10 lb. ft. MagneClutch (10MC*90B20)
SEE TABS BELOW FOR SPECS & RESOURCES
3D MODEL AVAILABLE UPON REQUEST
Available Cooling Types.
- Model 10MC90B20 convection cooled.
- Model 10MCA90B20 forced air cooled.
- Model 10MCW90B20 water cooled.
- Can be used as a brake with accessory TAC10.
Small Weight & Size.
- Standard 90VDC coil. Available in other voltages to order.
- Simpler handling & mounting.
- Flexible installations.
- Adaptability.
High Power Capacity.
- High slip loads.
- High inertia acceleration.
- Economical cycling control.
- Soft-start, stop.
Maximum Effectiveness.
- Fast cycle & response.
- Low inertia.
- Precise end shield diameter for saddle-mounting & other use.
- Removeable feet.
3D MODEL AVAILABLE UPON REQUEST
Available Cooling Types.
- Model 10MC90B20 convection cooled.
- Model 10MCA90B20 forced air cooled.
- Model 10MCW90B20 water cooled.
- Can be used as a brake with accessory TAC10.
Small Weight & Size.
- Standard 90VDC coil. Available in other voltages to order.
- Simpler handling & mounting.
- Flexible installations.
- Adaptability.
High Power Capacity.
- High slip loads.
- High inertia acceleration.
- Economical cycling control.
- Soft-start, stop.
Maximum Effectiveness.
- Fast cycle & response.
- Low inertia.
- Precise end shield diameter for saddle-mounting & other use.
- Removeable feet.
Model 10MC(W)90B20 / 10MCA90B20
Data sheet
- Model
- 10MC90B20 / 10MCA90B20 / 10MCW90B20
- Rated Torque (lb.-ft.)
- 10
- Mounting
- Base
- Type Of Cooling
- Convection (CV) / Forced Air (FA) / Water (W)
- Heat Dissipation at 1800 RPM (Watts) (5)
- 500 (CA) / 785 (FA) / 2500 (W)
- Max Oper. Speed (RPM) (6)
- 3600
- Non-Excited Drag Torque (lb.-ft.)
- 0.15
- Inertia (WK (2)) Rotating Member (lb.-ft. (2)) x 10(-2) - OUTER
- 4
- Inertia (WK (2)) Rotating Member (lb.-ft. (2)) x 10(-2) - INNER
- 2.3 (CA) / 2.3 (FA) / 2.2 (W)
- Wgt. Approx (lbs.)
- 26 (CA) / 33 (FA) / 26 (W)
- Coil Data (Input 90VDC) - CURRENT AMPERES (4)
- 0.25
- Coil Data (Input 90VDC) - RESISTANCE OHMS @ 20 C
- 273
- Note (4)
- Coils for other voltages wound to order
- Note (5)
- The data given represents the average, continuous dissipation capacity of units operating under slip conditions
- Note (6)
- Applications requiring continuous operation below 30 RPM should be referred to factory for evaluation