How do you ground a flexible gas line?

Starts here1:48How to Properly Bond HOME-FLEX CSST – YouTubeYouTubeStart of suggested clipEnd of suggested clip52 second suggested clipThen run the minimum six gauge copper wire through the bonding clamp. This wire is then attached toMoreThen run the minimum six gauge copper wire through the bonding clamp. This wire is then attached to the homes grounding network via the grounding bus bar in the panel.

Do you need to ground a gas line?

CSST Gas Lines Must Be Grounded Introduced in the US in 1990, CSST has been installed in millions of buildings. Since 2009, US building codes have required CSST to be bonded and grounded for safety, but that was not required during the first 18 years.

Does black gas pipe need to be grounded?

3 Answers. According to National Electrical Code, the pipe has to be bonded. However, it can be bonded using the grounding conductor serving the equipment that uses the gas.

How safe is flexible gas line?

In short, flexible gas lines are perfectly safe as long as they’re properly installed. A CSST that is not correctly grounded or bonded can leak natural gas or become ignited, leading to a major fire hazard. Let’s look at exactly why that happens: CSST is extremely thin compared to the traditional 4 mm black pipe.

Can Home flex gas line be buried?

Can it be buried? Yes, however it must be sleeved in a non-metallic conduit ½” larger than the pipe. HOME-FLEX CSST has been tested and certified by CSA and IAPMO for compliance with the industry standard ANSI LC-1 / CSA 6.26, “Fuel Gas Piping Systems using Corrugated Stainless Steel Tubing (CSST).”

How do you ground a gas pipe?

Grounding means connection of a copper wire, often bare copper – to your gas line, then connecting the other end to your homes grounding system. National Electrical Code requires all homes to have a grounding system. This system consists of a ground rod (8′) driven in the ground close to your electric meter.

How do you ground a gas line?

Why do gas pipes need to be earthed?

Protective bonding reduces the risk of life-threatening electric shocks and electrical fires in your home. It’s typically needed in older buildings where gas and water pipes are made from metal rather than plastic.

What is difference between grounding and bonding?

Bonding is the connection of non-current-carrying conductive elements like enclosures and structures. Grounding is the attachment of bonded systems to the earth. Both are necessary to safeguard people and property from electric hazards.

Does copper gas line need to be grounded?

How long do flexible gas lines last?

Flexible gas lines (corrugated stainless steel tubing – or CSST) usually last up to 30 years, whereas the traditional black steel pipes can last up to 75 years or more.

Do gas lines need to be grounded?

Most do not require it. Your gas piping is effectively grounded through any electricly fed appliance (furnace) through the circuit grounding conductor. If your area requires it you would use a #6 copper conductor. The NYS Residential Code book (NYSRBC) says gas piping SHALL NOT be used as a grounding electrode.

Do you have unbonded flexible gas lines in your home?

If you own a home built since 1990, your home may have unbonded flexible gas lines. Many homes have gas lines in their attic and buried in walls. If your concerned, the home needs to be inspected, and (if not present) proper bonding must be installed to CSST gas lines, to help protect the home in the event of a lightning strike.

What does it mean to bond CSST flexible gas lines?

The risk is tremendously reduced when CSST flexible gas lines are “bonded “ (BONDED DEFINED: Connected with wiring to take electrical current away from CSST flexible gas lines in the event of a lightening-strike on or near the home).

Are your home’s flexible yellow gas lines a fire risk?

If you own a home that has CSST flexible yellow gas lines and was built prior to 2007, this fire-risk may exist in your home. Most homes have gas lines in their attic, walls & basements. CSST flexible gas lines in the attic are a prime candidate for damage from lightning strikes.