Eaton EZ8300W EZLink duplex HG receptacle - cULus Listed
Part Number: EZ8300W
Quick Summary
Eaton EZLink modular duplex HG receptacle provides dependable 20 A, 125 Vac power connections for factory automation panels. Installers often struggle with modular wiring and interchangeability, slowing changes and increasing risk. This receptacle carries Federal Specification W-C-596G and cULus Listed NOM certifications, emphasizing regulatory compliance and safe operation. Its compact form, straightforward installation, and broad compatibility support efficient panel designs and lower total cost of ownership. In practice, engineers value fast seat-and-wire installs and consistent performance across modules, reducing commissioning time. Adopting the EZ8300W supports scalable panel architectures and easy maintenance in manufacturing lines. Plus, its 20 A rating aligns with common industrial loads, reducing device mismatches.
Product Information
Extended Description
EZ8300W Eaton: Eaton EZLink modular duplex HG receptacle, 20 A, 125 Vac, 60 Hz, white, three-wire
Product Name
Eaton EZLink modular duplex HG receptacle
Catalog Number
EZ8300W
UPC
032664015496
Product Length/Depth
0.01 in
Product Height
0.01 in
Product Width
0.01 in
Product Weight
0.01 lb
Certifications
Federal Specification Classification W-C-596G cULus Listed NOM
Amperage Rating
20A
Voltage rating
125 Vac
Number of wires
3
Color
White
20 A, 125 VAC, three-wire design delivers reliable power to motors, controllers, and sensors in automation panels. This standardization reduces wiring variance and speeds installation, enabling quick changes during line upgrades. Used in factory automation and control cabinets, it supports consistent performance across multiple machines. Certifications and standards matter: the EZ8300W is cULus Listed NOM and carries Federal Specification W-C-596G, providing regulatory assurance for critical environments. This compliance reduces risk during audits and simplifies vendor qualification for regulated industries. The modular EZLink compatibility enables easy expansion and interchangeability, lowering spare-parts inventory and training burdens while supporting scalable panel architectures. Installation advantages include a compact footprint and labeling-friendly white finish, contributing to safer, faster wiring in daily operations. In manufacturing contexts, standardized receptacles help lean processes, improve uptime, and lower lifecycle costs.
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FAQs
EZ8300W is designed for seamless compatibility with Eaton EZLink modular devices, providing a standardized, plug-and-play connection point. This reduces wiring complexity and training requirements during panel upgrades, ensuring fast, predictable installations and consistent performance across different modules in control cabinets and automation racks.
The receptacle supports 20 A at 125 VAC, 60 Hz in a three-wire configuration, enabling reliable power delivery to common automation loads such as sensors, controllers, and small motors. These specs ensure compatibility with typical industrial equipment while maintaining safety margins and reducing nuisance tripping in regulated environments.
Yes. With its cULus Listed NOM certification and Federal Specification W-C-596G alignment, the EZ8300W is designed to meet regulatory and environmental expectations in many industrial settings. Its modular design and standardized interface also support robust panel architectures and easier field maintenance in harsh environments.
The receptacle carries Federal Specification W-C-596G and is cULus Listed NOM, signaling adherence to government and North American safety standards. These certifications streamline supplier qualification, support audits, and help ensure safe operation in regulated industries such as manufacturing and processing facilities.
The EZ8300W’s modular EZLink compatibility reduces spare-parts inventory and simplifies upgrades, contributing to lower maintenance costs and faster changeovers. Its standardized design minimizes mis-wiring and service time, delivering improved uptime and a shorter payback period in recurring automation projects.