Eaton EZRCSTR EZLink modular receptacle connector - cULus Listed
Part Number: EZRCSTR
Quick Summary
EZLink modular receptacle connector from Eaton is a compact, reliable power interface for 20A, 125V AC in industrial equipment. Designers often struggle with tight spaces and regulatory compliance when wiring modular devices, risking miswiring and downtime. This unit is cULus Listed and NOM certified, with Federal Specification W-C-596G, helping you pass audits and meet North American standards. Blue, three-wire, stranded configurations reduce wiring errors and support fast field terminations, delivering measurable business value through safer installations and reduced rework. Its modular form supports scalable deployments across panels and equipment, enabling cost-effective upgrades. This approach minimizes panel footprint while maximizing flexibility for future expansions. Whether integrating sensors, drives, or safety devices, EZLink simplifies procurement and maintenance cycles.
Product Information
Extended Description
EZRCSTR Eaton: Eaton EZLink modular receptacle connector, 20 A, 125 Vac, 60 Hz, stranded, three-wire, blue
Product Name
Eaton EZLink modular receptacle connector
Catalog Number
EZRCSTR
UPC
032664010132
Product Length/Depth
0.528 in
Product Height
7.48 in
Product Width
1.028 in
Product Weight
0.065 lb
Certifications
cULus Listed NOM Federal Specification Classification W-C-596G
Amperage Rating
20A
Voltage rating
125 Vac
Frequency
60 Hz
Number of wires
3
Color
Blue
Feature → 20A at 125 VAC with a three-wire, stranded conductor design enables robust power delivery and flexible termination. Business impact → reliable control panel wiring, reduced risk of hot-neutral misconnection, and support for modular expansion. Application → ideal for Eaton EZLink systems in factory automation and machine wiring projects. Feature → Compact depth of 0.528 in, width 1.028 in, height 7.48 in enables dense panel layouts and easy retrofits. Business impact → improved enclosure density, faster installation, simpler inspection. Application → panel-mounted receptacles in control cabinets. Feature → Regulatory compliance with cULus Listed, NOM, and W-C-596G reduces compliance risk. Application → North American manufacturing and equipment wiring. Feature → Blue color coding and three-wire configuration for enhanced safety. Business impact → quicker terminations and reduced training time. Application → new builds and retrofits in industrial environments.
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FAQs
Plan for the connector footprint in dense enclosures, noting the 0.528 inch depth and 1.028 inch width to allocate space and avoid interference with adjacent devices. Use stranded conductors sized per applicable codes, and terminate with Eaton-approved tools to ensure consistent crimps. Route leads to minimize bending stress and verify proper color coding, especially in blue-coded terminals for quick identification during audits or maintenance.
Design circuits to stay within 80% continuous load guidelines for controllers and actuators, use appropriate circuit breakers or fuses, and ensure wiring gauge supports at least 20A in typical ambient conditions. The 125 VAC rating suits standard control panels and sensors; however, if your system uses higher line voltages, you should select compatible components from Eaton's EZLink family.
Yes. The EZRCSTR is specified for three-wire, stranded conductors, which improves flexibility in panel wiring and vibration resilience. Ensure conductor size matches the terminal's rating, tighten to manufacturer torque specs, and verify secure mating with matching EZLink receptacles. This compatibility supports fast field-term and reduces risk of loose connections in dynamic industrial environments.
The EZRCSTR carries cULus Listed, NOM, and Federal Specification W-C-596G certifications. These markings indicate compliance with North American safety and performance standards, facilitate electrical audits, and support procurement decisions in manufacturing environments.
Reduced wiring errors, faster terminations, and fewer field faults translate to lower installation labor and downtime. The high-level certifications streamline approvals, while the robust build supports longer service life in harsh environments. Over the equipment lifecycle, the connector can contribute to a favorable ROI through improved reliability and easier maintenance planning.