摩擦提升的特点是提升钢丝绳绕过摩擦轮,利用钢丝绳与主导轮衬垫间的巨大摩擦力来传递功率,驱动提升容器沿井筒往返运行。因此,防滑检验是摩擦提升设备选型设计中的关键问题。此外,摩擦提升容器自重的轻重也受防滑检验方法的制约,它不仅决定提升钢丝绳的规格,也决定摩擦轮和导向轮的直径;不仅影响提升系统的变位质量、拖动电动机功率、电耗 Friction enhancement is characterized by lifting the wire rope around the friction wheel, using the great friction between the wire rope and the main wheel liner to transmit power, and driving the lifting container to run back and forth along the wellbore. Therefore, the non-slip inspection is the key issue in the design of friction improvement equipment. In addition, the weight of the friction-enhancing container is also subject to the non-slip test method, which not only determines the specification of the wire rope but also determines the diameter of the friction wheel and guide wheel. It not only affects the displacement quality of the lifting system,