Thomas & Betts Liquid-Tight Connector 2-Inch Straight Malleable Iron Insulated

Thomas & Betts Liquid-Tight Connector 2-Inch Straight Malleable Iron Insulated

Professional Strain Relief Electrical Connector

The Thomas & Betts Liquid-Tight Connector delivers reliable strain relief connector performance for 2-inch electrical conduit applications. This malleable iron straight 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

Liquid-Tight Protection

• Insulated Liquid-Tight Design - Provides superior protection against moisture, oil, and other liquids in demanding electrical environments
• 2-Inch Trade Size Capacity - Accommodates standard 2-inch conduit systems for comprehensive electrical installations
• Straight Configuration - Enables direct conduit connections without angular adjustments for streamlined installations
• Malleable Iron Construction - Delivers exceptional durability and mechanical strength for long-term electrical system reliability

Professional Installation Benefits

• Strain Relief Protection - Prevents cable damage and maintains electrical integrity under mechanical stress
• Secure Conduit Connection - Ensures reliable electrical continuity and system performance in professional installations
• Industrial Grade Reliability - Thomas & Betts engineering provides consistent performance in demanding electrical environments

Technical Specifications

Trade Size: 2-Inch | Material: Malleable Iron | Configuration: Straight | Type: Insulated Liquid-Tight Connector | Product Group: Connectors | Product Subgroup: Strain Relief Connectors | Department: Electrical | Construction: Liquid-tight strain relief design

Installation & Usage

1. Verify conduit compatibility and ensure proper 2-inch trade size matching
2. Prepare conduit end with appropriate cutting and deburring for clean connection
3. Insert conduit into connector ensuring full engagement with internal threading
4. Tighten connection following manufacturer specifications for secure liquid-tight seal
5. Verify strain relief positioning to protect cables from mechanical stress
6. Test connection integrity and confirm proper electrical continuity before energizing system

Professional Applications

Ideal for:

• Industrial Electrical Systems - Manufacturing facilities, processing plants, and heavy industrial electrical installations
• Commercial Construction - Office buildings, retail facilities, and commercial electrical infrastructure projects
• Liquid-Tight Conduit Systems - Environments requiring protection from moisture, oil, and chemical exposure
• Strain Relief Applications - Cable protection in areas subject to vibration, movement, or mechanical stress
• Electrical Contractor Installations - Professional electrical system installations requiring reliable conduit connections
• Facility Maintenance - Electrical system repairs and upgrades in industrial and commercial facilities
• Conduit Transition Points - Connection points between different conduit sections in electrical raceway systems
• Electrical Infrastructure - Power distribution systems, control circuits, and electrical equipment connections

Malleable Iron Advantage

Thomas & Betts selection of malleable iron construction provides superior mechanical strength and durability for electrical connector applications. This material choice ensures reliable performance under mechanical stress while maintaining excellent electrical continuity and corrosion resistance in demanding industrial and commercial environments.

Why Choose Thomas & Betts Quality?

With decades of established experience in electrical infrastructure solutions, Thomas & Betts maintains unwavering commitment to professional quality standards and trusted reliability for electrical contractors and facility managers. Our liquid-tight connectors represent the proven engineering excellence and manufacturing precision that electrical professionals depend on for critical electrical system installations and long-term operational reliability.