Choosing the best type for your house may save lives and safeguard your family or company in an emergency. Both types of detectors utilize different sensors to identify smoke, and both have their benefits and drawbacks when it comes to fire detection. When purchasing a smoke detector, there are two main types to choose from ionization and photoelectric. According to the National Fire Protection Association (NFPA), almost two-thirds of home fire deaths occur in homes without working smoke alarms. A properly installed and working smoke alarm can provide an early warning of a fire, giving you time to escape. Smoke alarms are one of the most important pieces of safety equipment in your home. Smoke detects protect our homes and family but what are the different smoke detector types? And, are ionization or photoelectric smoke detectors better for your home? Why are Home Smoke Alarms Necessary? Do you know which type of smoke alarms your home is equipped with? Read on to learn the differences between ionization and photoelectric smoke alarms and why you should consider having both installed in your home. Depending on the source of the smoke, one type of alarm gives a faster warning compared to the other. The two kinds of smoke alarms are ionization smoke detectors and photoelectric smoke detectors. It helps to understand the two smoke detector types and what they do in case of a house fire. Because this is such an important piece of equipment, it must be of the best quality to ensure that you are safe. Safelincs has stopped selling ionisation smoke alarms, and we would encourage all of our customers to purchase optical smoke alarms instead.Installing a smoke alarm in your house or business might save your family’s lives and safeguard your home or property. Optical smoke alarms also are not deemed potentially hazardous like ionisation technology, due to not using radioactive elements. Historically, ionisation smoke detectors have been recommended for landings and office spaces, but the technology behind optical smoke alarms has now advanced to the point that they are interchangeable. Ionisation smoke alarms were very effective for detecting fast-flaming fire. This is because they use radioactive material in the sensor to detect the presence of smoke particles in the air, making them dangerous to manufacture, awkward and costly to transport, and an environmental hazard if disposed of incorrectly. Ionisation smoke alarms are now being phased out across the entire fire safety industry, from standalone domestic alarms to detectors in the largest commercial panel systems. This section now contains our selection of replacement products designed to help customers easily find the most suitable optical alarm model to replace their ageing ionisation alarms.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. Archives
May 2023
Categories |