| ABS |
Black plastic pipe
and fittings. Generally used in waster water and
drainage systems. Popular for new residential construction
and remodeling. |
|
|
| Air Conditioning |
The process of treating
air to control its temperature, humidity, cleanliness
and distribution. |
|
|
| Air Filter |
A furnace filter installed
in line with the cold air return which filters out dust
and debris and prevents its re-entry into the occupied
interior. |
|
|
| Air Return |
A furnace duct through
which interior air returns to the furnace. The
cool air is circulated through the heat exchanger, warmed,
and redistributed through the ducts. |
|
|
| Air Pocket/Blister |
A bubble in the roofing
surface formed by water vapor expanding between the layers
of a built-up roofing membrane. This condition
can reduce the useful life of the roofing surface and
is conducive to moisture penetration and subsequent leakage. |
|
|
| Aluminum Wiring |
A type of conductor
used to carry current. The U.S. Consumer Product
Safety Commission has determined that aluminum wiring
used in 120 Volt light and outlet circuits can be hazardous
and a cause of fire. A failure can occur because
aluminum wire behaves differently than copper wire when
current travels through the conductor. An aluminum
wire will expand and contract more than a copper wire. The
expansion and contraction can result in loose connections. The
loose connections can oxidize. The loose, oxidized
connections can spark or overheat when current flows
to the connection. The spark or overheating can
cause a fire. This potential problem has nothing
to do with the wires in the walls, floors or ceilings. This
problem occurs only at the connections. It is
possible to control and repair this condition. Typically,
aluminum is no longer used in the individual branch lighting
and receptacle circuits. It is commonly used and
approved to bring power to a structure and to energize
the distribution panels as well as power the individual
appliance circuits. Aluminum wire should only be
connected to listed and rated devices (breakers, outlets,
switches, etc.). Additionally, these devices should
have an antioxidant installed to cover the connections. |
|
|
| AMP |
Short for Amperes. A
measure of the amount of electrical current going through
a circuit at any given time. |
|
|
| Amps |
Represent the quantity
of electrons flowing in a conductor. The term is often
abbreviated by the letter I, an abbreviation for INTENSITY
of electrical current. |
|
|
| Anchor Bolt |
A threaded bolt, usually
embedded in a foundation, for securing a sill, framework,
or machinery. |
|
|
| Angle Stop |
A shut-off valve arranged
in a 90-degree configuration. It is used to shut
off the flow of water to a fixture. |
|
|
| Anti - Oxidant Paste |
A grease used to prevent
air from contacting the terminations of aluminum wiring.
It is also used as a lubricant to allow a smoother tightening
of connections at terminals. |
|
|
| Anti-Siphon Valve |
A device installed
on irrigation piping designed to prevent the drawing
of contaminated ground water into the domestic water
supply system. |
|
|
| Appliances |
Pieces of equipment
that utilize electricity to perform work other than simply
lighting. Ceiling paddle fans are appliances, not fixtures. |
|
|
| Asbestos |
Asbestos is a naturally
occurring mineral fiber extensively used in construction. Nearly
every building contains asbestos in some form. It
may be found in vinyl flooring, patching compounds and
textured paints, sprayed acoustic ceilings, acoustic
ceiling tiles, stove insulation, furnace insulation,
pipe insulation, wall and ceiling insulation, roofing
shingles and siding as well as appliances. Exposure
to asbestos can be a serious threat to one's health. There
are a number of choices available for dealing with asbestos. They
include leaving it alone, encapsulation and abatement. Removal
of this material is a specialized procedure and should
be attempted only by a qualified and licensed expert. Information
regarding identification of asbestos, its hazards and
safe removal may be obtained from the U.S. Consumer Product
Safety Commission, Environmental Protection Agency and
other governmental agencies. |
|
|
| Automatic Safety Controls |
Devices designed and
installed to protect systems and components from excessively
high or low pressures and/or temperatures, excessive
electrical current, loss of water, loss of ignition,
fuel leaks, fire, freezing, or other unsafe conditions. |
|
|
| Automatic Garage Door: "Operator
Does Not Reverse" |
The garage door was
tested and did not automatically reverse. This
indicates that the door opener does not have an auto-reverse
mechanism, it is broken or it needs adjustment. We
recommend that the opener be modified, replaced or adjusted
as necessary. |
| |
|
| B (back
to top) |
|
| |
|
| Balloon Framing |
A type of framing system
where the studs extend from the sill to the roof. |
|
|
| Blower |
A fan in a furnace
or air conditioning unit which blows air through ducts. |
|
|
| Blower Bearings Worn |
The forced-air furnace
fan bearing are worn. The fan bearings should be
lubricated if possible. Damaged bearings may need
to be replaced. It is possible that the fan itself
may need replacement. |
|
|
| Boiler |
A heating device which
heats hot water or creates steam for circulation in heating
pipes, radiators, baseboards or convectors. |
|
|
| Boiler Leaks |
Boiler leaks must be
repaired or there may be a loss of heat and the boiler
may be damaged beyond repair. |
|
|
| Bonding |
Refers to the permanent
electrical connection between conductive parts so that
any fault current imposed on those parts will cause a
breaker or fuse to open. |
|
|
| Bonding Jumpers |
Wires or other metal
that connect pieces of equipment to prevent any possible
voltage potential between them. |
|
|
| Branch Circuits |
Conductors that go
from the final overcurrent device to the outlet or equipment
that uses power. |
|
|
| Brass Gas Connector |
Brass is made of zinc
and copper. The sulfur in the natural gas reacts
with the copper and can cause the piping to become brittle,
deteriorate and leak. We recommend that this tubing
be removed and replaced with an approved gas supply connector. |
|
|
| Breaker Bridge Missing |
A 240 volt double pole
breaker installed without a bridge between the two pole
handles. We recommend that this breaker be bridged. This
will insure that all of the power is shut off to this
circuit if the overcurrent protection device is tripped. |
|
|
| Bridging |
Short, structural members
crisscrossed between floor or ceiling joists to provide
reinforcement and distribution of stress. |
|
|
| Brittle Surface |
The roofing surface
is brittle and subject to breakage. This condition
is an indication of age and suggests that the roofing
surface is near the end of its useful life. |
|
|
| Sash Cords, Broken
/ Frayed |
The cords along each
side of a double hung window which are attached to counter
weights in the wall. The sash cords hold the window
open. The window will not stay open by itself if
they are broken. Frayed sash cords are likely
to break. These sash cords should be replaced to
ensure that the windows remain operable. |
|
|
| BTU |
British Thermal Unit,
a unit of measure of heat. One BTU is the quantity
of heat needed to raise the temperature of one pound
of water one Fahrenheit degree. |
|
|
| Bus Bars |
Metal parts inside
a panelboard that carry power to the circuit breakers.
Most residential panels use "plug-in" breakers
that are held in place by a flange and by snapping onto
the bus bars. |
|
|
Bushings and
Clamps |
Protect cables where
they enter a panelboard enclosure or box through a knockout. |
| |
|
| C (back
to top) |
|
| |
|
| Cabinets, Electrical |
The enclosures in which
panelboards are mounted. Cabinets are sometimes referred
to as panelboard enclosures, or as boxes. |
|
|
| Cable Systems |
Conductors supplied
inside a flexible overall outer sheath. Residential cable
systems include non-metallic sheated cable (commonly
referred to as Romex®) UF cable, service
entrance cable, armor clad (AC) cable (commonly known
as "BX") and metal clad (MC) cable. |
|
|
| Caulk/Seal Gaps |
Gaps in the exterior
of the building around the doors, windows and plumbing
and electrical entry points. All gaps should be
caulked and sealed to prevent heat loss, air infiltration
and moisture entry. |
|
|
| Cellulose Debris |
Scrap-wood found in
the substructure soil area. This debris can result
in the infestation and infection of wood-destroying pests
and/or organisms. It should be removed. |
|
|
| Circuit |
The path of electricity
away from and back to its source. |
|
|
| Circuit Breaker |
An overcurrent protection
device which automatically opens an electrical circuit
when too much current flows through the conductor |
|
|
Clamps and
Bushings |
Protect cables where
they enter a panelboard enclosure or box through a knockout. |
|
|
| Compressor |
A pump which forces
refrigerant through an air conditioning system. |
|
|
| Compressor Short Cycles |
A suspected compressor
defect. A qualified air conditioning contractor
should be contacted to evaluate the air conditioning
system and determine the corrective measures needed. |
|
|
| Condensation |
In a building: Beads
or drops of water that accumulate on the inside of the
exterior covering a building when warm, moisture-laden
air from the interior reaches a point where the temperature
no longer permits the air to sustain the moisture it
holds. The use of louvers or attic ventilators
will reduce moisture condensation in attics. A
vapor barrier under the gypsum lath or dry wall on exposed
walls will reduce condensation in them. A plastic
vapor barrier over damp sub area soil will help create
a dry air space between the damp soil and the floor framing,
thereby helping to limit the amount of moisture that
is able to rise into the framing. |
|
|
| Conductor |
An electrical wire
capable of carrying current. |
|
|
| Conduit |
A hollow pipe (metal
or plastic) casing through which electrical wires run. |
|
|
| Convection |
The transfer of heat
by the motion of the heated matter. |
|
|
| Copper Gas Connector |
Sulfur in natural gas
reacts with copper and can cause the connector to deteriorate
and leak. We recommend that copper tubing be
removed and be replaced with an approved gas supply connector. |
|
|
| Cracked Heat Exchanger |
A fracture in the walls
of the furnace combustion chamber. The heat exchanger
separates the flame and combustion products from the
air chamber. A crack in the heat exchanger may
allow the products of combustion to enter the occupied
interior. One of the products of combustion is
carbon monoxide. In addition to carbon monoxide,
natural gas combustion produces formaldehyde gas. Depending
on the authority and study published, acceptable levels
of carbon monoxide and formaldehyde gas in an indoor
environment vary greatly. There are a number
of testing methods practiced to determine if a heat exchanger
is cracked. They can be reduced to a two step process. First,
a visual inspection with a flashlight can reveal a crack,
which can be confirmed by feel to insure that it is not
simply discoloration or distortion. Another first
step is flame observation. The furnace flame is
observed before and after the circulating air comes on. Floating
flames, flame rollout and flame distortion can indicate
a failure of the heat exchanger. The second step
is a tracer gas. A tracer gas in injected into
the combustion chamber and a calibrated gas detector
is used to check for the presence of the tracer gas on
the air side of the heat exchanger. Neither visual
inspection nor flame distortion should be used to confirm
the other. The most common course of action is
to replace the furnace. |
|
|
| Cracked Mastic |
Cracks in the roof
cement coating used to seal the roof connections and
penetrations. This creates a condition conducive
to moisture penetration and subsequent leakage. We
recommend that these areas be repaired as necessary to
prevent leakage. |
|
|
| Cracked/Deteriorated
Mortar |
Cracks and deterioration
in the mortar used to seal the tile roof joints. This
creates a condition conducive to moisture penetration
and subsequent leakage. Cracked and deteriorated
tile mortar should be replaced. |
|
|
| Cracks In Interior
Walls/Ceilings |
Hairline cracking in
the interior walls and ceilings, as well as minor sloping
and sagging of floors and door casings, should be expected
as a result of ordinary settlement and expansion of the
foundation system, structural framing, and soil. These
conditions do not, in our opinion, represent a failure
of the framing system. We are not registered engineers. Additional
information concerning settlement of the structure and
building site, would have to be obtained by retaining
a qualified registered engineer. |
|
|
| Creosote |
One of the by-products
given off when burning wood. Creosote condenses
on the walls inside the fireplace chimney. It is
highly combustible and, if sufficiently heated, can ignite
and start a flue fire. Fireplaces and chimneys
should be cleaned annually or when one eighth to one
quarter of an inch of creosote accumulates. |
|
|
| Current |
A flow of electric
charge. |
| |
|
| D (back
to top) |
|
| |
|
| Damaged Conductor Insulation |
We found damaged service
conduction insulation. We recommend that all exposed
conductors be repaired or replaced as necessary. |
|
|
| Damaged Rafters |
Damage to any of the
parallel beams that support a roof. All damaged
rafters should be reinforced or replaced. Sometimes
the rafters extend beyond the exterior walls. These
rafter tails are subject to moisture damage. They
must be maintained or damage will result. |
|
|
| Damaged Sheathing |
Damage to the material
used to cover the outside wall of a frame house or a
timber roof. We recommend that all damaged material
be replaced. |
|
|
| Deadfronts - |
Are panel covers that
allow breaker handles, plug fuses and fuse-block handles
to protrude through and be safely operated. As their
name implies, they present an electrically "dead" surface
to protect users from the live electrical components
inside the enclosure. |
|
|
| Debris On Roof Or In
Gutters |
Gutters filled with
debris should be cleaned to ensure proper drainage. Roofing
surfaces covered with debris should be cleaned not only
to ensure proper drainage but also to prevent premature
deterioration of the roof surface. |
|
|
| Deck Moisture Membrane
Failed |
See moisture membrane. |
|
|
| Deck Railing Upgrade |
We recommend that all
decks and landings 30 inches or more above the ground
have a railing. The railing should be at least
36 inches high and the spacing between the railing pieces
should be no more than four inches. |
|
|
| Doubled-Up Branch Circuit |
Two circuits controlled
by one overcurrent protection device. This wiring
method increases the possibility of tripping the overcurrent
protection device. Each circuit should be separately
fused with an overcurrent protection device of appropriate
amperage. |
|
|
| Downspout/Gutter Leaks |
A leaking gutter or
downspout can allow water to penetrate a sidewall and
enter the occupied interior through a foundation wall
or slab. Deterioration gutters and downspouts should
be repaired or replaced as necessary. |
|
|
| Drip Loop |
A loop in each of the
overhead electrical service entrance conductors designed
to prevent the passage of moisture into the weatherhead
service raceway or equipment. |
|
|
| Ducts |
Metal piping used for
distributing warm or cool air. |
| |
|
| E (back
to top) |
|
| |
|
| Earth-Wood Contact |
Wood in contact with
dirt. This condition is conducive to the infestation
and infection of wood-destroying pests and/or organisms. We
recommend that all earth-wood contacts be broken and
any damaged or deteriorated material be replaced. |
|
|
| Eave |
The part of the roof
which extends beyond the sidewall. |
|
|
| Efflorescence |
A deposit of soluble
salts, usually white, on the surface of concrete and
masonry walls due to evaporation of water. |
|
|
| Electromagnetic Radiation |
Electromagnetic fields
are produced by alternating current in electric wires. There
are two components: an electric charge and a magnetic
force, resulting in electromagnetic radiation. High
current power lines are a source of electromagnetic fields. Studies
have suggested a possible increase in leukemia, cancer
and miscarriages from exposure to electromagnetic radiation. Studies
are currently in progress to help quantify the risks. More
information can be obtained from the local utility company,
U.S. Department of Energy (202) 586-5000 and the U.S.
Environmental Protection Agency (202) 260-7676. |
|
|
| Exposed and Accessible |
Our inspections are
limited to a visual review of those areas of the premises
which are exposed to view. Any areas which is not
exposed to view, or is otherwise inaccessible because
of soil, walls, floors, ceilings, carpets, furnishings,
storage, or any other things, and is concealed, is not
included in our inspection. Our inspection does
not include any destructive testing or dismantling of
equipment, systems, or surfaces. With access and
an opportunity for examination, reportable conditions
may be discovered. If inspection of inaccessible
areas is desired, this will be performed upon arrangement
at an additional cost to the interested parties at such
time as access can be provided. |
|
|
| Exposed Wiring |
Wiring or connections
not properly covered and protected. We recommend
that all of these connections be repaired and be properly
protected. |
|
|
| Exposed Roof Fasteners |
As indication of significant
roofing surface wear or poor installation. This
creates a condition conducive to moisture penetration
and subsequent leakage into the occupied interior. All
exposed fasteners should be covered. |
|
|
| Evaporation Coils |
The part of the air
conditioning system where the refrigerant returns to
gaseous form. Frequently located in the furnace
plenum. |
|
|
| F (back
to top) |
|
| |
|
| Failed |
Something that no longer
functions as designed or intended. |
|
|
| Fascia |
A flat, vertical board
enclosing the overhang under the eave that runs along
the roof edge. |
|
|
| Felt Exposed/Worn |
An indication of significant
roofing surface wear. Prolonged exposure to the
sun can damage the felt. Damaged felt can result
in moisture penetration and subsequent leakage into the
occupied interior. The deteriorated roofing surface
should be repaired, all damaged felt replaced, and exposed
felt covered |
|
|
| Fire-Resistive Barrier |
A fire-resistive separation
barrier. Fire-resistive walls may not have been
required at the time of construction. Present building
code requires a one-hour fire-resistive barrier between
the garage and the occupied interior. The purpose
of this barrier is to prevent the spread of fire from
the garage into the living areas. Flammable liquids
are often stored in the garage. The risk of a
fire starting in the garage is significant enough to
warrant recommending that a one-hour fire-resistive barrier
be installed. |
|
|
| Flashing |
A material used to
integrate a penetration in the wall or roof into the
building weather-resistant envelope. |
|
|
| Flashing Defective |
Flashing installed
improperly which creates a condition conducive to moisture
penetration. The connections and penetrations
must be repaired to prevent leakage. |
|
|
| Flashing Inadequate |
Insufficient flashing. This
condition often leads to leakage. We recommend
that all door, window, deck and roof connections and
penetrations be properly flashed to prevent moisture
penetration. |
|
|
| Flatwork |
A concrete or asphalt
surface such as a sidewalk, driveway or patio. Any
cracks should be patched and any holes or gaps filled. The
flatwork should be examined periodically for signs of
failure or further deterioration and repairs made if
necessary. Replacement may be necessary at some
point in time. |
|
|
| Flexible Gas Connector |
Older installations
of gas-fired appliances often use rigid gas piping. This
piping is subject to damage in the event of support movement. We
recommend that all gas-fired appliances be equipped with
flexible gas connectors or swing joints as appropriate. This
should help reduce damage in the event of an earthquake. |
|
|
| Forced-Air System |
A heating system in
which air is heated in a furnace and distributed through
a structure aided by a blower. |
|
|
| Formaldehyde |
Colorless, pungent
gas used as raw material in manufacture of particle board,
decorative paneling, fiberboard, wafer board, carpeting,
permanent-press fabrics and foam insulation. Heat
and humidity increase the level of emission, however,
the rate diminishes as materials age. The U.S.
Environmental Protection Agency classifies formaldehyde
as a possible carcinogen. Formaldehyde can also
irritate the eyes, nose and throat, and cause headaches
and dizziness. Formaldehyde levels can be reduced
by increasing ventilation, reducing temperature and humidity
and reducing the number of new pressed-wood products
in a home. Removal of wood paneling or subflooring
is sometimes necessary. More information is available
from the U.S. Environmental Protection Agency (202) 260-2080. |
|
|
| Form-Wood |
Wood used in the forming
of a concrete foundation or retaining wall, typically
removed after the concrete has set. If it is left
in place, it can lead to the infestation of wood-destroying
pests. We recommend that all form wood be removed. |
|
|
| Foundation |
Construction below
or partly below grade, which provides support for exterior
walls or other structural parts of the building. |
|
|
| Foundation Outdated |
An old foundation that
is weak and subject to failure because of its age, condition
and design. A brick foundation would be an example. Although
an outdated foundation may not have failed, it is likely
to be severely damaged in the event of seismic activity
and is more susceptible to moisture damage. Replacement
may not be necessary now, but may be necessary at some
point in the future. Unfortunately, it is difficult
to determine when to act. Obviously, if one waits
until it fails, one waited too long. |
|
|
| Frozen Fixture Shut-Off
Valves |
Plumbing shut-ff valves
that no longer turn. This occurs when the valves
are seldom operated. An inoperable valve presents
the water from being turned off if it is necessary to
repair the fixture. We recommend that they be repaired
and be made operable again. |
|
|
| Functional Drainage |
A plumbing drain is
functional when the fixture empties in a reasonable amount
of time, and does not overflow when another fixture is
drained simultaneously. |
|
|
| Functional Flow |
A reasonable flow at
the highest fixture in a dwelling when another fixture
is operated simultaneously. |
|
|
| Fuse |
An overcurrent protection
device with a circuit opening fusible member directly
heated and destroyed by the passage of too much current
through it. |
|
|
| Fused Neutral |
Where an electrical
neutral wire is fused. If the fuse on the neutral
wire blows, the circuit will be open, and the fixtures
and/or appliances on this circuit will not function. However,
power will still be present through the circuit, right
up to the outlet. This creates a shock hazard. We
recommend that this condition be corrected. |
|
|
| G (back
to top) |
|
|
|
| Gable Roof |
A roof with two pitches,
designed to provide more space on the upper floors. |
|
|
| Galvanized Pipe |
Steel pipe with a protective
zinc coating. Used for supply of domestic water
and waste and vent piping. |
|
|
| Garage Door Springs |
Prior to 1976, the
counter balance springs used for tilt-up garage doors
were not provided with a safety device to control spring
breakage. Without the benefit of a safety device,
it is possible that pieces of the spring may fly across
the garage upon accidental breakage. We recommend
that the garage door springs be upgraded. |
|
|
| Gate Valve |
A shut-off valve using
a rising disc (gate) to control liquid flow. |
|
|
| GFCI |
Ground Fault Circuit
Interrupter: a safety device which monitors the difference
between current flowing through the hot and neutral wires
of a receptacle. If there is an imbalance of current
greater than five milliamps, the current will be cut
off in less than a second. GFCI protection is
recommended in the garage, outdoor bathroom receptacles. We
also recommend that all pool and spa equipment have GFCI
protection. We further recommend that all kitchen
receptacles within six feet of a sink be equipped with
GFCI devices. This will reduce shock and short
hazards. |
|
|
| Grade |
The ground level around
a structure. When the ground is less than six inches
below the top of the foundation it is considered a marginal
grade. A faulty or marginal grade can lead to moisture
damage and/or pest control problems. If damage
is discovered, we recommend that the height of the foundation
be raised to a minimum of six inches above the ground
and that all damaged material be replaced. If no
damage is present, we recommend that this area be periodically
reviewed by a qualified individual for signs of damage. Repairs
should be made if necessary. |
|
|
| Ground Conductor Splices
And Loose Connections |
The system ground is
ineffective because of splices and loose connections
in the grounding conductor. We recommend that
the grounding conductor be repaired or replaced as necessary. |
|
|
| Ground Receptacles |
A random sampling of
individual receptacles found these to be operable but
some are not grounded. We recommend that all
kitchen, bathroom, outdoor, garage and interior three-pronged
receptacles be properly grounded in accordance with current
building practice. |
|
|
| Grounded |
A conducting connection,
whether intentional or accidental, between an electrical
circuit or equipment and the earth, or to some conducting
body that serves in the place of the earth. |
|
|
| Ground Water Contamination |
Ground water can be
contaminated from leaking underground storage tanks,
illegal dumping, poorly contained landfills or hazardous
waste spills. Contaminated ground water can be
hazardous to one's health if used for gardening or irrigation. Qualified
individuals would have to be retained for evaluation
and a determination of what corrective steps may be necessary. |
|
|
| Guard Rail |
Required when a deck
is 30 inches or more above grade. The railing must be
a minimum of 36 inches tall with ballastrades not being
able to allow for a 4 inch diameter sphere to penetrate. |
|
|
| Gusset |
A strap made of metal
or wood attached at the connection of roof trusses or
rafters or foundation area beams and posts. Gussets
will help limit the framings ability to laterally rack
in the event of high winds. |
|
|
| H (back
to top) |
|
| |
|
| Heat Exchanger |
A device by which heat
is exchanged from one heat-carrying medium to another
without direct contact between the two media. |
|
|
| Hip Roof |
A roof with no gables;
usually his inclined planes on all four sides of the
building. |
|
|
| HVAC Unit |
A single unit which
supplies heating, venting and air conditioning. |
|
|
| I (back
to top) |
|
|
|
| Inaccessible |
Any area which is not
exposed to view or is concealed because of soil, walls,
floors, ceilings, carpets, furnishings, storage, or any
other things is inaccessible. Inaccessible areas
are not included in this inspection. Reportable
conditions may be present in inaccessible areas. |
|
|
| Inadequate Foundation
Clearance |
Foundation area clearance
between the soil and the wooden framing which is less
than eighteen inches. Insufficient clearance does
not allow access for inspection or maintenance and creates
a condition conducive to moisture damage and decay of
wooden members. We recommend that a minimum of
eighteen inches of clearance be provided between the
soil and the framing. Any damaged wooden material
found in the course of this work should be replaced. |
|
|
| Inadequate Clearance
To Combustibles |
Gas-fired appliance
vents must be far enough away from combustible surfaces
to prevent the heat that these vents carry causing a
fire. Single wall vents should be at least six
inches away from combustible surfaces and double wall
vents should be at least one inch away. |
|
|
| Inadequate Combustion
Air |
The oxygen-carrying
air which fuel burners need to operate safely. It
is normally supplied through venting ducts or openings
in walls or doors. We recommend that additional
venting be installed. |
|
|
| Inadequate Foundation
Drainage |
Continuous foundation
area moisture accumulation causes damage and/or deterioration
to the foundation and/or framing. We recommend
that the drainage be upgraded as necessary to collect
the surface and subsurface moisture approaching the foundation
and route it to some central drainage collection point. All
damaged foundation and framing should be repaired or
replaced as necessary. |
|
|
| Inadequate Roof Drainage |
Significant roof ponding
can indicate inadequate drainage. Standing water
can result in leakage. We recommend that the drainage
be upgraded as necessary to properly collect and divert
water off of the roof. |
|
|
| Insufficient Roof Slope |
A shingle type roofing
surface applied over framing whose pitch is less than
three inches in twelve inches. This means that
for every twelve horizontal inches the roof fails to
rise at least three inches. This roofing surface
is subject to leakage because of poor drainage. We
recommend that the roof be periodically checked for signs
of moisture penetration and patched and sealed as necessary
to prevent leakage and subsequent damage. At such
time as replacement of this roofing surface is made,
we recommend the installation of a conventional built-up
or single ply roofing membrane. |
|
|
| Insulation Installed
Backwards |
Insulation installed
with the vapor barrier pointed away from the living space. This
can cause a buildup of moisture and subsequent damage. We
recommend that this insulation be repaired and installed
with the vapor barrier pointed toward the heated side
of the building. Any damaged material found in
the course of this work should be replaced. |
|
|
| J (back
to top) |
|
|
|
| Joists |
Parallel, horizontal
boards laid edgewise from wall to wall to support the
boards of a floor or ceiling. |
| |
|
| K (back
to top) |
|
| |
|
| L (back
to top) |
|
| |
|
| Lampcord Wiring |
Unapproved extension
cord wiring running along the outside of finished walls,
floors or ceilings (sometimes referred to as zipcord
wiring). It is easy to overload the wire and the
wire is subject to physical damage. All lampcord
wiring should be removed. Additional convenience
outlets can be installed if desired. |
|
|
| Lead Contamination |
Lead can be present
outside a structure in the soil as a result of automobile
exhaust and exterior lead-based paint. Lead paint
may have been used on the outside of the building and
have found its way into the soil. Proximity to
busy roadways can result in automobile emissions elevating
lead levels. |
|
|
| Lead Paint |
Lead-based paint is
a hazard when paint chips and particles and dust are
ingested by children. Lead accumulated in the
blood, soft tissues and bones, leading to damage to the
kidneys, brain and central and peripheral nervous system. Children
are more susceptible to the toxic effects of lead paint
because lead is more easily absorbed into growing bodies. Precautionary
measures include removing lead from children's environment,
mopping floors and window sills to remove lead dust and
washing hands before eating. Abatement contractors
must use extensive precautions to prevent contamination
from lead dust. |
|
|
| Ledger Flashing Missing |
The ledger is a piece
of horizontal lumber, usually a 2 x 8 or 2 x 10 bolted
or nailed to the exterior of a building. Joists
are attached to the ledger and the finished decking or
stair landing material is secured to the joists. Water
seeping behind the ledger can cause damage to the siding
and framing. Ideally, the ledger should be flashed
at the top edge to prevent moisture penetration. |
|
|
| Life Expectancy - |
|
| Equipment |
APPLIANCES |
|
|
Clothes Washer/Dryer |
6 - 12 years |
|
Dishwasher/Disposal |
5 - 12 years |
|
Ranges/Ovens/Refrigerators |
15 - 20 years |
|
|
|
HEATING SYSTEMS |
|
|
|
BOILERS |
|
Cast Iron |
0 - 50 years |
|
Steel |
20 - 35 years |
|
|
|
HEATING PIPE |
|
Copper |
60+ years |
|
Steel |
70 - 100 years |
|
|
|
FURNACES |
|
Electric |
15 - 20 years |
|
Gas |
30 - 40 years |
|
Oil |
20 - 30 years |
|
|
|
Heat Exchanger (Steel) |
8 - 10 years |
|
Heat Pump Compressor |
8 - 10 years |
|
|
|
HOT WATER HEATERS |
|
Electric |
10 - 15 years |
|
Gas |
8 - 12 years |
|
Oil |
10 - 12 years |
|
|
|
WELL PUMPS |
|
Pump - Above Ground |
10 - 20 years |
|
Pump - Submersible |
15 - 25 years |
|
Water Storage Tank |
15 years |
|
|
| Life Expectancy - |
|
| Material |
ROOFING |
|
Asbestos Cement |
30 - 50 years |
|
Asbestos Shingles |
20 - 75 years |
|
Asphalt Fiberglass Shingles |
18 - 20 years |
|
Brick/Block/Stone (may need periodic
pointing) |
100+ years |
|
Built Up Roofing (Per Layer) |
2 - 4 years less |
|
Clay Tile |
30 - 50 years |
|
Hardboard/Composition |
20 - 40 years |
|
Metal (Tin Recoat Every 4 - 5 years) |
50 - 90 years |
|
Slate |
30 - 200+ years |
|
Stucco (with regular painting) |
70 - 100+ years |
|
T-1-11 Plywood (with regular painting) |
20 - 40 years |
|
Wood Shake (Cedar Treated) |
20 years |
|
Wood Shake (Cedar Untreated) |
10 years |
|
|
|
SIDING |
|
Aluminum |
20 - 30 years |
|
Asbestos |
20 - 75 years |
|
Brick/Block/Stone (may need periodic
pointing) |
100+ years |
|
Hardboard/Composition |
20 - 40 years |
|
Stucco (with regular painting) |
70 - 100+ years |
|
T-1-11 Plywood (with regular painting) |
20 - 40 years |
|
Wood Shake (Cedar Treated) |
20 years |
|
Wood Shake (Cedar Untreated) |
10 years |
|
Vinyl |
30 - 50 years |
|
|
|
MISC. |
|
Lead Shower Pans |
45 - 50 years |
|
|
| Loose/Missing/Worn
Shakes Or Shingles |
A condition conducive
to moisture penetration and subsequent leakage into the
attic and/or occupied interior. We recommend repair
or replacement as necessary to prevent leakage. |
|
|
| M (back
to top) |
|
| Main Disconnect |
A device by which the
electrical system can be disconnected from its source
of supply. Six or more branch circuits require
a main disconnect device. |
|
|
| Mastic |
Asphalt material used
to seal around roof connections and penetrations. |
|
|
| Moisture Barrier |
Treated paper or metal
which retards or bars water vapor. It is used to
keep moisture from passing into walls and floors. |
|
|
| Moisture Membrane Has
Failed |
The moisture membrane
has failed when water has penetrated through the moisture
barrier. There may be damaged framing below. All
damaged material must be replaced or the damage may spread. |
|
|
| Moss Buildup |
Moss retains moisture
and can damage the roofing surface. We recommend that
the moss be removed. |
|
|
| Multiple Layers |
Multiple roofing surfaces
add extra weight to the roof framing. Too much
weight can crack framing members. Most local building
departments limit the number of roofing surfaces to three. Some,
however, limit it to two. Another problem that
can occur with multiple roofing surfaces is the inability
to effectively seal the roof connections and penetrations,
a critical component of the roofing system. |
|
|
| Multi-Wire Branch Circuit |
An electrical circuit
consisting of two or more ungrounded conductors having
a potential difference between them and a grounded conductor
having equal potential difference between it and each
ungrounded conductor. This type of circuit is commonly
used to energize the dishwasher and garbage disposal
outlet located in the sink base cabinet. A common
problem arises when both hot conductors of the circuit
are connected to the same pole or leg of the distribution
panel. If both the dishwasher and disposal are
operated at the same time, the breaker protecting the
circuit will not trip. This is a potential hazard
and the circuit should be repaired. |
|
|
| N (back
to top) |
|
|
|
| Negative Grading |
Grading which is sloped
toward the structure. Low spots and negative grading
will increase the chances of water penetration through
the foundation, subsequent pooling or puddling in the
basement, garage and/or sub area. We recommend
that the site be regraded to make sure that surface water
runs away from the structure. Any damaged material
found in the course of this work should be replaced. |
|
|
| No Safety Glass |
A random sampling of
exterior doors and windows and review of individual shower
doors revealed some areas which lack safety glass. This
is not uncommon in older buildings as safety glass may
not have been required at the time of installation. Doors
and windows not equipped with safety glass are hazardous
if broken. Present industry standards require safety
glass to minimize this hazard. |
|
|
| No Underlayment |
A tile roof installed
directly over the sheathing without an underlayment. An
underlayment provides a moisture barrier between the
tile and the attic. The manufacturer's specifications
may permit this method of installation; however, it is
our opinion that without an underlayment, this roof is
subject to premature leakage. We recommend that
the tile surface and the connections and penetrations
be periodically examined by a qualified and licensed
roofing contractor for signs of damage and leakage and
repairs be made if necessary. |
|
|
| O (back
to top) |
|
|
|
| Outlet (Electrical) |
A switch, light or
receptacle. |
|
|
| Overfused |
A fuse or breaker too
large for the rated capacity of the circuit. This
allows too much current to flow through the conductor
(wire) before the overcurrent protection device blows
or trips. This is hazardous. The rated
capacity of the circuit may not have been exceeded yet. However,
increased demand on the circuit may result in the conductor
overheating which can cause a fire. We recommend
that all overfused branch circuits be repaired and equipped
with overcurrent protection devices of appropriate amperage. |
|
|
| P (back
to top) |
|
| |
|
| Paint/Stain Weathered |
Portions of the exterior
are weathered, exposed and subject to damage. We
recommend that all exposed areas be sealed to provide
protection against inclement weather. Prior to
the next application of paint and/or stain, we recommend
that the exterior be properly prepared. |
|
|
| Panel Rusted |
All rusted panels should
be primed and sealed to prevent further deterioration. |
|
|
| Parapet Wall |
The part of the sidewall
of a structure which extends above the roof line. |
|
|
| Parging |
A coat of cement over
block foundation walls, or a coat of plaster over stone
or brick walls. |
|
|
| Penetrations |
Any projection through
a roofing surface necessitating flashing, such as plumbing
vents and skylights. |
|
|
| Platform Framing |
A type of framing where
each story is built on a platform and the studs run the
height of each story. |
|
|
| Plenum |
A large duct or air
chamber in which the hot air from the furnace is distributed
to the ducting and through the ducts to the registers. |
|
|
| Point-Up Mortar Joints |
To fill and finish
the joints between bricks with cement or mortar. Often
called Tuck Pointing. We always recommend that
this work be done by experienced professionals. |
|
|
| Polarity Reversed |
An electrical receptacle
which has been wired with the hot and neutral wires reversed. Reversed
polarity can compromise the grounding of an appliance
and cause some electrical equipment to operate improperly. We
recommend that the polarity be corrected. |
|
|
| Pull Chain Light Near
Water |
Pull chain lights in
rooms with running water are dangerous. Their proximity
to running water creates a shock hazard. We recommend
that these lights be equipped with approved and grounded
switches. |
|
|
| PVC |
Rigid white plastic
pipe and fittings used for supply of domestic water and
yard sprinkler systems and in interior drain, waste and
vent systems. Introduced in the 1960's. |
|
|
| Q (back
to top) |
|
|
|
|
|
| R (back
to top) |
|
| |
|
| Radon |
Radon is a colorless,
odorless gas that occurs as part of natural decay of
uranium. Radon is present to some extent in all
soils and groundwater and its levels vary within geographic
areas. Radon is classified by the U.S. Environmental
Protection Agency as a known carcinogen. There
are no immediate symptoms resulting from exposure to
radon. Most radon enters the home through cracks
and openings in concrete slabs, crawlspaces, sumps and
the tiny pores in hollow-wall concrete blocks from the
soil underneath. Sometimes radon enters homes through
well-water. The level of radon can be measured
and mitigation measures taken if necessary. Contact
your state Department of Health for a list of radon testing
laboratories and mitigation contactors who meet federal
requirements. Additional information may be obtained
from the U.S. Environmental Protection Agency. |
|
|
| Rafter |
One of a series of
inclined structural members which support the roof, running
from the exterior wall to the ridge board. |
|
|
| Raised/Curled Seams |
See SURFACE GRANULATION
FAILURE. |
|
|
| Random Sampling |
For multiple identical
components such as windows, doors, electrical outlets
or heating registers. One per room is chosen at
random. |
|
|
| Receptacle |
An electrical device
to receive the prongs of a plug and which is connected
to an electric circuit. |
|
|
| Register |
A fixture installed
at the end of a duct which controls and directs the flow
of air into a room. |
|
|
| Relocate Light Switch |
The bathroom light
switch is located in the shower receiving wall. This
is hazardous. We recommend that the light switch
be moved to a safe location. |
|
|
| Repair Recommended |
An item which no longer
functions as designed or intended and should be repaired
or replaced as necessary. |
|
|
| Ridge Board |
The horizontal structural
members at the top of a roof where the rafters meet. |
|
|
| Roof Pitch |
The degree of slope
of a roof. |
|
|
| Rooms Without Heat |
Some areas of the structure
are without heat. Individual need may necessitate
upgrading of this heating system. |
|
|
| Rotation |
A significant number
of older foundations were constructed without steel reinforcement
and with shallow footings. The weight of the structure
was placed on the outer edge of the foundation wall. This
design commonly results in some leaning of the foundation. Poor
drainage is often times the catalyst for rotation. Rotation
does not necessarily mean that the foundation has failed. It
does weaken the foundation and it is more vulnerable
to excessive moisture conditions and seismic activity. The
foundation can be repaired. However, if left unattended,
this condition will worsen and may eventually result
in a failure of the foundation which would require replacement. |
|
|
| Route Downspouts |
All downspouts that
do not terminate within drain lines should be routed
sufficiently away from the foundation to prevent puddling
and pooling and subsequent seepage through the foundation
and into the basement, garage and/or subarea. |
|
|
| Route Temperature And
Pressure |
We recommend that the
water heater temperature and pressure relief valve be
routed to an approved drain or safely to the exterior. This
will help limit damage in the event of a release of the
relief valve. |
| Relief Valve |
|
|
|
| Running Splice |
An electrical connection
made without proper protection. We recommend that
all of these connections be repaired and be mechanically
protected. |
|
|
| S (back
to top) |
|
| |
|
| S-Trap |
A sink drain line configuration
in which the piping behind the trap runs vertically instead
of horizontally. This can cause the water in the
trap to be siphoned out, allowing sewer gas to enter
the occupied interior. We recommend that the pipe
after the trap be repaired so that it runs horizontally
with a slight downward slope until it joins the main
drain and vent piping, or that an approved mechanical
vent be installed. |
|
|
| Screen Downspout Openings |
All downspout openings
should be screened to help prevent debris blockages and
subsequent drainage failures within these lines or the
drain lines into which they terminate. |
|
|
| Settlement |
Settlement is that
instance in which some portion of the foundation drops
below the original "as built" grade. This
occurs as a result of a loss of bearing - compaction
of fill, erosion of supporting soil, and/or dehydration
(shrinkage of supporting soil). |
|
|
| Shakes |
Handsplit shingles. |
|
|
| Sheathing |
The material used to
cover the outside wall of a framehouse or timber roof. |
|
|
| Shower Receiving Wall |
The walls surrounding
a shower which, because of their orientation in relation
to the shower head, are likely to be wetted by the direct
or indirect spray from that shower head. |
|
|
| Siding Embedded In
The Grade |
Exterior siding embedded
in the exterior grade is subject to moisture damage and
pest control problems. We recommend that this condition
be corrected. Any damaged material found in the
course of this work should be replaced. |
|
|
| Sign Of Significant
Nonperformance Requiring Immediate Correction |
A system or component
which no longer functions as designed and intended. All
such items require immediate correction. |
| |
|
| Sill Plate |
Framing lumber placed
on and around the foundation to support exterior wall
studs and outer floor joists. |
|
|
| Silt Marks |
When a subarea gets
wet enough for water to pond, it can leave a sediment
deposit on the foundation walls and foundation area support
piers. |
|
|
| Soffit |
The underside of an
overhang of structural members, such as staircases, beams
and eaves. |
|
|
| Soil Contamination |
Soil can be contaminated
from leaking underground storage tanks, illegal dumping,
poorly contained landfills or hazardous waste spills. Contaminated
soil can be a health hazard, especially for children. Qualified
individuals would have to be retained for evaluation
and a determination of what corrective steps may be necessary. |
|
|
| Soil Pipe |
Pipe carrying organic
waste. |
|
|
| Spalling |
Breaking off of the
surface of brick or concrete. |
|
|
| Splits/Cracks/Tears |
A roofing surface condition
conducive to moisture penetration and subsequent leakage. These
need to be repaired as necessary to prevent leakage. |
|
|
| Stair Railing Upgrade |
Stairs with four or
more steps should have a safety railing. We recommend
that an approved handrail be installed. |
|
|
| Stair/Landing Moisture
Membrane Failed |
The moisture membrane
has failed. Water has penetrated through the membrane. There
may be damaged framing below. All damaged material
must be replaced or the damage may spread. Moisture
must be prevented from penetrating the framing or additional
damage will occur. Our primary recommendation is
to install a new moisture membrane. This will stop
any further leakage and subsequent damage. It may
be possible to seal the surface above, thereby, hopefully
stopping further water penetration. However, there
is no guarantee that sealing the surface will work and
this repair will require frequent maintenance. |
|
|
| Stud |
A vertical, framing
member in a wall or partition, usually spaced from twelve
to sixteen inches apart. |
|
|
| Surface Granulation
Failure |
An indication of roofing
surface wear due to exposure. This wear will continue
and leaks may eventually develop. This condition
is one indication that the roof is nearing the end of
its useful life. Until the roof is replaced, it
should be periodically examined by a qualified and licensed
roofing contractor for indications of further wear. |
|
|
| T (back
to top) |
|
| |
|
| Temperature/Pressure
Valve |
A safety valve designed
to release excess temperature and pressure. Commonly
used in water heaters and steam boilers. |
|
|
| Thermostat |
An automatic heating/cooling
device. Some units are controlled by clocks to
set back the temperature during certain time periods
as a fuel-saving measure. |
|
|
| Tile Roof |
Fired clay, stone or
concrete roofing material. Tile roofs are highly
resistant to wear and have a life expectancy of fifty
plus years. However, problems can develop and these
problems need attention in order to prevent leakage. Walking
on a tile roof may result in some tile breakage; therefore,
we examine tile roofs from ground level and other vantage
points. We look for cracked and missing tiles and
cracked and deteriorated tile mortar joints. We
also examine the visually accessible conneciton and penetration
flashings for damage and defects. Problems in these
areas create opportunities for leakage and must be corrected
to prevent moisture penetration. The watertightness
of a tile roof depends to a large degree on the condition
of the felt underlayment. The only way to completely
examine the underlayment is to remove all of the tile. This,
of course, is not practical. We inspect the felt
underlayment by lifting up the tiles at a random number
of places. If the felt is found to be deteriorated,
it must be repaired. Repairing the underlayment
requires removing the tile and it may not be possible
to reuse the tile. We recommend that tile roofs
be periodically examined by a qualified and licensed
roofing contractor. |
|
|
| Toilet Loose |
When a toilet is not
securely fastened to the floor, the wax ring seal can
deteriorate, causing the toilet to leak. A leaking
toilet can damage the floor and the floor framing. A
toilet can leak for some time before the damage becomes
visible. We recommend that the wax ring seal be
replaced now and the toilet be securely fastened before
the need for additional costly repairs becomes necessary. |
|
|
| Ton Of Refrigeration |
A measure of the rate
of refrigeration equal to 12,000 BTU per hour. |
|
|
| Trap |
A fitting to provide
a liquid seal that prevents the back passage of gases,
without materially affecting the flow of sewage or water
through it. |
|
|
| Transite Vent |
A pipe composed chiefly
of asbestos and portland cement used to carry products
of combustion from gas fired appliances safely to the
exterior of a dwelling. Transite vents are not
recognized by present code. They are subject to
failure because of their absorbency and the effect of
the products of combustion on the product binders. The
local building department may require replacement of
these vents. Asbestos has been determined by
the U.S. Consumer Product Safety Commission to be a health
hazard. There are a number of choices available
in dealing with asbestos. They include leaving
it alone, encapsulation and abatement. Removal
of this material is a specialized procedure and should
be attempted only by a qualified and licensed expert. Information
regarding identification of asbestos, its hazards and
safe removal may be obtained from the U.S. Consumer Product
Safety Commission (800) 638-CPSC, Environmental Protection
Agency and other governmental agencies. |
|
|
| Transition Boot |
A rectangular box attached
to the end of a duct into which the register is placed. |
|
|
| U (back
to top) |
|
| |
|
| Underlayment |
Building material,
generally paper or felt, used as a protection against
the passage of air and moisture. |
|
|
| Undersized Gas Connector |
We found an undersized
gas connector at one or more of the appliances. The
diameter of the gas supply piping should be no smaller
than the inlet connection of the appliance. We
recommend that the connector be removed and an approved
connector installed in accordance with standard building
practice. |
|
|
| Upgrade Drainage |
We found excessive
moisture in the foundation area. This moisture
can damage the foundation and framing, plumbing piping
and heating ducts. It is our opinion that there
is either insufficient or defective site drainage. We,
therefore, recommend that a qualified and licensed drainage
engineer be contacted to design and install a perimeter
drainage system. This drainage system should collect
the surface as well as the subsurface waters approaching
the foundation system, and divert them to some type of
central drainage collection or disposal point. |
|
|
| Upgrade The Shower
Walls |
We found bathroom shower
wall material extends only part way up the receiving
walls. This construction detail is conducive to
moisture penetration into and subsequent damage in presently
concealed areas behind the shower walls. We found
no outward indications of leakage or damage. However,
with access and an opportunity for examination, reportable
conditions may be discovered. If review of these
inaccessible areas is desired, this will be performed
upon arrangement at an additional cost to the interested
parties at such time as access can be provided. Ideally,
shower walls should be upgraded and extended above the
shower arm. |
|
|
| Upgrading Recommended |
These are changes that
we feel would be beneficial to the functional use of
a system and/or component. They are not required. |
|
|
| V (back
to top) |
|
| |
|
| Valley |
A depressed angle formed
where two roof planes meet. |
|
|
| Vapor Barrier |
A material or paint
applied to a wall, floor or ceiling to prevent the passage
of moisture. Plastic vapor barriers are sometimes
applied over the subarea soil. This helps create
a dry air space between damp soil and wood framing and
limits the amount of moisture able to rise into the framing,
thereby reducing moisture damage. A plastic vapor
barrier also provides a reasonable surface upon which
to crawl in the event of needed access to a moist subarea. Finally,
a plastic vapor barrier tends to keep moist soil from
drying out completely and reduces the subsequent shrinkage
and cracking that often occurs. This reduces the
settlement often associated with expansive soil subject
to fluctuating moisture content. |
|
|
| Vegetation Encroachment |
Vines and/or shrubbery
that cover the exterior finished siding, foundation vents,
decks, stairways and electrical equipment. This
vegetation can cause damage. We recommend that
all shrubbery against sidewalls and foundation vents
be cut back. Tree limbs and branches that have
overgrown or surround the electrical service entrance
conductor wires should be removed. |
|
|
| Vent (Plumbing) |
A pipe installed to
provide a flow of air to or from a drainage system and
to minimize possibilities to trap siphonage and back
pressure. |
|
|
| Voltage |
Electric power. The
greater the speed at which electrons travel, the more
power present (240 volts is more powerful than 120 volts). |
|
|
| W (back
to top) |
|
|
|
| Warm Air System |
A heating system in
which air is heated inside a furnace and distributed
throughout the house by means of convection. |
|
|
| Waste Air Gap |
A sink device installed
between the dishwasher and the drain line. Its
purpose is to prevent the drawing of waste water into
the dishwater. |
|
|
| Watt |
The amount of electricity
flowing through a line, measured in terms of watts. Volts
multiplied by amps equals watts. |
|
|
| Water Hammer |
A sudden pounding noise
in a piping system caused by rapid pressure changes due
to very quick closing of valves or other restrictions. It
is possible to correct this condition by installing an
air chamber. |
|
|
| Water Pressure |
55 pounds per square
inch is considered in the mid-range of normal water pressure. Less
than 30 psi is considered in the low-range of normal
water pressure. This usually occurs as a result
of mineral deposits building up inside the domestic water
supply piping which restrict the flow of water. The
corroded lines eventually will need to be replaced. Excessive
water pressure (above 100 psi) puts unnecessary strain
on the water heater, water lines and fixtures which can
result in leaks. We recommend that a pressure reduction
valve be installed in such instances. |
|
|
| Wet Vent |
A vent that also serves
as a drain. Most modern plumbing practices do not
permit wet vents. This condition should be corrected. |
|
|
| Wood Floor Installed
Over An Unknown Surface |
Ground level wooden
flooring that has been constructed on wood framing slightly
elevated over an unknown surface below. This type
of construction is conducive to framing damage within
the concealed areas. We found no evidence to suggest
the presence of damage. However, with access and
an opportunity for examination, reportable conditions
may be discovered. We recommend that portions of
the flooring be removed to provide sufficient access
to determine the presence and extent of any damage, and
any necessary corrective measures. |
|
|
|
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