0 CART
items in your cartto quote Checkout
Ooops no items were found.
Try something else.
Ok
Loading…

3" EMT/Flex Coupling

Picture of 3" EMT/Flex Coupling

3" EMT/Flex Coupling

Item Code: 978056
Manufacturer NSI INDUSTRIES
Manufacturer Ref 288-XS
Call for Availability
Compare

Description

The Bridgeport 288-XS 3" To 3" Combination EMT Or Rigid To FMC Transition Coupling is a compression type end used to connect 3" EMT or rigid to flexible metal conduit. Made from steel, the body provides corrosion resistance for long-term use in non-acidic environments. The coupling features a hinged strap to secure FMC or rigid and a set screw design to secure EMT. The transition coupling meets all the mechanical and electrical requirements of the National Electric Code.

Specifications

Weight

2.54

Height

4.63

Width

6.38

Length

19.25

Brand

Bridgeport Fittings

Category

DIE CAST SET SCREW EMT COUPLINGS

Dimensions

3.75 in OD x 6.13 in L

Finish

Zinc Plated

Material

Steel

Size

3 in

Suitable For Use With

FMC, EMT and Rigid Conduit

Type

Non-Insulated

3" EMT/Flex Coupling

Picture of 3" EMT/Flex Coupling

3" EMT/Flex Coupling

Item Code: 978056
Manufacturer NSI INDUSTRIES
Manufacturer Ref 288-XS
Call for Availability
Compare

Description

The Bridgeport 288-XS 3" To 3" Combination EMT Or Rigid To FMC Transition Coupling is a compression type end used to connect 3" EMT or rigid to flexible metal conduit. Made from steel, the body provides corrosion resistance for long-term use in non-acidic environments. The coupling features a hinged strap to secure FMC or rigid and a set screw design to secure EMT. The transition coupling meets all the mechanical and electrical requirements of the National Electric Code.

Specifications

Weight

2.54

Height

4.63

Width

6.38

Length

19.25

Brand

Bridgeport Fittings

Category

DIE CAST SET SCREW EMT COUPLINGS

Dimensions

3.75 in OD x 6.13 in L

Finish

Zinc Plated

Material

Steel

Size

3 in

Suitable For Use With

FMC, EMT and Rigid Conduit

Type

Non-Insulated

SEARCH ×