Eaton Crouse-Hinds HGLS11 250 grounding bushing - NEC/CEC
Part Number: HGLS11 250
Quick Summary
Eaton Crouse-Hinds HGLS grounding bushing is a robust termination for rigid/IMC conduit systems in industrial installations. Engineers face heat and space constraints that jeopardize bond integrity and safety; this part addresses those challenges with a compact, reliable grounding solution. NEC/CEC compliance and UL certification support safe, code-conforming installations in Ordinary/Non-Hazardous locations. Coupled with an aluminum lug and a 5" threadless design, it delivers quick installs and durable performance for high-current, high-temperature applications across automation panels and motor feeders.
Product Information
Extended Description
HGLS11 250 Eaton Crouse-Hinds: Eaton Crouse-Hinds series HGLS grounding bushing, Rigid/IMC, Aluminum lug, #250 kcmil-6 AWG, Malleable iron, 150°C, Threadless, 5", Set screw
Product Name
Eaton Crouse-Hinds series HGLS grounding bushing
Catalog Number
HGLS11 250
UPC
784564953797
Product Weight
1.8 lb
Area classification
Ordinary/Non-Hazardous Locations
Standards type
NEC/CEC
Conduit type
Rigid/IMC
Temperature rating
150°C
Lug material
Aluminum
Thread
Threadless
Trade size
5"
Lug size
250 kcmil-#6 AWG
Material
Malleable iron
Type
Set screw
Eaton Crouse-Hinds HGLS11 250 3D drawing
Crouse-Hinds series Grounding Bushings - Rigid-IMC catalog page
Grounding Bushings - Rigid-IMC UL certification
Grounding Bushings - Rigid-IMC UL certification
Eaton Specification Sheet - HGLS11 250
Feature: Threadless design and set screw clamp simplify installation and reduce risk of thread damage, enabling rapid field termination in tight spaces. Business Impact: Faster installation with fewer reworks lowers labor costs and minimizes downtime during panel builds. Application: Ideal for rigid/IMC conduit runs in compact automation cabinets. Feature: Aluminum lug with lug size 250 kcmil-#6 AWG provides strong conduction while reducing weight and improving corrosion resistance. Business Impact: Enhanced electrical performance with lower total system weight and easier handling during installation. Application: Large conductor terminations in control panels and MCCs. Feature: Temperature rating of 150°C supports high-temperature environments typical of motors and drives. Business Impact: Maintains grounding integrity under elevated ambient temps, reducing risk of bond failure and nuisance trips. Application: Harsh industrial settings and outdoor installations. Feature: Malleable iron body delivers mechanical strength and durability for long service life. Business Impact: Superior ruggedness reduces maintenance cycles and replacement costs in demanding environments. Application: Heavy-duty conduit fittings in manufacturing lines. Feature: NEC/CEC compliance and area classification of Ordinary/Non-Hazardous Locations provide regulatory alignment. Business Impact: Ensures safe, code-compliant installations that streamline inspections and reduce compliance risk. Application: New builds and retrofit projects in non-hazardous industrial facilities. Feature: Rigid/IMC compatibility and 5" trade size enable straightforward integration with common conduit and conductor configurations. Business Impact: Reduces need for adapters, simplifies schematics, and accelerates procurement and installation workflows. Application: Electrical distribution feeders and panel wiring in automation environments.
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FAQs
The HGLS11 250 is designed for rigid and IMC conduits, featuring a threadless interface and set-screw clamping for fast, damage-free terminations in constrained spaces.
Key specs include a 150°C temperature rating, aluminum lug, lug size 250 kcmil-#6 AWG, and a 5" trade size, enabling large conductor terminations with strong current handling.
Yes. It is classified for Ordinary/Non-Hazardous Locations and conforms to NEC/CEC standards, with UL certification available for Rigid-IMC configurations.
NEC/CEC compliance is documented, and UL certification reports exist for Rigid-IMC installations, with Canadian and US listings referenced in manufacturer documentation.
The threadless interface reduces thread wear and misalignment risks, while the set screws provide secure clamping; collectively they shorten install times, minimize maintenance, and lower total cost of ownership in automation projects.