3/8" 90 Degree Squeeze Connector

Reliable Performance – 3/8" 90° Squeeze Connector for High-Integrity Conduit Systems

Designed for demanding job sites, the 3/8" 90° Squeeze Connector offers a robust solution for securing flexible metal conduit (FMC) and armored cable (AC). Its zinc die-cast body delivers consistent mechanical protection while ensuring a stable, code-compliant connection in electrical raceway installations.

Professional-Grade Connector for Conduit Bends

Engineered for right-angle transitions where space constraints or directional changes are required, this connector maintains grounding continuity and strain relief without sacrificing ease of assembly. Ideal for retrofit applications and new construction alike.

Specifications and Features

• ✅ Material: Corrosion-resistant zinc die-cast construction
• ✅ Angle: Fixed 90° bend for directional conduit runs
• ✅ Connection Type: Squeeze-type with dual screw clamp for secure engagement
• ✅ Size: 3/8 inch trade size
• ✅ Application: AC and FMC conduit installations

Installation Considerations

Designed for tool-assisted tightening, the dual screw clamp system allows for fast, secure mounting without thread cutting. A flat base ensures flush fitting against boxes or enclosures. Installation should be performed by qualified electricians to ensure compliance with NEC and local codes.

Advantages for Commercial Use

• ✅ Secure Clamping – Two-screw compression provides consistent retention under vibration and load stress.
• ✅ Time-Saving Design – Preassembled components reduce prep time and increase field productivity.
• ✅ High Conductivity Bonding – Ensures low-impedance path for fault current where required.
• ✅ Compact Profile – Supports installations in tight or recessed spaces.

Trusted in Field Applications

This 3/8" squeeze connector is regularly deployed in commercial, institutional, and light industrial electrical infrastructure. Contractors value its durability, precision fit, and reliable long-term service, particularly in retrofits where maneuverability and secure coupling are essential.