Little Giant® 503103 Dual Purpose Small Submersible Pump, 8.3 gpm Flow Rate, Aluminum
Little Giant® 503103 Dual Purpose Small Submersible Pump, 8.3 gpm Flow Rate, Aluminum
-
BrandLittleGIANT®
-
UPC010121031036
-
Manufacturer Part Number503103
-
CountryUSA|Canada
-
MaterialAluminum
-
Flow Rate8.3 gpm
-
Frequency Rating60 Hz
-
TypeDual Purpose Small
-
Voltage Rating115 VAC
-
Amperage Rating3.2 A
-
Impeller TypeNylon
-
Dimensions7 in L x 4.4 in W x 5.4 in H
-
UNSPSC40151513
-
Package Description1/PK
Recently Viewed
Little Giant® 503103 Dual Purpose Small Submersible Pump, 8.3 gpm Flow Rate, Aluminum
Little Giant® 503103 Dual Purpose Small Submersible Pump, 8.3 gpm Flow Rate, Aluminum
Drillco 72A112C 7200 Center Cutting Imperial Regular Length Single End Finishing End Mill, 3/16 in Dia Cutter, 5/8 in Length of Cut, 2 Flutes, 3/16 in Dia Shank, 2 in OAL, Uncoated
Solid carbide end mills run at extremely impressive feed and speed rates. In some cases, they can be run at 3x the rates of HSS end mills. Using solid carbide end mills results in better surface finish on the workpiece and extended tool life.
BBI 87484 Screw
Drillco 55A148D 5500A Center Cutting Double End Imperial Regular Length Finishing End Mill, 3/4 in Dia Cutter, 1-5/8 in Length of Cut, 4 Flutes, 3/4 in Dia Shank, 5-5/8 in OAL, Uncoated
The multi-flute end mill has a better finishing capability than a 2-flute end mill. At any given instance, at least one and often two of the teeth are solidly in the cut. The cutting action is smoother than that of the 2-flute end mill, with less chatter.
Browning® 1305002 Stock Shear Pin, 3/16 in Dia Neck, 1-1/8 in OD, For Use With Model SHH1 Hub, 3730 in-lb Torque, Steel
Browning® shear pin hubs are designed to shear a necked pin at a predetermined load. This protects equipment from overloads. Consisting of a hub assembly, a sprocket and shear pin, the shear pin bridges between the sprocket and hub assembly. The shear pin is available in load increments, so the closest one to your application requirements must be chosen. Resetting the shear pin hub is accomplished manually by replacing the shear pin. Best applied to applications where infrequent overloads are encountered.

