Baltimore City Rental Inspection SOP

Railing must be present if there are 4 or more steps and/or steps are greater than 33″ from grade. Railings should be securely attached.

Wires that should be concealed behind walls are not visible. Excludes power strips, extension cords, etc.

NEC 406.4 (B) and NEC 406.4 (D)(2)(a)

All grounded type receptacles (i.e., three-pronged outlets) must be grounded.  Non-grounded type receptacles (i.e., two-pronged outlets) are allowed to be ungrounded as long as no equipment grounding conductor exist in receptacle enclosure.

NEC 406.4(D)(2)(b)

A non-grounding type receptacle shall be permitted to be replaced with a GFI type of receptacle.  These receptacles shall be marked “No Equipment Ground.” An equipment grounding conductor shall not be connected from the GFI receptacle to any outlet supplied from the GFI receptacle.”

NEC 201.8(A) Dwelling Units

All 125-volt, single phase, 15 and 20 ampere receptacles installed in the locations specified in 210.8(A)(1) through (10) shall have GFI protection for personnel. (1) Bathrooms (2) Garages (3) Outdoors (4) Crawl Spaces (5) Unfinished Basements (6) Kitchens where receptacles are installed to serve the countertop surfaces (7) Sinks where receptacles are installed within 6′ of the outside edge of the sink (8) Boat houses (9) Bathtubs or shower stalls (10) Laundry areas.

If the property was constructed prior to 1975, or there is no evidence of recent rehabilitation (that involved electrical systems) in the relevant areas, the absence of GFI receptacles shall not result in “Fail.”

The 2015 International Fire Code (IFC) requirements are dependent upon the year that the building was constructed or rehabilitated.  See table below for summary.  For additional information, see Maryland Smoke Alarm Law.

1 and 2 Unit Dwellings

* Smoke alarms shall be provided on every level in homes constructed before January 1, 1989 when the following occurs:
A. The existing smoke alarm is >10 years old.
B. The existing smoke alarm fails to respond or otherwise malfunctions.
C. There is a change of tenant.
D. A building permit is issued for an addition or renovation.
E. January 1, 2018 at the absolute latest.

To achieve the upgraded smoke alarm coverage noted above, smoke alarms shall be hard-wired units except that sealed battery-operated smoke alarms with long-life batteries and silence/hush button features may be installed in locations of the home where hard-wired smoke alarms did not previously exist.

** Based on the 1996 BOCA Code, smoke alarms are required for R2/R3 use groups in the following locations:
A. In the immediate vicinity of bedrooms;
B. In all bedrooms;
C. In each story within a dwelling unit, including basements.

IFC 907.2.11.5 Interconnection. Where more than one smoke alarm is required in a dwelling unit, all smoke alarms shall be interconnected in such a manner that activation of one alarm will activate all of the alarms in the individual unit. Physical interconnection is not required where listed wireless alarm are installed and all alarms  sound upon activation of one alarm.

IFC 907.2.11.6 Power Source. In new construction, requires smoke alarms shall receive their primary power from the building wiring where such wiring is served from a commercial source and shall be equipped with a battery backup.

Any smoke alarm older than 10 years (of if newer, upon upgrading) shall be replaced with new, sealed, long-life smoke alarms with the hush-feature.

Light signal for hearing impaired: The landlord must provide a smoke detector that is designed (and has been tested and certified by an approved testing laboratory) to alert persons with hearing impairments if the tenancy is occupied by a person who is hearing impaired and the tenant has asked for the detector in writing by certified or registered mail.

Multi-Family Dwellings (3 or More Units)

* Per 2009 IFC,  if an existing building already had a smoke alarm in the individual unit, it did not have to comply with the code provision that required a smoke alarm inside each sleep area, outside the sleeping area and on each level. However, if the existing building did not already have a smoke alarm in each unit, the building was required to comply with the code provision.

1996 BOCA Fire Protection Systems
Battery backup shall not be required for smoke detectors in buildings equipped throughout with an automatic sprinkler system installed in accordance with Section 906.2.1, 906.2.2, or 906.2.3.

2009 IFC 4603.7 Single And Multiple-Station Smoke Alarms
Single and multiple smoke alarms shall be installed in existing Group R occupancies and in dwellings not classified as Group R occupancies in accordance with Sections 4603.7.1 through 4603.7.3.

2009 IFC 4603.7.1 Where Required
Existing Group R occupancies and dwellings not classified as Group R occupancies not already provided with single station smoke alarms shall be provided with single station smoke alarms. Installation shall be in accordance with Section 907.2.10, except as provided in Sections 4603.7.2 and 4603.7.3

Carbon monoxide alarms are properly installed and operational.

Carbon Monoxide Alarms are required in properties with fossil fuel-burning equipment/ appliances, fireplaces, wood stoves, or attached garages.

When required, they should be installed:

Outside of each separate dwelling unit’s sleeping area in the immediate vicinity of the sleeping rooms.

On every occupiable level of a dwelling unit, including basements and excluding attics and crawl spaces.

All plumbing fixtures must be operational.  Tubs and sinks must be able to drain.

Windows, which are designed to do so, should open and close and have working lock mechanisms. This includes all windows, including storm windows, wooden windows, etc.

Inspectors should check to see that the windows function, are in sound condition and are in good repair.

Windows that are used for ventilation must be able to open and close with working locking mechanism.

For rooms/areas with windows that are not designed to open and close, there must be a source of mechanical ventilation present and operational.

Inspector must turn on and off the heating system to ensure that the system is operational.

Interior of the property must be clean and sanitary.

A property may pass inspection if there are interior sanitation violations that are solely the responsibility of the tenant to abate, unless the conditions create an imminent threat to life.

Partial responsibility for the condition of the interior of a dwelling unit, related to its cleanliness, may belong to the tenant. If the Rental Licensing Inspector finds that the dwelling conditions create an imminent threat to the life of the unit’s residents (or neighbors}, but that the tenant is responsible, they should mark it as Refer which will result in a Housing Code Enforcement Officer following up on the report.

The interior of the property appears to be free of signs of infestation by rodents, insects, or pests.

For the purposes of this inspection, the term “insects” refers to nuisance insects such as, but not limited to, bed bugs, fleas, mites, and cockroaches, and the term “infestation” refers to the presence of a quantity of insects that could cause damage and/or disease.

Inspections shall not be construed as a “pest control consultation” as defined under Maryland law (COMAR Title 15 Subtitle 5). A Maryland licensed pest control professional should be consulted to identify pest issues, develop treatment plans and exterminate pests.

Partial responsibility for the condition of the interior of a dwelling unit, related to the presence of rodents, insects or pests, may belong to the tenant.

Owner responsibility for rat proofing: preventing entrance by blocking passages with rat ­resistant material; and paving basements and other areas that are in contact with the soil.

Tenant responsibility for extermination: An occupant of a multiple-family dwelling is responsible for extermination if the occupant’s unit is the only unit infested. The occupant of a single-unit building is responsible for extermination of insects, rodents and all other pests, other than wood destroying insects.

If the inspector finds the appearance of an infestation, but the tenant is responsible, mark as Refer, which will result in a Housing Code Enforcement Officer following up on the report.

If there is a bedroom in the basement, there is proper egress in case of fire.

If the Rental Licensing Inspector finds that a bedroom (or space being used as bedroom) has been established in the basement in a non-compliant manner, they should mark it as Refer which will result in a Housing Code Enforcement Officer following up on the report. The information below provides guidance on compliance of a basement bedroom space as it pertains to emergency escape and rescue openings when other methods of egress are not available.

IRC R310 Emergency Escape and Rescue Openings

R310.2 Emergency escape and rescue openings. Emergency escape and rescue openings shall have minimum dimensions as specified in this section.

R310.2.1 Minimum opening area. Emergency and escape rescue openings shall have a net clear opening of not less than 5.7 square feet.  The net clear opening dimensions required by this section shall be obtained by the normal operation of the emergency escape and rescue openings from the inside. The net clear height opening shall be not less than 24″ and the net clear width shall be not less than 20″. Exception. Grade floor or below grade openings shall have a net clear opening of not less than 5 square feet.

R310.2.2 Window sill height. Where a window is provided as the emergency escape and rescue opening, it shall have a sill height of not more than 44″ above the floor; where the sill height is below grade, it shall be provided with a window well in accordance with section R310.2.3.

For existing buildings, the requirement is as listed below.

R310.6 Alterations or repairs of existing basements. An emergency escape and rescue opening is not required where existing basements undergo alterations or repairs. Exception: New sleeping rooms created in an existing basement shall be provided with emergency escape and rescue openings in accordance with Section R310.1.

The exterior must be free of rodent burrows.

Signs of treatment for rodent burrows include (but are not limited to):
• Flags placed on the property by the exterminator
• Physical signs of poison/bait
• A treatment plan provided by the property owner

Burrows of various animals may be difficult to distinguish. If inspector observes signs of possible rodent burrows that do not also show signs of being treated, mark as Refer, which will result in a Housing Code Enforcement Officer following up on the report.

Are there any other readily observable problems that, in an inspector’s opinion, represent an immediate threat to the health and safety of occupant?

The inspector will very briefly identify the problem. Details about the problem will be provided on the phone to the 311 operator when placing the call to notify Baltimore City of an item to “Refer.”

How to make a referral to the Department of Housing and Community Development (DHCD) on checklist items M, N, O and P.

1. Call 311.

a. The report type is “Maintenance Structure Service Request”
b. When prompted, provide the property address information
c. When asked for additional information, state that this is related to a “Rental Inspector Referral”
d. State the nature of the Referral (i.e. which Checklist item did not Pass)

2.  Annotate the report.

Indicate the following on the inspection report.
a. The date on which the call was made to 311.
b. The 311 Report Number.

Only one 311 report should be completed for each property, even if multiple items are being referred. For example, the inspector should state that “Items N, O and P did not pass the inspection. There are roaches in the basement, the basement bedroom has no egress, and there are untreated rat burrows in the back yard.”

3. Advise the property owner.

When you provide the property owner with inspection results, advise the property owner that a referral was made for one or more items.

Checklist Addendum for Common Areas in Multi-Family Dwellings, Rooming Houses, and Hotels

Not all units within a Multi-Family Dwelling, Rooming House, or Hotel must be inspected. Below is the guidance on the number of units to be inspected in these types of properties; number of units to be inspected must be distributed among different buildings and floors within the property.

 

 

 

 

 

 

 

A. Public hallways and stairways are free of obstructions.
All methods of egress from the unit to the outside of the building are free of obstructions.

C. Fire separation is intact between dwellings, hallways, and stairways.
There should be no holes in the walls or ceilings.

D. Fire alarm system is in working order. (NA if not required)
A fire alarm is considered to be in working order if inspector is able to visually confirm the presence of a current (i.e. completed within the past 12 months) inspection sticker.

F. Exit signs are installed and clearly visible.
IFC 1013 Exit Signs. Where required Exits and exit access doors shall be marked by an approved exit sign readily visible from any direction of egress travel. The path of egress travel to exits and within exits shall be marked and readily visible exit signs to clearly indicate that the direction of egress travel in cases where the exit or the path of egress travel is not immediately visible to the occupants. Intervening means of egress doors within exits shall be marked by exit signs. Exit sign placement shall be such that no point in an exit access corridor or exit passageway is more than 100′ or the listed viewing distance for the sign, whichever is less, from the nearest visible exit sign.

G. Mechanical room (furnace, boiler) has proper clearance and is not used for storage.
IPMC 603 3 Clearances. Required clearances to combustible materials shall be maintained. Proper clearances must be maintained between combustible materials and all heat-producing appliances and equipment. Adequate clearances are necessary to prevent the possible ignition of combustibles. The required clearances for the labeled appliances and equipment must be maintained in accordance with the manufacturer’s requirements Clearances for chimneys, vents and their connectors are also specified in the IMC and IFGC.

H. Electrical room (meters, wires) has proper clearance.
IRC E3405 Equipment Location and Clearances
E3405.1 Working space and clearances. Access and working space shall be provided and maintained around all electrical equipment to permit ready and safe operations and maintenance of such equipment in accordance with this section and Figure E3405.1 (110.26).

I. The multi-family license is posted in a common area.
The license should be posted in a common area, accessible to tenants and inspectors. In apartment complexes with a rental office onsite, the license can be posted in the office.

Deck Inspection – General Information

A Deck Inspection is a fee-for-service inspection that is separate from and more thorough than inspecting a deck as part of a Home Inspection. Deck Inspections evaluate the deck according to a selected Deck Construction Guideline. US Inspect uses the American Wood Council’s “Guide to Code Acceptance,” commonly referred to as DCA6. Deck Inspections are not technically difficult, but they are detailed. You will be required to take measurements and consult tables and diagrams. Those reference materials are downloadable throughout Inspecto Libro in our data collection platform’s Deck Inspection template.

US Inspect uses DCA6 as its selected Deck Construction Guideline. The American Wood Council requests that we provide a link to DCA6 rather than post the entire document. This ensures that you will always have the most up-to-date standard. Use the link below to connect to the latest version of DCA6. You can then download it by clicking on the arrow in the upper right corner.

http://www.awc.org/pdf/codes-standards/publications/dca/AWC-DCA62015-DeckGuide-1804.pdf

Here are DCA6’s Minimum Requirements and Limitations:

DCA6 Minimum Requirements

Here is the final version of the American Society of Home Inspectors (ASHI) Auxiliary Standard for residential deck inspections.

ASHI Deck SoP Final 111017

Deck Inspection – Posts/Columns

Posts and columns are the primary vertical supports of the deck. Problems here can affect the entire structure’s stability.

Table 4 in DCA6 provides the guidelines on 6 x 6 post heights based on the beam span, the joist span, and the wood species.

POSTS COLUMNS TABLE 6×6 Post Height

How a post and its beam are connected per DCA6 differs from the IRC requirements. Figure 8A shows the requirements.

POSTS COLUMNS FIGURE Post to Beam Attachment

Figure 8B shows additional methods that vary from what the local AHJ may approve.

POSTS COLUMNS FIGURE Approved Alternate and Prohibited

Diagonal bracing is often essential for a deck’s lateral stability. DCA6’s Figure 10 details these components.

POSTS COLUMNS FIGURE Diagonal Bracing

Deck Inspection – Beams/Joists

The beams and joists form the fundamental structure of the deck platform. They must be correctly sized, arranged, and connected to perform properly.

Table 3A sets the requirements for how a dimensional lumber beam must be constructed based on the desired length of the beam vs. the span of the joists being supported.

BEAMS JOISTS TABLE Dimen Beam Span

Table 3B provides the same information as Table 3A for Glue-Laminated beams.

BEAMS JOISTS TABLE Glue-Lam Beam Span

The maximum allowable span or overhang for a joist is determined per Table 2, and is based on the joist spacing, lumber size, and wood species.

BEAM JOISTS TABLE Joist Spans and Overhangs

Beams built up from dimensional lumber must follow certain protocols. Figure 4 provides the guidelines.

BEAMS JOISTS FIGURE Beam Assembly

Joists and beams must be securely connected to prevent uplift and lateral displacement. Joists must be properly supported.

BEAMS JOISTS FIGURE Joist to Beam and Joist Hangers

DCA6 requires specific rim joist details.

BEAMS JOISTS FIGURE Rim Joist

Deck Inspection – Ledgers

Ledgers, or “ledger boards”, are arguably the single most critical structural component in a deck. Ledger failure is the cause of the majority of catastrophic deck collapses.

Table 5 provides critical information on the required fastener type and spacing for a ledger based on the joist span, fastener, and wood species.

LEDGERS TABLE Ledger Fastener Spacing

Figures 19 and 20 detail the proper placement and selection of ledger fasteners.

LEDGER FIGURE Fasteners

While the ledger attachment details are not always visible, it is essential to understand the requirements. Figures 14 and 15 provide that.

LEDGERS FIGURE Ledger Attachment to Wood Frame or Masonry

DCA6 requires so-called “lateral load devices” for decks attached to the house. The installation requirements depend on the relationship of the house and deck joists. Figure 22 is for when the joists are parallel.

LEDGERS FIGURE Lateral Load Devices Parallel Joists

Figure 23 provide installation details for when the joists are perpendicular.

LEDGERS FIGURE Lateral Load Devices Perpendicular Joists

Deck Inspection – Guardrail Assemblies

Guardrails are the most visible and often overlooked safety feature of a deck. DCA6 has a number of requirements that may be new even to an experienced home inspector.

Figure 24 in DCA6 provides a number of the basic guard requirements.

GUARDRAILS FIGURE Guard Details

One of the significant new features for guardrail assemblies is the use of “hold-down anchors” to ensure a safe resistance to lateral forces against the guard. Figure 25 applies when attaching the guard post to an outside joist.

GUARDRAILS FIGURE Post to Outside Joist

Figure 26 details connecting a guard post and hold-down anchor when a rim joist is involved.

GUARDRAILS FIGURE Post to Rim Joist

Deck Inspection – Stairs

A majority of accidents and injuries in the home occur on stairs. It’s not surprising that DCA6’s treatment of deck stairways is detailed.

Table 6 sets minimum stair tread sizes for common wood species used on 2 types of stringers.

STAIRS TABLE Minimum Tread Sizes for Stringers

A “graspable” handrail is required on most stairs. Figures 32A and 32B show what’s needed for compliance with DCA6.

STAIRS FIGURE Handrail Mounting and Grips

Figures 33 and 34 detail various stairway requirements including the footings needed at the base of the stairs.

STAIRS FIGURE Miscellaneous and Footing Details

Some guard details are different for stairs vs. the deck surface; some are the same. Figure 30 helps explain this.

STAIRS FIGURE Stair Guard Requirements

Figure 28 shows the different requirements for “cut” vs. “solid” stringers.

STAIRS FIGURE Stair Stringer Requirements

This is familiar but important information from DCA6’s Figure 27.

STAIRS FIGURE Tread and Riser Details

Figure 29 shows the specific details on how treads must be secured to the stringers and the allowed spans.

STAIRS FIGURE Tread Connection Requirements