磁力传动的工作原理磁力传动装置由两块电磁铁及其牵引的活动衔铁组成,衔铁通过推杆将运动传递给滑块(见图1)。滑块与推杆之间轴向支承采用滑动轴承。滑块由普通导轨导向。滑块的往复运动靠磁场力方向的交替变换来实现。这种磁力传动装置无空运转噪声。完全消除了由充气、高压泵和离合器等引起的传动噪声。 The principle of magnetic drive Magnetic drive consists of two electromagnets and their traction activities armature, the armature through the push rod to pass the movement to the slider (see Figure 1). The axial support between the slider and the push rod is a sliding bearing. The slider is guided by normal rails. The reciprocating motion of the slider is realized by the alternate transformation of the magnetic field force direction. This magnetic transmission has no free running noise. Completely eliminate the transmission caused by the inflatable, high pressure pump and clutch noise.