Hysteresis Electric Clutches

GERWAH™ Hysteresis & Synchronous Couplings -- MKS
from Ringfeder Power Transmission USA Corporation

GERWAH's couplings from the 'MKS' series are a special modification of the permanent magnetic synchronous coupling MKD with an extended air slot. Especially in pumps, the system displays all its advantages. It allows torque transmission into a hermetically sealed container, for example, so that the... [See More]

  • Magnetic Type: Hysteresis; Eddy Current
  • Engagement: NonContact
  • Torque: 8.8 to 132.7
  • Shaft: In-line
Low Cost Slip Clutch -- 51-OPL
from SG Transmission

The drag torque on the low cost slip clutch is produced by means of a hysteresis principle. This allows for constant torque levels and eliminates the possibility of high break away torque that occurs with typical friction devices. Permanent magnets and magnetic particles transmit torque therefore... [See More]

  • Magnetic Type: Hysteresis
  • Speed: 200 to 400
  • Torque: 0.0 to 0.3
  • Shaft: In-line
HC Electromagnetic Hysteresis Clutch -- HC-0.5
from Ogura Industrial Corp.

FAST RESPONSE. The torque of H series electromagnetic hysteresis clutches and brakes is independent of slip speed. Torque is directly proportionate to coil current, thus the torque of each unit can be adjusted by varying the current. Once the current is stable, the torque remains constant. LONG... [See More]

  • Magnetic Type: Hysteresis
  • Power: 0.0147
  • Torque: 0.0
  • Speed: 3000
GERWAH™ Magnetic Hysteresis Couplings -- HKD
from Ringfeder Power Transmission USA Corporation

GERWAH's permanent magnetic hysteresis coupling from the 'HKD' series consists of two separate unsupported halves. The coupling is connected with the shaft by means of clamping hubs. Thanks to its pioneering concept, HKD transmits torque smoothly in a 'sliding' manner which is completely wear-free. [See More]

  • Magnetic Type: Hysteresis
  • Engagement: NonContact
  • Torque: 0.1 to 3.7
  • Shaft: In-line
OPL Permanent-Magnet Mag-Particle Slip Clutch -- OPL-0.3N
from Ogura Industrial Corp.

ACCURATE TORQUE. The drag torque is produced by means of a hysteresis principle. This allows for constant torque levels and eliminates the possibility of high break away torque that occurs with typical friction devices. LONG OPERATIONAL LIFE. Permanent magnets and magnetic particles transmit toque,... [See More]

  • Magnetic Type: Hysteresis
  • Spring Assistance: Spring Return/Disengage
  • Torque: 0.0
  • Engagement: Friction; Magnetic Particle
GERWAH™ Magnetic Hysteresis Couplings -- HLV
from Ringfeder Power Transmission USA Corporation

A slim design and flexible mounting possibilities: the magnetic hysteresis couplings from the 'HLV' series can be used for many purposes. Their rated torque level can be adapted individually thanks to a user-friendly scale. On request, HLV is available in stainless steel, too. Especially in the... [See More]

  • Magnetic Type: Hysteresis
  • Engagement: NonContact
  • Torque: 0.3 to 2.9
  • Shaft: In-line
GERWAH™ Magnetic Hysteresis Couplings -- HSV
from Ringfeder Power Transmission USA Corporation

The compact design and the flexible mounting possibilities of GERWAH's magnetic hysteresis coupling 'HSV' open up a wide field of possible applications. Its innovative concept qualifies this element for use in bottle capping machines as well as in roll-up and unroll systems, and in test engineering. [See More]

  • Magnetic Type: Hysteresis
  • Engagement: NonContact
  • Torque: 0.3 to 2.9
  • Shaft: Parallel