PowerGard Receptacle Assembly CFSC210-1523 - NEC/CEC

Part Number: CFSC210-1523
Manufacturer
Eaton Crouse-Hinds
Part number
CFSC210-1523

Quick Summary

PowerGard Receptacle Assembly CFSC210-1523 provides explosion-proof electrical receptacles for hazardous locations in industrial facilities. Maintenance downtime and non-compliant equipment in critical process areas can drive expensive outages. This solution carries NEC/CEC compliance with Class I, Division 1; Class II, Division 1; Class III ratings, and supported by NEMA 3 and 3R enclosures for rugged service. By aligning with through-feed, two-wire, three-pole design and copper-free aluminum construction, it supports safer, more reliable energy distribution while reducing installation time and lifecycle costs.

Product Information

Extended Description

CFSC210-1523 Eaton Crouse-Hinds: Eaton Crouse-Hinds series PowerGard receptacle assembly, 15A, Two-wire, three-pole, Copper-free aluminum, Two-gang, Through feed, 1", 125 Vac
Product Name
Eaton Crouse-Hinds series PowerGard receptacle assembly
Catalog Number
CFSC210-1523
Product Length/Depth
7 in
Product Height
10 in
Product Width
7 in
Product Weight
6.44 lb
UPC
662276361348
Area classification
Hazardous/Classified Locations
Standards type
NEC/CEC
NEC hazardous rating
Class I, Division 1 Class II, Division 1 Class III
NEMA Rating
3 3R
Number of gangs
Two-gang
Style
Through feed
Configuration
Two-wire, three-pole
Trade size
1"
Amperage Rating
15A
Voltage rating
125 Vac
Material
Copper-free aluminum
Explosion-proof design with copper-free aluminum housing reduces ignition risk in volatile environments, meeting NEC/CEC requirements and area classifications. This translates to safer operations, lower risk of ignition sources, and easier compliance documentation for audits. The through-feed, two-wire, three-pole configuration in a two-gang enclosure simplifies wiring, shortens installation time, and minimizes field wiring errors, delivering measurable productivity gains on job sites. Rated for 15A at 125V, it accommodates common industrial loads while maintaining robust reliability and predictable performance in demanding applications. With a NEMA 3/3R enclosure rating, the unit resists weather and contaminants, enabling safer indoor and outdoor deployment in harsh environments. Canadian certifications for receptacles interlocked with plugs and switches extend cross-border usability, supporting multinational projects. Weighing 6.44 lb with dimensions of 7 in by 7 in by 10 in, this receptacle fits standard mounting footprints and aligns with the broader PowerGard family for seamless integration.

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FAQs

CFSC210-1523 is a two-gang, through-feed receptacle with a 1" trade size, designed for two-wire, three-pole configuration. It supports installation in hazardous locations per NEC/CEC and is suitable for Class I, II, III environments, offering straightforward wiring with weather-resistant NEMA 3/3R compatibility.
The receptacle is rated for 15A at 125Vac. It uses copper-free aluminum housing and is configured as a through-feed, two-wire, three-pole device in a two-gang assembly, aligning with typical industrial loads and power distribution requirements in hazardous locations.
Yes. The PowerGard receptacle assembly is engineered for hazardous/classified locations, with NEC/CEC compliance and Class I, Division 1; Class II, Division 1; Class III ratings, plus NEMA 3/3R protection, making it appropriate for chemical plants, oil and gas, and related industrial environments.
CFSC210-1523 carries NEC/CEC standards, hazardous area ratings (Class I, Division 1; Class II, Division 1; Class III), and NEMA 3 and 3R enclosures. Canadian certifications for receptacles interlocked with switches are also available, supporting cross-border installation and maintenance programs.
The copper-free aluminum construction delivers durable, corrosion-resistant performance with lower maintenance needs in harsh environments. Its rugged through-feed, two-gang design simplifies installation and reduces wiring errors, contributing to lower lifecycle costs and fewer outages in critical processes.