2/3 HP 2" Plug-In Utility Pump AUTO, 115V Electronic
by TSURUMI
Original price
$742.49
-
Original price
$742.49
Original price
$742.49
$742.49
-
$742.49
Current price
$742.49
| Discharge NPT | 2" |
| Housing Material | Butadiene Rubber + Natural Rubber + Steel |
| HP | 2/3 |
| Hz | 60 |
| Impeller Material | Urethane Rubber |
| Max. Head | 39.0 ft |
| Motor RPM | 3255 |
| Motor Type | PSC |
| Shaft Seal | Silicone Carbide |
| Voltage | AUTO, 115V |
| Phase | 1 |
| Pump HP | 2/3 |
| Pump Body Material | Die Cast Aluminum |
| GPM of Water @ 35 Ft. of Head | 11 |
| Duty | Continuous |
| Switch Type - Pumps | Electric |
| GPM of Water @ 10 Ft. of Head | 57 |
| Max. Liquid Temp. | 104 Degrees F |
| Thermal Protection | Automatic |
| Switch Type | Electronic |
| Pump RPM | 3255 |
| Amps - Pumps | 6.10 |
| Handle | Top Carrying |
| Impeller Material - Pumps | Urethane Rubber |
| GPM of Water @ 30 Ft. of Head | 23 |
| Base Material | Steel |
| Cord Type | 3-Conductor STOW, Resists Water and Oil |
| For Use With | Nonflammable Liquids |
| Item | Plug-In Utility Pump |
| GPM of Water @ 20 Ft. of Head | 44 |
| Voltage - Pumps | 120VAC |
| Shaft Seal Material - Pumps | Silicone Carbide |
| GPM of Water @ 25 Ft. of Head | 36 |
| GPM of Water @ 15 Ft. of Head | 50 |
| Amps | 6.10 |
| Max. Head - Pumps | 39 ft. |
| Agency Compliance | Etl/Cetl |
| Bearing Type | Double Shielded, Permanently Lubricated, High Temperature C3 Ball Bearings Rated for a B-10 Life |
| Input Phase AC | 1 |
| GPM of Water @ 5 Ft. of Head | 62 |
| Insulation Class | E |
| Item - Dewatering Pumps | Utility/Dewatering Pump |
| Rated Voltage | 110V AC |
| Flow Rate @ 10 Ft. of Head | 57 gpm |
| Duty Cycle | Continuous |
| Phase - Pumps | 1 |
| Flow Rate @ 15 Ft. of Head | 50 gpm |
| Switch Actuation | Sensor |
| Flow Rate @ 5 Ft. of Head | 62 gpm |
| Discharge Gender | Male |
| Flow Rate @ 20 Ft. of Head | 44 gpm |
| Discharge Standard | NPT |
| RPM | 3,255 RPM |
| Discharge | 2 in MNPT |
| Body Material | Aluminum |
| Pump Type | Construction Site and Residential Dewatering |