Products

CCTV camera

PRE ACTION SYSTEM

A pre-action system is a fire suppression system that helps in avoiding accidental water discharge that comes with activation of this system by having to pull two triggers. Frequently installed in telecommunications rooms, computer rooms, museums and any area containing sensitive and expensive equipment this system is somewhat similar to dry pipe as well as deluge systems. This includes pre-action valve that remains closed and retains water until the occurrence of such events as; smoke or heat. When activated, the system floods the pipes with water but only sprinkler turns on if the heads within it sense heat. Such a two-tier method avoids potential inundation due to false alarms much better. In other words, it can be concluded that non-action systems provide secure protection from fire and protection of valuable assets.

DELUGE SYSTEM

A deluge system is a kind of fire protection system which is used where large quantity of water is required to be released at a time to put off the fire , especially in the areas which are most vulnerable to fire. Compared with normal sprinkler, all nozzles in a deluge system are operation with water discharge, and all of the nozzles discharge water on a particular area when the system is activated. That is where using expandable foam insulation is most effective – in areas where flammable liquids are present or where there is a risk of electrical explosion, such as chemical companies, power plants and industrial premises. The operation of the system is initiated by means of a fire detection mechanism that releases water from a separate water tank. Deluge systems assist to overcome the problem of rapid fire spread by inundating the concerned area. They are very useful in an event that you want to avoid or minimize the occurrence of sad incidents on the industrial area that affects property and people.

WATER MIST SYSTEM

A Water Mist System is therefore an innovative fire safety solution that involves the use of fine water droplets to put out a fire firmly. The mist cools and evaporates within minutes of being sprayed to thus relieve heat stress, removes oxygen close to the flames thus lowering fire power. Thus, although water mist systems utilize only a relatively small amount of water which separates them from ordinary sprinkler systems, they are most suitable for those areas of a facility which are vulnerable to water damage, such as computer rooms and museums. The fine mist also makes it safer in case of a fire as there is low amount of smoke hence more visibility. It is cost effective and environmentally integrated since it is designed to use low volume of water in the process and does not allow surface runoff. Water mist systems are highly versatile and there are many options for the system depending on the location and class of the fire.

WET CHEMICAL FIRE SUPPRESSION SYSTEMS

Wet chemical fire suppression systems are unique systems intended for fighting commercial kitchen fires and areas with grease or oil accumulation. They discharge a chemical solution which when mixed with hot oils and fats it forms a thick foam that cools and mats the flames. This foam also makes it possible to prevent the appearance of fire reignition through cooling of surfaces surrounding the fire. Wet chemical systems are generally mounted overhead and nozzles pointed at high risk locations over cooking equipment. These are systems we can activate ourselves or are set to activate automatically, to respond to any fire outbreak without delay. They are an important part of commercial kitchens as they keep with safety standards and prevent severe case scenarios from happening.

FIRE HOSE REEL CABINET

A fire hose reel cabinet on the other hand is an extremely important component of some of the firefighting equipment in that it is primarily used to store and protect fire hose and accompanying fittings. This way these cabinets stores hoes in the simplest way possible and also ensures that the materials are within reach in the event of a disaster. Fire hose reel cabinets are normally manufactured using strongly built highly durable materials which are also resistant to weather and corrosive elements. Security cameras are normally installed at various parts of a structure to meet required building code standards or achieve optimum surveillance. In many cases, the hose reel is mounted to the constant water supply within the cabinet to enable its quick use. As will be discussed in arriving at the requirements for the proposed modification, periodic check-ups and clean-up of the cabinet and its parts are crucial to its operability in emergency situations.

CENTRAL MONITORING SYSTEM

A Central Monitoring System (CMS) is a complex method that enables users to monitor security and safety systems through a central control station. To enhance the Real-time surveillance, it gathers information from different sources like CCTV cameras, alarm and fire detecting systems and respond to threats very rapidly. One of the main features of CMS is the ability to operate more than one site at a time, which would be convenient for big facilities or companies with branches. Some of the modern CMS provide capability to connect with other security systems, which will allow setting predefined responses on certain events automatically. This approach brings order and synchrony in operations while at the same time it offers better view of the situation at hand. Further, CMS offer bulk storage of data and its archival assisting organizations to remain compliant and enhance trend analysis for long term security into consideration.

CENTRAL BATTERY SYSTEM

A Central Battery System (CBS) is a standby lighting power system exclusive for emergency lighting and secondary essential loads. Mostly embraced in large structures including hospitals, hotels and business centers with the objective of enhancing safety and meeting the safety standards on fire emergencies. The system work by use of a central battery that charges a battery bank which is able to deliver power in the event of a power failure. Central Battery Systems are usually relatively easy to maintain due to the fact that batteries, control units, etc. are all centrally located. This kind of design eliminates the need of having each emergency light having its own battery making the design more reliable and efficient. Also, CBS has enhanced monitoring tools where an individual can review or supervise the system at any one time to confirm that it is always prepared to perform in the event of an occurrence.

FIRE SENTRY DETECTOR

The Fire Sentry Detector is a sensitive security detection system whose main purpose is to identify the potential fire threats. It has hi-tech optical and infrared detectors for constant detection or smoke, flames and heat on the scene. Particularly suitable for application in high-risk areas, it can quickly notify systems, or staff on potential fire occurrence, which improves safety response. This detector can fit into existing fire alarm systems, which makes it an expansion of fire safety systems in case of needed. Thanks to its rather profound construction, it provokes no doubt concerning its efficient performance in various industrial and commercial facilities. In summary, the Fire Sentry Detector is an essential gadget for protection of properties as well as lives from fire dangers.

OPTICAL BEAM DETECTOR

An Optical Beam Detector is an FDI that is installed in large open areas where normal smoke detectors are not fit to be placed. This is done through projecting an invisible infrared or visible light beam across a particular area of operation. Supposing that the smoke hinders the flow of the beam, the detector identifies decrease of light and sounds a alarm. These detectors are very useful where there are high ceilings, for instance warehouses, atriums, or auditoriums because smoke will not reach the ceiling mounted detectors fast. They are also immune to false alarms caused by dust or changing temperatures. Due to installation simplicity and wide coverage of the area, Optical Beam Detectors are ideal safety devices to use in tough environments.

VESDA SYSTEM

VESDA is a kind of fire detection technology which can give early warning of a fire in its most embryonic stages. It employs a very advanced system of laser detection to ensure it detects smoke particles even in the tiniest and least visible concentrations. VESDA system is best suited for the conditions, that require early warning such as data centers, clean rooms and industrial facilities. It keeps on monitoring the level of air and does this at a point of time when it is still very difficult for one to see smoke. As previously mentioned, the system is very robust and has flexibility of adjustability for sensitivity depending on the application required. That is why the VESDA system, which has the means for early detection, reduces possible harm and increases fire safety in general.

FOAM SYSTEM

Foam fire suppression system is an important fire protection measure that operates with foam that puts out the fire and shuts out the oxygen which feeds the flames. It is commonly made of foam concentrate, water and air which when churned creates a foam that will be used on fire. It is especially useful for fire which are created by flammable matters such as oil, chemical, gas etc. because of the reason that it forms a layer so that it cannot be ignited once again. Foam systems are generally used in places like aircraft hangers, chemical plants, as well as refineries. The foam also insulates the surface which is below the flame so as to minimize re-ignition of heat. This is an important factor bearing in mind that most foam systems will fail during the time they are most needed.

FM 200

FM200 is an example of clean agent fire suppression system that prevent fire from occurring on valuable equipment and facilities. It operates by quickly capturing heat from a fire and therefore reduces the temperature so that the fire cannot ignite. Unlike most suppression agents that deposit a chemical residue, FM200 is the best for use in areas with expensive equipment or other perishable materials. The system is primarily intended to bring its intervention within 10 seconds, that is why it is prepared for fast activation. FM200 is in liquid form and when released the becomes a gas thus discharging it covers large areas of the building. Most important it is free from environmental regulations compared to other systems that use halon gas to operate.

FIRE PUMP SYSTEM

Fire pump system is an important aspect of fire fighting because it is responsible for supplying enough pressure to push water to fight the fire. The system includes a pump that has the ability to draw water from sources such as a tank or water supplied from the city then deliver the water to the building’s sprinkler or fire hoses. Fire pumps can be electric motor, diesel engine or directly coupled steam driven, based on the purpose of the equipment. These pumps are so designed that they start to operate whenever a fire signal is initiated, or pressure is lost in the system. However, the tests and maintenance inspections must be conducted frequently to get the best result when in case of an emergency. They come in handy for life and property protection especially in high risers or very large building where mere pressure may not deliver sufficient amount of water.

FIRE HYDRANT SYSTEM

Fire hydrant system is an important component of fire protection systems which serve as a ready source of water required in extinguishing fires. It is made up of valves which are fixed on stand pipes and pipes that are well established underground, whereby the firefighters can easily connect hose for draw of water. These appliances are fixed at areas prone to fires for example near constructed structures, roads and industrial plots. There are two main types: some tanks are known as dry-barrel hydrants, normally used in cold area and the other one, known as wet-barrel hydrants which contain water all the times. A hydrant system should therefore be regularly checked and serviced to allow its effective use during an emergency incident. This system is crucial in preventing loss due to fire and in the process, aiding in the saving of lives..

SUPPRESSION SYSTEM

A suppression system is one such safety accessory that is utilized for controlling or putting off fires in particular regions. One of it is the use of water, chemicals or gases by which the fire outbreaks are controlled and impacts minimized. These systems are fitting to be installed in areas that are considered risky such as kitchen, computer rooms and factories. Fire alarms go off when a fire is spotted, and acts independently to reduce the chances of an inferno. This is because like all safety equipment their efficiency and conformity to the stipulated norms require periodic inspection and servicing. Correct installation and routine check up assist in preventing eventually huge loss of lives, properties, and other valuable investments through prevention of great.

SPRINKLER SYSTEM

Sprinkler is actually an automatic fire fighting aid which plays a very important role in discouraging and putting off fire. It is a network of pipes containing water under pressure and attached with sprinkler head which opens up on feeling heat. When a fire occurs, the heat that rises causes the sprinkler head to go off and release water it contains that can help put out the fire. They are used routinely in commercial, industrial and residential buildings for fire fighting that improves hinderances. They are intended to act rapidly, confining the fires ability to spread and reducing loss to structures. To make the system more reliable and effective, constant maintenance and inspection should be conduct.

FIRE FIGHTING SYSTEM

A fire fighting system is a safety system aimed at discovering fire, containing and putting it out, both in the built environment and the manufacturing environment. It usually contains fire detecting equipment, which are the smoke detecting and fire alarm tools that give warning to those people inside the building. The system also includes fire fighting apparatus such as sprinklers, fire fighting extinguishers, hoses for the purpose of controlling or putting off fire. Foam or gas fire protection system may be mounted in regions that are considered at high risks. The use of maintenance and inspection guarantees that the system will provide the necessary service in matters that require it. DCD and SIRA approvals in Dubai and Saudi Arabia for fire safety regulations play a paramount importance for the safety and readiness of the fire fighting systems.

EMERGENCY EXIT LIGHT

They are special safety devices whose function is to provide directions on how people can evacuate in case of an emergency, where normal lighting is non-functional. They are normally fixed on the top part of exit doors and on all extinguishers that are installed in escape corridors in the event that there could be inadequate light. These lights are backed up with backup batteries with the view of operating whenever there is a power blackout. Otherwise, during emergencies, when people are trapped, chaotic directions are confusing and aggravate the situation. Exit signs and lights are important in meeting the legal requirements in business and homes. This makes them reliable when they are needed most and offer great value to organizations that must keep up with the changing world with complex technological solutions.

VOICE EVACUATION AND FIREMAN TELEPHONE

Voice evacuation and fireman’s phones are indispensable parts of fire protection in a building . A voice evacuation system means a system that uses either pre-recorded messages and or live announcements to guide people during an evacuation process which is very helpful in ensuring that people receive clear instructions in the course of an evacuation. This is especially so where the old alarm sounds may not be effective or loud enough especially in large structures. The fireman telephones, however, offer a one-line means of communication between fire personnel and building managers or control rooms. Such telephones are placed at various places in the building and the fire responders benefit from real-time information on the fire so that the evacuation efforts can be well coordinated. They are both very important when it comes to increasing safety measures when one wants to have a smooth evacuation during a fire outbreak.

BREAK GLASS

A “break glass” is an emergency safety mechanism used to inaugurate a system in the course of an emergency. Also used in fire alarms, emergency stop systems, or security systems; it requires smashing a glass panel to get to a switch or device. Its aim is to offer an instantaneous reply in the event of an emergency, for instance, fire outbreak, a person’s ailment or any other form of harm incidents. The purpose of the glass is such that it cracks on impact, but it will not harm the people. This system make sure that alarm mechanism is instantly pulled without the necessity of waiting for someone to open or use tallied panel. It is easy and comprehensible, but very useful to improve security and avoid time-wasting in case of an emergency.

HEAT DETECTOR

A heat detector is another fire safety product that is intended to determine changes in temperature resulting from fire. While fire alarm smoke detectors sound off when they detect smoke, heat detectors work by being triggered where the temperature increases, thus making it useful in rooms that are congested with smoke. These detectors are installed mostly in kitchens, garages or warehouses where smoke or stove could produce a false alarm. Though their mechanism is simple, they work by detecting high levels of temperatures and sounding an alarm once their limit is attained. Heat detectors are very effective, cheaper and easy to maintain as compared to other types of detectors. Age old services, which help in early detection of fire incidents, are always helpful in protecting the property as well as lives.

FIRE ALARM SOUNDER

A fire alarm sounder is a crucial component of fire safety systems, designed to alert occupants of a fire emergency. It emits a loud, distinct sound to ensure the warning is heard across large areas, even in noisy environments. Typically installed in hallways, stairwells, or open spaces, these sounders are part of an integrated fire detection system. They are activated by smoke detectors or heat sensors that detect signs of fire. The sound emitted is usually a continuous tone or a series of short bursts, depending on local regulations. Fire alarm sounders play a vital role in helping people evacuate quickly, reducing the risk of injury or fatality during a fire.

FIRE ALARM SYSTEM

A fire alarm system is an essential safety device, which is used to sense smoke, fire or even increase in the levels of gas in a given building. It involves smoke detector, heat detector, pull station and an alarm signaling device. In case of fire the system sounds alerts to its occupants and the fire department. Contemporary fire alarm systems can also be linked to other safety systems, for instance, sprinkler or ventilation. In order to make sure that the system is working efficiently the system requires proper maintenance and testing. A competent fire alarm system installation provides a relative assurance of minimizing injury and property loss in the event of a fire situation.

EXTINGUISHERS

Fire extinguishers are safety gadgets installed to prevent or suppress limited fires from developing into major conflagrations. They come in various forms or sizes and are useful when put in the right class of fire such as; water, foam, powder, CO2, wet chemical extinguishers among others. Proactive assessment of these systems are important so that they may operate within expectations during an event. Fire extinguishers have to be installed in conspicuous places where they can be easily reached; or people who use the building or work there must be shown how to operate them. The position of extinguishers should be well labeled, and no item must be placed around the extinguisher. Correct selection of extinguisher type for the right location plays a pivotal role in preventing fire outbreaks and loss of lives.

SMOKE DETECTOR

A smoke detector is a fire alarm which detects the presence of smoke to signify that there can be fire. It operates based on the principle of detecting smoke particles in the surrounding environment with the help of either ionization or photo electric sensors. When it identifies smoke presence, the device produces a loud alarm to warn people, and buy time for evacuation. The smoke detectors are mounted on ceilings or high walls because smoke moves upwards at a very high rate during a fire. Thus, batteries should be checked periodically and cleaned so that they will work properly as a continuous power source. Indeed, smoke detectors are mandatory in most residential and many commercial structures in many jurisdictions suggesting their critical role in preventing fires.