Cut Sheet

Class I, Division 1 and 2, Groups C, D
Does not intermate with
CPS 20 Amp Factory Sealed Pin
and Sleeve Receptacles
Covers are UL Classified to mount on Crouse-Hinds EDS mounting bodies. Crouse-Hinds and ENP are registered trademarks of Cooper Crouse-Hinds.
Plugs and Receptacles
Plugs and RecePtacles: HazaRdOus lOcatiOn
Visit our website at www.appletonelec.com or contact us at (800) 621-1506.
© September 2010
856
Contender
®
CPS Factory Sealed 20 Amp Pin and Sleeve Receptacles
Explosionproof, Delayed Action
Applications
Locations where receptacles are used with stationary or
portable electrically operated devices such as:
— Lighting systems
— Conveyors
— Heaters
— Motor-generator sets
— Air conditioners
— Compressors
— Pumps
Locations where damp or corrosive conditions exist.
Meets all UL and CSA requirements for ground fault protection
in hazardous locations when GFCI cover is used.
Features
Covers are UL Listed when used with Contender® Series
mounting bodies.
Plug mechanical cable clamps prevent strain on cables – they
meet or exceed UL strain relief pull-out requirements.
Insulators provide superior dielectric and mechanical strength
and lowest arc tracking.
Delayed action construction: insert plug partially rotate slide on
front of receptacle and insert plug fully.
Factory sealed: external seals not required.
Plug and receptacles are supplied with pressure terminal
connectors.
Standard Materials
Cover: copperfree (4/10 of 1% max.) aluminum
Mounting bodies: malleable iron
Screws: captive hex head slotted, stainless steel
Insulating blocks: berglass reinforced thermoset polyester
Plug grommet: neoprene
Standard Finishes
Malleable iron mounting bodies: triple-coat– (1) zinc
electroplate, (2) chromate and (3) epoxy powder coat
Covers and aluminum mounting bodies: epoxy powder coat
Options
Copperfree (4/10 of 1% max.) aluminum receptacle cover and
box. Add sufx SA.
U-Line Corrosion Resistance kit. Order ULINE3RXKIT.
Certifications and Compliances
UL Standard: UL 1010 (UL 1203), UL 894
UL Listed: E10784

Summary of content (4 pages)