Please Note: Photo may not represent actual item, please refer to title and product specifications for all details.
46WP1HS125PE - Nema Premium Efficiency Vertical Pump Motor
46WP1HS125PE is primarily used for deep well turbine pump applications. Aurora Motors Vertical Hollow Shaft Motors are built for standard efficiency, high efficiency and premium efficiency. They are built for low starting torque, high breakdown torque, quiet running, low vibration and low temperature rise. They are relied upon to give long and trouble free service under strenuous conditions with minimal maintenance.
MPN: 46WP1HS125PE
Specifications
| hp | 125 |
| rpm | 1800 |
| frame | 405TP |
| eff | 95.4 |
| cd h | 36.94 |
| voltage | 460 |
| downthrust | 6743 |
Related Items
46WP1HS150PE - Nema Premium Efficiency Vertical Pump Motor
46WP1HS150PE is primarily used for deep well turbine pump applications. Aurora Motors Vertical Hollow Shaft Motors are built for standard efficiency, high efficiency and premium efficiency. They are b...Read more
46WP1HS200PE - Nema Premium Efficiency Vertical Pump Motor
46WP1HS200PE is primarily used for deep well turbine pump applications. Aurora Motors Vertical Hollow Shaft Motors are built for standard efficiency, high efficiency and premium efficiency. They are b...Read more
46WP1HS250PE - Nema Premium Efficiency Vertical Pump Motor
46WP1HS250PE is primarily used for deep well turbine pump applications. Aurora Motors Vertical Hollow Shaft Motors are built for standard efficiency, high efficiency and premium efficiency. They are b...Read more
46WP1HS300PE - Nema Premium Efficiency Vertical Pump Motor
46WP1HS300PE is primarily used for deep well turbine pump applications. Aurora Motors Vertical Hollow Shaft Motors are built for standard efficiency, high efficiency and premium efficiency. They are b...Read more
46WP1HS350PE - Nema Premium Efficiency Vertical Pump Motor
46WP1HS350PE is primarily used for deep well turbine pump applications. Aurora Motors Vertical Hollow Shaft Motors are built for standard efficiency, high efficiency and premium efficiency. They are b...Read more
