当多个重型液压泵直接用螺栓固定在输出法兰上时 泵驱动齿轮箱泵自身的重量会造成一种被称为悬臂载荷的严重机械隐患。重力向下作用于沉重的铸铁泵，如同巨大的杠杆，试图使内部齿轮箱轴向下弯曲。如果内部轴承强度不足或排列过于紧密，轴就会在壳体内发生偏转。这种偏转会破坏齿轮齿的完美平行排列，导致严重的边缘载荷、局部快速发热，并最终造成灾难性的齿轮断裂。EVER-POWER 通过在每个输出轴上部署间距宽、承载能力极高的圆锥滚子轴承，彻底消除了这一隐患。这种结构形成了一个坚固的刚性结构，能够完全抵消大型可变排量液压泵产生的弯矩，从而确保内部齿轮啮合始终保持绝对平行，不受外部固定重量的影响。

A multi output transmission acts as the central hub for immense energy transfer. The unavoidable friction generated by three or four massive gear pairs operating at high speeds in a confined cast iron shell generates terrifying volumes of thermal energy. If the synthetic gear oil breaches its maximum temperature threshold, the fluid’s hydrodynamic film vaporizes, leading to immediate metal on metal galling. EVER-POWER addresses this severe thermal bottleneck by designing the SG-Series with an expansive internal oil volume capacity to act as a primary heat sink. Furthermore, for continuous high load applications, we integrate a dedicated internal lubrication pump. This pump aggressively circulates the boiling fluid out to an external air cooled heat exchanger before injecting the chilled oil directly onto the high friction gear meshing zones under immense pressure. This advanced thermodynamic management ensures absolute reliability during twenty four hour continuous harvest cycles.