+7 (812) 645-08-06
Particle, hysteresis electromagnetic clutches
select brand
Electromagnetic particle clutch - max. 2.5 Nm | 14.501.-03.11
The main characteristic of the magnetic particle clutch is the possibility to smoothly change the torque depending on the field voltage.
To transmit...
To transmit...
Electromagnetic particle clutch - max. 2.5 Nm | 14.501.-03.11
The main characteristic of the magnetic particle clutch is the possibility to smoothly change the torque depending on the field voltage.
To transmit the torque from the external to the internal rotor, specifically alloyed and highly abrasion-resistant iron particles are inserted into the particle gap. Depending on the electromagnetic field, these fine iron particles build magnetic chains and thus transmit the torque. The power of the field determines the stability of the particle chains and also the transmittable torque.
Challenge us and ask us. magneta is your partner for magnetic particle clutches.
To transmit the torque from the external to the internal rotor, specifically alloyed and highly abrasion-resistant iron particles are inserted into the particle gap. Depending on the electromagnetic field, these fine iron particles build magnetic chains and thus transmit the torque. The power of the field determines the stability of the particle chains and also the transmittable torque.
Challenge us and ask us. magneta is your partner for magnetic particle clutches.
Electromagnetic particle clutch - 10 - 320 Nm | 14.502 series
The main characteristic of the magnetic particle clutch is the possibility to smoothly change the torque depending on the field voltage.
To transmit the...
To transmit the...
Electromagnetic particle clutch - 10 - 320 Nm | 14.502 series
The main characteristic of the magnetic particle clutch is the possibility to smoothly change the torque depending on the field voltage.
To transmit the torque from the external to the internal rotor, specifically alloyed and highly abrasion-resistant iron particles are inserted into the particle gap. Depending on the electromagnetic field, these fine iron particles build magnetic chains and thus transmit the torque. The power of the field determines the stability of the particle chains and also the transmittable torque.
Challenge us and ask us.
magneta is your partner for magnetic particle clutches
To transmit the torque from the external to the internal rotor, specifically alloyed and highly abrasion-resistant iron particles are inserted into the particle gap. Depending on the electromagnetic field, these fine iron particles build magnetic chains and thus transmit the torque. The power of the field determines the stability of the particle chains and also the transmittable torque.
Challenge us and ask us.
magneta is your partner for magnetic particle clutches
Electromagnetic particle clutch - 130 lb.in | C series
Typical applications:
Adjustable tension for rewinding webs
Load simulation
Torque limiting
Soft starts
Adjustable tension for rewinding webs
Load simulation
Torque limiting
Soft starts