MAGPOWR Foot Mounted Magnetic Particle Clutch

Given the scores of variables associated with any web processing operation, the last thing you want to worry about is a clutch. Thanks to the reliability and long life of the MAGPOWR C Series Magnetic Particle Clutch, an operator can mount this component, set it up and forget it. This magnetic particle clutch is cost-effective and provides silent operation, making it ideal for cycling and overload applications.

This component features magnetic particles located inside the clutch between the O.D. of the rotor and the I.D. of the drive cylinder. With no current in the coil of this device, the particles are free to lie loosely between the rotor and the drive cylinder. When current is applied to the coil, it sets up a magnetic field in the stator. The magnetic particles line up with the magnetic field and couple the rotor to the drive cylinder. As the current is increased, the magnetic field increases and the coupling (or torque capacity) increases proportionally.

Description

Features:

  • Silent operation
  • Smooth, accurate, repeatable torque
  • Options for air or water cooling
  • Cast iron materials for long life
  • Easy to mount
  • Cost effective
  • UL and CE Approved

 

MAGPOWR C-1 SPECIFICATIONS

  • Heat Dissipation at 1800 rpm of Outer Member95 W
  • Non-Excited Drag Torque0.05 Nm
  • Weight2.6 kg
  • Coil Data (90 VDC)0.14 Rated Current
    414 Ω at 20˚ C
  • Time Constant (Seconds)0.08 Current
    0.11 Torque
Inertia (WR²) of Rotating Members
  • Outer0.000043 kg-m²
  • Inner0.000032 kg-m²

MAGPOWR C-3 AND C-3A SPECIFICATIONS

Heat Dissipation at 1800 rpm of Outer Member
  • C-3321 W
  • C-3A544 W
  • Non-Excited Drag Torque0.15 Nm
Weight
  • C-35.3 kg
  • C-3A7.4 kg
  • Coil Data (90 VDC)0.17 Rated Current
    350 Ω at 20˚ C
  • Time Constant (Seconds)0.08 Current
    0.11 Torque
Inertia (WR²) of Rotating Members
  • Outer0.000373 kg-m²
  • Inner0.000176 kg-m²

MAGPOWR C-10, C-10A, C-10W AND C-10WA SPECIFICATIONS

Heat Dissipation at 1800 rpm of Outer Member
  • C-10564 W
  • C-10A725 W
  • C-10W and C-10WA2,557 W
  • Non-Excited Drag Torque0.20 Nm
Weight
  • C-10 and C-10W11 kg
  • C-10A and C-10WA15 kg
  • Coil Data (90 VDC)0.25 Rated Current
    234 Ω at 20˚ C
  • Time Constant (Seconds)0.15 Current
    0.25 Torque
Inertia (WR²) of Rotating Members
  • Outer0.00219 kg-m²
Inner
  • C-10 and C-10A0.00135 kg-m²
  • C-10W and C-10WA0.00105 kg-m²

MAGPOWR C-50, C-50A, C-50W AND C-50WA SPECIFICATIONS

Heat Dissipation at 1800 rpm of Outer Member
  • C-501,297 W
  • C-50A1,538 W
  • C-50W6,254 W
  • C-50WA6,430 W
  • Non-Excited Drag Torque1.1 Nm
Weight
  • C-5040 kg
  • C-50A49 kg
  • C-50W39 kg
  • C-50WA48 kg
  • Coil Data (90 VDC)0.49 Rated Current
    119 Ω at 20˚ C
  • Time Constant (Seconds)0.30 Current
    1.0 Torque
Inertia (WR²) of Rotating Members
  • Outer0.0152 kg-m²
Inner
  • C-50 and C-50A0.0110 kg-m²
  • C-50W and C-50WA0.0101 kg-m²

MAGPOWR C-100, C-100A, C-100W AND C-100WA SPECIFICATIONS

Heat Dissipation at 1800 rpm of Outer Member
  • C-100 and C-100A1,714 W
  • C-100W7,013 W
  • C-100WA8,110 W
  • Non-Excited Drag Torque1.63 Nm
Weight
  • C-10071 kg
  • C-100A82 kg
  • C-100W69 kg
  • C-100WA80 kg
  • Coil Data (90 VDC)0.5 Rated Current
    118 Ω at 20˚ C
  • Time Constant (Seconds)0.60 Current
    1.15 Torque
Inertia (WR²) of Rotating Members
  • Outer0.0274 kg-m²
Inner
  • C-100 and C-100A0.0257 kg-m²
  • C-100W and C-100WA0.0253 kg-m²