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Particle, hysteresis electromagnetic clutches
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Electromagnetic hysteresis clutch - max. 1.8 N.m, max. 3600 rpm, max. 450 W | HCF series
Magtrol has designed efficient Clutches which generate torque strictly through a magnetic air-gap, ensuring an absolutely...
Electromagnetic hysteresis clutch - max. 1.8 N.m, max. 3600 rpm, max. 450 W | HCF series
Magtrol has designed efficient Clutches which generate torque strictly through a magnetic air-gap, ensuring an absolutely smooth transmission of torque from the drive unit to the driven element. These clutches can be powered without the use of brushes or slip rings and being a pure hysteresis device, there is no chance of contamination due to wear particles or leaky seals. This makes Magtrol hysteresis clutches and brakes ideal for use in food processing and clean room environments.
Electromagnetic particle clutch - 2 - 1 000 Nm | SC series
The EMP Clutches of the MEROBEL's EMP-SC series are designed for applications that require...
Electromagnetic particle clutch - 2 - 1 000 Nm | SC series
The EMP Clutches of the MEROBEL's EMP-SC series are designed for applications that require independent slipping speed and slipping torque control. This series represents an upgraded version of the EMP-TC brakes, with added slip ring and brushes. It includes two different power dissipation levels for each size (available with and without cooling fins).
Permanent magnet hysteresis clutch - 0.022 - 0.224 lb.ft, max. 400 rpm | OPL series
The Ogura Industrial Corporation offers the Magnetic Particle Clutch and Brake. equipped with permanent magnets and magnetic particles transmit toque. The device produces a drag torque using...
Permanent magnet hysteresis clutch - 0.022 - 0.224 lb.ft, max. 400 rpm | OPL series
The Ogura Industrial Corporation offers the Magnetic Particle Clutch and Brake. equipped with permanent magnets and magnetic particles transmit toque. The device produces a drag torque using the hysteresis principle. This allows constant torque levels, and lessens the possibility of high break away torque that occurs with typical friction devices.
These tools come in two model types, such as standard OPL units, also known as N type, and the OPL units to be supplied with a thru-bore or the R type. The N type comes with an integrated integral shaft that can be lengthened, shortened or adapted to meet the requirements of the users. The R type has a smaller bore units available in 6mm and 8mm; larger units are only available with an 8mm bore.
These tools come in two model types, such as standard OPL units, also known as N type, and the OPL units to be supplied with a thru-bore or the R type. The N type comes with an integrated integral shaft that can be lengthened, shortened or adapted to meet the requirements of the users. The R type has a smaller bore units available in 6mm and 8mm; larger units are only available with an 8mm bore.
Electromagnetic hysteresis clutch - 0.0367 - 0.741 lb.ft, max. 3 000 rpm | HC series
The HC series is a line of electromagnetic hysteresis clutches/brakes manufactured by Ogura. It features a static torque range of 0.0367 lbs.ft to 0.741 lbs.ft, which...
Electromagnetic hysteresis clutch - 0.0367 - 0.741 lb.ft, max. 3 000 rpm | HC series
The HC series is a line of electromagnetic hysteresis clutches/brakes manufactured by Ogura. It features a static torque range of 0.0367 lbs.ft to 0.741 lbs.ft, which is independent of slip speed. The torque can be adjusted by varying the current. It remains constant if current is stable.
The unit is resistant to wear, and generates drag torque without physical contact of parts. It repeats performance under identical working conditions. The device ensures smooth operation at any slip speed, due to the absence of mechanical friction. It can be mounted in horizontal or vertical position with no adjustments to be made, and no gaps to be set.
The unit is resistant to wear, and generates drag torque without physical contact of parts. It repeats performance under identical working conditions. The device ensures smooth operation at any slip speed, due to the absence of mechanical friction. It can be mounted in horizontal or vertical position with no adjustments to be made, and no gaps to be set.