Sizes and Capacities
1. Standard Sizes:
• Small: 3m x 4m x 2m (Height)
• Medium: 4m x 6m x 2m
• Large: 6m x 8m x 2m
• Custom sizes available on request
2. Capacity:
o The capacity of a hydraulic moving floor depends on the density of the biomass material and the system's dimensions. Typical biomass densities range from 300 to 700 kg/m³.
o Moving Capacity: upto 50 ton per hour.
Calculation
To calculate the capacity of a hydraulic moving floor, you need to determine the volume of the storage area and then multiply it by the biomass density.
Formula: Capacity (kg)=Length (m)×Width (m)×Height (m)×Biomass Density (kg/m3)
Example Calculation:
For a medium-sized hydraulic moving floor:
• Dimensions: 4m (Length) x 6m (Width) x 2m (Height)
• Biomass Density: 500 kg/m³ (average value for pellets)
Capacity=4×6×2×500
Capacity=48,000 kg
Additional Considerations
1. Loading and Unloading Rate:
o Hydraulic systems can have variable speeds, typically ranging from 5 to 50 tons/hour depending on the configuration.
2. Power Requirements:
o The power required for the hydraulic system will depend on the size and capacity. A typical medium-sized system might require around 15-20 kW.
3. Installation Space:
o Ensure sufficient space around the hydraulic moving floor for maintenance and operation. Allow at least 1 meter of clearance on all sides.
4. Maintenance:
o Regular maintenance is crucial for optimal performance. This includes checking hydraulic fluid levels, inspecting slats for wear, and ensuring all moving parts are well-lubricated.
5. Safety Features:
o Incorporate safety features like emergency stop buttons, sensors to detect blockages, and regular safety checks to prevent accidents.
For detailed specifications, technical drawings, and specific requirements, it's recommended to consult PelletIndia.com directly.
