does a carbon monoxide detector detect natural gas

The CO sensor identifies and measures CO gas concentration in the atmosphere in parts per million (ppm).A detection chamber houses the CO gas sensor.A test/reset button lets you make sure the alarm is working.Wires to the building's electrical system or a battery provide power to the unit.Some detectors also have a liquid crystal display ( LCD) panel that shows a readout of CO levels. Light-emitting diodes ( LEDs) use lights to let you know how the unit is functioning and whether the battery needs to be replaced.The chip is fused to a copper-wired, integrated electronic circuit panel, which is the base for the unit. A small silicon microchip sends an electronic charge, a sort of 'what to do' signal, to the other parts of the detector.Infants, the elderly and people with respiratory and circulatory illnesses are at an increased risk of fatal CO poisoning. If carbon monoxide begins to fill a home while people are sleeping, the exposure can be fatal before anyone realizes something is wrong. These symptoms are easily mistaken for other common illnesses, like food poisoning or the flu. Moderate levels of CO exposure can cause burning eyes, nausea, vomiting, dizziness, severe headaches, breathing difficulties and confusion. If you inhale small amounts of CO over a long period, the exposure might not be fatal, but it can cause permanent damage to the brain, lungs and heart. Your blood then carries the CO to your organs. Carbon monoxide enters red blood cells, quickly taking the place of the oxygen your body needs. And it doesn't take much fuel to be dangerous: Even small tools like chainsaws can release enough CO to make you sick. Without enough ventilation, the gas can build up to deadly levels. Just about anything you might burn in or around your home - whether it's gasoline, wood, coal, propane, natural gas or oil - can produce carbon monoxide in the right conditions. The fastener spacing, size, and embedment into the backup wall attaching the insulation and cladding depends on the cladding weight, the stud spacing of the backup wall, the sheathing type and thickness, and the exterior insulation type and thickness.Known as 'the silent killer,' carbon monoxide (CO) is a colorless, tasteless, odorless gas that comes from the incomplete burning of fuel.Exterior insulating sheathing can be an effective exterior air barrier when joints and seams are properly sealed with compatible air barrier qualified tapes, mastic, or caulking.Materials such as studs, wood sheathing panels and/or insulation sheet goods are readily available in pre-cut lengths for 8' and 9' wall heights.Handling, application and process integration of rigid insulation by Suppliers and Framers can initially affect cycle time - however, production cycle times quickly return to normal after the first few built units.Constructing walls with exterior insulation is rapidly becoming common practice in some Canadian Zones.Insulation, weather barrier and air barrier details and materials are readily available and understood within the Canadian industry.

19.2' stud spacing will typically require exterior sheathing and/or insulation panels to be installed horizontally, whereas 16' and 24' stud spacing can accommodate vertically installed panels (most panel goods have fastener spacing guidelines printed on the material based on vertical installation).Exterior wood sheathing provides both structural resistance to 'racking' and a nailing substrate for cladding materials.

This wall is easily constructed through traditional stick frame methods on-site.

This is due to the ventilation behind the siding in the furring space allowing for convective drying.

This wall assembly has good drying potential on the outboard side of the XPS towards the outside, but not from the inboard side of the XPS.

Proper detailing at any connection or penetrations (window openings, electrical boxes, plumbing penetrations etc.), will also help reduce heating and air conditioning costs.

Air leakage into the assembly must be managed by means of a continuous air barrier (preferably both interior and exterior).

For colder climates, the thickness of the insulative sheathing must be increased to maintain dew point condensation from falling outside of the inner surface of the stud cavity and insulative sheathing.

The effect of the insulative sheathing is a reduced risk of interstitial condensation on the wood sheathing or in the stud cavity from warm moisture-laden interior air leaking into the wall assembly, as the insulative sheathing raises the temperature inboard of it, causing the dew point in the heating season mostly to fall outboard of the inner surface of the insulative sheathing.

Does a carbon monoxide detector detect natural gas