The image shown is of a GFCI receptacle located in an ensuite washroom. The tester shows that there is power to the receptacle and that it is wired correctly. Upon pushing the test button of the tester the tester indicated that there was no longer power to the receptacle so the GFCI appears to be in good working order.
Below the Main Panel (located in the hall closet) drywall has been removed. There should be no exposed conductors in the habitable areas of the home. Arcing inside the Panel can reach combustible materials nearby. This is a Safety Hazard and should be evaluated by a Qualified Electrical Contractor.
I inspected a distribution electrical panelboard with a 100 amp service disconnect. Using precautions, I went beyond SOPA and removed the dead front. One defect was found- A 40 amp breaker was loaded with 10AWG. 8AWG is recommended (this is written on the breaker itself) to prevent overheating. Upon further inspection, the breaker services an electric kiln rated for 28 amps. Consulting a liscensed electrician to replace with a 30 amp breaker is recommended.
Aluminum wiring was used in residential wiring between 1965 and 1973. Aluminum wiring is higher resistance, less ductile, susceptible to galvanic corrosion and oxidation, has greater malleability, greater thermal expansion and contraction. If an inspector finds aluminum during his inspection he is to let the client know who in turn should contact their insurance company as to their coverage.
In this photo we can spot many mistake alot of it dangerous
We can see clearly the wires are not in the correct size, the installer had to cut some of it to fit in the breaker hole
Second issue is the the thin red and black wire they have an exposed part could be dangerous also,
The space in the panel not clean this spider web needs to be clean to avoid any fire hazard
Inspection of outlets in the kitchen consisted of testing each GFCI outlet with a tester and also with the test button on the GFCI outlet. All outlets around the sink and countertops were operating properly, as well as several outlets loaded downstream of GFCIs were properly tripping when tested for ground fault.
Electrical inspection needs to be done carefully and following the safty standards
The home inspector is not required to remove the dead panel incase he felt it is nit safe for him
Safty kit should be consider seriously while doing the electrical inspection
Any serious fault should be called out without trying to fix it.
While inspecting the kitchen, it was discovered that there were no GFCI (Ground Fault Circuit Interruptor Device) electrical outlets present. The GFCI outlets should be installed in areas that are subject to moisture including kitchens, bathrooms, and garages. The GFCI device is designed to cut the power supply very quickly to avoid a shock in the event of a equipment malfunction.
This outlet is labeled that it is GFCI protected. After sampling a various amount of outlets; this one did not pass GFCI test. Just because a label is on the outlet does not mean an outlet is GFCI protected. All accessible outlets should be tested.
this home has a distribution panel permanently mounted to the garage wall, distribution panels are used for wiring, lighting, and power distribution. the power comes to the distribution panel from the utility company’s lines (collectively called service entrance )into an electrical meter which records your electricity and then into the panel
I chose the picture of rigid metal conduit. One of the most common issues I come across from a safety stand point, is garbage disposal and water heater wire that is not protected. These areas are most prone to mechanical damage and should be protected for safety of the occupants.
The article titled “Electrical Service Panels” provides various safety information and issues to look for when inspecting the panel. The inspector should make sure the panel is safe before removing the cover. Be sure to check for the presence of water or moisture and that there is a safe clearance to inspect the panel. There are multiple items that should be checked during the inspection including the presence of aluminum wiring, damaged wires, and the presence of the wrong circuit breakers. The panel should be properly bonded and have no evidence of arcing.
I chose electrical safety which I felt was directed toward the consumer, I honestly felt that the area that states, some safety tips to remember. Bullitt #2 find and correct overloaded circuits I feel this statement should be directed toward a licensed electrician for obvious reasons
Due to defective components and complacency, many Inspectors and Electricians have been injured or killed while inspecting the Main Panel. Check for signs of moisture around the panel including on the floor. Wear safety glasses and electrical gloves. Beware of aluminum branch wiring, sharp tipped screws, improperly sized breakers, oxidation or corrosion, conductors that have been damaged by rodents, burn marks, improper bonding, the sound of arcing/cracking or popping, and panels manufacturers that are known to be defective.
Electrical panel: the panel is a 200amp panel the main disconnect is 200 amp all breakers are of the right size .the panel is a Cutler hammer and the panel board is connected by a feeder assembly having overcurrent protection of 200 ampsres.
“Ground-Fault Circuit Interrupters (GFCIs)” by Nick Gromicko and Ethan Ward
GFCIs are outlets with a built-in interrupter that stops the electrical current to an outlet to protect from severe electrical shock when electricity could be a hazard, especially around water. This article explains why GFCIs are required, where GFCIs are required and how to test existing GFCIs.
This is a electric dryer outlet.it is a 240 volt 4 wire outlet and the breaker in the panel is 30 amp.this outlet is within 6’ of the space the dryer would occupy.the washer outlet is 110 and has a separate 15 amp breaker.
This is the main Panel box from a recent inspection. The house was built in 1960 so the panel has been updated. Breakers 5&7 are double tapped. At the top right notice the conductors to a sub panel that are spliced with no junction box. They were several other electrical issues. I recommended a licensed electrician evaluate the electric system.
Years on a inspection I ran into a main electric panel box that I called out as being unsafe. When entering the basement were the panel box is located I noticed several plumbing leaks one less than a foot in front of the main panel box. The box had no cover plate with moisture and rust inside the box.
I chose to write on the FPE panel. Knowing the dangers these panels have but when you examine one, its already been in place for 40-50 years and you don’t usually see any major problems but it’s the one time its not notated could be the one time it is catastrophic.