Appleton® C50-M Form 35™ Unilet® C50M-KIT Type C Conduit Outlet Body With Cover, Gasket, 1/2 in Hub, 35, 4.5 cu-in, Tri-Coated
Type C
16838
MFG #: C50-M
Appleton®
6.57000
/ ea
Form 35™ Unilet conduit bodies provide plenty of room for pulling cables and wiring connections. Accurately tapped tapered threads ensure tight, rigid joints and excellent ground continuity.
- http://www.appletonelec.com(WEB SELLER HOME PAGE URL)
- WEB CATALOG URL - Appleton_BC100_A_Brochure.pdf(WEB CATALOG URL)
- WEB SPEC SHEET URL - SPE_AEC_MC007_Form_35_Malleable_Iron_Unilet_Conduit_Outlet_Bodies.pdf(WEB SPEC SHEET URL)
- WEB WARRANTY URL - appleton-grp-llc-warranty-en-us-6761036.pdf(WEB WARRANTY URL)
- Applications
- Features
For Rigid Steel/Aluminum and IMC Conduit |
Smooth, rounded integral bushing in hubs protects conductor insulation |
Accurately tapped, tapered threads for tight, rigid joints and excellent ground continuity |
Form 35™ malleable iron UNILETS™ high tensile strength and ductility |
High corrosion resistance, high impact and shock resistance |
Sizes with flat back design ideal where fitting is mounted flat against surface |
1/2 to 3 in blank covers are domed for extra wiring space |
Raintight when a cover and gasket are installed |
Malleable iron cover, stainless steel cover screws, neoprene or composition fiber gasket |
For use with rigid steel, rigid aluminum and IMC conduit |
Triple coated (zinc electroplated, chromate and epoxy powder coated) |
Serve as pulling fittings; Make bends in conduit system; Provide openings for splicing; Connect and change direction of conduit runs; Allow connections for branch runs; Permit access to conductors for maintenance; Smooth, rounded integral bushings in hubs protect conductor insulation; Accurately tapped, tapered threads for tight, rigid joints and excellent ground continuity; High tensile strength and ductility, high corrosion resistance, high impact and shock resistance; Sizes with flat-back design ideal where fitting is mounted flat against surface; Wiring capacity: 4.5 CU-IN as per NEC 314.16(A) |