耦合係統  製造商、經銷商、供應商

自我的祖父在 1946 年創立企業之後，我們的家族企業
一直跟隨著市場需求不斷發展——從往昔的采礦業備件
製造商直至今日的國際知名傳動技術專家。
今天，我們在 REICH-KUPPLUNGEN 品牌名稱之下，
以高度縱向一體化的方式開發並製造扭轉彈性聯軸器。
這些產品主要在固定及移動領域內與內燃機組合使用，
例如用於發電設備、工程機械、商用車輛、鐵路技術和造
船技術。
我們可靠的高素質員工為持續進步提供了保證。在位
於波鴻的總部內，我們結合最先進的製造技術，為最為
棘手的要求提供聯軸器係統解決方案。而我們長久以
來在各類彈性體材料上獲得的經驗為這一切提供了堅
實的基礎。近年來，我們自行建立的全球銷售網絡已經
大幅度擴展，成為了 REICH-KUPPLUNGEN 品牌在
全世界持續成功的基石。
我們另一個保持成功的關鍵因素是“為客戶量身定製”
原則。在與客戶的密切合作中，為客戶定製的高品質、長
壽命傳動部件層出不窮。每一天，我們都以靈活性、質
量、供貨能力和對各類要求的適應能力堅守客戶滿意度
這一最高準則。
自從加入公司管理層之後，我即以維護企業的價值觀為
自身要務，致力在第三代繼續為企業打造穩固成功的未
來。
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.