Fire Suppression Systems – FM 200

FM 200 is a colorless, environmentally friendly and clean fire suppression agent that’s electrically non conductive and is safe for humans. FM 200 extinguishes flames mainly through heat-absorption and leaves no residue, which minimizes the down-time after a fire. FM 200 suppression-systems are respected and accepted worldwide with over 100, 0000 installations in many different countries. It’s stored under pressure as-a liquid in cylinders, and will only require a small storage “foot-print.” It’s discharged via a piping network to the protected area.

How It Works
It mainly extinguishes fires through absorption of heat and a chemical-reaction at the flames’ front. It’s electrically non-conductive & non corrosive, and leaves no oily deposits or residue. If complimented with a post-discharge extract system, the clean-up time is basically kept to minimum.

-Colorless, odorless, gaseous fire-suppression
-It’s safe for human use in busy areas
-It’s ideal for all areas of critical-risk
-It requires a small storage area
-It has a zero ozone depleting-potential
-It is approved for use-on class A and B fires

-Data centers and computer suites
-Gas turbine-enclosures
-Telecommunications enclosures
-Data storage, archives and museums
-Power generation

Phoenix FM-200 Layout

The key advantage of using FM 200 fire suppression-system, is the small-amount of agent that’s required to suppress fires. This basically means fewer cylinders are needed, thus less wastage of storage space.

FM 200 systems can reach extinguishing-levels in just 10 seconds or even less, stopping the ordinary electrical, combustible, and flammable liquid-fires before they can cause any significant damage. FM 200 will extinguish a fire quickly, meaning there will be less damage and lower repair costs.

FM 200 is classified as a clean-agent meaning that it can be used in occupied spaces/areas. The safety of FM 200 fire suppression-environments has been proven for over-a-decade of real world experience and has been validated by scientific studies. The system takes up less storage area than most of the other fire suppressants. It doesn’t deplete stratospheric-ozone, and has little/minimal impact on our environment.


Fire Detection And Alarms

Fire detection systems have been included in architectural plans since the early 1900s and now form an integral component of any building structure. Unfortunate fire accidents may occur from various unforeseen reasons and small controllable fire outbreaks can escalate to consume an entire building within a matter of minutes if not detected. Technological advancements have however been of great utility in many sectors including fire detection and alarm systems. These technologies are able to identify conditions that are likely to induce fire outbreak including smoke, heat and water.

A fire detection and alarm systems basically refers to electronic equipment designed to detect presence of fire or smoke and relay an alarm both in audio and visual modes. This comprehensive system comprises of other smaller sub-systems that work together to alert people of any suspicious levels of heat or smoke and modern integrations include water-flow sensors. Fire detection is now a statutory enforced requirement for all buildings to reduce the risks of outbreaks.

Planning fire detection systems
In the UK, there is enforced code that fire detection systems are mandatory for all buildings. Planning often begins with setting the fire protection objectives/goals, this involves evaluating the model building codes to identify minimum mandated protection required. After goals have been established, the fire alarm designing team specifies details of the components, interfaces and procedures required to fulfill those objectives. The equipments are then designed to specific needs and standards of that building as mandated. Aspect fire solutions provide alarm systems and professional assistance in advice as well as planning and actual installation.

Components of fire detection systems
There are various parts that operate together to enable effective detection and prevention they including the following;
FACP/FACU (fire alarm control panel/unit)
This is the main component that acts as the hub, which monitors the inputs and ability of the system to function as intended. It also controls the output and relay of information to the necessary departments.

PPS (primary power supply) and Secondary power
This refers to an alternating current (120V or 240V) from commercial distribution for residential application. For non-residential applications, the fire alarm system may use dedicated branched circuits. Secondary power is basically used as backup in case of PPS failure.

Initiating device
This component serves as input to the FACP and can be manual or automated as preferred. These devices include heat and smoke detectors as well as pull stations. Modern developments include water-flow sensors.

Notification and safety interfaces
Notification appliances mainly include flashlights, horns or bells that inform people on the action to take mostly evacuating the room incase of fire. Safety interfaces refer to the building design which should integrate easy maneuvering (people’s escape and rescue unit entry) as well as fire and smoke spread control. It is mainly exemplified through exit doors, smoke chambers as well as circuit differentiation for controlled spread.

At Aspect fire solutions, we value the need for ultimate protection against fire and provide efficient fire detection plans for any kind of building to ensure the same. The alarm systems also include emergency pre-recorded and momentary voice messages to aid evacuation. We provide expert professionals who will enable you come up with the most effective plan for your building to ensure optimum protection and reaction to fire situations.

A Review of The Fire Suppression Systems FM200

FM-200 refers to a fast and clean agent for extinguishing fire that is accepted world over. It is the most suitable agent to provide protection in areas that are mostly enclosed. They are mainly preferred for use in areas that the safety of personnel is important. It is usually stored as a liquid in cylinders that are packed under pressure and this requires small “footprint” storage. It is mainly discharged using a pipe when it is being used in areas that are protected.

How does it work?
It is able to extinguish fire mainly using its ability to absorb heat as well as undergoing chemical reaction at the front of the flame. These two properties enable it to extinguish fire in a fast manner and hence protects the enclosed areas from suffering huge damages that would have been caused by the fire. It is also advantageous in that it is a poor conductor of electricity and it is also non-corrosive. When it is used it does not leave any oily deposits or residue. If it is used together with a post discharge system of extraction, the time used to clean up the area is greatly reduced.

The amazing features
The FM-200 has several features that enable it carry out its functions easily and in an efficient manner. Some of the features include:
• Odorless, colorless and gaseous fire suppression
• It is safe for use in areas that are occupied or busy
• It requires a small storage area
• It is ideal to be used in areas considered to be of a critical risk
• It does not contain elements that have a potential to deplete the ozone layer
• It is approved to be used in the fight against class A and B fires
• It has been proven through the huge number of installations done worldwide

It is essential to use in the following areas;
• Data centres and computer suites
• Power generation plants
• Archives, Museums and archives
• Enclosures housing telecommunications and gas turbines
In order to ensure that the FM-200 fire suppression systems are able to work efficiently, one ought to ensure that they are regularly serviced and proper maintenance practices are well observed. These ought to be carried out according to the recommendations provided by the set relevant standards for the systems. They should also be inspected regularly by qualified fire suppression systems specialists so as to ascertain that their liquid levels are at the required levels for them to perform well in case of a fire disaster.

To have a look at a business that sells the FM-200 and many more fire suppression systems click here.

What are the types of fire suppression systems in the market?

There are some events in life that cannot be anticipated such as the outbreak of fires. If left unnoticed it can cause a lot of damage to expensive equipment and even affect a property. While in extreme cases can prove to be fatal for anyone that might be unfortunate enough to be trapped in such areas.

This is why it’s always good to install the appropriate fire suppression systems as a safeguard incase of such eventualities. There are many different systems a person can choose from to make their offices safe from any kind of fire that may break out. For the most part, apart from water-based solutions, these invaluable systems come in 2 categories, which are inert gases, and chemical agents.

The first variety work by releasing inert gases into the affected area and effectively reduce the oxygen levels (to approximately 15%) to prevent combustion and kill out the fire. These fire suppression systems are suitable for class A (wood, plastic, rubber, cloth), class B (flammable gases, liquids, oils) and class C (energized equipment) fires. However, there is a high risk of asphyxiation to anybody that might be trapped in the areas where they are released. To counter this threat, most of these systems come with automatic alarms to warn anyone in the vicinity of the fire to evacuate in time.

On the other hand, chemical fire suppression systems are appropriate for enclosures that might have materials that react poorly to water or inert gases. They work by releasing molecules that can absorb heat and effectively lower the temperature of such fires to stop their propagation. Due to their suppressed storage, these systems can significantly damage the structural integrity of the areas they might be deployed in. It is therefore very important to take note of this, when choosing the ideal fire suppression systems for your business premises distinct needs.

What is Vesda Air Sampling?

VESDA Air sampling is a unique highly sensitive smoke detecting system that can easily detect any potential-fire during its early stages. This kind of detector has been a part of the specialist fire-detection applications for more than twenty years. In fact many consider it the most advanced smoke detection system in the industry as it can detect smoke earlier than any conventional smoke detector.

How it works

The Vesda Air sampling system works by sucking in air from the environment using its aspirating pipe & fittings and then samples the air by passing it through its detection laser chamber. The air is then passed through the calibrated detection-chamber where it’s exposed to the laser light source. If smoke is in the room, then light will be scattered within the detection-chamber which will be instantly detected by a highly sensitive-receiver system. This detector will then communicate the information to the building’s fire management system or a fire-alarm control panel via its interface.

These detectors are normally installed in various rooms including archive stores, switch rooms, clean rooms, computer room and others. Generally, this system should be installed in the rooms where the business’s critical systems are installed or in use. Basically it should be installed in any room where extremely high smoke sensitivity detectors are needed.

Why use this system

The VESDA air sampling system is a perfect replacement for the conventional detectors in places where accessibility is an issue. Most conventional smoke detectors can become faulty and repairing them can be really dangerous and disruptive, but this is not the case with Vesda smoke detectors. This is because this system’s aspirating pipes will replace the smoke detectors.

Tips On How To Select The Best Fire Suppression Specialist

Choosing the best Fire suppression specialist is a challenge for many people. This is due to the fact that there are so many specialists to choose from. This means that a person should take their time to identify the best suppression company for them. Are you one of the individuals who require the services of such specialists? Here are some of the tips to help you choose the best specialist:

1.Take Referrals From The Experts

These are the individuals who know more about fire suppression. They can guide you on how to select the best specialist. Besides, they can introduce you to a specialist they know as they have been in the field for a longer period of time. With the experience and the know how of such experts, you will be assured of being introduced to the best specialist who can offer you amazing services.

2.Use The Internet to Compare Specialists.

Visit their website to see what deals they have to offer. You can visit the websites of all the available specialists and compare their services and price range. After comparing each company you will be able to choose the company offering the best services at the lowest rates.

3. Check out reviews from customers

This is a great way to help you select the best Fire suppression specialist. The best way to do this is to use the Internet and have a look through some review websites. If the comments from the customers are positive, then they are a good specialist to consider. If the customers’ comments and ratings are negative, then you can consider looking for another specialist.


Importance Of Room Integrity Testing

The integrity of the room holding a fire suppression system is important to the proper functioning of that particular device. The conditions in the room should keep the system safe and allow it to retain a fire adequately when a risk arises. Room integrity testing is a process carried out to ensure that the fire suppression device is protected in the most appropriate conditions.

What do fire suppression systems do? Fire suppression systems are meant to put out fires or contain them in the shortest time possible to avert serious damages. Modern fire suppression systems are automatic hence they put out fire as soon as they detect it, without any human intervention.

What does room integrity testing entail?

· During room integrity testing, the particular room is checked to make sure it is sealed properly. Proper sealing means that the room is sealed well enough to avoid any leaking of the suppressing agent. Any leaks may mean that in case of a fire, the system will lack enough suppressing agent to retain the fire.

· Also, the room is checked to ensure that it is not sealed too tightly. Extreme tightness will damage the room when the suppressive agent is released during a fire.

Modern room integrity testing does not require discharge of the gas to test the suppression’s capability to retain fire. It uses an enclosure system to calculate its effectiveness. After the test the engineer will either approve of the condition or advise on the changes to be made.

Room integrity testing should be done at least once a year to ensure the whole system will work efficiently in case of a fire. It is a very affordable process that will guarantee maximum safety of you and your business at any time. For the safety of your business, contact integrity engineers to carry out this procedure for you. One can’t do it themselves since it requires knowledge in this particular field. Plus, the whole process only takes an hour of your time.