magnetic powder clutch suppliers is identified as the iconic product of Sunrise Group (Dongguan) Industrial Co., Ltd. It excels other product in the attention to the details. This can be revealed from the refined workmanship as well as exquisite design. The materials are well selected before the mass production. The product is manufactured in the internationalized assembly lines, which greatly improves production efficiency and reduces cost. It is thus supplied at a competitive price.
In the competitive market, Sunrise products excel others in sales for years. The customer prefers to purchase high-quality products even though it costs more. Our products have proved to be at the top of the list regarding its stable performance and long-term service life. It can be seen from the high repurchase rate of the product and feedback from the market. It wins many praises, and its manufacturing still complies with higher standards.
We provide not only quality products like magnetic powder clutch suppliers, but also excellent service. At SUNRISE, your requirements for product customization, product sample-making, the MOQ of product, product delivery, etc. can be perfectly met.
When no current flows in the magnetic coil, powder is being attached to input drum side by centrifugal force as separate input drum and output drum. So the torque is not transmitted. If coil is exited by electric current, magnetic flux is generated, and then torque is transmitted by the friction between powder and working side.
Powder brake & clutch features:
1) Excitation current and transmitting torque is almost in proportion, also transmitting torque is controlled with wide ranges.
2) Regardless of slipped rmp, torque is excellently transmitted.
3) Torque by residual flux is very little and stopping stability is excellent.
4) It can operate with slipping state, for large capacity cooling with heat.
5) Take short repair time as it is dry-type, so can use it for long time without any adjustment.
6) It is friction clutch of based on the powder.
Magnetic powder brake & clutch features:
1) Excitation current and transmitting torque is almost in proportion, also transmitting torque is controlled with wide ranges.
2) Regardless of slipped rmp, torque is excellently transmitted.
3) Torque by residual flux is very little and stopping stability is excellent.
4) It can operate with slipping state, for large capacity cooling with heat.
5) Take short repair time as it is dry-type, so can use it for long time without any adjustment.
6) It is friction clutch of based on the powder.
Welcome to Sunrise Group.
Your reliable and trusted partner, to be your preferred and trusted supplier offering cost effective one- stop solution.
SUNRISE GROUP INDUSTRIAL CO., LTD is a professional manufacturer of Magnetic powder brake & clutch, electromagnetic clutch & brake, air clutch & air brake, air shaft, pneumatic, safety chucks and aluminum alloy guide pulley, position indicator , industrial handles etc... Due to the positive image and quality products, it has gained a large share of the market, along with the products sold in over 30 countries and regions, including US, Mexico, Colombia, German, UK, Australia, Italy, Spain, Portugal, Russia, Korea, Malaysia and eastern European countries etc...
Last but not least, SUNRISE has been able to transcend other related manufactures in Taiwan in terms of our product quality with competitive price and the after-sales service as well as prompt delivery schedule.
Sunrise hot selling single shaft powder magnetic clutch
A clutch is a device that transmits power between two mechanisms (usually rotating) selectively. When the clutch is engaged, it ¡°slips¡± until the two mechanisms rotate at the same speed and the power is transmitted. When the clutch is disengaged, the two mechanisms are decoupled and allowed to rotate at different speeds. Power is not transmitted. Clutch is similar in principle to brake. In a brake, the driven mechanism would be connected to a fixed frame.
In a magnetic particle clutch, an energized coil applies magnetic flux to magnetic particles in a powder cavity causing them to bind together. The binding of the particles causes the driving (rotor) and driven (armature) components to experience drag which causes torque to be transmitted from one to the other via the particles. The strength of the binding (and accordingly, the deceleration torque generated) can be finely controlled by the varying the amount of current provided to the coil.
