Overview
The Killark GESLBT-3 is a 1-inch GES outlet body with LB-type hub configuration, designed for use in industrial and hazardous location applications. This aluminum outlet body features a water shedding cover suitable for wet locations when mounted in upright position. External cover threads on the body protect conductors from damage during pulling. Established in 1913, Killark has become a global provider of harsh and hazardous location products, with the Killark range encompassing industrial and explosion proof fittings engineered to withstand the toughest extremes in climate.
Key Features
- 1-inch GES outlet body with LB-type hub pattern
- Aluminum construction for corrosion resistance
- Water shedding cover rated for wet locations
- External cover threads protect conductors during installation
- Rated for hazardous locations (Class I, II, III)
- Suitable for explosive atmospheres
Technical Specifications
The following specifications apply to the Killark GESLBT-3:
- Model: GESLBT-3
- Hub Size: 1 inch
- Hub Type: LB (straight)
- Material: Aluminum (copper-free)
- Cover Type: Water shedding cover
- Manufacturer: Killark (Hubbell)
Typical Applications
The Killark GESLBT-3 outlet body is used in:
- Hazardous (classified) locations requiring explosion-proof equipment
- Wet or damp industrial environments
- Oil and gas facilities
- Chemical processing plants
- Mining operations
- Cable pull boxes and conduit junction points
Compatibility & Replacements
Compatible With
- Conduit sizes compatible with 1-inch GES hubs
- Standard electrical conduit systems in hazardous locations
- Class I, II, and III hazardous location installations
- Hubbell electrical systems and accessories
Replaces / Drop-In Replacement For
- Other 1-inch GES LB-type outlet bodies with equivalent specifications
- Verify compatibility with your system integrator before ordering.
Works With
- Standard 1-inch electrical conduit
- Explosion-proof cable glands and seals
- Hazardous location rated conductors and fittings
- UL and CSA certified electrical systems
