Fire Detection

Fire detection is the core of fire prevention measures. Early detection is necessary for fire suppression and can limit the amount of damage. Our detection components range from traditional ionization and photoelectric detectors, to more sophisticated air sampling and linear heat detection equipment.

Air Sampling Detection

Air Sampling Smoke Detectors (ASSD) can detect a fire at its earliest stage. Unlike conventional smoke detectors that passively wait for smoke to reach them, the air sampling system continuously draws air from the protected area through a piping network to a detection chamber where it can detect the presence of particles that are created in the very early stages of combustion, even before smoke is visible. Air sampling systems are designed to detect fire in high value applications or properties where conventional fire detectors simply fail to provide sufficiently rapid response.

Telecommunications

Telecommunications

VESDA systems are installed worldwide in these mission critical facilities, and maintain national supply agreements with the world’s leading telecommunication organizations.

Cultural Facilities

Cultural Facilities

Concealed sampling techniques possible with a VESDA system make it virtually undetectable, while very early detection helps to avoid suppression release.

Correctional Facilities

Correctional Facilities

In areas where maintenance access is difficult, or vandalism is an issue, VESDA detectors can be mounted in one central area outside of the protected location. All maintenance and testing can be performed at the VESDA detector.

Data Centers

Data Centers

VESDA detectors provide "Peace of Mind" while protecting valuable data in financial data centers, stock exchanges, and other areas where electronics drive today’s modern businesses.

Manufacturing

Manufacturing

VESDA products help to avoid costly production stops in semiconductor manufacturing plants, as well as other controlled facilities.

Warehousing

Warehousing

VESDA products provide solutions for high value warehousing including archive storage, high-rack, and difficult environments such as refrigerated stores and hazardous good storage.
This technology creates a high sensitivity smoke detection system up to 1000 times more sensitive than conventional smoke detectors, buying you time to investigate the alarm, to take action, and to avoid the danger, damage and disruption caused by fire. However, in an environment where there is frequent variations in air quality or temperature, such as with a door opening and closing, or people walking by, this sensitivity could lead to a number of false alarm. In this situation, LHD, described below, might be a better option.

Linear Heat Detection

A Linear Heat Detection (LHD) system senses heat anywhere along the length of the installed cable which is located at “point of risk” and is fairly inconspicuous. This detection method signals an abnormal overheat condition pre-combustion, resulting in excellent fire prevention potential.

LHD has a long-established record of effective protection of life and capital investment , repeatedly illustrating its ability to operate within areas of limited access and surveillance and within environmental conditions that would render other forms of detection inoperable or subject to high levels of costly maintenance or false alarms.

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Property Manager
Calgary, AB

Ontario

2175 Teston Rd
Maple, ON
L6A 3Y9

Alberta

1826 25th Avenue NE
Bay 4 
Calgary, AB
T2E 7K1

Save All Fire Services

10723 – 181 Street
Edmonton, AB
T5S 1N3