H-40-H-24 24-tooth H-bushing #40 Chain Sprocket
24-TOOTH H-BUSHING #40 CHAIN SPROCKET - IDCH40H24>
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24-TOOTH H-BUSHING #40 CHAIN SPROCKET - IDCH40H24>
EATON CH270 Type CH Standard Molded Case Circuit Breaker, 120/240 V AC, 70 A, 10 kA Interrupt, 2 Poles, Thermal Magnetic Trip
Eaton's residential CH circuit breakers provide premium overload protection. The Type CH circuit breakers trip to the OFF position, eliminating nuisance callbacks. The CHF family also includes a trip flag to differentiate between a trip and the breaker being turned off. The thermal-magnetic trip curve avoids nuisance tripping on mild overloads while reacting almost instantaneously to severe short-circuit conditions. Multiple breakers have an internal common trip connection to operate all poles simultaneously. Handles are marked with ON-OFF indication and ampere rating of the breaker.
Black Stallion® B-SLC18-6X8 B-SLC18 Blanket, 6 x 8 ft, 0.030 in THK, 18 oz Fabric, Silica, Tan
Black Stallion® B-SLC18-6X8 B-SLC18 Blanket, 6 x 8 ft, 0.030 in THK, 18 oz Fabric, Silica, Tan
The D6216-3 three section fiberglass extension ladder has non-conductive rails making this ladder ideal for working near electricity. With a duty rating of 300 pounds, the D6216-3 is durable and long lasting. The exclusive ALFLO® rung joint means TWIST-PROOF® performance on the job. The TRACTION-TRED® D-rungs are slip resistant and the side rails are interlocking. The dual action feet are for use on hard or penetrable surfaces and swivel easily. The base and fly sections separate easily to use the base section as a single ladder. The durable rail shield bracket and shoe help protect the bottom of the rail. The fly section rails are pre-pierced at the top for easy field installation of accessories.
1-1/8" SQUARE ID AG BEARINGS-BCADC208TT8>
Browning® Gearbelt® 1055326 Type 2 Synchronous Timing Pulley With Flange, 5/8 to 1-1/4 in Bore, 2.596 in OD, 22 Grooves, 2.626 in Dia Pitch, 1-1/4 in W Face
Synchronous belt drives help reduce the problems of slippage, belt stretch, lubrication and metal to metal contact. They provide superior performance because power is transmitted by positive engagement of belt teeth rather than by friction, as in conventional belt drives.
