ANVIL FIG 260 Adjustable Clevis Hanger, Malleable Iron

Anvil FIG 260 adjustable clevis hanger is used in HVAC, plumbing, fire protection and mechanical installations to suspend & support pipes, conduits and tubing securely, preventing sagging, vibration and stress on the system.

Working Mechanism:

• Anvil FIG 260 adjustable clevis hanger main function involves attaching it to a structure and suspending the pipe within its U-shaped clevis.
• The standout feature is its ability to adjust the pipe's height without removing it, ensuring precise alignment. To provide secure support, the load nut above the clevis must be tightened properly. The hanger's design minimises bolt bending, enhancing stability.

Features:

• Anvil FIG 260 adjustable clevis hanger features a yoke design on the outside of the lower U-strap, preventing yoke movement towards the centre of the bolt and minimising bolt bending.
• It offers a vertical adjustment, allowing for easy modification without the need to remove the pipe, accommodating sizes from 3/8 to 5-1/8 inches.
• This adjustable clevis hanger offers a load capacity of 730 lb, ensuring robust support for pipes and conduits.
• It is equipped with a specialised thread design on the clevis rod, ensuring the nuts are securely locked in place and not subject to shear forces.
• This hanger features carbon steel construction with a black finish, enhancing corrosion resistance and durability.

Frequently Asked Questions:

Q. What is the maximum operating temperature of Anvil FIG 260 clevis hanger?

A. This hanger can withstand temperatures up to 650 and 450 degrees F when coated with plain and epoxy / galvanised finish, respectively.

Q. What are common issues that can arise when using clevis hangers?

A. Common issues include improper installation, inadequate support and insufficient load nut tightening.

Q. Is this Anvil Fig adjustable clevis hanger insulated?

A. Customers looking for a clevis hanger with insulation can consider Anvil FIG-260-ISS clevis hanger having an insulation saddle system.