Smoke and Carbon Monoxide Detection Solutions

 

Our unique software and electronics can deliver stable smoke and carbon monoxide detectors with the quickest response time and the least amount of inconvenience. The predictive feature of our remote diagnostics is crucial in informing us that the equipment requires proactive service. A polluted detector can set off an unnecessary alarm. Contractors, property managers, and owners profit from the connectivity of our devices since it saves them time. 

 

Carbon monoxide (CO) sensors are deployed in our smoke detectors as a bonus, eliminating the need for separate purchases and thus lowering wiring requirements. Our products are particularly important in places where people sleep, such as dorms, hotels, nursing homes, and many more

 

 

• Fire, smoke, or heat disasters can be detected quickly, allowing for organized evacuation and fire damage mitigation.

• Fire suppression systems are linked with solutions that are customised to your facility.

• The use of an internet-based diagnostic service allows for real-time viewing and automates the identification and notification of abnormal circumstances.

• Notifies you when your detectors are dirty or nearly unclean, making them more susceptible to issues.

• To preserve detector sensitivity and reduce the risk of false alarms, sensors analyze environmental data and compensate for contamination.

• CO elements can work alone or in tandem with a smoke or heat sensor, reducing false alarms.

 

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Photo-electric sensor, Heat sensor, Multi-Sensor Devices

Any sensor's primary job is to keep people and operations safe. The second goal is to eliminate nuisance alarms, which can cause resident disturbance and expensive business downtime and unnecessary risk and confusion.

 

Drift adjustment - Sensors analyse environmental data and adjust for contamination to preserve detector sensitivity and improve nuisance alarm immunity.

 

Automatic sensor cleanliness indication — Notifies system operators when a sensor is filthy before its drift correction threshold is reached, preventing false alarms.

 

Seven UL-approved sensitivity levels — Each sensor can be tuned to the best sensitivity for the environment it safeguards, down to 0.2 percent sensitivity. Sensitivity levels are chosen from one of the industry's largest sensitivity ranges, resulting in significant variances in reaction time.

 

Peak value tracking – Keeps track of how close each sensor has gotten to its alert threshold over time, allowing you to fine-tune your system for optimal sensitivity while avoiding unwanted alarms.

 

 

Carbon monoxide sensor

 

Carbon monoxide is produced when fossil fuels are burned inefficiently or incompletely. Carbon monoxide can be produced by poorly vented cooking equipment, furnaces, and water heaters, to name a few. Carbon monoxide is a poisonous gas that is invisible, odourless, and tasteless. CO poisoning is the largest cause of poisoning-related injury and death globally, with around 40,000 persons treated in the United States each year. More countries are requiring CO detection in locations where fossil fuel-burning appliances are utilised as the dangers of CO become better understood.

 

The CO sensor base contains a replaceable CO element that can act independently as a dangerous gas detector or be paired with a photo or heat sensor to prevent unwanted warnings from common sources such as steam from showers, aerosols from personal care products, culinary materials, dust, and exhaust fumes. The CO sensor base does not necessitate the installation of a separate device on the wall or ceiling.

 

When compared to utilizing two separate units, a smoke or heat sensor can be plugged into the base with the CO sensor element, saving mounting space and installation expenses.

 

 

 

Reduced maintenance expenses - detects when the CO element needs to be replaced automatically. Only the CO element, not the entire base, are being replaced thanks to the pop-out design.

 

CO element can operate alone or in tandem with a smoke or heat sensor to help decrease unwanted alarms or improve the sensitivity of the photoelectric sensor, for example in high-value places like institutions.

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Addressable modules

 

 Conventional devices, such as flow switches, can now be addressed with addressable modules. Multi-point modules, modules that allow independent reporting from flow and tamper switches on the same circuit, and isolator modules that protect power cable from short circuits and ground faults are among our revolutionary addressable modules.

 

 

A two-wire MAPNET II or IDNet circuit provides power and communications to individually addressable modules (IAMs). They monitor normally open dry contacts and the wiring to an end-of-line resistor to offer location-specific addressability to a single starting device (such as single-station smoke detector alarm contacts or heat detector contacts) or numerous devices at the same site.

 

IAMs enable fire alarm control panels to manage a Form "C" contact that is placed remotely utilising IDNet addressable communications for both data and module power. Switching local power for control purposes such as elevator capture or control of HVAC components, pressurized fans, dampers, and so on are common examples. The state of the relay is also provided, with just one device address