Overview
ElectroMagnetic Particle Clutch
Torque proportional to the electric current, independent of the slipping speed
Through shaft design
Torque Control Clutches series
Design based on Tension Control brakes + slip ring & brushes
Features
Rated torque:
5.00 Nm
Rated current:
0.50 A
Residual torque:
0.10 Nm
Coil resistance:
24 Ohms
Power EAT
0 RPM:
70 W
1000 RPM:
130 W
2000 RPM:
165 W
Power ERAT
0 RPM:
100 W
1000 RPM:
275 W
2000 RPM:
360 W
Andantex USA, Inc.
Done
Datasheet
Description
Overview
ElectroMagnetic Particle Clutch
Torque proportional to the electric current, independent of the slipping speed
Through shaft design
Torque Control Clutches series
Design based on Tension Control brakes + slip ring & brushes
Features
Rated torque:
5.00 Nm
Rated current:
0.50 A
Residual torque:
0.10 Nm
Coil resistance:
24 Ohms
Power EAT
0 RPM:
70 W
1000 RPM:
130 W
2000 RPM:
165 W
Power ERAT
0 RPM:
100 W
1000 RPM:
275 W
2000 RPM:
360 W
Overview
ElectroMagnetic Particle Clutch
Torque proportional to the electric current, independent of the slipping speed
Through shaft design
Torque Control Clutches series
Design based on Tension Control brakes + slip ring & brushes
Features
Rated torque:
5.00 Nm
Rated current:
0.50 A
Residual torque:
0.10 Nm
Coil resistance:
24 Ohms
Power EAT
0 RPM:
70 W
1000 RPM:
130 W
2000 RPM:
165 W
Power ERAT
0 RPM:
100 W
1000 RPM:
275 W
2000 RPM:
360 W
Overview
ElectroMagnetic Particle Clutch
Torque proportional to the electric current, independent of the slipping speed
Through shaft design
Torque Control Clutches series
Design based on Tension Control brakes + slip ring & brushes
