Hubbell Wiring Device-Kellems Single Receptacle, Nylon, 20A, 125V, 2-Pole, 3-Wire Grounding, Black
Hubbell Kellems heavy-duty single receptacle, nylon construction, 20A, 125V, 2-pole 3-wire grounding, back wired, black. Deep body design with reinforced thermoplastic base. UL and CSA listed. Dimensions: 4.2 L x 1.7 H x 1.8 W in. Model HBL8310BK.
Hubbell Wiring Device-Kellems ...
Need Help?
(+123) 666 202 888
Hubbell Wiring Device-Kellems 20A 125V Single Receptacle, Nylon, Black
The Hubbell Kellems HBL8310BK is a heavy-duty single receptacle built from reinforced nylon thermoplastic, rated 20A at 125V. With a 2-pole, 3-wire grounding configuration and back wired termination, this receptacle is engineered for demanding commercial and industrial applications where durability and reliable contact performance are critical.
Key Specifications
- Amperage: 20A
- Voltage: 125V
- Configuration: 2-Pole, 3-Wire Grounding
- Wiring: Back Wired
- Material: Nylon
- Color: Black
- Dimensions: 4.2 L x 1.7 H x 1.8 W in.
- Model: HBL8310BK
- UPC: 78358558044
Compliance & Standards
- UL Listed
- CSA Certified
Features & Benefits
- Reinforced thermoplastic base provides superior thermal, electrical, and mechanical properties
- High-performance material reduces heat buildup for long-lasting contact performance
- Deep body design increases impact and chemical resistance for rugged environments
- Back wired ground terminal for secure, code-compliant grounding connections
- Single receptacle configuration prevents accidental simultaneous connection of multiple devices
Applications
Suited for industrial, commercial, and heavy-duty electrical installations requiring a robust single 20A outlet. Commonly used in factories, workshops, server rooms, and other environments where reliable, durable receptacles are required on dedicated 20A branch circuits.
Related products
You may add any content here from XStore Control Panel->Sales booster->Request a quote->Ask a question notification
At sem a enim eu vulputate nullam convallis Iaculis vitae odio faucibus adipiscing urna.