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ECM Industries
GSE-314 G-B ELEC 15/16IN (24MM) POLYETHYLENE SERVICE ENTR

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Description: Gardner Bender Service Entrance Cable Staple, UV-Resistant, 15/16 in Crown Width, 15/16 in Leg Length, 2 AWG Cable/Wire, SER Cable, Polyethylene, Gray

Manufacturer PN: GSE-314

UPC:  03207691208

Kendall Electric Inc PN: 4726268

Invoice Description:

GSE-314 G-B ELEC 15/16IN (24MM) POLYETHYLENE SERVICE ENTR


SPEC SHEET

▸ See All in Service Entrance Cable Staples

 

Gardner Bender GSE-314 UV-Resistant Service Entrance Cable Staple, 15/16 in W Crown, 15/16 in L Leg, 2 AWG Cable/Wire, SER Cable

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Note: Lead times are estimates only

 
 

Description

Gardner Bender provides a complete line of staple and fastening solutions for all industries, including industrial, residential, construction or manufacturing. From low voltage wire to service entrance cables, professionals rely on Gardner Bender for quality fastening products. The Gardner Bender 15/16 in gray polyethylene service entrance cable staples (10/Pk) feature polyethylene saddles for durability and UV-resistant. These staples are ideal for securing #2 SEU service entrance cables and include zinc plated, corrosion-resistant nails that drive in with a hammer. Quick and easy installation.
Gardner Bender Service Entrance Cable Staple, UV-Resistant, 15/16 in Crown Width, 15/16 in Leg Length, 2 AWG Cable/Wire, SER Cable, Polyethylene, Gray

Specifications

 Brand Name Gardner Bender
 Cable Type SER
 Cable Wire Size 2 AWG
 Color Gray
 Crown Width 15/16 in
 Leg Length 15/16 in
 Manufacturer Part Number GSE-314
 Material Polyethylene
 Standards/Approvals cULus Listed|UL Listed
 Type UV-Resistant

Features

▪ For securing #2 SEU service entrance cables
▪ Polyethylene saddle provides durability and UV-resistant
▪ Zinc plated nail resist rusts and corrosion
▪ Nail heads recess into the strap when fully driven into wood to eliminate snags
▪ Secures #2 service entrance cable
▪ Instructions: position cable at desired location and length, hold staple over cable and install into wood with hammer
▪ Driving staples too firmly may damage insulation when used with non-metallic sheathed cable

Resources

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