The Best Ao Smith Motor Shaft Cap

We spent many hours on research to finding ao smith motor shaft cap, reading product features, product specifications for this guide. For those of you who wish to the best ao smith motor shaft cap, you should not miss this article. ao smith motor shaft cap coming in a variety of types but also different price range. The following is the top 10 ao smith motor shaft cap by our suggestions

602 reviews analysed

1. AO Smith/Century Electric Two-Speed, PSC High/Cap Start-Cap Run Low, 1.5 / .19HP, 3450/1725RPM, 230V, 10.0/1.6 AMPS, 1.47SERVICE Factor, Square Flange

AO Smith/Century Electric Two-Speed, PSC High/Cap Start-Cap Run Low, 1.5 / .19HP, 3450/1725RPM, 230V, 10.0/1.6 AMPS, 1.47SERVICE Factor, Square Flange

Feature

2. AO Smith C533 56 Frame 3/4 HP 1725 RPM 115-Volt 10-Amp Ball Bearing Cap Start Resilient

AO Smith C533 56 Frame 3/4 HP 1725 RPM 115-Volt 10-Amp Ball Bearing Cap Start Resilient

Feature

Description

Single Phase, Cap Start, 2 Speed, Rev. Rotation, Open Drip Proof, Shaft Dimension – 5/8 by 1-7/8, Motor Length – Extended thru-bolts shaft end.

3. Century AO Smith RS1074AL Cap Start Resilient Motor, 3/4 HP, 1725 RPM, 115, 230V, 56 Frame

Century AO Smith RS1074AL Cap Start Resilient Motor, 3/4 HP, 1725 RPM, 115, 230V, 56 Frame

Feature

Description

Continuous Duty, Easy Rotation Change, Open Drip Proof, Class B Insulation, Capacitor Start Motor.

4. AO Smith C526 56 Frame 3/4 HP 1725 RPM 115 230-Volt 8.6-Amp Ball Bearing Cap Start Rigid

AO Smith C526 56 Frame 3/4 HP 1725 RPM 115 230-Volt 8.6-Amp Ball Bearing Cap Start Rigid

Feature

Description

Single Phase, Cap Start, 1 Speed, Rev. Rotation, Open Drip Proof, Shaft Dimension – 5/8 by 1-7/8, Motor Length – 40-Degree C ambient, 50 – 60-Hertz.

5. AO Smith C472A 56 Frame 1 1/3 HP 1725 RPM 208-230-Volt 6.4-Amp Ball Bearing Cap Start Resilient

AO Smith C472A 56 Frame 1 1/3 HP 1725 RPM 208-230-Volt 6.4-Amp Ball Bearing Cap Start Resilient

Feature

6. AO Smith FSP4006S5.6-Inch Frame Diameter 1/8 HP 1050 RPM 115-Volt 2.4-Amp Sleeve Bearing Internal Cap

AO Smith FSP4006S5.6-Inch Frame Diameter 1/8 HP 1050 RPM 115-Volt 2.4-Amp Sleeve Bearing Internal Cap

Feature

Description

Single Phase, PSC, 1 Speed, CW Rotation, Open Vent, Shaft Dimension – 1/2 by 5-7/16, Motor Length – 4-3/8-Inch Mounting rings included, Capacitor internally mounted for shaded pole replacement.

7. AO Smith C471 56 Frame 1 1/4 HP 1725 RPM 115-Volt 11.9-Amp Ball Bearing Cap Start Resilient

AO Smith C471 56 Frame 1 1/4 HP 1725 RPM 115-Volt 11.9-Amp Ball Bearing Cap Start Resilient

Feature

Description

Single Phase, Cap Start, 2 Speed, Rev. Rotation, Open Drip Proof, Shaft Dimension – 5/8 by 1-7/8, Motor Length – Extended thru-bolts shaft end.

8. AO Smith C669 56 Frame 3/4 HP 1725 RPM 115 208-230-Volt 10.4-Amp Ball Bearing Cap Start Rigid

AO Smith C669 56 Frame 3/4 HP 1725 RPM 115 208-230-Volt 10.4-Amp Ball Bearing Cap Start Rigid

Feature

Description

Single Phase, Cap Start, 1 Speed, Rev. Rotation, Totally Enclosed, Shaft Dimension – 5/8 by 1-7/8, Motor Length – 10-3/4-Inch 40-Degree C ambient.

9. AO Smith B642 56 Frame 3/4 HP 3450 RPM 115 208-230-Volt 9.2-Amp Sleeve Bearing Cap Start Resilient

AO Smith B642 56 Frame 3/4 HP 3450 RPM 115 208-230-Volt 9.2-Amp Sleeve Bearing Cap Start Resilient

Feature

Description

Single Phase, Cap Start, 1 Speed, Rev. Rotation, Open Drip Proof, Shaft Dimension – 5/8 by 1-7/8, Motor Length – 40-Degree C ambient.

10. AO Smith OCB4036SP Internal Cap, 5.6-Inch Frame Diameter, 1/3-HP, 1050-RPM, 115-Volt, 5.7-Amp, Sleeve Bearing Motor

AO Smith OCB4036SP Internal Cap, 5.6-Inch Frame Diameter, 1/3-HP, 1050-RPM, 115-Volt, 5.7-Amp, Sleeve Bearing Motor

Feature

Description

Single Phase, PSC, 4 Speed, CW Rotation, Open Vent, Shaft Dimension – 1/2 by 4-5/8, Motor Length – 5-3/8-Inch Mounting rings included, Capacitor internally mounted for shaded pole replacement.

Conclusion

By our suggestions above, we hope that you can found Ao Smith Motor Shaft Cap for you.Please don’t forget to share your experience by comment in this post. Thank you!