Dayton

The DAYTON - 3X636 is a Classical V-Belt, an essential component in power transmission applications. This mechanical device is intended for use in transferring power between rotating shafts, commonly...

Tower Light Mounting Style Base, Body Color Black, For Use With 30XT48, 30XT49, 30XT50, Housing Material Nylon, Height 4 13/32 in, Diameter 70 mm, Operating Temp. -30 Degrees to 60 Degrees C, Rating...

Mounted Fan, Blade Dia. 18 in, Stationary, Non-Oscillating, 1 Speeds, Voltage 115V AC, 1 Phase, CFM High 2875, Air Velocity @ 20 Ft. 380 fpm, Motor HP 1/16 hp, Motor RPM 1650, Operating Amps 1.2, Fan...

Auxiliary Contact, Current AC 2.5 A, Number of Contacts 2, Mounting Front, Number of Normally Open Contacts 2, Number of Normally Closed Contacts 0

The DAYTON - 5L370 is a Fractional Horsepower (FHP) V-Belt, a type of power transmission belt widely used in industrial applications. This belt is intended for use in power transmission between...

Timing Belt, Belt Material Neoprene, Belt Series Synchro-Link(R), Industry Number 140XL025, Number of Teeth 70, Pitch 0.2 in, Pitch Length 14 in, Tooth Location One Side, Top Width 1/4 in,...

Rigid Shaft Coupling, Bore Diameter 1 5/8 in, Bore Diameter 2 5/8 in, Bore Type Round Keyed, Clearance Diameter 1.25 in, Coupling Construction One-Piece, Coupling Material Carbon Steel, Coupling...

Flat Washer, Package Quantity 8

Hex Nut Zinc Plated,3/8-16 Zp, For Use With Grainger Item Number 5ULN9, 5ULP0, 5ULP3, Package Quantity 4

Propeller, Replacement, Propeller Dia. (In.) 8 in, Bore Dia. (In.) 5/16 in, Number of Blades 5, Pitch (Deg.) 40 Degrees , Blade Material Aluminum, Keyway (In.) -, Number of Set Screws 2, Rotation...

The DAYTON - 3X474 is a Classical V-Belt, an essential component intended for use in transferring power between rotating shafts. This belt is commonly found in industrial machinery or heavy-duty...

The DAYTON - 3X629 is a Classical V-Belt, a mechanical device used in power transmission applications. This belt is intended for use in the transfer of power between rotating shafts, typically found...