Thomas & Betts Steel Liquid-Tight Connector 3/4-Inch Straight Electrical

Thomas & Betts Steel Liquid-Tight Connector 3/4-Inch Straight Electrical

Professional Liquid-Tight Electrical Connector

The Thomas & Betts Steel Liquid-Tight Connector delivers reliable straight connector performance for 3/4-inch liquid-tight electrical installations. This steel connector provides dependable performance designed for electrical contractors, industrial facilities, and commercial installations, offering the trusted performance and quality that professionals expect from America's established electrical infrastructure manufacturer.

Professional Features & Benefits

Steel Construction Performance

• Steel Construction - Provides superior durability and mechanical strength for demanding electrical applications with Thomas & Betts quality engineering
• 3/4-Inch Size - Designed for precise fit with 3/4-inch liquid-tight conduit systems ensuring secure electrical connections
• Straight Connector Design - Offers direct connection capability for efficient conduit runs and electrical installations
• Liquid-Tight Performance - Engineered to provide moisture protection for electrical systems in wet or damp locations

Professional Installation Benefits

• Electrical Contractor Reliability - Thomas & Betts quality construction ensures consistent performance for professional electrical installations
• Industrial Application Durability - Steel construction provides long-term reliability in demanding industrial and commercial environments
• Code Compliance Support - Designed to support electrical code requirements for liquid-tight conduit systems

Technical Specifications

Size: 3/4-Inch, Material: Steel, Product Type: Connectors-Straight, Product Group: Connectors, Product Subgroup: Electrical Connectors, Department: Electrical, Connector Type: Liquid-Tight Straight Connector

Installation & Usage

1. Verify conduit size compatibility with 3/4-inch liquid-tight flexible conduit
2. Prepare conduit end by cutting square and removing any burrs or sharp edges
3. Insert conduit into connector ensuring proper seating and engagement
4. Tighten connector components according to manufacturer specifications
5. Verify liquid-tight seal integrity before energizing electrical system
6. Test connection security and moisture protection performance

Professional Applications

Ideal for:

• Industrial Electrical Systems - Manufacturing facilities, processing plants, and industrial equipment connections requiring moisture protection
• Commercial Construction - Office buildings, retail facilities, and commercial installations with liquid-tight conduit requirements
• Wet Location Applications - Areas exposed to moisture, washdown conditions, or outdoor electrical installations
• Electrical Contractor Projects - Professional installations requiring reliable liquid-tight conduit connections
• Facility Maintenance - Replacement and upgrade applications for existing liquid-tight conduit systems
• Equipment Connections - Motor connections, control panels, and electrical equipment requiring moisture protection
• Food Processing Facilities - Washdown areas and food service equipment electrical connections
• Outdoor Electrical Infrastructure - Weather-exposed conduit systems and exterior electrical installations

Steel Construction Advantage

Thomas & Betts choice of steel construction provides superior mechanical strength and durability for liquid-tight electrical connections. Steel offers excellent resistance to physical damage and provides long-term reliability in demanding electrical applications where connector integrity is critical for system performance and safety.

Why Choose Thomas & Betts Quality?

Thomas & Betts brings decades of established experience in electrical infrastructure solutions, with a commitment to professional quality standards and trusted reliability for electrical contractors and facility managers. Our liquid-tight connectors are engineered to meet the demanding requirements of professional electrical installations, providing the dependable performance that electrical professionals rely on for critical infrastructure applications.