Standard AC motors are used generally as a power source for automated equipment, because these motors can be operated easily by connecting the motor directly to an AC power supply. The KIIS Series offers higher strength gears that maximize motor performance, offer long life with simple wiring and flexible mounting options, all at affordable prices. These are the characteristics of the new standard in AC motors, the next generation KIIS Series.
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5IK100VA-ES 100 W (1/8 HP) KIIS Series Induction Motor (Three-Phase 200/220/230 VAC) (Lead Wire / Cable) Web Price $164.00
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5IK100VA-EST2 100 W (1/8 HP) KIIS Series Induction Motor (Three-Phase 200/220/230 VAC) (Terminal Box) Web Price $187.00
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5IK100VGVR-ES / 5GVR5A 100 W (1/8 HP) KIIS Series Induction Parallel Shaft Gearhead (5:1 Gear Ratio) Motor (Three-Phase 200/220/230 VAC) (Lead Wire / Cable) Web Price $288.00
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5IK100VGVR-ES / 5GVR6A 100 W (1/8 HP) KIIS Series Induction Parallel Shaft Gearhead (6:1 Gear Ratio) Motor (Three-Phase 200/220/230 VAC) (Lead Wire / Cable) Web Price $288.00
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5IK100VGVR-ES / 5GVR7.5A 100 W (1/8 HP) KIIS Series Induction Parallel Shaft Gearhead (7.5:1 Gear Ratio) Motor (Three-Phase 200/220/230 VAC) (Lead Wire / Cable) Web Price $288.00
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| Frame Size | - 3.54 in90 mm | |||||||||
| Output Power | - 100 W (1/8 HP) | |||||||||
| Voltage (VAC) | - Three-Phase 220/230 VAC | |||||||||
| Frequency (Hz) | - 60 50 | |||||||||
| Current |
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0.55 A [220 VAC, 50 Hz] 0.57 A [230 VAC, 50 Hz] 0.48 A [60 Hz] |
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| Type | - Lead Wire | - Terminal Box | - Lead Wire | - Lead Wire | - Lead Wire | |||||
| Electromagnetic Brake | - Not Equipped | |||||||||
| Shaft/Gear Type | - Round Shaft (No Gearhead) | - Round Shaft (No Gearhead) | - Parallel Shaft Gearhead | - Parallel Shaft Gearhead | - Parallel Shaft Gearhead | |||||
| Gear Ratio (X:1) | - | - | - 5 :1 | - 6 :1 | - 7.5 :1 | |||||
| Output Shaft Diameter | - 12 mm | - 12 mm | - 3/4 in. | - 3/4 in. | - 3/4 in. | |||||
| Rated Torque | - 5 lb-in [60 Hz] 6.0625 lb-in [50 Hz] 0.57 N·m [60 Hz] 0.69 N·m [50 Hz] | - 5 lb-in [60 Hz] 6.0625 lb-in [50 Hz] 0.57 N·m [60 Hz] 0.69 N·m [50 Hz] | - 23 lb-in [60 Hz] 27 lb-in [50 Hz] 2.6 N·m [60 Hz] 3.1 N·m [50 Hz] | - 27 lb-in [60 Hz] 32 lb-in [50 Hz] 3.1 N·m [60 Hz] 3.7 N·m [50 Hz] | - 33 lb-in [60 Hz] 41 lb-in [50 Hz] 3.8 N·m [60 Hz] 4.7 N·m [50 Hz] | |||||
| Rated Speed (rpm) | - 1400 [50 Hz] 1680 [60 Hz] | - 1400 [50 Hz] 1680 [60 Hz] | - 300 [50 Hz] 360 [60 Hz] | - 250 [50 Hz] 300 [60 Hz] | - 200 [50 Hz] 240 [60 Hz] | |||||
| Permissible Load Inertia | - | - | - 150 oz-in²27.5 x 10-4 kg·m² | - 216 oz-in²39.6 x 10-4 kg·m² | - 337.50 oz-in²61.875 x 10-4 kg·m² | |||||
| Permissible Overhung Load | - | - | - 0.39 in. from Shaft End = 90 lb0.79 in. from Shaft End = 112 lb10 mm from Shaft End = 400 N20 mm from Shaft End = 500 N | - 0.39 in. from Shaft End = 90 lb0.79 in. from Shaft End = 112 lb10 mm from Shaft End = 400 N20 mm from Shaft End = 500 N | - 0.39 in. from Shaft End = 90 lb0.79 in. from Shaft End = 112 lb10 mm from Shaft End = 400 N20 mm from Shaft End = 500 N | |||||
| Permissible Thrust Load | - | - | - 33 lb150 N | - 33 lb150 N | - 33 lb150 N | |||||
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RoHS Compliant |
- These products do not contain substances that exceed the regulation values in the RoHS Directive. | |||||||||
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Safety Standards |
- UL CCC CE | |||||||||
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