Your Price:
$3.4776
Part Number: MOR_14992
Availability: In Stock

Description

Morris 14992 EMT Compression Couplings for Securing EMT Conduit in Wet Locations

Morris 14992 EMT Compression Couplings are designed to securely connect EMT conduit to EMT conduit in both wet and dry locations, ensuring optimal installation versatility. These couplings feature an internal sealing ring and knockout gasket that create a raintight seal, making them ideal for environments where moisture is a concern. Additionally, they are concrete tight, providing an extra layer of protection against water ingress. Constructed from heavy steel walls and finished with a zinc plating, the Morris 14992 couplings offer durability and corrosion resistance, which extends their lifespan in challenging conditions. With a trade size of 1 inch, these couplings are compatible with standard EMT conduit, making them a reliable choice for various residential, commercial, and industrial applications. The Morris 14992 is cULus listed, ensuring compliance with rigorous safety standards, which gives you peace of mind during installations. With the capability to ship via UPS, you can expect timely delivery for your projects. Please note the warning regarding cancer and reproductive harm, which is important for safety considerations. Trust Morris Products for high-quality electrical components that meet your needs and exceed your expectations.

EMT Compression Couplings are Used To Secure EMT Conduit to EMT Conduit In Wet Locations.


  • Use to connect EMT Conduit to EMT Conduit in Wet or Dry Locations
  • cULus Listed
  • Concrete Tight
  • Internal Sealing Ring & Knockout Gasket create Raintight Seal
  • Heavy Steel Walls, Zinc Plated

Attributes

Box Qty:: 10

Country of Origin: China

Description: Steel EMT Rain Tight Compression Couplings 1"

Fitting Type:: EMT Rain Tight Compression Couplings Steel

Material: Steel

Trade Size: 1"

Trade Size:: 1"

Type: EMT Rain Tight Compression Couplings Steel

Ul Listing: cULus

Upc: 601986149921

Warning: Cancer and Reproductive Harm

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