Flood Damage >> Electrical Systems In Flood-damaged Buildings

Question: Do electrical systems and equipment submerged through flooding have to be replaced? Answer: Floodwaters are not just water; the water may also be contaminated with chemicals, sewage, oil and other debris. When the floodwater is salt water, its corrosive effects are particularly damaging. Any or all of those can affect the integrity and performance of electrical systems and equipment, Electrical Systems In Flood-damaged Buildings either immediately or eventually.  

Some of the larger types of electrical equipment, such as panelboards, switchboards, certain types of busways, some types of motor control equipment, circuit breakers, protective relays, meters and Electrical Systems In Flood-damaged Buildings current transformers exposed to floodwaters may be reconditioned. To recondition any electrical equipment requires that the work be done by qualified personnel and that the original manufacturer be contacted for specific recommendations. 

In many cases, it is ultimately safer, less expensive and less time-consuming to replace the equipment. Electrical equipment such as outlet and Electrical Systems In Flood-damaged Buildings junction boxes, arc fault circuit interrupters (AFCI), ground fault circuit interrupters (GFCI), surge protective devices, switches, receptacles, dimmers, and lighting fixtures exposed to floodwaters must be replaced.

Wiring or cable exposed to floodwaters may or may not be required to be replaced, depending on the type of wire or cable. Wire or cable listed for dry locations (such as NM-B) exposed to water must be replaced. Wire or cable that is listed for use in wet locations may remain - provided the ends of the wire or cable have not been exposed to water, Electrical Systems In Flood-damaged Buildings and the wire or cable is not damaged. 

But, even with wire or cable listed for use in wet locations, when the wire or cable has been exposed to the contaminants found in floodwaters, Electrical Systems In Flood-damaged Buildings the manufacturer should be consulted before any decision is made to continue using it. Again, in most cases, it is safer, less expensive and less time-consuming to replace the wiring or cable.

For more information, Electrical Systems In Flood-damaged Buildings the publication Evaluating Water-Damaged Electrical Equipment by the National Electrical Manufacturers Association (NEMA) contains practical guidelines and understandable explanations about the salvageability of electrical equipment, wiring, and cable.

Question: When evaluating submerged electrical systems and equipment, who is qualified to determine what is damaged and Electrical Systems In Flood-damaged Buildings must be removed, and what is not damaged and may remain? Answer The municipality determines who is qualified to evaluate submerged electrical systems and equipment for damage. 

Electrical contractors, licensed electricians (where required), third-party electrical inspectors, and utility company representatives would be considered qualified, having the training and Electrical Systems In Flood-damaged Buildings knowledge of electrical systems and equipment necessary to evaluate damage caused by contact with floodwaters. The code enforcement official may also recognize other individuals as being qualified, based on other criteria.

Question: It’s been determined that portions of the electrical system and/or equipment in a dwelling are damaged and have to be removed. What are the requirements for Code compliance? Answer: The requirements for Code compliance depend on whether the work necessary to restore the electrical system Electrical Systems In Flood-damaged Buildings and/or equipment to its pre-damaged state is a repair or a Level 1 alteration.Repairs. 

If the municipality determines that the restoration work is a repair, the installation of new system components and Electrical Systems In Flood-damaged Buildings equipment do not have to meet new construction standards. A repair is defined as the restoration to good or sound condition of any part of an existing building for the purpose of its maintenance. 

Examples of what could be considered repairs to an electrical system would be the replacement of receptacles, switches, and Electrical Systems In Flood-damaged Buildings light fixtures. Repairs do not normally require a building permit.Level 1 Alterations. If the municipality determines that the restoration work is a Level 1 alteration, the installation of new system components and equipment must comply with the requirements for new construction. 

Level 1 alterations are defined as the removal and replacement or the covering of existing materials, elements, equipment or fixtures using new materials, elements, equipment or fixtures that serve the same purpose, without reconfiguring the space. Examples of what could be considered Level 1 alterations to an electrical system would be the replacement of panelboards, circuit breakers, Electrical Systems In Flood-damaged Buildings and branch circuit wiring. Level 1 alterations require a building permit.

Question: The restoration work to the electrical system in the dwelling has been determined to be a repair. What are the Electrical Systems In Flood-damaged Buildings requirements for Code compliance? Answer: Appendix J Section J4 of the 2010 Residential Code of New York State (RCNYS) contains the provisions for repairs to one- and two-family dwellings and townhouses.

Section J401.3 requires that in a flood hazard area, if the repairs will be a substantial improvement, Electrical Systems In Flood-damaged Buildings the building must comply with the new construction provisions of Section R324. A substantial improvement is any repair or alteration to a building where the cost equals or exceeds 50 percent of the market value of the building before the repairs or alterations were started. 

Section R324.1.5 requires that electrical systems, equipment and Electrical Systems In Flood-damaged Buildings components replaced as part of a substantial improvement meet the requirements of the section, including being located at or above the design flood elevation plus a 2-foot freeboard as specified in Section R324.1.3.3. An exception allows electrical systems, equipment and components to be located below the design flood elevation provided specific conditions are met.

If the repairs will NOT be a "substantial improvement,” and in most cases, they are not, compliance with Section J407 is all that is required. Section J407 allows existing electrical wiring and equipment to be repaired or replaced with like materials, Electrical Systems In Flood-damaged Buildings with some exceptions.

Question: The restoration work to the electrical system in the dwelling has been determined to be a Level 1 alteration. What are the requirements for Code compliance? Answer: Appendix J Section J5 of the 2010 Residential Code of New York State (RCNYS) contains the provisions for Level 1 alterations to one- and two-family dwellings and Electrical Systems In Flood-damaged Buildings townhouses.

Section J501.3 requires that in a flood hazard area, if the alterations will be a substantial improvement, the building must comply with the new construction provisions of Section R324. Section R324.1.5 requires that electrical systems, equipment and Electrical Systems In Flood-damaged Buildings components replaced as part of a substantial improvement meet the requirements of the section, including being located at or above the design flood elevation plus a 2-foot freeboard as specified in Section R324.1.3.3. 

An exception allows electrical systems, equipment and Electrical Systems In Flood-damaged Buildings components to be located below the design flood elevation provided specific conditions are met. If the alterations will NOT be a substantial improvement, compliance with Section J508 is required. Section J508 requires that any alteration made to the electrical system meet the requirements for new construction found in Chapters E33 through E42.

Question: It’s been determined that portions of the electrical system and/or equipment in a building (which isn’t a one- or two-family dwelling or a townhouse) were damaged and have to be removed. What are the requirements for Code compliance for that building? Answer: Repairs or Electrical Systems In Flood-damaged Buildings alterations to buildings that are not one- or two-family dwellings or townhouses must be made in compliance with the 2010 Existing Building Code of New York State (EBCNYS). 

The municipality will still determine whether the buildings are undergoing repairs or Level 1 alterations. Alterations or Electrical Systems In Flood-damaged Buildings repairs may comply with Section 302.6 of Chapter 3 Prescriptive Compliance Method of the EBCNYS. Alternatively, Chapter 5 of the EBCNYS contains the provisions for repairs, and Chapter 6 contains the provisions for Level 1 alterations. 

The requirements in Chapters 3, 5 and 6 are similar to those in Appendix J – repairs or Electrical Systems In Flood-damaged Buildings alterations to buildings in a flood hazard area that are substantial improvements require compliance with Section 1612 Flood Loads of the 2010 Building Code of New York State.

Summary Electrical systems and equipment exposed to the contaminants in floodwaters must be carefully evaluated by qualified personnel. While some electrical equipment and Electrical Systems In Flood-damaged Buildings system components may be reconditioned or salvaged, in most cases, it is safer, less expensive and less time-consuming to replace them. 

The municipality will determine if the work necessary to restore the electrical system components and/or Electrical Systems In Flood-damaged Buildings equipment in a structure to its pre-damaged state will be a repair or a Level 1 alteration. The requirements for Code compliance are based on that determination.

Tools For Restoring Flood Damaged Electronics

Other manufacturer-supplied test data shed light on the typical behavior of tantalum polymer capacitors after exposure to various environmental stresses. Sanyo provided data that describe the typical response of their capacitors to dry heat, moisture, solder reflow conditions, and Electronic Restoration Tools For Restoring Flood Damaged Electronics DC   read more..

Homicide Cleanup

Crime scene cleanup, homicide cleanup


People that talk to a crime scene cleanup professional, usually say the same thing. You've probably seen it all. Horrific Crime Scene Cleanup Homicide Cleanup like shotgun suicides, violent double homicides, decomposing bodies from su  read more..

How To Clean Fire Smoke Damage

Tips on how to handle the fire damage There are companies that are experts in cleaning and/or restoring your personal items.Whether you or your insurer buys this type of fire service, Fire Damage How To Clean Fire Smoke Damage be clear on who will pay for it. 

Be sure to ask for an estimate of cost for t  read more..

Cost Of Removing Asbestos Siding From A Home

For slightly damaged asbestos-containing material, sometimes the best way to deal with it is to limit access to the area and not to touch or disturb it. If asbestos-containing material is more than slightly damaged or if you are going to make changes in your home that might disturb it, repair orÂ&n  read more..

Hurricane Proof Your House

Double Entry Doors Double-wide garage doors Double-wide (two-car) garage doors can pose a problem during hurricanes because they are so large that they wobble as the high winds blow and can pull out of their tracks or collapse from Wind Damage Hurricane Proof Your House wind pressure. 

  read more..

Foundation Repair Companies

Once a building has been exposed to a large volume of water, either floodwater or rainwater, steps must be taken to dry the building out, assess damage, and plan for repairs and restoration. This Basement Drying Foundation Repair Companies information sheet discusses concerns and procedures for helping structures to dry out. Flooding may  read more..

Flood Zone

Questions about the Biggert-Waters Flood zone Insurance Reform Act of 2012 1. What is the Biggert-Waters Flood zone Insurance Reform Act of 2012? Answer: The Biggert-Waters Flood Damage Flood Zone Insurance Reform Act of 2012 (BW-12) is a law passed by Congress and signed by the President in 2012 that extends the Nati  read more..

How To Restore Fire Damaged Archive Photos

Designing a preservation program should not be viewed as an arcane process requiring technical expertise in paper chemistry or hands-on conservation skills. It is instead much like other management decision-making: a process for allocating available resources to activities and Document restoration How To Restore Fire Damaged Archive Photos functions impo  read more..

Trichotillomania

Trichotillomania Trichotillosis; Compulsive hair pulling Trichotillomania is hair loss from repeated urges to pull or twist the hair until it breaks off. Patients are unable to stop this behavior, even as their hair becomes thinner. A.D.A.M. Causes, incidence, Hoarding Trichotillomania and risk factors Trichot  read more..

Tsunamis

Tsunamis Tsunamis (pronounced soo-n¡-mees), also known as seismic sea waves (mistakenly called "tidal waves"), are a series of enormous waves created by an underwater disturbance such as an earthquake, landslide, volcanic eruption, Flood Damage Tsunamis or meteorite.

A tsunami can move hundreds of m  read more..