Capacitor-run, single-phase motors. The outward appearance is the same as that of induction motors, however, these motors are suited for applications where the motor must frequently switch direction.

  • 6 W (1/125 HP)
  • 2.36 in. (60 mm) Frame Size
  • Rated Torque
    • Round Shaft = 6.9 oz-in (49 mN·m)
    • Parallel Shaft Gear = 1.06 ~ 26 lb-in (0.12 ~ 3 N·m)
  • Lead Wire Type
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6 W (1/125 HP) World K Series Reversible Round Shaft Motor (Lead Wire)
Web Price $96.00
ik-rk-round-shaft.jpg

6 W (1/125 HP) World K Series Reversible Round Shaft Motor (Lead Wire)
Web Price $98.00
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6 W (1/125 HP) World K Series Electromagnetic Brake - Reversible Round Shaft Motor (Lead Wire)
Web Price $210.00
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6 W (1/125 HP) World K Series Electromagnetic Brake - Reversible Round Shaft Motor (Lead Wire)
Web Price $215.00
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6 W (1/125 HP) World K Series Reversible Parallel Shaft Gearhead Motor (3:1 Gear Ratio) (Lead Wire)
Web Price $173.00
Frame Size - 2.36 in60 mm
Output Power - 6 W (1/125 HP)
Voltage (VAC) - Single-Phase 110/115 VAC - Single-Phase 220/230 VAC - Single-Phase 110/115 VAC - Single-Phase 220/230 VAC - Single-Phase 110/115 VAC
Frequency (Hz) - 60 - 60 50 - 60 - 60 50 - 60
Current - 0.251 A [110 VAC] 0.256 A [115 VAC] - 0.113 A [220 VAC, 50 Hz] 0.117 A [220 VAC, 60 Hz / 230 VAC, 50 Hz] 0.120 A [230 VAC, 60 Hz] - 0.235 A [110 VAC] 0.242 A [115 VAC] - 0.107 A [220 VAC, 50 Hz] 0.109 A [220 VAC, 60 Hz] 0.112 A [230 VAC, 50 Hz] 0.113 A [230 VAC, 60 Hz] - 0.251 A [110 VAC] 0.256 A [115 VAC]
Shaft/Gear Type - Round Shaft (No Gearhead) - Round Shaft (No Gearhead) - Round Shaft (No Gearhead) - Round Shaft (No Gearhead) - Parallel Shaft Gearhead
Gear Ratio (X:1) - - - - - 3 :1
Output Shaft - Metric
Output Shaft Diameter - 6 mm - 6 mm - 6 mm - 6 mm - 8 mm
Type - Lead Wire
Electromagnetic Brake - Not Equipped - Not Equipped - Equipped - Equipped - Not Equipped
Rated Torque - 0.394 lb-in  0.041 N·m   - 0.394 lb-in [60 Hz]  0.444 lb-in [50 Hz]  0.041 N·m [60 Hz]  0.049 N·m [50 Hz]   - 0.3625 lb-in  0.041 N·m   - 0.3625 lb-in [60 Hz]  0.43125 lb-in [50 Hz]  0.041 N·m [60 Hz]  0.049 N·m [50 Hz]   - 0.88 lb-in  0.1 N·m  
Rated Speed (rpm) - 1450 - 1200 [50 Hz] 1450 [60 Hz] - 1450 - 1200 [50 Hz] 1450 [60 Hz] - 600
Permissible Load Inertia - - - - - 3.06 oz-in²0.558 x 10-4 kg·m²
Permissible Overhung Load - 0.39 in. from Shaft End = 11.2 lb0.79 in. from Shaft End = 24 lb10 mm from Shaft End = 50 N20 mm from Shaft End = 110 N - 0.39 in. from Shaft End = 11.2 lb0.79 in. from Shaft End = 24 lb10 mm from Shaft End = 50 N20 mm from Shaft End = 110 N - 0.39 in. from Shaft End = 11.2 lb0.79 in. from Shaft End = 24 lb10 mm from Shaft End = 50 N20 mm from Shaft End = 110 N - 0.39 in. from Shaft End = 11.2 lb0.79 in. from Shaft End = 24 lb10 mm from Shaft End = 50 N20 mm from Shaft End = 110 N - 0.39 in. from Shaft End = 11.2 lb0.79 in. from Shaft End = 18 lb10 mm from Shaft End = 50 N20 mm from Shaft End = 80 N
Permissible Thrust Load - - - - - 6.7 lb30 N
Permissible Thrust Load - Avoid thrust load as much as possible. If thrust load is unavoidable, keep it to half or less of the motor mass. - Avoid thrust load as much as possible. If thrust load is unavoidable, keep it to half or less of the motor mass. - Avoid thrust load as much as possible. If thrust load is unavoidable, keep it to half or less of the motor mass. - Avoid thrust load as much as possible. If thrust load is unavoidable, keep it to half or less of the motor mass. -
RoHS Compliant
- Yes
Safety Standards
- UL CSA CCC EN CE

 

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