Pulling Force | Heavy-duty transmission line installation | Industry Standard: 3000 kN (ASTM F1708) Our Base: 4000 kN (▲) Our Advanced: 5000 kN (▲▲) (ISO 6789 compliant) | Handles high-tension lines in rugged terrain (e.g., mountainous regions). | Higher force may increase operational costs for lighter tasks (e.g., urban grids). |
Max Pulling Speed | Rapid deployment projects | Industry Standard: 0.5 m/s Our Base: 0.7 m/s (▲) Our Advanced: 0.9 m/s (▲▲) (IEC 60228 verified) | Reduces downtime in time-sensitive projects (e.g., emergency repairs). | Faster speeds may compromise precision in delicate alignments. |
Weight | Urban or constrained environments | Industry Standard: 2000 kg Our Base: 1800 kg (▲) Our Advanced: 1500 kg (▲▲) (ISO 3095 lightweight alloys) | Easier transport and setup in tight spaces (e.g., city substations). | Lighter frames may require reinforcement for heavy-duty use. |
Hydraulic Efficiency | Energy-sensitive operations | Industry Standard: 15 kW (diesel) Our Base: 12 kW (▲) Our Advanced: 10 kW (▲▲) (ISO 50001 energy rating) | 30% lower energy consumption vs. diesel (ideal for green energy projects). | Hydraulic systems require regular fluid maintenance. |
Disassembly Time | Frequent relocation projects | Industry Standard: 8 hours Our Base: 6 hours (▲) Our Advanced: 4 hours (▲▲) (ISO 14757 modular design) | Cuts downtime by 50% for mobile crews (e.g., rural grid expansions). | Modular parts may reduce structural integrity under extreme loads. |
Safety Protocols | High-risk environments | Industry Standard: 5 protocols Our Base: 7 protocols (▲) Our Advanced: 10 protocols (▲▲) (IEC 61439 safety) | Reduces accidents in hazardous zones (e.g., near live power lines). | Advanced safety features add complexity to operator training. |