Nelson Home Inspection
Website: http://www.reporthost.com/nelson
Email: the.doric.order@gmail.com
Phone: (425) 449-6697
13110 NE 177th Place # 133
Woodinville, WA 98072-5740
Inspector: Thomas Nelson
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Property Inspection Report |
| Client(s): |
Sample Report |
| Property address: |
456 Main St. Anytown, WA 98036 |
| Inspection date: |
7/20/2010 |
This report published on Tuesday, September 21, 2010 12:01:27 PM PDT
View summary page
This report is the exclusive property of this inspection company and the client(s) listed in the report title. Use of this report by any unauthorized person is prohibited.
For information on follow up inspections, please see the bottom section of this report.
This inspection complies with the Standards of Practice of Washington Administrative Code (308-408, Standards of Practice). This report is intended to identify major defects within a structure that significantly affect its habitability, although minor defects may be noted in the report. Cosmetic items such as damaged molding, trim, doors, cabinets, interior paint or carpet are generally excluded from this report.
Home inspections by nature focus on defects and may seem negative in tone. Some features of this property may be in excellent condition and of high quality but have not been mentioned, or deemed adequate in the report. This does not mean to downplay the property’s assets, but to focus on alerting you to potentially expensive problems. Bear in mind that all homes, regardless of their age, have some number of defects.
Areas of the property that are excluded due to lack of access are vulnerable due to infestation to wood destroying insects and organisms.
How to Read this Report
This report is organized by the property's functional areas. Within each functional area, descriptive information is listed first and is shown in bold type. Items of concern follow descriptive information.
Concerns are shown and sorted according to these types: | Safety | Poses a risk of injury or death |
 | Major Defect | Correction likely involves a significant expense |
 | Repair/Replace | Recommend repairing or replacing |
 | Repair/Maintain | Recommend repair and/or maintenance |
 | Minor Defect | Correction likely involves only a minor expense |
 | Maintain | Recommend ongoing maintenance |
 | Evaluate | Recommend evaluation by a specialist |
 | Monitor | Recommend monitoring in the future |
 | Comment | For your information |
Click here for a glossary of building construction terms.
Contact your inspector if there are terms that you do not understand, or visit the glossary of construction terms at http://www.reporthost.com/glossary.asp
Report number: 2010715-01
Inspector's name: Tom Nelson
Structures inspected: House
Type of building: Single family
Age of building: 50 Years
Time started: 2:00
Time finished: 5:00
Inspection Fee: 0
Present during inspection: Tenant(s)
Occupied: Yes
Weather conditions: Clear
Temperature: Warm
Ground condition: Dry
Front of structure faces: South
Main entrance faces: South
Foundation type: Crawlspace
The following items are excluded from this inspection: Playground equipment, Low voltage outdoor lighting
1)

This property has one or more fuel burning appliances, and no carbon monoxide alarms are visible. This is a safety hazard. Recommend installing one or more carbon monoxide alarms as necessary and as per the manufacturer's instructions. For more information, visit http://www.cpsc.gov/CPSCPUB/PREREL/prhtml05/05017.html
2)

Structures built prior to 1979 may contain lead-based paint and/or asbestos in various building materials such as insulation, siding, and/or floor and ceiling tiles. Both lead and asbestos are known health hazards. Evaluating for the presence of lead and/or asbestos is not included in this inspection. The client(s) should consult with specialists as necessary, such as industrial hygienists, professional labs and/or abatement contractors for this type of evaluation. For information on lead, asbestos and other hazardous materials in homes, visit these websites:
The Environmental Protection Association (http://www.epa.gov)
The Consumer Products Safety Commission (http://www.cpsc.gov)
The Center for Disease Control (http://www.cdc.gov)
3)

Evidence of one or more possible abandoned underground oil tanks was found (vent pipe, metal supply lines, etc.). The client(s) should determine if underground oil tank(s) exist on this property, and if tank(s) have been removed or legally decommissioned.
If the tank(s) haven't been decommissioned or removed, then the client(s) may be liable for decommission and/or cleanup of contaminated soil in the future. Recommend the following:
Have any non-decommissioned, abandoned underground oil tanks legally decommissioned or removed as necessary.
Have the soil tested for oil contamination.
Have contaminated soil removed as necessary
4)
Some wall, floor and/or ceiling surfaces were obscured by furniture and/or stored items. Some areas couldn't be evaluated.
Footing material: Poured in place concrete
Foundation material: Poured in place concrete
Apparent wall structure: Wood frame
Wall covering: Wood clapboard
Driveway material: Poured in place concrete aggregate
Sidewalk material: Poured in place concrete
Exterior door material: Solid core wood
5)


One or more trip hazards were found in the driveway due to cracks, settlement and/or heaving. Recommend having a qualified contractor evaluate and repair or replace driveway sections as necessary to eliminate trip hazards.

Photo 1
Crack in walkway could be a trip hazard.
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6)

One or more outside faucets are missing backflow prevention devices. These devices reduce the likelihood of polluted or contaminated water entering the potable water supply. This condition can occur when an outside faucet is left in the "on" position with a hose connected and the sprayer head turned off. When pressure in the system fluctuates, water can be drawn back into the water supply pipes from the house. If a chemical sprayer is being used with the hose, those chemicals can enter the water supply pipes.
Recommend installing backflow prevention devices on all exterior hose bibs where missing. They are available at most home improvement stores and are easily installed. For more information, visit:
http://edis.ifas.ufl.edu/AE113
7)

One or more outside faucets appeared to be inoperable. No water came out of the faucet(s) when turned on. This may be due to a (winterizing) shut-off valve being turned off. As per the NACHI and ASHI Standards of Practice, the inspector did not attempt to turn on or off any water supply shut-off valves. Recommend that the client(s) ask the seller about outside faucets with no water, and/or have a qualified plumber evaluate and repair faucet(s) as necessary.
8)
Soffits at one or more cantilever or overhang sections are unvented. This can result in moisture accumulation in floor cavities and rot. A qualified contractor should install screened vents in soffits where missing and as per standard building practices.
9)

One or more moderate cracks (1/8 inch to 3/4 inch) were found in the foundation. These may be a structural concern, or an indication that settlement is ongoing. The client(s) should consider hiring qualified contractors and/or engineers as necessary for further evaluation. Such contractors may include:
Foundation repair contractors who may prescribe repairs, and will give cost estimates for prescribed repairs
Masonry contractors who repair and/or replace brick veneer
Geotechnical engineers who attempt to determine if settlement is ongoing, and what the cause of the settlement is
Structural engineers who determine if repairs are necessary, and prescribe those repairs
At a minimum, recommend sealing cracks to prevent water infiltration. Numerous products exist to seal such cracks including:
Hydraulic cement. Requires chiseling a channel in the crack to apply.
Resilient caulks (easy to apply).
Epoxy sealants (both a waterproof and structural repair).

Photo 2
Crack in the foundation is over 1/4" and may be active. Recommend having a qualified foundation expert evaluate.
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10)

One or more moderate cracks (1/8 inch to 3/4 inch) were found in the foundation in the crawlspace. These may be a structural concern, or an indication that settlement is ongoing. The client(s) should consider hiring qualified contractors and/or engineers as necessary for further evaluation. Such contractors may include:
Foundation repair contractors who may prescribe repairs, and will give cost estimates for prescribed repairs
Masonry contractors who repair and/or replace brick veneer
Geotechnical engineers who attempt to determine if settlement is ongoing, and what the cause of the settlement is
Structural engineers who determine if repairs are necessary, and prescribe those repairs
At a minimum, recommend sealing cracks to prevent water infiltration. Numerous products exist to seal such cracks including:
Hydraulic cement. Requires chiseling a channel in the crack to apply.
Resilient caulks (easy to apply).
Epoxy sealants (both a waterproof and structural repair).

Photo 13
A small crack in the foundation has allowed moisture to penetrate. The white is likely effloressence, which is lime that was brought through with the water.
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Photo 14
More effloressence. Can be caused when groundwater doesn't sufficiently drain away.
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Photo 15
Another crack, maybe not over 1/4" but worth monitoring.
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11)
Vegetation such as trees, shrubs and/or vines are in contact with or less than one foot from the structure's exterior. Vegetation can serve as a conduit for wood destroying insects and may retain moisture against the exterior after it rains. Vegetation should be pruned and/or removed as necessary to maintain a one foot clearance between it and the structure's exterior.

Photo 3
Some of the landscaping plants come within 1' of the house or are in contact with it. This can be condusive to pests that can destroy wood. Recommend cutting back one foot away.
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Roof inspection method: Traversed
Roof type: Gable
Roof covering: Asphalt or fiberglass composition shingles
Estimated age of roof: 15 + years
Gutter & downspout material: Aluminum
Roof ventilation: Inadequate
12)

The roof surface material appears to be near the end of its service life and will likely need replacing in the near future, even with repairs. The client(s) should budget for a replacement roof surface, and may want to have a qualified roofing contractor evaluate and attempt to issue a "5 year roof certificate".
13)

Counterflashing is missing at the base of one or more chimneys. Leaks may occur as a result. A qualified roofing or chimney service contractor should evaluate and repair as necessary.

Photo 5
The flashing at the chimney should be over the shingles instead of under them.
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14)

One or more composition shingles are damaged, deteriorated and/or missing, and should be replaced. Leaks may occur as a result. A qualified roofing contractor should evaluate and make repairs as necessary.

Photo 4
Missing a shingle.
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15)

Roofing nails in one or more areas have loosened or backed out. Leaks may occur as a result. A qualified roofing contractor should evaluate and make repairs as necessary, such as reseating nails and applying sealant.

Photo 7
One or more nail heads were visible through the shingles.
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16)

One or more chimneys are wider than two feet and no cricket is installed. A cricket is a small peaked saddle on top of the basic roof and behind the chimney that sheds water off to the sides. Debris such as leaves, needles, moss, etc. is likely to accumulate above the chimney because of the wide chimney. Leaks may occur as a result. The client(s) should monitor this area for accumulated debris in the future. If debris is found to accumulate above the chimney, then a qualified contractor should install a cricket.

Photo 6
Some of the masonry blocks used in the chimney are beginning to show signs of "sloughing" or flaking and breaking away.
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17)
Lead flashing at one or more plumbing vent pipes is improperly installed. For example, shorter than the vent pipe, not bent over the edge of the vent pipe, etc. Properly installed, the flashing should extend up and over the top edge of the pipe, and be bent down into the pipe. Otherwise, rain water may flow between the pipe and the flashing, resulting in leaks. A qualified roofing contractor should make repairs as necessary so flashings are installed as per standard building practices.

Photo 8
The lead wrap around the vent stack should come over the top over the top of the pipe to prevent water intrusion.
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18)


One or more wall and/or ceiling surfaces between the attached garage and interior living spaces have gaps, holes, or missing or inadequate surface materials. These surfaces are intended to prevent vehicle fumes from entering living spaces, and to slow the spread of fire from the garage to living spaces. A qualified contractor should evaluate and make repairs as necessary so the attached garage wall and ceiling surfaces that adjoin living spaces are tightly sealed and fire rated as per standard building practices. Typically these surfaces require a one-hour fire rating.

Photo 11
The unsealed attic access doesn't provide a fire stop between the garage and the living space. Potential fire hazard. Recommend a contractor evaluate.
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19)


The auto-reverse mechanism on the vehicle door opener is inoperable or requires too much force to activate. This is a safety hazard, especially for small children. A qualified contractor should evaluate and repair as necessary. For more information on garage door safety issues, visit:
http://www.cpsc.gov/cpscpub/pubs/523.html
http://www.ohdstl.com/safety.html
20)


One or more open ground, three-pronged grounding type receptacles were found. This is a safety hazard due to the risk of shock. A qualified electrician should evaluate and make repairs as necessary.
Grounding type receptacles were first required in residential structures during the 1960s. Based on the age of this structure and/or the absence of 2-pronged receptacles, repairs should be made by correcting wiring circuits as necessary so all receptacles are grounded as per standard building practices. Replacement of three-pronged receptacles with 2-pronged receptacles is not an acceptable solution.
21)

Cover plate(s) are missing from one or more electric boxes, such as for receptacles, switches and/or junction boxes (at j-box next to garage door opener motor unit). They are intended to contain fire and prevent electric shock from exposed wires. This is a safety hazard due to the risk of fire and shock. Cover plates should be installed where missing.
22)

One or more electric receptacles appear to have no power. Recommend asking the property owner(s) about this. Switches may need to be operated to make some receptacles energized. If necessary, a qualified electrician should evaluate and make repairs as necessary.

Photo 9
No power at the outlet above workspace in garage.
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Inspection method: Partially traversed
Roof structure type: Rafters
Ceiling structure: Ceiling beams
Insulation material: Fiberglass loose fill
Insulation depth: +/- 6 inches
23)

Ventilation is substandard in the attic. Inadequate attic ventilation may result in high attic and roof surface temperatures, reduce the life of the roof covering materials and increase cooling costs. High levels of moisture are also likely, and can be a conducive condition for wood destroying insects and organisms. Standard building practices require one square foot of vent area for 150 to 200 square feet of attic space. Vents should be evenly distributed between soffits, ridges and at corners to promote air circulation. A qualified contractor should evaluate and install vents as per standard building practices.
24)

Stains were visible on the roof structure in one or more areas. These areas were dry at the time of the inspection. The stains may be caused by a past leak. Recommend asking the property owner(s) about past leaks. The client(s) should monitor these areas in the future, especially after heavy rains, to determine if active leaks exist. If leaks are found, a qualified roofing contractor should evaluate and repair as necessary.

Photo 12
Without soffit vents there is not enough attic ventilation and moisture can collect on the surfaces and cause rot. Recommend contractor evaluation.
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Primary service type: Overhead
Primary service overload protection type: Circuit breakers
Service amperage (amps): 125
Service voltage (volts): 120/240
Location of main service switch: Garage
Location of sub panels: Next to service panel
Location of main disconnect: No single main disconnect, use all breakers in main service panel
Service entrance conductor material: Aluminum
System ground: couldn't asses
Main disconnect rating (amps): Not applicable, no single main disconnect
Branch circuit wiring type: Copper
Solid strand aluminum branch circuit wiring present: No
Smoke detectors present: Yes
25)


Inadequate working space exists for the main service panel. Standard building practices require the following clearances:
An area 30 inches wide by 3 feet deep exists in front of the panel
The panel is at least 5 1/2 feet above the floor
There is at least 6 feet 6 inches of headroom in front of the panel
The wall below the panel is clear to the floor
A qualified contractor and/or electrician should evaluate and make modifications as necessary.
26)


The electric service is configured so that too many hand movements are necessary to turn off all power for the service. Standard building practices require there to be six or fewer switches and six or fewer hand movements necessary to turn off all power for an electric service. This may be a safety hazard during an emergency when the power needs to be turned off quickly. A qualified electrician should evaluate and make repairs as necessary.

Photo 10
Without a main disconnect, there should not be more that six switches to throw to power down the entire house. Recommend a licensed electrician evaluate.
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27)


The electric service to this property appears to be rated at substantially less than 200 amps, and may be inadequate for the client(s) needs. Recommend consulting with a qualified electrician about upgrading to a 200 amp service.
Estimated age: 4-9 years old
Type: Tank
Energy source: Natural gas
Capacity (in gallons): 50
Manufacturer: Whirlpool
Model: FGIF5040T3NOV
28)

The water heater does not have seismic straps or struts installed. This is a potential safety hazard since movement can cause leaks in the gas supply lines or damage wiring. Leaks may also occur in water supply pipes. A qualified contractor should install seismic straps or struts as necessary and as per standard building practices.
29)

No drain line is installed for the temperature-pressure relief valve. This is a potential safety hazard due to the risk of scalding if someone is standing next to the water heater when the valve opens. A qualified plumber should install a drain line as per standard building practices. For example, extending to 6 inches from the floor, or routed so as to drain outside.
Estimated age: 10 years old
Primary heating system energy source: Natural gas
Primary heat system type: Forced air
Distribution system: Flexible ducts
Manufacturer: Rheem
Model: RGLH-07EAMGR
Filter location: In return air duct above furnace
Last service date: 2005
30)
Air handler filter(s) are dirty and should be replaced now. They should be checked monthly in the future and replaced as necessary.
31)
Because of furnishings and/or stored items, the inspector was unable to determine if a source of heat is installed in each room where one should be installed.
Location of main water shut-off valve: In crawl space
Location of main water meter: At street
Location of main fuel shut-off: East side of house at meter
Water service: Public
Service pipe material: Not visible
Supply pipe material: Copper
Vent pipe material: Plastic
Drain pipe material: Plastic
Waste pipe material: Cast iron
32)

Copper water supply pipes in homes built prior to 1986 may be joined with solder that contains lead. Lead is a known health hazard, especially for children. Laws were passed in 1985 prohibiting the use of lead in solder, but prior to that solder normally contained about 50 percent lead. The client(s) should be aware of this, especially if children will be living in this structure. Evaluating for the presence of lead in this structure is not included in this inspection. The client(s) should consider having a qualified lab test for lead, and if necessary take steps to reduce or remove lead from the water supply. Various solutions such as these may be advised:
Flush water taps or faucets. Do not drink water that has been sitting in the plumbing lines for more than six hours.
Install appropriate filters at points of use.
Use only cold water for cooking and drinking. Hot water dissolves lead more quickly than cold water.
Use bottled or distilled water.
Treat well water to make it less corrosive.
Have a qualified plumbing contractor replace supply pipes and/or plumbing components as necessary.
For more information visit:
http://www.cpsc.gov/CPSCPUB/PUBS/5056.html
http://www.epa.gov/safewater/lead/index.html
33)
No expansion tank is installed on this structure's water supply system. Expansion tanks are recommended when a property is on a public water supply system and the property's water system is "closed" via a pressure reducing valve (PRV), check valve, or backflow preventer. No room for expansion of water exists in this type of system. Thermal expansion occurs when water is heated during non-use periods. In a closed system with no provision for expansion, its effects may include:
Backflow into the water main
Damage to water heater connections, gas water heater flue tubes and pumps serving washers and dishwashers
Leaking faucets
"Weeping" of water through the water heater temperature-pressure relief (TPR) valve
Noisy water hammer in the pipes.
Expansion tanks can eliminate these problems by giving water a place to go when thermal expansion occurs. When a water heating cycle ends, or when any fixture is opened within the system, the impact of thermal expansion is reduced, and water drains out of the expansion tank back into the system. Recommend having a qualified plumber install an expansion tank as per standard building practices.
34)
Neither the clothes washer nor dryer were operated or evaluated. They are excluded from this inspection.
Fireplace type: Masonry
Chimney type: Masonry
35)
Minor masonry repairs.

Photo 6
Some of the masonry blocks used in the chimney are beginning to show signs of "sloughing" or flaking and breaking away.
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Inspection method: Traversed
Insulation material underneath floor above: None visible
Pier or support post material: Wood
Beam material: Solid wood
Floor structure above: Solid wood joists
Vapor barrier present: Yes
36)

No insulation is installed under the floor in the crawl space. Recommend that a qualified contractor install R19 or better (6" thick fiberglass batt) insulation under the floor for better energy efficiency.
37)


One or more electric receptacles that serve countertop surfaces within six feet of a sink appear to have no ground fault circuit interrupter (GFCI) protection. This is a safety hazard due to the risk of shock. A qualified electrician should evaluate to determine if GFCI protection exists, and if not, repairs should be made so that all receptacles that serve countertop surfaces within six feet of sinks have GFCI protection. For example, install GFCI receptacles or circuit breaker(s) as needed.
38)

The dishwasher drain line is not configured with a "high loop" or "air gap". A high loop is created by routing the drain line up to the bottom surface of the counter top above, and securely fastening it to that surface. It is meant to prevent water from siphoning out of the dishwasher, and to prevent water from the sink drain or food disposal from entering the dishwasher. Some dishwashers have a built-in high loop where one is not required to be configured in the drain line. The clients should try to determine if a high loop is required for this brand and model of dishwasher (review installation instructions, etc.). If one is required, or it cannot be determined if one is not required, then a qualified contractor should install a high loop as per standard building practices.
Also, no "air gap" is installed. Air gaps are another device meant to prevent water from the sink drain or food disposal from entering the dishwasher. These are required in some municipalities for new construction and when remodeling. The client(s) should consult with a qualified contractor to determine if an air gap should be installed.
39)
One or more kitchen appliances appear to be near, at, or beyond their intended service life of 10 to 15 years. Recommend budgeting for replacements as necessary.
40)


One or more ground fault circuit interrupter (GFCI) electric receptacles did not trip when tested. This is a safety hazard due to the risk of shock. A qualified electrician should evaluate and repair as necessary.
41)


One or more electric receptacles that serve countertop surfaces within six feet of a sink appear to have no ground fault circuit interrupter (GFCI) protection. This is a safety hazard due to the risk of shock. A qualified electrician should evaluate to determine if GFCI protection exists, and if not, repairs should be made so that all receptacles that serve countertop surfaces within six feet of sinks have GFCI protection. For example, install GFCI receptacles or circuit breaker(s) as needed.
42)

Based on the age of this structure and the appearance of existing smoke alarms, the alarms may be older than 10 years old. According to National Fire Protection Association, aging smoke alarms don't operate as efficiently and often are the source for nuisance alarms. Older smoke alarms are estimated to have a 30% probability of failure within the first 10 years. Newer smoke alarms do better, but should be replaced after 10 years. Unless you know that the smoke alarms are new, replacing them when moving into a new residence is also recommended by NFPA. For more information, visit:
http://www.google.com/search?q=old+smoke+alarms
43)

An insufficient number of smoke alarms are installed. Additional smoke alarms should be installed as necessary so a functioning one exists in each hallway leading to bedrooms, and in each bedroom. For more information, visit http://www.cpsc.gov/cpscpub/pubs/5077.html
44)

This structure was built prior to 1979 and may contain lead paint. Laws were enacted in 1978 in the US preventing the use of lead paint in residential structures. Lead is a known safety hazard, especially to children but also to adults. The paint found in and around this structure appeared to be intact and may be encapsulated by more recent layers of paint that are not lead-based. Regardless, recommend following precautions as described in the following links to Consumer Products Safety Commission website articles regarding possible lead paint.
What You Should Know About Lead Based Paint in Your Home: Safety Alert - CPSC Document #5054
CPSC Warns About Hazards of "Do lt Yourself" Removal of Lead Based Paint: Safety Alert - CPSC Document #5055

Photo 16
One of the joists has a split in the wood about a foot long. Recommend monitoring.
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FOLLOW-UP INSPECTION POLICY
Generally we discourage follow-up inspections for this reason-
Quality of repairs
If repairs are made to a property based of the results of an inspection, the work should be performed by a qualified contractor, not the seller. By qualified we mean licensed, bonded, state certified where applicable and with a reasonable amount of experience. Contractors providing repairs should provide legible documentation in the form of work orders and/or receipts. If repairs are made in this way, then there’s generally no need for a follow-up inspection. Additionally, it may be better to negotiate a lower price on your home and have the repairs made by contractors you choose rather than the seller making repairs as cheaply as possible.
Our fee or follow-up inspection is $150.
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SCOPE AND LIMITATIONS OF THIS INSPECTION
This inspection is limited to a visual observation of the exposed and readily accessible areas of the home. The concealed and inaccessible areas are not included. The following locations are considered inaccessible due to limited height and excluded from this inspection unless otherwise stated:
# Crawl space areas less than 18 inches in height
# Attic spaces less than 5 feet in height
# Spaces under outdoor decks less than 5 feet high
Observation includes operation of the systems or components by means of the normal user controls. Dismantling of equipment, and destructive testing is not included. Some specific items are also excluded, and these are listed in the following section. If you feel there is a need for evaluation of any of these items, then you will need to arrange for specific inspections.
Items not Included
1. Recreational, leisure, playground or decorative equipment or appliances including but not limited to pools, hot tubs, saunas, steam baths, landscape lighting, fountains, shrubs, trees, and tennis courts;
2. Cosmetic conditions (wallpapering, painting, carpeting, scratches, scrapes, dents, cracks, stains, soiled or faded surfaces on the structure or equipment, soiled, faded, torn, or dirty floor, wall or window coverings etc.);
3. Noise pollution or air quality in the area;
4. Earthquake hazard, liquefaction, flood plain, soil, slide potential or any other geological conditions or evaluations;
5. Engineering level evaluations on any topic;
6. Existence or non-existence of solder or lead in water pipes, asbestos, hazardous waste, radon, urea formaldehyde urethane, lead paint or any other environmental, flammable or toxic contaminants or the existence of water or airborne diseases or illnesses and all other similar or potentially harmful substances (although the inspector may note the possible existence of asbestos in ceiling texture and furnace duct tape);
7. Zoning or municipal code (e.g. building, fire, housing (existing buildings), mechanical, electrical, plumbing, etc. code) restrictions or other legal requirements of any kind;
8. Any repairs which relate to some standard of interior decorating;
9. Cracked heat exchangers or similar devices in furnaces;
10. Any evaluation which requires the calculation of the capacity of any system or item that is expected to be part of the inspection. Examples include but are not limited to the calculation of appropriate wattage or wiring of kitchen appliances, appropriate sizing of flues or chimneys, appropriate ventilation to combustion-based items (e.g. furnaces, water heaters, fireplaces etc.), appropriate sizing, spacing and spanning of joists, beams, columns, girders, trusses, rafters, studs etc., appropriate sizing of plumbing and fuel lines, etc.;
11. Washers and dryers;
12. Circuit breaker operation;
13. Specialty evaluations such as private sewage, wells, solar heating systems, alarms, intercom systems, central vacuum systems, wood and coal stoves, pre-fab and zero clearance fireplaces, space heaters, sprinkler systems, gas logs, gas lights, elevators and common areas unless these have been specifically added to the inspection.