Ark Gard Epoxy Copper Free Two Gang Dead End Box ENRX22151 GFI S752

Product Information

Specification

About:

• The Ark Gard Epoxy Copper-Free Two Gang Dead End Box is a robust and corrosion-resistant enclosure designed to protect electrical connections in industrial environments. Constructed with copper-free aluminum and finished with a durable epoxy powder coating, this box offers exceptional resistance to corrosion, chemicals, and harsh weather conditions.
• The two-gang configuration provides ample space for wiring, while the dead-end design enhances safety in hazardous or damp locations by securely sealing unused conduit entries.
• This enclosure is ideal for applications in marine, oil and gas, chemical, and other industries where durability and safety are paramount.

Also Known As:

Ark Gard Dual Gang Copper-Free Enclosure, Copper-Free Dead End Junction Box, Epoxy-Coated Two Gang Enclosure, Ark Gard Industrial Dead-End Box, Corrosion-Resistant Two Gang Electrical Box, Heavy Duty Copper-Free Dual Box, Dual Compartment Dead-End Electrical Box.

Specification:

Features:

• Made from high-strength copper-free aluminum, this box offers excellent corrosion resistance, making it suitable for environments where copper alloys could cause issues, such as marine or chemical applications.
• Coated with a durable epoxy powder finish, providing enhanced protection against environmental stressors like moisture, chemicals, and extreme temperatures.
• Features a dead-end design, ideal for applications where only one conduit entry point is required, ensuring a neat, secure, and simplified installation.
• Accommodates two devices or connections within a single box, making it ideal for applications that require multiple wiring configurations in one compact enclosure.
• Complies with UL and CSA safety standards, ensuring it meets all necessary quality and regulatory requirements for electrical installations.
• Designed for long-term performance with minimal maintenance, providing a reliable enclosure for electrical components over time.