial projects, offering high efficiency, low maintenance, and long service life. Its 2023 production year guarantees modern technology and optimal performance.