Eaton EZTR5362CDRD EZLink duplex outlet - Tamper-Resistant
Part Number: EZTR5362CDRD
Quick Summary
The Eaton EZLink modular duplex receptacle provides reliable, configurable power access for control panels and workstations. Too often, mismatched outlets and tamper-prone designs slow projects and create safety concerns on the line. It is cULus listed and complies with NOM Federal Specification W-C-596G, delivering regulatory acceptance and traceability. With a 20A, 125Vac rating and NEMA 5-20R compatibility, it streamlines procurement and reduces field-wiring time. Its modular EZLink design fits modern industrial electrical infrastructure, enabling faster panel builds and lower total cost of ownership. This combination supports scalable deployments across manufacturing lines and data center environments.
Product Information
Extended Description
EZTR5362CDRD Eaton: Eaton EZLink modular duplex receptacle, 20 A, 125 Vac, 60 Hz, tamper-resistant, dual controlled, NEMA 5-20R, three-wire, red
Product Name
Eaton EZLink modular duplex receptacle
Catalog Number
EZTR5362CDRD
UPC
032664011405
Product Length/Depth
1.91 in
Product Height
4.4 in
Product Width
1.75 in
Product Weight
0.22 lb
Certifications
cULus Listed NOM Federal Specification Classification W-C-596G
Amperage Rating
20A
Voltage rating
125 Vac
Number of wires
3
Color
Red
Tamper-resistant design enhances safety and reduces accidental contact in crowded electrical cabinets; dual controlled outlets offer independent or shared control for critical circuits, improving reliability and reducing commissioning time in control architectures. The 20A, 125Vac rating paired with NEMA 5-20R compatibility ensures consistent power delivery for common industrial equipment, enabling faster startups and fewer voltage-related faults. Red color coding helps operators quickly identify critical circuits, lowering mis-wiring risk during maintenance. Compact dimensions (1.91 in L, 1.75 in W, 4.4 in H) and lightweight construction simplify panel layouts and field replacements, reducing labor costs. Certifications such as cULus Listing and NOM W-C-596G support regulatory compliance and vendor qualification for safety-critical applications. The EZLink modular design enables rapid wiring and scalable configurations, aligning with modular device ecosystems and OEM integration strategies.
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FAQs
The EZTR5362CDRD supports a 3-wire configuration with a 20A, 125Vac rating and NEMA 5-20R outlets. It is designed to integrate seamlessly with Eaton EZLink modular devices, allowing quick field wiring, straightforward panel mounting, and scalable configurations for control panels and machine wiring. This compatibility minimizes rewiring and supports modular upgrades.
This receptacle is rated for 20A at 125Vac and 60 Hz, with a tamper-resistant design to protect against accidental contact. It uses a 3-wire configuration and meets cULus listing and NOM W-C-596G standards, ensuring regulatory compliance and safe operation in industrial environments. Dual controlled functionality provides flexibility for critical circuits.
Yes. The EZLink modular duplex receptacle is designed for control panels and machine wiring, offering modular installation, clear circuit identification, and rapid field upgrades. Its rugged construction and standard 125Vac/20A rating align with typical manufacturing power distribution needs, helping engineers reduce panel build time and improve overall machine uptime.
EZTR5362CDRD carries cULus listing and NOM Federal Specification W-C-596G certification. These certifications confirm product safety, reliability, and conformity to national electrical standards, streamlining procurement processes, vendor qualification, and regulatory approval for deployments in commercial and industrial facilities.
The modular EZLink receptacles reduce wiring labor, shorten installation time, and minimize errors through standardized, plug-and-play components. Over time this translates to lower labor costs, faster maintenance cycles, decreased downtime, and enhanced uptime for critical equipment in manufacturing or data center environments.