Electro-hydraulic grabs carry all types of material as per its shape like clamshell bucket, or orange peel grabs. It improves the productivity, and efficiency of the project. Its duty cycle is more higher than other grabs because it driven by electric over the eot crane.
Typical Electrical Demand by Grab Size
| Grab Capacity | Typical Closing Force | Electrical Power Demand |
|---|---|---|
| 2–4 m³ | 150–280 kN | 15–30 kW |
| 6–10 m³ | 280–450 kN | 30–55 kW |
| 12–16 m³ | 450–650 kN | 55–90 kW |
| 18–25 m³ | 650–900+ kN | 90–132 kW |
How to Calculate Electro-Hydraulic Grab Productivity? Power Consumption & Cost Per Ton
Operational Efficiency Analysis for Motor-Driven Bulk Handling Equipment
âš¡ Energy & Productivity Metrics
| Estimated Hourly Throughput (TPH): | Tons |
| Net Energy Consumption: | kWh/hr |
| Operational Energy Cost: | Per Ton |
*Calculation: TPH is based on a conservative 90% filling factor. Power cost analysis includes idle-time motor load estimations.
Get the detailed and precise information about the electro-hydraulic grab bucket and decide which grab bucket suits your facility after analysing the tool.
