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The HZS60 concrete batching plant, as a primary equipment for medium-sized engineering projects, is widely recognized in the construction industry for its outstanding performance and stable operational efficiency. This article provides a detailed analysis of the technical parameters of the HZS60 batching plant, offering comprehensive insights into its performance and professional reference for equipment selection.
1. Basic Performance Parameters
1.1 Production Efficiency Parameters
- Theoretical Productivity: 60 m³/h
- Discharge Capacity: 1000 L/batch
- Cycle Time: ≤60 s
- Maximum Mixing Volume: 1 m³
- Annual Production Capacity: Approx. 150,000 m³
1.2 Structural Parameters
- Total Weight: 25–30 tons (varies by configuration)
- Equipment Footprint: 45 m (L) × 15 m (W) × 22 m (H)
- Discharge Height: 3.8 m / 4.1 m (optional)
- Equipment Type: Modular structure
2. Core Component Technical Parameters
2.1 Mixing System
Mixer Model: JS1000 Twin-Shaft Forced Mixer
- Feeding Capacity: 1600 L
- Mixing Motor Power: 2 × 18.5 kW
- Mixing Shaft Speed: 35 rpm
- Blade Linear Speed: 1.8 m/s
2.2 Batching System
Batching Machine Model: PLD1600 Concrete Batching Machine
- Batching Capacity: 1600 L
- Storage Bin Capacity: 4 × 12 m³ (optional)
- Batching Accuracy: ±2%
- Belt Conveyor Speed: 1.6 m/s
2.3 Conveying System
Inclined Belt Conveyor Parameters:
- Belt Width: 800 mm
- Belt Speed: 2.0 m/s
- Conveying Capacity: ≥120 t/h
- Inclination Angle: 18°
Screw Conveyor Parameters:
- Diameter: 219 mm
- Conveying Capacity: 40 t/h
- Power: 11 kW
- Length: Customizable per site requirements
3. Weighing System Parameters
3.1 Weighing Accuracy Standards
- Aggregate Weighing: ±2%
- Cement Weighing: ±1%
- Water Weighing: ±1%
- Additive Weighing: ±1%
3.2 Weighing Ranges
- Aggregate Weighing: 0–3000 kg
- Cement Weighing: 0–1500 kg
- Water Weighing: 0–1500 kg
- Additive Weighing: 0–50 kg
3.3 Sensor Specifications
- Accuracy Class: C3
- Protection Class: IP68
- Operating Temperature: -30°C to +70°C
4. Electrical Control System Parameters
4.1 Control Method
- Control Type: Computerized automatic control
- Operation Mode: Manual/automatic switching
- Display: 19-inch screen
4.2 Control System Functions
- Formula Storage: 999 formula storage capacity
- Production Statistics: Automatic production data recording
- Fault Diagnosis: Automatic fault detection and alerts
- Remote Monitoring: Supports remote data transmission
4.3 Electrical Parameters
- Total Installed Power: 110 kW
- Operating Voltage: 380 V ±10%
- Control Voltage: 220 V
- Ambient Temperature: -10°C to +40°C
5. Environmental Parameters
5.1 Noise Control
- Mixer Noise: ≤72 dB(A)
- Total Equipment Noise: ≤75 dB(A)
- Noise Reduction Measures: Soundproofing materials and optimized design
5.2 Dust Emissions
- Dust Concentration: ≤20 mg/m³
- Dust Removal Efficiency: ≥98%
- Dust Removal Method: Pulse-jet dust cleaning
5.3 Wastewater Treatment (Three-Stage Sedimentation)
- Wastewater Recovery Rate: 90%
- Treatment Standard: Meets recycling requirements
6. Equipment Configuration Options
6.1 Standard Configuration
- Mixing System: JS1000 Mixer
- Batching System: PLD1600 Batching Machine
- Conveying System: Inclined Belt Conveyor
- Control System: Computerized automatic control
- Pneumatic System: Piston Air Compressor
6.2 Optional Configurations
- Dust Removal System: Pulse Dust Collector
- Wastewater Treatment: Sand & Gravel Separator + Wastewater Recovery System
- Storage Bin Expansion: Enlarged Storage Bins
- Control System Upgrade: Intelligent Management System
7. Installation and Operational Parameters
7.1 Installation Requirements
- Foundation Bearing Capacity: ≥15 t/m²
- Power Supply Requirement: Transformer ≥120 kVA
- Water Supply Requirement: ≥20 m³/h
- Installation Period: 15–20 days
7.2 Operational Parameters
- Staffing Requirement: 2–3 persons per shift
- Energy Consumption Index: ≤0.8 kWh/m³
- Maintenance Cycle: Routine inspection per shift
8. Equipment Advantages
8.1 Performance Advantages
- Excellent Mixing Quality: Twin-shaft forced mixing ensures high homogeneity
- High Weighing Accuracy: Independent weighing of materials with accuracy of ±1–2%
- High Production Efficiency: Theoretical productivity of 60 m³/h, actual output exceeds 45 m³/h
8.2 Structural Advantages
- Modular Design: Quick installation and easy relocation
- High Structural Strength: Robust steel structure ensures stable operation
- Easy Maintenance: Components are easily accessible for inspection and replacement
8.3 Environmental Advantages
- Effective Dust Control: Fully enclosed design minimizes dust emissions
- Low Noise: Optimized design keeps operational noise below 75 dB
- Zero Wastewater Discharge: Achieves 100% wastewater recovery and reuse
9. Applications
9.1 Suitable Project Types
- Construction Projects: Building construction, municipal engineering
- Transportation Projects: Highways, railways, bridges
- Hydraulic Engineering: Reservoirs, dams, channels
- Commercial Concrete: Ready-mix concrete batching plants
9.2 Suitable Concrete Types
- Ordinary Concrete: C15–C50 grades
- Special Concrete: Waterproof concrete, acid-resistant concrete, etc.
- Stiff Concrete: For precast components
The HZS60 concrete batching plant has become the preferred equipment in medium-scale concrete production due to its excellent technical parameters and reliable performance. We hope this detailed analysis has provided you with a deeper understanding of the HZS60 batching plant.
If you would like to learn more about technical details or receive a personalized configuration plan, please contact our professional technical team. With extensive industry experience, Tongxin Machinery offer the most expert advice and services to help you select the most suitable equipment configuration.
