1/2-G-C 1/2" -female Pipe Thread Galvanized
1/2" -FEMALE PIPE THREAD GALVANIZED COUPLING-FIT1/2GC >
Recently Viewed
1/2" -FEMALE PIPE THREAD GALVANIZED COUPLING-FIT1/2GC >
60/5R CAPACITOR 440V - DIV4JR0560 >
Klein® D333-8 Conduit Locknut and Reaming Plier, Knurled Tool Steel Jaw, 1-5/8 in L x 0.938 in W Jaw, 7-3/4 in OAL, 3/16 in W Tip
The Conduit Locknut and Reaming Pliers tighten up to 3/4-inch EMT and 1/2-inch rigid locknuts. The special jaw is designed for locknuts, conduit and caps. Serrated jaws deburr the outside while the nose reams and smooths the inside of conduit up to 3/4-inch EMT. The long-nose design makes it easier to reach into electrical boxes.
DIXON GL-130 Dry Standard Gauge, 0 to 160 psi Pressure, 1/4 in Connection, 2 in Dia Dial
Midland Industries 80005 Dry Standard Gauge, 0 to 160 psi Pressure, 1/4 in Connection, 2 in Dia Dial
IKO CR36UU Inch Series Caged Standard Cam Follower With Cylindrical Outer Ring, 2 1/4 in Dia x 1-1/4 in W Roller, 7/8 in Dia x 2 in L Stud, High Carbon Steel Roller
IKO designs and manufactures a broad selection of Cam Followers to meet the diverse needs of applications including machine tools, industrial robots, electronic parts production and office automation equipment. A Cam Follower is a bearing that incorporates needle style rollers between a stud and a thick outer ring.
The McGill® CAMROL® full complement needle bearings feature black oxide treated bearing steel. They are available in two basic mounting styles for use in mechanical automation or linear motion applications. Our basic features each contribute to superior performance. The LUBRIDISC® seal option helps prevent metal to metal contact within the bearing. It also provides a barrier for containment entry and blowout protection when relubricating. These bearings are available with several dimensional choices. The seal options and combinations provide a specific solution for each application. Within the following section you can learn more about these features and how they can be applied to your application.

