EDS3240
Appleton®* Actual product may vary from image
Contender EDS Series 2-Gang 4-Way Tumbler Switch, Voltage Rating: 120 - 277 VAC, Amperage Rating: 20 AMP, Actuator: Front Operated, Enclosure: NEMA 3, 7CD, 9EFG, Mounting: Surface Mount With 1 IN Dead-End Hub, HP Rating: 1 HP At 120 VAC, 2 HP At 240 VAC, Material: Malleable Iron Body, Nylon 6/6 Handle, Finish: Triple-Coat (Zinc Electroplate, Chromate And Epoxy Powder Coat), Height: 5.31 IN, Width: 7.41 IN, Depth: 5.31 IN, Standard: UL 894, UL 1203, E10523, E81751 UL Listed, Class I, Division 1, Groups C, D, Class I, Division 2, Groups C, D, Class II, Division 1 And 2, Groups E, F, G, Class III, For Use In Classified Areas Where Ignitable Vapors, Gases Or Highly Combustible Dusts Are Present
Details
MFG PART #:EDS3240
McMc Part #:EGSMEDS3240
UPC #:781381697071
Inventory
$1,065.14 E
Details
MFG PART #:EDS3240
McMc Part #:EGSMEDS3240
UPC #:781381697071
Inventory
Attributes
Features
Documentation
Attributes
Brand:Appleton®
Type:2-Gang Dead-End
Series:Contender™ EDS
Contact Mode:4-Way
Contact Rating:20 A at 120 to 277 VAC
Actuator:Front Operated Lever
Connection Type:1 in Hub
Mounting Type:Surface
Material:Malleable Iron
Finish:Electro-Zinc Plated/Chromate/Epoxy Powder Coated
Dimensions:7.41 in W x 5.31 in D x 7.03 in H
Features
Explosionproof, dust-ignitionproof, ideal for installation in chemical and petrochemical plants, refineries and other process industries |
Enclosures have external mounting lugs for ease of mounting |
Smooth rounded integral bushing in each hub protects conductor insulation |
Smooth ground mating surfaces assure flame-tight joint between cover and mounting enclosure |
Stainless steel hex head cap screws for attaching cover to mounting enclosure |
Choice of front-operating handle may be locked in ON/OFF position |
Each handle has close-tolerance threaded stainless steel shaft to meet explosionproof requirements |
Factory sealed switch |
20 A switches 1 hp at 120 VAC and 2 hp at 240 VAC |
Designed to prevent arcing of enclosed switches in ignitable atmospheres during connect and disconnect operation of lighting and light power loads |