The Omex 9L Water CO2 Fire Extinguisher is a specialized fire extinguisher that combines the power of water and carbon dioxide (CO2) to effectively tackle Class A (solid combustibles) and Class B (flammable liquid) fires, with some models even being suitable for Class C (electrical) fires in specific environments. With its 9-liter water capacity, this extinguisher offers more extensive firefighting capabilities, making it ideal for larger spaces and moderate fire risks. Key Features: 9L Capacity: The 9-liter capacity indicates the amount of water and CO2 mixture that is stored in the extinguisher. This larger capacity ensures more extended firefighting power, enabling it to tackle bigger fires or cover larger areas effectively. The 9L model offers increased discharge time, which makes it more suitable for commercial or industrial spaces where more extensive fire coverage is needed. Water and CO2 Mixture: The Water CO2 technology combines water, which is effective for Class A fires (combustibles like wood, paper, fabric), with carbon dioxide (CO2) to deal with Class B fires (flammable liquids such as oils, paints, and solvents). The CO2 component enhances the suppression process, smothering flames and cooling the fire while preventing re-ignition. The addition of CO2 also helps control fires in environments where flammable liquids are present, offering an extra level of fire suppression compared to water alone. Class A and B Fire Protection: Class A Fires: Fires involving solid combustibles like wood, paper, plastics, and textiles. Water is highly effective on these types of fires as it cools the burning material and extinguishes the flames. Class B Fires: Fires caused by flammable liquids like oils, paints, and chemicals. The CO2 in the extinguisher helps to suppress these fires more effectively than water alone by displacing oxygen and reducing the chance of re-ignition. Some models may be suitable for Class C electrical fires, but this depends on the specific design and manufacturer guidelines. Always check whether the extinguisher is labeled as safe for electrical use. Easy-to-Use Design: Like most fire extinguishers, the Omex 9L Water CO2 Fire Extinguisher uses the standard P.A.S.S. method (Pull, Aim, Squeeze, Sweep). This ensures that anyone can operate the extinguisher, even without prior training. The discharge nozzle is designed for easy aiming, helping to direct the water and CO2 mixture to the base of the fire effectively. Durable Cylinder Construction: The 9L Water CO2 Fire Extinguisher is typically made from steel or aluminum, ensuring the cylinder is strong and durable enough to withstand the pressure of the water and CO2 mixture. This construction is also lightweight, allowing for ease of transportation and quick access during an emergency. Certified and Safe: The extinguisher is CE certified and typically adheres to EN3 standards, which are internationally recognized safety and performance standards for fire extinguishers. The certification ensures the extinguisher meets the required safety, effectiveness, and reliability standards. Discharge Time and Range: The Omex 9L Water CO2 Fire Extinguisher offers a longer discharge time compared to smaller models, ensuring it provides a sufficient supply of water and CO2 to fight a fire effectively. The discharge range is designed to reach a wide area, making it ideal for larger spaces such as commercial buildings or industrial environments.

An exit sign is a pictogram or short text in a public facility (such as a building, aircraft, or boat) denoting the location of the closest emergency exit to be used in case of fire or other emergency that requires rapid evacuation. Most relevant codes (fire, building, health, or safety) require exit signs to be permanently lit. Exit signs are designed to be absolutely unmistakable and understandable to anyone. right icon Edge Lit Long Life LED's right icon Maintained / Non- Maintained typed right icon Transparent Acrylic panel with single / double side option right icon Status LED indicator (Main/ battery back Back-up) right icon Wall /Ceiling mounted option right icon 20 LED's (14 nos. for main's and 14 nos. for power back up) right icon CRCA housing duly powder coated finish right icon Screen printing /Engraved as per approved pictographs

An exit sign is a pictogram or short text in a public facility (such as a building, aircraft, or boat) denoting the location of the closest emergency exit to be used in case of fire or other emergency that requires rapid evacuation. Most relevant codes (fire, building, health, or safety) require exit signs to be permanently lit. Exit signs are designed to be absolutely unmistakable and understandable to anyone. right icon Edge Lit Long Life LED's right icon Maintained / Non- Maintained typed right icon Transparent Acrylic panel with single / double side option right icon Status LED indicator (Main/ battery back Back-up) right icon Wall /Ceiling mounted option right icon 20 LED's (14 nos. for main's and 14 nos. for power back up) right icon CRCA housing duly powder coated finish right icon Screen printing /Engraved as per approved pictographs

An exit sign is a pictogram or short text in a public facility (such as a building, aircraft, or boat) denoting the location of the closest emergency exit to be used in case of fire or other emergency that requires rapid evacuation. Most relevant codes (fire, building, health, or safety) require exit signs to be permanently lit. Exit signs are designed to be absolutely unmistakable and understandable to anyone. right icon Edge Lit Long Life LED's right icon Maintained / Non- Maintained typed right icon Transparent Acrylic panel with single / double side option right icon Status LED indicator (Main/ battery back Back-up) right icon Wall /Ceiling mounted option right icon 20 LED's (14 nos. for main's and 14 nos. for power back up) right icon CRCA housing duly powder coated finish right icon Screen printing /Engraved as per approved pictographs

We all are aware of the devastating consequences that a fire outbreak can cause. It is why, for all of us and mostly in larger building premises, it is very important to install high-quality fire safety equipment and accessories. Having a space equipped with quality fire fighting gadgets is worth the money spending. It will allow you and all other dwellings within the space to feel safe and secure, in case there is a fire outbreak. When you decide to install a fire safety system on your premise, every bit counts. But, amongst all, one very critical gadget is the Hydrant Valve. What is a hydrant valve? The fire hydrant valve is a part of the fire hydrant system and is a crucial component in providing an efficient and effective means of extinguishing fires. The hydrant system allows firefighters to attack the source or seat of the fire from a distance, and hydrant valves are its outlets that deliver water with intense pressure, to drowse the fire. It is a simple valve-like device, similar to normal taps that deliver water constantly as long as there is water at the source and as soon as you open it. These valves are attached to the fire hose by fire fighting personnel to throw pressurized water out to fight a fire. Hydrant landing Valve which is an effective and efficient means of extinguishing large fires, Hydrant system enables the fire fighter to attack the seat of the fire from a distance. Hydrant valves are outlets for delivering water with tremendous pressure so as to quench the fire. With discreet use of special branch pipe the water under pressure can also be used as a “sheet” to push the smoke for entering a building in flames.

Were you looking for good quality standalone smoke detectors at affordable prices for your home or office? If yes, get ready to invest your hard-earned money in the smoke detectors sold here at Modi International. As the name speaks for itself, smoke detectors are fire protection devices that automatically detect the presence of smoke and triggers an alarm to the building occupants. But what is a standalone smoke detector? Well, there are two main types of smoke detectors, they are ionization smoke detectors and photoelectric smoke detectors, where ionization smoke detectors detect smoke using ionized particles while the photoelectric smoke detectors use a light source/sensor to detect smoke. The Standalone detector is 9v operated. Standalone Photoelectric Smoke Detector can detect a large amount of smoke when fire generated sending alarm signal in time. Alarm adopts photoelectric smoke devices and excellent production technology, work stability, beautiful appearance, easy to install, without debugging, which can be widely used in hotels, stores, Internet, cafes, coffee shop, lounge and residential places on fire safety monitoring.

An optical smoke detector or photo-electric alarm works on the light scattering principle. The sensor chamber checks for smoke particles after every 10 seconds with the help of a pulsed infrared LED beam. These smoke detectors indicate a fire in non-smoking zones. They are used widely by commercial and industrial buildings as a safety measure. A commercial smoke detector sends a signal to the fire control panel while household fire alarms give audible or visual alarm from the detector. Smoke detectors are disc-shaped set up in plastic enclosures. The process of smoke detection takes place either through ionization or the photoelectric process. The detectors can use either of the two sensing methods. Domestic smoke detectors are interlinked and if one of them detects smoke, all the alarms trigger altogether even if the household power has gone out. Smoke detectors are used mostly in hospitals, gyms, office buildings, industries, malls and commercial buildings. How do Optical Smoke Detectors work? Smoke detectors work by detecting smoke in the first few seconds of the incident and send the signal to the fire control alarm panel. The types of detectors vary depending on the indicated fire that they detect. It also depends on the detection principle. Smoke, heat and flame are three main indicators of fire. The process used for detecting smoke is based on the light- scattering principle. When there is fire, smoke particles enter the optical chamber of smoke detectors. The LED light refracts and scatters on a photodiode. Then, the optical smoke detector sends the fire alarm signal to the control panel.

A 4 Zone Fire Alarm Panel is a fire detection system designed to monitor and control up to four separate areas or zones within a building or premises. It is a more advanced fire alarm panel compared to a 2-zone system, offering greater flexibility for larger buildings or areas with multiple distinct fire risks. Each zone can be independently monitored for fire hazards, and the panel will alert the occupants or operators to any fire-related incidents in the designated zones. Key Features of a 4 Zone Fire Alarm Panel: Four Zone Monitoring: The 4-zone panel can monitor and control four separate zones in a building or premises. Each zone can consist of a set of smoke detectors, heat detectors, manual call points, or other fire detection devices. The four zones allow for greater flexibility, making the panel suitable for larger buildings where fire risks are spread across different areas, such as floors, wings, or sections of a building. Fire Detection Devices: The panel is connected to a variety of fire detection devices: Smoke detectors: Detect smoke particles in the air, indicating the potential presence of a fire. Heat detectors: Activate the alarm when a fire causes the temperature in an area to exceed a certain threshold. Manual call points: Allow people to manually trigger the alarm if they spot a fire. Gas detectors: Some panels may support additional detectors for gas hazards, such as carbon monoxide. Audible and Visual Alarms: When the fire alarm panel detects a fire or hazard, it triggers both audible alarms (siren, bell, or horn) and visual alarms (flashing lights or beacons) to alert the building’s occupants to evacuate the premises immediately. These alarms will also include a signal indicating which of the four zones has been activated, helping emergency responders quickly identify the location of the fire. Zone Status Indicators: A 4 Zone Fire Alarm Panel typically has indicator lights or digital displays for each of the four zones, showing their status (e.g., normal, alarm, fault, or active). These visual indicators help operators quickly identify which zone has a fire or fault, improving response time. The status indicators are often color-coded (e.g., green for normal, red for alarm) to help users quickly understand the system’s condition. Manual and Automatic Alarm Activation: The fire alarm panel can be triggered automatically by connected detectors (smoke or heat sensors) or manually by using a manual call point, where anyone who detects a fire can activate the alarm. In case of an alarm, the panel will display the specific zone where the alarm has been triggered. Test and Reset Functions: The panel includes test functions to ensure that all detectors and devices are functioning correctly. After an alarm event, a reset function is used to clear the alarm condition once the issue has been addressed, or in the case of a false alarm. Battery Backup: To ensure the system continues to function during power outages, the panel is typically equipped with a battery backup. This ensures that the fire alarm system remains operational even if the main electrical supply is interrupted. Compliance with Fire Safety Standards: A 4 Zone Fire Alarm Panel is designed to comply with local or international fire safety regulations, such as the BS 5839 standard in the UK, NFPA in the US, or similar codes in other countries. The system must meet rigorous testing requirements to ensure it performs reliably during an emergency. Expansion Capability: Some 4-zone panels can be connected to additional panels to expand the system if more zones are required. This allows for flexibility and scalability in larger buildings. Networking and Integration: The panel may also be integrated with other safety and emergency systems, such as sprinkler systems, emergency lighting, public address systems, or ventilation systems. Integration ensures that when an alarm is triggered, other safety measures (like sprinklers or emergency exits) can be activated automatically to help contain the fire.

A 2 Zone Fire Alarm Panel is a fire detection and alarm system designed to monitor and control fire alarm devices in two distinct areas or zones of a building or premises. It is an essential safety feature for smaller buildings or areas where fire risks are present in different sections, allowing each zone to be independently monitored for smoke, heat, or fire signals. The panel alerts personnel to the presence of a fire within a designated zone, enabling a swift response to mitigate damage and ensure occupant safety. Key Features of a 2 Zone Fire Alarm Panel: Dual Zone Monitoring: The 2 zone designation means that the panel is capable of independently monitoring two distinct areas of a building. These zones could be different rooms, floors, or wings of a building. Each zone will have its own set of detectors, such as smoke detectors, heat detectors, or manual call points, linked to the alarm panel. The system will activate visual or audible alarms, such as flashing lights or sirens, when a fire hazard is detected in either of the zones. Fire Detection Devices: The panel can be connected to various types of fire detection devices, including: Smoke detectors: Detect the presence of smoke in the air, which may indicate a fire. Heat detectors: Trigger an alarm if the temperature exceeds a certain threshold, often used in areas where smoke detectors might be less effective (like kitchens). Manual call points: Allow individuals to manually trigger the alarm if they notice a fire. Carbon monoxide detectors (optional): Can be included to monitor for toxic gases. Audible and Visual Alarms: When a fire or hazard is detected, the fire alarm panel triggers audible alarms (like sirens or bells) and/or visual alarms (like flashing lights or beacons). This alerts building occupants to evacuate immediately and take appropriate action. Indicator Lights for Zone Status: A 2 Zone Fire Alarm Panel typically has indicator lights for each zone to show the current status (e.g., normal, alarm, fault, or active). These lights help operators identify which zone has triggered an alarm and allows for faster identification of the fire's location. Test and Reset Functions: The fire alarm panel includes a test button for checking the functionality of the connected devices, ensuring they are working correctly. There is also a reset function that allows users to reset the system after an alarm event, such as a false alarm or maintenance. Manual and Automatic Alarm Activation: The fire alarm system may activate automatically upon detecting a fire condition (from smoke or heat). It also provides the ability for manual activation, where a person can trigger the alarm from a manual call point. Battery Backup: To ensure continuous operation in the event of a power failure, most fire alarm panels include a battery backup. This ensures that the fire alarm system remains functional even if the main electrical supply is interrupted. Status Indicators and Alarms: The panel provides real-time indicators for system health, including the power status, battery status, and trouble conditions (e.g., faults in the wiring or communication with detectors). These alerts are critical for ensuring the system remains operational. Compliance with Fire Safety Regulations: The fire alarm system is designed to comply with local fire safety codes and regulations. These regulations often require fire alarm systems to be tested, maintained, and certified for safety and reliability. Integration with Other Safety Systems: A 2-zone fire alarm panel may integrate with other safety or building management systems, such as sprinkler systems, emergency lighting, and evacuation systems. When the fire alarm is triggered, it may automatically activate other systems to mitigate the impact of the fire.