耦合系统  制造商、经销商、供应商

自我的祖父在 1946 年创立企业之后，我们的家族企业
一直跟随着市场需求不断发展——从往昔的采矿业备件
制造商直至今日的国际知名传动技术专家。
今天，我们在 REICH-KUPPLUNGEN 品牌名称之下，
以高度纵向一体化的方式开发并制造扭转弹性联轴器。
这些产品主要在固定及移动领域内与内燃机组合使用，
例如用于发电设备、工程机械、商用车辆、铁路技术和造
船技术。
我们可靠的高素质员工为持续进步提供了保证。在位
于波鸿的总部内，我们结合最先进的制造技术，为最为
棘手的要求提供联轴器系统解决方案。而我们长久以
来在各类弹性体材料上获得的经验为这一切提供了坚
实的基础。近年来，我们自行建立的全球销售网络已经
大幅度扩展，成为了 REICH-KUPPLUNGEN 品牌在
全世界持续成功的基石。
我们另一个保持成功的关键因素是“为客户量身定制”
原则。在与客户的密切合作中，为客户定制的高品质、长
寿命传动部件层出不穷。每一天，我们都以灵活性、质
量、供货能力和对各类要求的适应能力坚守客户满意度
这一最高准则。
自从加入公司管理层之后，我即以维护企业的价值观为
自身要务，致力在第三代继续为企业打造稳固成功的未
来。
您的 Christian Reich

The electromagnetic powder brakes and clutches combines the resilience of a fluid clutch with the locked-in stability of a friction clutch. Torque is transmitted by a specially alloyed dry ferromagnetic powder.
The clutchs can sustain continuous slip (within their empirically established heat ratings)at a precise and stable torque value, which is determined by excitation level.
Slip between input and output level is not necessary in order to transmit torque, and provided load torque does not exceed the torque for which a unit excited to transmit locked-in synchronous operation will take place. Conversely, if load torque exceeds the energised torque level, slip will occur in an absolutely smooth manner at the predetermined torque value.
For all practical purpose, static and dynamic coefficients of friction are sensibly equel also output torque is indepentent of speed, or slip speed.
Powder performance is unaffected by temperature rise at the working surface, and clutchs will, at all times, have the characteristics that transmitted torque is directly proportional to current. It should be noted that use of dry powder rather than fluid- suspended powder medium promotes consistency and accuracy of torque control.
Briefly, the clutch comprises two concentric members, the body or input member containing the field coil, and within it, and separated by a small annular gap, an inner rotor, or output member. The annular gap contains a ferromagnetic powder which is activated when the coil is energised.
The resultant flux which is generated, passes through the powder, causing it to align with the flux path, and thereby creates a driving bond between input and output members, the strength of which is solely determined by the value of d.c. current applied to the field coil.