What You Should Know About Space Heaters
Used for Supplemental Room Heating
Yes there are areas where central heat is not provided. In warmer climates it's not often needed. If you're disabled and your heat has been disconnected and all means to get it turned back on have failed, or you have a cold room in a home, you may decide a space heater is an alternative. PLEASE! Proceed with caution.
A space heater is a self-contained, free standing air heating appliance intended for installation in the space being heated and not intended for duct connection. This document is not intended to be all-inclusive, but it is intended to inform the reader about some of the safety aspects associated with using space heaters for supplemental room heating. The U.S. Consumer Product Safety Commission estimates that more than 25,000 residential fires every year are associated with the use of room (space) heaters. More than 300 persons die in these fires. An estimated 6,000 persons receive hospital emergency room care for burn injuries associated with contacting hot surfaces of room heaters, mostly in non-fire situations.
You should be aware of the following hazards when buying and using gas, wood, kerosene, and electric space heaters:
CPSC offers the following general suggestions for selection, safe use, and maintenance of gas, wood, kerosene and electric space heaters:
Different types of space heaters present some different safety problems. You should be aware of important information and advice about these specific types of heaters.
If you are using a kerosene heater, the U.S. Consumer Product Safety Commission and the National Kerosene Heater Association advise you to follow these suggestions in order to minimize the risk of fire and potential health effects from indoor air pollution.
Use only water-clear 1 K grade kerosene. Never use gasoline. Gasoline is not the same as kerosene. Even small amounts of gasoline or other volatile fuels or solvents mixed with kerosene can substantially increase the risk of a fire or an explosion.
Always store kerosene in a separate container intended for kerosene, not in a gasoline can or a can that has contained gasoline. This helps you avoid using contaminated fuel or the wrong fuel by mistake. Kerosene containers are usually blue; gasoline containers are usually red.
When purchasing kerosene at the pump, make sure to use the kerosene pump, not the gasoline pump. Some service stations have separate islands for kerosene. Some oil companies have also established quality control programs to minimize the chances of gasoline contamination of kerosene.
1-K grade kerosene should be purchased from a dealer who can certify that what is being sold is 1-K. State operated and private sector certification programs that ensure the quality of kerosene are established in some states. Grades other than 1-K can lead to a release of more pollutants in your home, posing a possible health risk. Different grades of kerosene can look the same so it is important that the dealer certify that the product sold is 1-K grade kerosene.
Never refuel the heater inside the home. Fill the tank outdoors, away from combustible materials, and only after the heater has been turned off and allowed to cool down. Do not refuel the heater when it is hot or is in operation. Do not fill the fuel tank above the "full" mark. The space above the "full" mark is to allow the fuel room to expand without causing leakage when the heater is operating.
In case of flare-up or if uncontrolled flaming occurs, do not attempt to move or carry the heater. This can make the fire worse. If the heater is equipped with a manual shut-off switch, activate the switch to turn off the heater. If this does not extinguish the fire, leave the house immediately and call the fire department. As an added reminder and precaution, install at least one smoke detector near each sleeping area or on each level of the house.
Do not stop to save valuables. The lives of the people in the home are all that matter.
Reduce your exposure to indoor air pollutants by properly operating and maintaining your portable kerosene heater. Although portable kerosene heaters are very efficient in the burning of fuel to produce heat, low levels of certain pollutants such as carbon monoxide and nitrogen dioxide are produced. Exposure to low levels of these pollutants may be harmful, especially to individuals with chronic respiratory or circulatory health problems.
To assure that you and family members are not exposed to significant levels of these pollutants, you should follow carefully the following rules of safe operation:
Portable electric heaters manufactured after 1991 include many new performance requirements to enhance safety. For portable electric heaters that may present a fire hazard when tipped over, a tip-over switch will turn the heater off until it is turned upright again. New heaters also include indicator lights to let users know that the heater is plugged in or is turned on. Some manufacturers have included technically innovative safety controls such as infrared or proximity sensors, which can turn a heater off when objects come too close, or when children or pets are near. These kinds of controls may prevent burn injuries to children who might play too near a heater, or reduce the risk of ignition of combustible materials that could contact the heater.
Use heaters on the floor. Never place heaters on furniture, since they may fall, dislodging or breaking parts in the heater, which could result in a fire or shock hazard. Unless certified for that purpose, do not use heaters in wet or moist places, such as bathrooms; corrosion or other damage to parts in the heater may lead to a fire or shock hazard.
Do not hide cords under rugs or carpets. Placing anything on top of the cord could cause the cord to overheat, and can cause a fire.
Do not use an extension cord unless absolutely necessary. Using a light-duty, household extension cord with high-wattage appliances can start a fire. If you must use an extension cord, it must be marked #14 or #12 A WG; this tells the thickness or gauge of the wire in the cord. (The smaller the number, the greater the thickness of the wire.) For example, a cord sold as an air conditioner extension cord will have these heavy wires. Do not use a cord marked #16 or #18 AWG. Only use extension cords bearing the label of an independent testing laboratory such a U.L. or E.T.L.
Be sure the plug fits snugly in the outlet. Since a loose plug can overheat, have a qualified repairman replace the worn-out plug or outlet. Since heaters draw lots of power, the cord and plug may feel warm. If the plug feels hot, unplug the heater and have a qualified repairman check for problems. If the heater and its plug are found to be working properly, have the outlet replaced. Using a heater with a hot cord or plug could start a fire.
If a heater is used on an outlet protected by a ground fault circuit interrupter (GFCI) and the GFCI trips, do not assume the GFCI is broken. Because GFCIs protect the location where leakage currents can cause a severe shock, stop using the heater and have it checked, even it if seems to be working properly.
Broken heaters should be checked and repaired by a qualified appliance service center. Do not attempt to repair, adjust or replace parts in the heater yourself.
Existing building codes and manufacturer’s instructions must be followed during installation.
Buy wood-burning stoves that are certified as meeting EPA emission standards.
Check chimney and stove pipes frequently during the heating season for creosote build-up and have them cleaned annually.
Stoves must be placed on an approved floor protector or fire resistant floor.
Do not burn trash or anything other than the proper fuel.
Use a metal container for ash removal.
All unvented gas-fired space heaters (manufactured after 1983) should be equipped with an oxygen depletion sensor (ODS). An ODS detects a reduced level of oxygen in the area where the heater is operating and shuts off the heater before a hazardous level of carbon monoxide accumulates. These heaters also have labels that warn users about the hazards of carbon monoxide.
Always have your gas heater and venting system professionally installed and inspected according to local codes.
Vented gas-fired heaters can also cause carbon monoxide poisoning if they are not vented properly.
If your space heater is meant to be vented, be sure that the heater and flue are professionally installed according to local codes. Vent systems require regular maintenance and inspections. Many carbon monoxide poisoning deaths occur every year because this is not done. A voluntary standard requirement provides that a thermal shut-off device be installed on vented heaters manufactured after June 1, 1984. This device is designed to interrupt heater operation if the appliance is not venting properly.
Be aware that older gas-fired space heaters may not be equipped with the safety devices required by current voluntary standards, such as an ODS or a pilot safety valve that will turn off the gas to the heater if the pilot light should go out.
If the pilot light on your heater should go out, use the following safety tips:
Carbon monoxide (CO) is a colorless, odorless gas that interferes with oxygen availability throughout the body. Exposed individuals and physicians may not recognize some symptoms as CO poisoning due to their similarity with viral illnesses such as influenza. Individuals with heart disease, chronic respiratory ailments, such as emphysema, and anemia, and also fetuses, infants, and young children have an increased susceptibility to CO poisoning.
Low levels of CO can cause fatigue and chest pain in people with chronic heart disease. As CO exposures increase, symptoms progressively worsen through headaches, drowsiness, nausea, vomiting, confusion and disorientation. At very high CO exposures, loss of consciousness and death are possible.
Nitrogen dioxide can irritate the skin and the mucous membranes in the eyes, nose and throat. Depending upon the level and duration of exposure, respiratory effects range from slight irritation to burning and chest pain, coughing, and shortness of breath.
In addition, repeated exposure to elevated levels of nitrogen dioxide may contribute to bronchitis. Children who are exposed to low levels of nitrogen dioxide, often show increased susceptibility to respiratory infections.
Others who may be especially sensitive to nitrogen dioxide exposure include people with chronic respiratory disease including bronchitis, asthma and emphysema.
Take special precautions when operating unvented space heaters. Consider potential effects of indoor air pollution when deciding to use unvented kerosene or gas space heaters. Follow the manufacturer’s directions, especially about using the proper fuel and about providing fresh air while the heater is in use.
This can be accomplished by keeping doors open to the rest of the house from the room where the heater is being used. In addition, keep the heater properly adjusted. Choose a space heater properly sized for the room you wish to heat and make sure that it is installed correctly.
Keep flues and chimneys in good condition. Leaking chimneys and damaged flues can result in the release of harmful or even fatal concentrations of combustion gases, especially carbon monoxide. If operating any combustion type appliance, including space heaters, install a CO alarm. Use alarms that meet the current requirements of UL 2034 or IAS 6-96.
Regardless of the method you use to heat your home, the Commission encourages you to:
Mobile homes are especially susceptible to fire. Please use heaters designed specifically for mobile homes: only electric or vented fuel-fired heaters. Do not sleep or leave home with them on.
For a graphic example of how quickly mobile homes burn, place a tissue in a can, place it on the ground several feet away from you and toss a lit match into the can. That is approximately how fast a mobile home will burn as the exterior tends to act just like the tin can.
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