Hubbell Wiring Device-Kellems HBL4750 Grounding Locking Receptacle, 277 VAC, 15 A, 2 Poles, 3 Wires, Brown
Locking Devices
26111
MFG #: HBL4750
Hubbell Wiring Device-Kellems
52.63000
/ ea
Wiring Device-Kellems Locking Receptacle, Grounding, 277 VAC, 15 A, 2 hp, 2 Poles, 3 Wires, NEMA L7-15R, Industrial Grade, -40 to 75 deg C, Screw Terminal, Polyester, Brown, 2.73 in L x 1.7 in D
- Catalog URL - Wiring_Device_Kellems_HBL20403_Catalog.pdf(Catalog URL)
- http://www.hubbell-wiring.com/(Seller Home Page URL)
- Install Instructions 1 URL - 11456_U7KZSOTJXA2BQW80.pdf(Install Instructions 1 URL)
- Install Instructions URL - IDW_DOCUMENT_1537664944273.pdf(Install Instructions URL)
- Line Drawing URL - 11456_TIM15C0NWZP69OXY.pdf(Line Drawing URL)
- Spec Sheet URL - 11456_92XCNFQ4BVURGHYM.pdf(Spec Sheet URL)
- Tech Drawing URL - WIRING_HBL4750_M7720_ACAD_DRAWING.dwg(Tech Drawing URL)
- Warranty URL - 11456_Y8PS6T0FNOGH3Q75.pdf(Warranty URL)
- Warranty URL - Wiring_WDK_Warranty.pdf(Warranty URL)
- Applications
- Features
| Heavy Duty Industrial |
| Self Grounding |
| Withstands 2000 VAC dielectric voltage |
| Maximum 30 deg C temperature rise at full rated current after 50 cycles of overload at 150% of rated current at a power factor of 75% temperature rise |
| #8-32 brass terminal and ground screw |
| 14 AWG terminal accommodation |
| Certified for current interrupting at full rated current interrupting |
| Steel zinc plated mounting screw |
| Stainless steel auto ground clip |
| Steel zinc plated mounting screw material |
| RTP cover top material |
| Withstand 2000 VAC minimum dielectric voltage |
| Certified for current interrupting at full rated current |
| Maximum 30 deg C temperature rise at full rated current after 50 cycles of overload at 150% of rated current at a power factor of 0.75 |
| Terminals identified in accordance with UL498 (x, y, z, white, green) |
| UL94 VO for receptacles and inlets, HB or better for plugs and connectors |
| Glass reinforced thermoplastic polyester base |
| Made of Thermoplastic Polyester |