The RA873ML is a liquidtight flexible metal conduit fitting from Thomas & Betts. This fitting is designed for connecting liquidtight flexible metal conduit (LFMC) to electrical enclosures or boxes in various applications.

Applications

• Connecting LFMC to electrical boxes and enclosures in industrial environments
• Wiring machinery and equipment where flexibility and liquidtight protection are required
• Outdoor installations exposed to moisture, oil, or other contaminants
• Data centers and other sensitive electronic environments
• Use with CNC machines, robotics, and automation equipment

Features

• Liquidtight design to prevent ingress of liquids and contaminants
• Insulated throat to protect wire insulation from damage
• Zinc-plated steel construction for corrosion resistance
• Suitable for use in wet locations when installed properly
• Available in various sizes to accommodate different conduit sizes

Benefits

• Provides a secure and reliable connection between LFMC and electrical enclosures
• Protects wiring from moisture, oil, and other contaminants, extending the life of electrical systems
• Reduces the risk of electrical shorts and ground faults
• Simplifies installation with its user-friendly design
• Maintains electrical continuity and grounding

Additional Details

The RA873ML is typically made of zinc-plated steel. The fitting's liquidtight seal is achieved through a combination of its design and the use of sealing washers or O-rings. It is designed to meet or exceed industry standards for liquidtight fittings. The specific dimensions and conduit size compatibility can be found in the product specifications on the Thomas & Betts website or in their product catalog. The insulated throat prevents damage to wire insulation during installation and operation, ensuring continued safe operation of the electrical system. This fitting is often used in conjunction with other Thomas & Betts LFMC products to create complete wiring solutions. Temperature ratings are typically specified to withstand a wide range of operating conditions.