Terminals must absorb the combined stresses of thermal expansion, electromagnetic force, and mechanical vibration, making them a critical support for system reliability. HAIPART's patented elastic clamping system utilizes a hyperbolic contact design, adaptively compensating for ±1.5mm conductor displacement. A built-in damping structure absorbs 90% of vibration energy, increasing the fatigue resistance of the connection to five times the industry standard, demonstrating the art of mechanical balance between rigidity and flexibility.
Terminals must absorb the combined stresses of thermal expansion, electromagnetic force, and mechanical vibration, making them a critical support for system reliability. HAIPART's patented elastic clamping system utilizes a hyperbolic contact design, adaptively compensating for ±1.5mm conductor displacement. A built-in damping structure absorbs 90% of vibration energy, increasing the fatigue resistance of the connection to five times the industry standard, demonstrating the art of mechanical balance between rigidity and flexibility.
