Property Inspection Report
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Final Analysis Property Inspections 1385 Fordham Dr. Ste. 105, Virginia Beach VA 23464 |
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Prepared exclusively for removed for privacy |
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xxxx Liberty Bell Court Virginia Beach VA 23462 |
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Report ID:
xxxx081216 |
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Inspection Date:
8/12/2016 |
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Inspector: |
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757.495.2300 |
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Date: 8/12/2016 | Time: | Report ID: xxxx081216 |
Property: xxxx Liberty Bell Court Virginia Beach VA 23462 |
Customer: removed for privacy |
Real Estate Professional: Lisa Wilberger Long & Foster |
Type of Inspection: Home Buyers inspection | Inspectors: Reuben Autery, DPOR 3380000742 | Inspection Procedures: American Society of Home Inspectors, Standards of practice |
Inspection Restrictions/limitations: None | General inspection accessibility: Vaccant, Unoccupied, Typical accessible | All Utility services are on?: Yes |
In Attendance: Buyer, Buyers Agent | Type of building: Single Family (1 story) | Square Feet of conditioned space: 1,200 SF |
Age of building (year built): 1964 | # of Bedrooms: 3 Bedrooms | # of Bathrooms: 2 bathrooms |
Temperature during inspection: 87 degrees | Weather: Clear | Ground/Soil surface condition: Dry |
Garage: 1 car, Attached |
Inspected (IN) = I visually observed the item, component or unit and if no other comments were made then it is satisfactory and appeared to be functioning as intended allowing for normal wear and tear.
Not Inspected (NI)= I did not inspect this item, component or unit and made no representations of whether or not it was functioning as intended and will state a reason for not inspecting.
Not Present (NP) = This item, component or unit does not exists in this home or building.
Information & Disclosures (ID) = Indicated with an ORANGE flag and text. This is Important information you should know about this house or building including, disclosures, alerts, advisories and warnings about typical conditions or circumstances for this home. Not necessarily something abnormal or unusual or in need of action, but none the less critical information that may pose significant concern for health risk, environmental safety or additional cost. These "orange flag" items will also be separately listed in the Information and Disclosure summary page of this report.
Repair or Replace (RR) = Indicated with a RED Flag and text. Corrective action recommended. These items, systems, components or unit is not functioning as intended, defective, broken or otherwise needs further inspection and evaluation by a qualified contractor. Items, components or units that should be repaired, replaced or corrected or otherwise represent significant, unusual, abnormal cost or safety concerns. These "red flag" items will also be separately listed in the DEFECT summary page of this report.
Inspection standards of practice: This inspection was completed in compliance with the professional standards of practice set forth by the American Society of Home inspectors (ASHI) and VA Dept. of Professional Occupation and Regulation (DPOR) for Home Inspectors. These standards and regulations describe the scope, procedures and limitations of a standard home inspection and are provided for your review. Additionally the ASHI standards of practice are included in the appropriate header section of each corresponding system of the report.
Purpose and Objective: This inspection is not technically exhaustive and can not be conclusive of every detail. The primary objective of this building inspection is to identify and report MATERIAL DEFECTS. Material Defects are defined as a specific issue with a system or component of a residential property that may have a significant, adverse impact on the value of the property, or that poses an unreasonable risk to people. The fact that a system or component is near, at or beyond the end of its normal useful life is not, in itself, a material defect. Normal wear and tear, maintenance typical defects or deficiencies are not defined as material defects. That is not to say that the home inspector will not report smaller defects such as cracked glass, broken outlets or leaky faucet washers but this is not the primary objective of an inspection. The home inspection is a first look attempt at ascertaining the general condition of a property. While it is the purpose of this inspection to discover and disclose those major items and concerns that may have an adverse impact on the value of this property and the health and safety of it's occupants, it is not an exhaustive list of defects or discrepancies and it certainly should not be used as a punch list of repairs. Repair list and cost estimates should be obtained from contractors. It is important to know that home inspectors are general practitioners with a limited amount of time and capabilities and are primarily focused on major issues in the home. Outside of normal testing and observation, Inspectors do not engage in troubleshooting or diagnostics and can not offer repair advice. Home inspections are limited to visual observations only and does not include technically exhaustive or invasive analysis. However, this report attempts to identify and recommend conditions that should have further evaluation by experts prior to closing or taking ownership.
Typically found on any home and included in any inspection report will be smaller issues, discrepancies, observations and suggestions. These may not be considered serious or significant problems but common to find on all homes and is mostly provided as courtesy in an attempt to give you a more comprehensive understanding of the home. These smaller, typical or common discrepancies are not intended to be all inclusive.
It is the objective of the inspection and report to provide you the means by which you can progress in an informed manner thereby protecting yourself as much as possible before taking ownership of a property. This may mean obtaining further evaluation and repairs by an expert, purchase price adjustments, escrow of funds for repair, or withdrawing from a buyers purchase agreement altogether. If you are subject to an inspection contingency removal purchase addendum your conditions and disposition of removing that contingency should be clearly stated with details of expected outcomes. Furthermore, it should also be stated that any dispositions agreed to should be subjective to your re-inspection and final acceptance of satisfactory completion prior to closing of escrow.
Repairs - No matter how big or small, All repairs, corrections or replacements should be requested to be completed by licensed, qualified professionals with copies of their credentials, licensing, labor and product warranties and receipts of work. It is not recommend that you ask the seller to make the repairs unless they are qualified in the trades and you feel confident that they'll do a good quality job. It should be expected and required that all work be accompanied by any required city permits and inspections. Mostly all work except minor repairs require city permits and inspections. Finally, all repairs should be subject to your re-inspection, satisfaction and approval a couple days before closing. If you are submitting a Property Inspection Contingency Removal Addendum with list of requested repairs (PICRA), you should consider adding the above verbiage to your PICRA because at that point you will be agreeing to buy the house subject to seller repairs and might need assurance they are done correctly.
Reinspection - Due to liability restrictions, reinspections are not the policy of Final Analysis home inspections. All repairs or corrections should be completed by qualified, licensed professional in their trade and should be accompanied by permits, work orders, receipts and warranties. If you feel a reinspection is necessary we can provide on a case by case basis and subject to schedule availability. The property inspection contingency removal addendum (PICRA) should be provided to us when the re-inspection is requested. All re-inspections are subject to a minimum fee of $225 and will be accompanied by an updated report.
NOTICE OF URGENCY: If you are buying this property, any discrepancies, concerns or issues revealed in this report should be resolved to your satisfaction before close of escrow and/or taking possession.
Not for 3rd party use - The inspection and report are performed and prepared only for the sole, confidential and exclusive use and possession of the named client(s). Final Analysis Property Inspections accepts no responsibility for use or misrepresentation of this report by third parties who "rely" on the report information but have not directly retained our inspection services and council and are not named in the inspection agreement.
Overview: A thorough home inspection was completed at the subject property in accordance with the American Society Home Inspections (ASHI) standards. The inspection
reveals that this dwelling has below normal wear and tear. Its structure and systems are generally sound and well built and the home has been updated in numerous areas:
roof, HVAC, much cosmetic work in the kitchen and bathrooms. All observations made and items reported here should be carefully reviewed and considered for correction
where needed as they are specific to this home and can have a significant impact on it's condition, safety and value.
Older Home - This home is older than 50 years and the inspection is subjective to it's age. Older vintage homes can be inherently problematic which is somewhat normal
and expected but you should be aware of the potential concerns. Because of their age, older homes can be more expensive to update, repair and maintain. It is common to
have areas that no longer comply with current fire or building code. While this inspection makes every effort to point out safety issues or major deficiency's caused by age,
but it does not inspect for current building code compliance. Any major repairs, updates or improvements that have been completed should be accompanied with the required
city permits and inspections for approval. It is not unusual to see un-level flooring, door and window frames out of square and binding, cracked plaster caused by frame
settlement, sagging or prior repairs but not necessarily indicative of structural failure.
Health and Environmental - Older homes may contain lead based paint, lead in water pipes or solder joints, asbestos, buried fuel oil tank or other conditions that are now considered hazardous. Special treatment and handling requirements of these materials during repairs can increase cost substantially. We report suspicious conditions but this inspection does not cover environmental health inspections, sampling, conditions, safety or laboratory testing.
Repair workmanship - Older homes have a higher propensity for amateur repairs, mixed materials old and new, temporary fixes or less than standard quality workmanship. Older homes are typically better built but would be subject to more maintenance, updates and alterations over the years. This inspection looks for items that are blatantly unsafe, structurally unsound, not functioning as designed or otherwise can have a negative impact on the current value of the property. It does not anticipate or project the maintenance cost of owning an old property.
Efficiency - Older homes may not be thermal efficient and may contain inefficient windows, HVAC system, poor or non-insulated walls, floors, ceilings.
The inspector is NOT required to inspect: A. antennae. B. interiors of vent systems, flues, and chimneys that are not readily accessible. C. other installed accessories.
GENERAL ROOF CONDITION / RATING:
Good (No significant concerns, functioning as designed) |
Roof service life remaining::
80% - 100% (Very Good - No concerns) |
Roof covering material:
3 tab asphalt shingle |
Methods used to inspect the roof:
Walked roof , Attic |
Roof drainage system:
Gutters and downspouts |
Attic Ventilation:
Ridge vents Attic ventilation is UNSATISFACTORY Soffit vents have been blocked with solid vinyl |
1.0 |
ROOF MATERIALS
Comments and observations: Inspected |
1.1 |
FLASHINGS
Comments and observations: Inspected |
Disclosure - Roof flashings by design are mostly concealed and therefore inspection is limited to visible areas only followed by examinations and testing of the interiors where leaks are suspected. Some leaks can not be detected and will only show during certain weather conditions. |
1.2 |
SKYLIGHTS, CHIMNEYS and Other ROOF PENETRATIONS
Comments and observations: Inspected |
1.3 |
ROOF DRAINAGE SYSTEMS
Comments and observations: Inspected |
1.4 |
ATTIC VENTILATION
Comments and observations: Inspected |
(1) Defect -Solid vinyl soffit has been installed as an upgrade. (Item 1) However the solid vinyl soffit has no vents to allow for intake air into the attic. Both the vinyl soffit and any
plywood behind it has not been adequately opened up or removed to allow air flow into the attic. There may be some old vent holes or screens left in place underneath but they
were insufficient to start with and are now further restricted. Ventilated vinyl soffit material would be a great improvement that allows critical air intake to ventilate the attic, but
it serves no purpose if it is blocked by solid soffits material or plywood. Presently there are NO soffit vents and the attic will not ventilate as needed. Corrections will require a
professional level of repair and equipment.
1.4 (Item 1)
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(2) General Statement - Attic ventilation plays an important role in reducing the heat loads in your attic, dissipating trapped moisture and contributing to the overall health of your
attic/roof system. A poorly ventilated attic can reduce HVAC performance, shorten shingle life, and will promote rot of wood materials if moisture can't escape. Poor eave/soffit
vents are the # reason for poor attic ventilation. Typically newer homes are better ventilated but older homes 20+ years, should be reviewed for improvement. It is important to
remember that you need balanced intake vents along with outlet vents for good air flow. Installing just a power fan may not accomplish this. See more ventilation tips here
Attic is ventilated minimal and unsatisfactory due to no intake air. |
The inspector is NOT required to inspect: A. screening, shutters, awnings, and similar seasonal accessories. B. fences, boundary walls, and similar structures. C. geological and soil conditions. D. recreational facilities. E. outbuildings other than garages and carports. F. seawalls, break-walls, and docks. G. erosion control and earth stabilization measures.
GENERAL EXTERIOR CONDITION / RATING:
Good (No significant concerns, functioning as designed) |
Siding material:
Vinyl Brick veneer |
Trim materials:
Vinyl |
Exterior Entry Doors:
Steel Sliding vinyl |
Appurtenance:
Covered porch Patio |
Driveway:
Concrete |
Evidence of water intrusion at exterior walls windows doors:
No |
2.0 |
Siding, Trim, Eaves, Flashings, Exterior finishes
Comments and observations: Inspected |
2.1 |
Doors (exterior)
Comments and observations: Inspected |
2.2 |
Windows (exterior)
Comments and observations: Inspected |
Defect - The widows are not properly caulked in several location which can allow intrusion and damage. (Item 1) Recommend caulking.
2.2 (Item 1)
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2.3 |
Decks, Balconies, Stoops, Steps, Porches, Patio/Sun rooms, Railings
Comments and observations: Inspected |
2.4 |
Vegetation, Grading, Drainage, Driveways, Walkways, Retaining walls (With respect to their effect on the condition of the building)
Comments and observations: Inspected |
(1) Observation - Portions of the home have the mulch beds or soil levels too high up against the structure. Although not a true "defect", mulch or soil areas excessively high
against the structure can allow termites access to the structure of the home without being noticed. Also, the design can hold excessive water up against the home's exterior
or foundation. No damage was noted on the day of inspection. Recommend removal of the necessary amounts mulch or soil to provide a positive slope away from the home
and to allow visibility of the home's foundation to monitor for pest intrusion.
2.4 (Item 1)
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(2) General Information - Positive grading and drainage are essential to the welfare of a property, and are usually the primary concern of architects and builders. Moisture can deteriorate most surfaces, cause soil movement and erosion, and undermine the structures foundation. The ideal site will be graded to conduct water away from a building. In fact, the ideal building will be surrounded by hard surfaces that slope way from the exterior walls, the interior floors will be several inches higher than the exterior grade, and the building will have gutters and downspouts and a system of drainage designed to prevent any moisture from threatening the foundation or the living space. Unfortunately, many properties do not meet this ideal, conditions on most can generally be improved, and all need to be monitored and maintained to prevent damage. Also, inspectors cannot see inside area drains and do not water-test them, but they can become blocked by debris, occluded by silt, and damaged by movement. Therefore, buyers should question sellers about the functionality of any such system, have it serviced by a specialist, or assume the risk of having a system that does not function well and the damage that might result |
2.5 |
Garage, Garage door, opener safety reverse (if applicable)
Comments and observations: Inspected |
(1) Deficiency - Thee bottom seal is damaged at the garage door which may permit water and air intrusion. (Item 1) The bottom seal also protects the bottom of the garage door
by isolating it from the moist concrete surface which can cause rust or rot damage.
2.5 (Item 1)
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(2) Safety - The garage door return spring safety cable is not installed and could cause injury.(Item 2-4) The safety cable helps contain flying parts in the event of breakage.
2.5 (Item 2)
2.5 (Item 3)
2.5 (Item 4)
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(3) Defect, Safety - The garage overhead door is unbalanced.(Item 5) The garage door should stay in place at any location in it's travel. It should not fly open or drop shut. An
unbalanced garage door can cause personal injury and can cause stress damage to the door system. Recommend professional repairs be completed by a qualified garage
door technician.
2.5 (Item 5)
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(4) Observation - There is evidence of vermin or rodent activity in the garage. Observed feces. (Item 6-8) It is not unusual to see some level of vermin in these spaces of many
homes. Vermin can do significant damage to wiring, insulation and building materials and can block critical ductwork such as dryer, stove and bathroom vents. Typical
suspects are rodents, birds and squirrels. Feces and carcasses can present a health hazard. It is recommended that you have all holes and entry points blocked or sealed.
Pest control operators and exterminators are the professionals that do this kind of work.
2.5 (Item 6)
2.5 (Item 7)
2.5 (Item 8)
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This inspection does not test for or report on the presence of MOLD or other indoor air quality issues or hazards.
GENERAL INTERIOR CONDITION / RATING:
Good (No significant concerns, functioning as designed) |
Ceiling construction materials:
Drywall, Sheet rock, Gypsum |
Wall constructuion material:
Gypsum board (typical) |
Floor Covering(s):
Multiple styles Carpet Ceramic or porcelain tile |
Window Types:
Vinyl or Plastic Double-hung Thermal/Insulated |
Interior Doors / types / styles:
Hollow core Raised panel |
Cabinetry:
Wood |
Countertop:
Granite |
3.0 |
CEILINGS
Comments and observations: Inspected |
3.1 |
WALLS
Comments and observations: Inspected |
3.2 |
FLOORS
Comments and observations: Inspected |
3.3 |
STEPS, STAIRWAYS, BALCONIES AND RAILINGS
Comments and observations: Inspected |
Safety - Attic pull-down stairs are damaged and the hinged portions is not secure and functioning properly may cause injury. (Item 1) It is recommended that this be
professionally corrected for safety.
3.3 (Item 1)
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3.4 |
COUNTERS AND A REPRESENTATIVE NUMBER OF CABINETS
Comments and observations: Inspected |
3.5 |
DOORS (REPRESENTATIVE NUMBER)
Comments and observations: Inspected |
Deficiency, Safety - The garage door is not fire or thermal rated and has no weather seal. (Item 1) This is typical for older homes but not permitted when doors are replaced or
in modern construction. Poorly designed garage doors can allow seepage of dangerous fumes, promote fire spread and decrease thermal efficiency of the home. Recommend
considering correcting for safety and efficiency.
The 2006 edition of the International Residential Code (IRC) states the following concerning doors that separate garages from living areas: R309.1 Opening Penetration - Openings from a private garage directly into a room used for sleeping purposes shall not be permitted. Other openings between the garage and the residence shall be equipped with solid wood doors not less than 1-3/8” (35 mm) in thickness, solid- or honeycomb-core steel doors not less than 1-3/8” (35 mm) thick, or 20-minute fire-rated doors. 3.5 (Item 1)
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3.6 |
WINDOWS (REPRESENTATIVE NUMBER)
Comments and observations: Inspected |
GENERAL STRUCTURAL CONDITION / RATING:
Good (No significant concerns, functioning as designed) |
Attic access:
Ceiling scuttle hole Pull Down stairs |
Method used to observe attic:
Walked |
Crawl space access point:
N/A slab foundation |
Method used to observe Crawlspace:
No crawlspace |
Is there significant structural faiulre/damage/distress was observed/suspected:
NO |
Was there evidence of Termits- Powder post beetles or wood destroying fungus- mold- mildew- spores:
NO |
Was there evidence of Harmful Moisture / Water Conditions at foundation/crawlspace:
No |
Was there evidence of Harmful Moisture Conditions in Attic:
No |
Crawlspace ventilation:
N/A slab foundation |
Foundation type:
Concrete slab |
Floor Structure:
Concrete slab on grade |
Wall Structure:
Conventional wood frame |
Columns or Piers:
N/A Concrete slab |
Ceiling Structure:
Bottoms of roof trusses (2"x4") |
Roof Structure:
Engineered wood trusses |
Roof-Type:
Gable |
4.0 |
FOUNDATIONS, SLABS AND CRAWLSPACES (Report signs of abnormal or harmful water penetration into the building or signs of abnormal or harmful condensation on building components. Fungus or wood destroying insects)
Comments and observations: Inspected |
4.1 |
VAPOR RETARDERS (Crawl pace)
Comments and observations: Not Present |
4.2 |
STRUCTURAL FRAMING walls, floors, ceilings (where visible)
Comments and observations: Inspected |
No structural framing distress or failure was visibly detected. |
4.3 |
STRUCTURAL MASONRY, COLUMNS, PIERS, CONCRETE SLAB
Comments and observations: Inspected |
4.4 |
ROOF STRUCTURE AND ATTIC
Comments and observations: Inspected |
4.5 |
CRAWL SPACE VENTILATION (if applicable)
Comments and observations: Not Present |
4.6 |
RETAINER WALLS
Comments and observations: Not Present |
GENERAL PLUMBING SYSTEM CONDITION / RATING:
Good (No significant concerns, functioning as designed) |
Water heater service life remaining:
80% - 100% (Very Good - No concerns) |
Probability of plumbing leaks:
Low Extra Info : Although cast iron/galanized drain pipes can cause issues |
Domestic Potable Water Source (not yard irrigation):
Public (municiple) |
Plumbing waste system:
City sewage |
Water Supply pipe (from street meter):
Not visible |
Water Distribution pipes (inside structure - visible areas only):
Copper |
Plumbing Waste / Drain pipe materials:
PVC (Polyvinyl Chloride) Galvanized (antiquated, Limited service life) Cast iron (antiquated) mixed drain pipes, Old and New materials |
Domestic hot water source:
Natural Gas storage tank (quicker recovery) |
Water Heater Capacity:
40 Gallon (1-2 people) |
Hot water temperature:
130-140 deg F. (High, Scald hazard) |
Gas piping on premises:
Natural Gas |
Main water shut off location:
Primary water valve is at the municipal water meter location at the roadside curb, left side of driveway |
Main fuel shut off:
At the gas meter , right side of structure behind bushes |
5.0 |
PLUMBING DRAIN, WASTE AND VENT SYSTEMS
Comments and observations: Inspected |
DISCLOSURE: This home contains antiquated style galvanized steel and/or cast iron drains which is typical for the age of construction. (Item 1-3) However, as these
pipes age, they have a tendency to constrict, drain slowly and back-up do to internal rusting and corrosion. These pipes also corrode from the inside-out. They can look good
from the exterior but may have internal damage. Vertical cast iron waste pipes are that are concealed inside the walls are subject to stress cracks and may leak internally
with no detection. Most pipes are hidden inside the walls or floors and can cause water damages that can go unnoticed for a long time. These older style pipes have a high
probability of failure. Pipes that are inside the walls or buried in the earth, underneath vapor barrier, behind insulation can not be inspected. An internal video scope inspection
or pressure testing is beyond the scope of a home inspection but can be completed by a plumber to determine the pipes internal condition. Some pipes can be reamed out a
few times to restore adequate drainage but this is temporary and eventually the pipes will have to be replaced. These type of drains have a limited service life of approx 30 - 50
years. Leaks, failure and the need for replacement is inevitable and costly so this should be considered when buying a house. Replacing these type pipes in homes that are
built on concrete slabs can be very expensive because it involved removal of flooring and concrete. Home with crawlspaces are usually accessible and much easier to replace.
This home is on a slab If you are concerned about these pipes you should have them further evaluated and cost estimates obtained from a licensed, qualified plumber.
5.0 (Item 1)
5.0 (Item 2)
5.0 (Item 3)
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5.1 |
PLUMBING WATER SUPPLY AND DISTRIBUTION SYSTEMS AND FIXTURES
Comments and observations: Inspected |
(1) Defect - Backflow preventer device is either inoperable or missing from hose bib. (Item 1-3) Backflow preventers are required to prevent bacterial cross connect and
contamination of municipal water supplies. Recommend professional corrections be completed by a qualified plumbing contractor.
5.1 (Item 1)
5.1 (Item 2)
5.1 (Item 3)
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(2) Defect - The shut off handles at the kitchen sink supply lines are damaged or missing.(Item 4) Recommend repair by a qualified plumber.
5.1 (Item 4)
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(3) Defect - The water pressure at the kitchen sink faucet is poor and unsatisfactory. (Item 5) Water pressure at the remaining fixtures is strong and satisfactory demonstrating
the home overall does NOT have a water pressure issue. This faucet did not appear to have an easily removable aerator. A cause for weak or poor pressure can vary from
simple to complex. The repair could also be simple to complex. Recommend evaluation and repair by a qualified plumber.
5.1 (Item 5)
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(4) Disclosure - This home contains a private well pump for yard water.(Item 6-8) This is an accessory system that provides non-potable water and is not part of the homes
domestic plumbing. Private well pumps and irrigation systems are beyond the scope and standards of practice of a normal home inspection and are not included in this
inspection. If this system is important to you, It is recommend that you seek further information and demonstration of this system from the current owner or a yard irrigation
specialist.
5.1 (Item 6)
5.1 (Item 7)
5.1 (Item 8)
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(5) Defect - Observed an active drain pipe leak near the kitchen sink disposal drain pipe. (Item 9-10) The leak did not show itself until running water for a while. Recommend
professional repairs be completed by a qualified plumbing contractor.
5.1 (Item 9)
5.1 (Item 10)
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(6) Defect - Both shower faucet handles are improperly installed. (Item 11-12) The "hot side" only provide lukewarm water; while the cold side ranges from scalding hot to hot.
The handle fixture in the hall bath is missing a covering fitting. Recommend evaluation and repair by qualified plumber.
5.1 (Item 11)
5.1 (Item 12)
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5.2 |
HOT WATER SYSTEMS
Comments and observations: Inspected |
(1) Safety - Hot water temperature is above 130 Deg. F and could be a scald hazard. (Item 1-2) This may indicate a defect in the water heater or the thermostat needs to be
turned down to a safe level. Recommend further evaluation, repairs or adjustment be made as needed by a qualified plumbing contractor.
5.2 (Item 1)
5.2 (Item 2)
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(2) Safety - Gas equipment in garage is not protected by a collision barrier known as a bollard. (Item 3) Bollards are required by most municipal building and fire safety codes
since the 1980's. It is recommended that a bollard be installed for safety.
5.2 (Item 3)
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(3) SAFETY - Open flame combustion chamber has less than 18" clearance from the floor surface. (Item 4) Combustible liquids, gases and fumes can come in contact with open
flame and result in serious injury, fire or death. This has been a building requirement since the early 1980's. Recommend you consider having this corrected for safety. In the
mean time, do not store any flammable liquids or containers in garage. This includes gas power yard equipment and automobiles.
5.2 (Item 4)
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(4) Deficiency - Although copper gas tubing may be allowed by code, it is potentially more susceptible to damage in an open work areas like a garage.(Item 5) Recommend
black iron gas piping and/or other approved gas piping that can provide proper protection in a work environment.
5.2 (Item 5)
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(5) General safety information about hot water temperatures - Hot water systems can be a scald hazard and a source of disease. Water temperatures higher than 130 deg
F. can be a scald hazard. Water temperatures less than 120 deg. F. is considered ideal for the growth of harmful bacteria inside the tank–such as Legionella. Monitor your
hot water temperatures for safety.
Information sources: http://EPA/Legionella: Drinking Water Health Advisory |
5.3 |
FUEL STORAGE AND DISTRIBUTION SYSTEMS (Interior fuel storage, piping, venting, supports, leaks)
Comments and observations: Inspected |
5.4 |
MAIN FUEL SHUT OFF (Describe Location)
Comments and observations: Inspected |
FYI - The main fuel shut off is at the gas meter. |
5.5 |
SUMP PUMP, LIFT PUMPS, GRINDERS
Comments and observations: Not Present |
The Inspectors shall describe: 1. amperage rating of the service. 2. location of main disconnect(s) and subpanels. 3. Thee presence or absence of smoke alarms and carbon monoxide alarms. 4. the predominant branch circuit wiring method.
The inspector is NOT required to inspect: 1. remote control devices. 2. or test smoke and carbon monoxide alarms, security systems , and other signaling and warning devices. 3. low voltage wiring systems and components. 4. Ancillary wiring systems and components not a part of the primary electrical power distribution system. 5. Solar, geothermal, wind, and other renewable energy systems. B. measure amperage, voltage, and impedance. C. Determine the age and type of smoke alarms and carbon monoxide alarms.
GENERAL ELECTRICAL CONDITION / RATING:
Good (No significant concerns, functioning as designed) |
Electrical inspection limitations:
None, Inspected in accordance with ASHI standards of practice. |
Electrical Service Cable (from utility pole or transformer):
Overhead service Copper 220 volts 2/0 cable |
Location of MAIN electric service panel(s):
garage |
Electric service and panel(s):
125 AMP Main breaker Circuit breakers |
Branch circuit wiring/distribution for 15 and 20 AMP lighting and outlets:
Solid Copper Romex - NM plastic (normal - typical) Grounded (3 prong outlets) |
SMOKE DETECTORS:
Yes |
CARBON MONOXIDE DETECTORS:
No CO detectors installed |
6.0 |
SERVICE ENTRANCE CONDUCTORS
Comments and observations: Inspected |
(1) Safety information - This home has on older style overhead electric service feed wire which is typical for the age. (Item 1) Use extreme caution when working with large
trucks, ladders and equipment.
6.0 (Item 1)
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(2) Defect - The service cable brackets that secure the cable to the structure and the meter housing are loose and NOT securely attached to the home. (Item 2-3) Damage or
injury could result. Recommend professional electrical repairs.
6.0 (Item 2)
6.0 (Item 3)
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6.1 |
SERVICE AND GROUNDING EQUIPMENT, MAIN OVERCURRENT DEVICE, MAIN AND DISTRIBUTION PANELS
Comments and observations: Inspected |
(1) Defect, Safety - The electric ground rod electrode for the main service panel is missing or could not be located. (Item 1-2) The ground rod is typically located near the
electric meter and is buried at least 8' into the earth. Newer construction and service upgrades require 2 ground rods. The purpose of the ground rod is to safely divert rouge
electric currents into the earth. Recommend further evaluation and correction as needed and be completed by a qualified electrician.
6.1 (Item 1)
6.1 (Item 2)
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(2) Deficiency, Safety - There are one or more electric panel cover screws missing at the main panel. (Item 3) All screws should be installed and tightened as designed.
6.1 (Item 3)
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(3) Defect - The bonding wire is not attached to its connector on the cold water pipe of the water heater. (Item 4) Recommend reinstallation of wire.
6.1 (Item 4)
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(4) Defect - A service wire appears to have minor fraying of the wire covering. (Item 5) Recommend evaluation and possible repair by qualified electrician.
6.1 (Item 5)
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6.2 |
BRANCH CIRCUIT CONDUCTORS, OVERCURRENT DEVICES AND COMPATIBILITY OF THEIR AMPERAGE AND VOLTAGE
Comments and observations: Inspected |
6.3 |
CONNECTED DEVICES AND FIXTURES (Observed from a representative number operation of ceiling fans, lighting fixtures, switches and receptacles located inside the house, garage, and on the dwelling's exterior walls)
Comments and observations: Inspected |
(1) Defect -Safety, Poor workmanship - Loose and unsecured conduit (the AC supply power wiring) (Item 1-2) Unsecured wiring can cause strain at connections and can be a
shock/electrocution hazard to personnel. All improper wiring should corrected using approved methods and done by qualified electricians.
6.3 (Item 1)
6.3 (Item 2)
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(2) Observation - Light fixture didn't respond to testing. (Item 3-4) Although it is often the case that the bulbs are simply burned out and need replacing, occasionally the light
fixture is not operating. Recommend further evaluation and any repairs necessary.
6.3 (Item 3)
6.3 (Item 4)
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(3) SAFETY - There are one or more switch/outlet covers missing from electrical outlets in the garage.(Item 5) Covers reduce the risk of fire and shock. Install all outlet and
switch covers where needed.
6.3 (Item 5)
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(4) Safety - Observed some exposed wiring in attic which is susceptible to damage. Wiring must be covered for safety or inside a conduit.
6.3 (Item 6)
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6.4 |
POLARITY AND GROUNDING OF ELECTRIC RECEPTACLES
Comments and observations: Inspected |
(1) Defect, Safety - Reversed wiring was detected at the several kitchen outlets. (Item 1-4) Reversed wiring refers to a condition where the "Hot and Neutral" (black and white)
wires are reversed on the outlet terminals or somewhere else in the circuit. While the outlet will still function normally it presents a shock / electrocution hazard under certain
conditions. The reversed wiring will also prevent any GFCI's installed in the future from working properly. This is also evidence that the home's wiring was worked on by
someone who was not qualified. This is a relatively simple and inexpensive condition to correct but should be done by a qualified electrician.
6.4 (Item 1)
6.4 (Item 2)
6.4 (Item 3)
6.4 (Item 4)
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(2) DANGER - This home contains non-grounded, non-GFCI receptacles in the garage (all outlets). (Item 5-8) Older homes with non-grounded wiring systems should at least have
GFCI's installed in all "wet area" outlets. This is an acceptable alternative to making these non-grounded outlets safe and reducing the risk of electrocution. Have further
evaluated and upgraded for safety by a qualified, licensed electrician.
6.4 (Item 5)
6.4 (Item 6)
6.4 (Item 7)
6.4 (Item 8)
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6.5 |
OPERATION OF GFCI (GROUND FAULT CIRCUIT INTERRUPTERS)
Comments and observations: Inspected |
(1) No Ground Fault Circuit Interrupts in kitchen , SAFETY - This home was built before GFCI outlets where required in kitchens. (Item 1) However, the kitchen has been fully
remodeled and therefore is now required. They are now required in kitchens in new construction because kitchens are considered a "wet area" shock hazard. GFCI's protect
against shocks and electrocution. It is recommend that you consider upgrading to kitchen GFCI outlets for safety. These can be installed where needed by an electrician.
GFCI's save lives!.
6.5 (Item 1)
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(2) Defect, Safety - GFCI outlets fail to trip when tested in the hall bath.(Item 2) The outlet is also wired wrongly and is was very difficult to insert the tester into the outlet. (Item
3) Recommend evaluation and replacement by qualified electrician. Have repaired for safety. GFCI's save lives!
6.5 (Item 2)
6.5 (Item 3)
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6.6 |
OPERATION OF AFCI (ARCH FAULT CIRCUIT INTERRUPTERS)
Comments and observations: Inspected |
Information/Disclosure - Non Arch Fault Circuit Interrupts , SAFETY - This home was built before AFCI technology and therefore is missing some or all AFCI protection in
bedrooms. AFCI's protect against shorts, sparking and fires.. Recommend consider upgrading to AFCI protection.
“Older homes are statistically more vulnerable to electrical fires. Extra protection for older homes is provided by the gradual replacement, over time, of non-AFCI-protected receptacles with new AFCI-protected ones.” The NEC AFCI's prevent fires. Click here for more information on AFCI's |
6.7 |
SMOKE and CARBON MONOXIDE DETECTORS
Comments and observations: Inspected |
Safety advisory - Install modern smoke and Carbon monoxide detectors where needed for and test monthly. Older detectors should be updated. Change the batteries
annually. These devices save lives. Read more about smoke detectors at US consumer safety products commission. and at National Fire Protection Association.
The two most commonly recognized smoke detection technologies are ionization smoke detection and photoelectric smoke detection. Ionization smoke detection is generally more responsive to flaming fires. How they work: Ionization-type smoke alarms have a small amount of radioactive material between two electrically charged plates, which ionizes the air and causes current to flow between the plates. When smoke enters the chamber, it disrupts the flow of ions, thus reducing the flow of current and activating the alarm. Photoelectric smoke detection is generally more responsive to fires that begin with a long period of smoldering (called “smoldering fires”). |
AC - The inspector shall: A. open readily openable access panels. B. inspect: 1. central and permanently installed cooling equipment. 2. distribution systems. C. describe: 1. energy source(s). 2. cooling systems.9.2 The inspector is NOT required to: A. inspect electric air cleaning and sanitizing devices. B. determine cooling supply adequacy and distribution balance. C. inspect cooling units that are not permanently installed or that are installed in windows. D. inspect cooling systems using ground-source, water-source, solar, and renewable energy technologies.
FIREPLACES AND FUEL-BURNING APPLIANCES - The inspector shall: A. inspect: 1. fuel-burning fireplaces, stoves, and fireplace inserts. 2. fuel-burning accessories installed in fireplaces. 3. chimneys and vent systems.B. describe systems and components listed in 12.1.A.1 and .2. The inspector is NOT required to: A. inspect: 1. interiors of vent systems, flues, and chimneys that are not readily accessible. 2. fire screens and doors. 3. seals and gaskets. 4. automatic fuel feed devices. 5. mantles and fireplace surrounds. 6. combustion air components and to determine their adequacy. 7. heat distribution assists (gravity fed and fan assisted). 8. fuel-burning fireplaces and appliances located outside the inspected structures. B. determine draft characteristics. C. move fireplace inserts and stoves or firebox contents.
GENERAL HEAT SYSTEM CONDITION / RATING:
Good (No significant concerns, functioning as designed) |
HEAT SYSTEM - SERVICE LIFE REMAINING::
50% - 80% (Good - No concerns outside of normal maintenance) |
Heat Type:
Natural Gas, Forced air furnace |
Heat system(s) performance:
Satisfactory |
Heat system(s) capacity:
Satisfactory |
Heat System Energy Source:
Natural gas |
Number of Central Heat Systems:
One |
GENERAL AC/ HP SYSTEM CONDITION / RATING:
Good (No significant concerns, functioning as designed) |
HEAT PUMP / AC - SERVICE LIFE REMAINING::
50% - 80% (Good - No concerns outside of normal maintenance) |
Cooling Equipment Type:
Traditional central AC, split system |
AC/Heat Pump system(s) performance:
Satisfactory |
AC/Heat Pump system(s) capacity:
Satisfactory |
Number of Central AC / HP systems:
One |
Number of conditioned zones in the house/building:
1 |
Ductwork:
Combination insulated flex duct Insulated Metal |
Filter Type:
Disposable |
Types of Fireplaces:
None |
Number of operable fireplaces:
None |
7.0 |
HEATING, FURNACE EQUIPMENT
Comments and observations: Inspected |
Furnace Heat equipment performance - The temperature rise test was
performed by taking temperature readings of the heat supply and return air to
determine if it is functioning correctly. The temperature rise reading is 38
degrees and indicates the unit is functioning correctly. (Item 1-2)
7.0 (Item 1)
7.0 (Item 2)
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7.1 |
PRESENCE OF INSTALLED HEAT SOURCE IN EACH ROOM
Comments and observations: Inspected |
7.2 |
AC COOLING, HEAT PUMP AND AIR HANDLER EQUIPMENT
Comments and observations: Inspected |
(1) Defect - Observed possible miss-match - The exterior condenser coil appears to be have a 2.5 ton capacity(Item 2) while the indoor evaporator coil appears to be a 2
ton capacity.(Item 1) Normal HVAC practice does allow the indoor evaporator coil to be larger than the outside condenser coil. However, the indoor coil should not be
smaller than the outdoor unit. This appears to be a miss-match. A miss-matched system will still heat or cool with some effectiveness but may have reduced efficiency and
shortened service life. Recommend evaluation by a qualified HVAC contactor
7.2 (Item 1)
7.2 (Item 2)
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(2) AC Equipment performance - The ambient air test was performed by using thermometers on the air handler of Air conditioner to determine if the difference in temperatures of
the supply and return air are between 14 degrees and 22 degrees which indicates that the unit is cooling as intended. The supply air temperature on your system read 57.7
degrees, (Item 4) and the return air temperature was 73.2 degrees.(Item 3) This indicates an 15.5 degree difference and indicates satisfactory performance and the system is
functioning as designed.
7.2 (Item 3)
7.2 (Item 4)
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7.3 |
PRESENCE OF INSTALLED AC/HP SOURCE AIR IN EACH ROOM
Comments and observations: Inspected |
7.4 |
NORMAL OPERATING CONTROLS
Comments and observations: Inspected |
7.5 |
DISTRIBUTION SYSTEMS (including fans, pumps, ducts and piping, with supports, insulation, air filters, registers, radiators, fan coil units and convectors)
Comments and observations: Inspected |
Defect - The newer ducts are missing insulation at some of the boots. (Item 1-2) This can cause condensation and water damage in the attic area. Recommend insulating all
the exposed ductwork.
7.5 (Item 1)
7.5 (Item 2)
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7.6 |
CHIMNEYS, FLUES AND VENTS (for fireplaces, water heaters or heat systems)
Comments and observations: Inspected |
(1) Defect, safety - The ceiling fire stop plate or collar is missing from the furnace(Item 2) and water heater flue pipe.(Item 1) Fire stop plates are required to retard flame
spread in the event of a fire. Recommend professional repairs be completed by an HVAC contractor.
7.6 (Item 1)
7.6 (Item 2)
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(2) Defect, Safety - The flue pipes at the furnace and the water heater are single wall which get extremely hot and can be a burn or fire hazard. (Item 3-4) Single wall flue pipes
can also impede drafting in newer equipment that is higher efficiency and has lower draft temperatures. Single wall pipes are commonly found in older homes but they
should replaced with double wall "B" vent pipes when equipment is replaced or upgraded. It is recommend that this be professionally repaired by a qualified mechanical /
HVAC contractor.
7.6 (Item 3)
7.6 (Item 4)
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7.7 |
SOLID FUEL HEATING DEVICES (Fireplaces, Woodstove)
Comments and observations: Not Present |
7.8 |
GAS/LP FIRELOGS AND FIREPLACES
Comments and observations: Not Present |
GENERAL INSULATION CONDITION / RATING:
Fair ( Functional, some concerns, amateur work, maintenance/repairs needed, aging, worn.) |
Attic insulation:
Typical for age Loose or blown in mineral wool poor |
Wall insulation:
concealed, not visible, not inspected |
Floor System Insulation:
N/A slab construction |
Bathroom steam vents:
Window |
Dryer Power Source:
220 Electric |
Dryer duct (built in):
Metal |
8.0 |
INSULATION IN ATTIC / CEILING
Comments and observations: Inspected |
Attic insulation thickness is marginal or substandard but may have met typical requirements for the age of construction or it could have settled or become packed down
with storage. (Item 1) Portions of the insulation are also missing due to movement/repairs. (Item 2-4) It does not meet the current standards or R factor of 38 which is
recommended by the Department of Energy. The attic or ceilings is where you'll loose (or gain) the most amount of heat transfer. Consideration should be given to upgrading. It
is cost effective and will increase the thermal efficiency of your home.
Visit these links and learn more about your homes insulation: See US Dept of Energy insulation consumer guide | See Insulation fact Sheet. | See Insulation calculator and estimators | Dept of Energy insulation zone map 8.0 (Item 1)
8.0 (Item 2)
8.0 (Item 3)
8.0 (Item 4)
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8.1 |
WALL INSULATION (if visible)
Comments and observations: Inspected |
8.2 |
INSULATION UNDER FLOOR SYSTEM
Comments and observations: Not Present |
8.3 |
VENTING SYSTEMS (Kitchens, baths and laundry)
Comments and observations: Inspected |
SAFETY ADVISORY- Dryer ducts should be cleaned and inspected annually for proper performance. Dryer ducts are susceptible to clogging and blockage due to lint and
moisture build up. Restricted dryer vents will not only reduce drying efficiency, but worse they can overheat and cause fires.
If your dryer used a vinyl or foil flex duct connector you should dispose of it and replace with flexible aluminum duct. Aluminum duct is the most efficient type, safest type to reduce fire hazards and the only type recommended by dryer manufactures and by most municipal building codes. Dryer vent installation guidelines See more about dryer duct safety here. |
GENERAL APPLIANCE CONDITION / RATING:
Good (No significant concerns, functioning as designed) |
GARBAGE DISPOSAL:
Functional Good condition |
DISHWASHER:
Functional Good condition |
RANGE/OVEN/STOVE/COOK TOP:
Functional Good condition |
MICROWAVE OVEN (built in):
None installed |
STOVE EXHAUST / RANGE HOOD:
Functional Good condition |
9.0 |
DISHWASHER
Comments and observations: Inspected |
Cross connect condition - Improper workmanship. No back-flow prevention at kitchen sink drain or disposal unit to dishwasher. (Item 1-2) Contaminated waste water can
come into contact with freshwater fill valve inside dishwasher.
The proper method of preventing backflow to a dishwasher when attached to a disposal is to arrange the dishwasher line in a high loop under the cabinet. The dishwasher drain line is to be run up under the cabinet as high as possible, then drop back down to a point below the disposal and back up to the disposal inlet port. The High loop then functions as an anti-siphon method of back flow prevention. 9.0 (Item 1)
9.0 (Item 2)
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9.1 |
RANGES/OVENS/COOKTOPS
Comments and observations: Inspected |
9.2 |
RANGE HOOD
Comments and observations: Inspected |
9.3 |
GARBAGE DISPOSAL UNIT
Comments and observations: Inspected |
(1) Safety - The food disposer wiring is missing a romex connector (anti-strain device),(Item1-2) wires are exposed which poses a shock/electrocution hazard. Recommend
repairs be completed by an electrician.
9.3 (Item 1)
9.3 (Item 2)
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(2) Safety - Exposed Romex wiring used at garbage disposal. (Item 3) Solid conductor wiring must be enclosed in protective conduit, Or flexible cord designed for this purpose
can be used. Exposed Romex can break and cause shock or electrocution. Recommend repairing for safety. Work should be completed by an electrician.
9.3 (Item 3)
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9.4 |
MICROWAVE COOKING EQUIPMENT
Comments and observations: Not Present |