Epoxy Powder Finish Through Feed Crouse Hinds Series Ark Gard ENRCX22151 GFI S752

Product Information

Specification

About:

• The Epoxy Powder Finish Through Feed Crouse-Hinds Series Ark Gard is a specialized, explosion-proof electrical enclosure designed for safe power distribution in hazardous areas. With a robust epoxy powder coating, this product offers superior corrosion resistance, ensuring long-term durability in harsh environments.
• The through-feed design enables efficient and continuous wiring, making it ideal for applications that require secure and reliable connections.
• As part of the trusted Ark Gard series from Crouse-Hinds, this enclosure is built to meet stringent industry standards for hazardous locations, prioritizing safety and performance.

Also Known As:

Crouse-Hinds Epoxy Coated Feed-Through Box, Explosion-Proof Through Feed Enclosure, Industrial Through-Feed Junction Box, Ark Gard Series Feed-Through Conduit Box, Hazardous Location Epoxy Coated Box, Crouse-Hinds Ark Gard Through-Feed.

Specification:

Features:

• The epoxy coating offers superior corrosion resistance, protecting the enclosure from harsh chemicals, moisture, and environmental wear, making it suitable for long-term use in extreme conditions.
• Allows for continuous wiring by enabling efficient in-and-out connections, ideal for power distribution applications in complex systems.
• Certified for hazardous locations, preventing ignition risks in environments exposed to flammable gases, vapors, or dust.
• Equipped with multiple entry points to accommodate various conduit sizes and configurations, adding versatility to installation setups.
• User-friendly design with accessible mounting and entry points, simplifying the installation process and allowing for easy maintenance or inspection.
• Built to meet or exceed NEC, UL, and IEC standards for hazardous locations, ensuring it meets all safety and regulatory requirements.
• Features grounding points to ensure safe, secure connections, reducing electrical hazards in explosive environments.