Control panel

Manual call point is an initiating device to trigger an automatic emergency support system. The control panel can be configured to automatically activate specific devices on the support system depending on the location of the emergency. When occupants detect a fire and activate the nearest call point, the system initiates a series of pre-programmed actions.

If occupants haven’t activated the manual call point but fire is detected through other means, safety personnel can activate the virtual call point using the dedicated page, which is linked to the physical call points installed in the building to trigger the same function as programmed.

1. Fire Alarm Activation: Upon detecting a fire from any device, the control panel promptly broadcasts a voice alarm message, specifying the fire’s location. This empowers occupants and rescue personnel to respond quickly, reducing reliance on the control room operator.

2. Fire Drill Functionality: Dedicated pages with control icons make it easy to activate fire drills. By selecting the relevant zone icon, the corresponding zone’s speakers engage, delivering appropriate voice instructions to occupants.

3. Fire Evacuation Support: Similarly, for fire evacuations, distinct pages with control icons are available. By selecting the appropriate zone icon, the corresponding zone’s speakers are activated, delivering relevant voice instructions to occupants.

4. Efficient Integration: The control panel seamlessly integrates information from fire alarm indications, displaying device and zone locations alongside standard additional messages. This eliminates the need for pre-recording voice files.

5. Customized Messaging: To facilitate fire drills and evacuations, users can prepare customized statements for each zone and upload them. The control panel automatically incorporates these statements based on the required zone, converting them into voice messages for delivery.

Airlight’s Addressable Public Address System offers precise announcements with unique speaker addresses. The control panel features a handheld microphone and touchscreen display. For location-specific announcements, a dedicated page within the control panel displays control icons for each speaker. This allows users to efficiently deliver targeted messages by selecting the corresponding icon for their desired location, accommodating both zonal and comprehensive announcements.

Airlight’s Addressable Talkback Speaker System offers precise communication with unique speaker addresses. Each Talkback speaker includes a call button, microphone, and speaker components. The control panel features a handheld microphone, speaker, and an intuitive touchscreen display.

The control panel integrates a dedicated Talkback page for efficient communication. When the operator needs to communicate with a specific Talkback speaker in a designated area, they can effortlessly activate it using the control panel’s targeted icon. This streamlined process ensures efficient and effective communication.

Airlight’s Automatic Fire Emergency Lighting system provides a reliable backup when primary power sources are compromised due to fires or critical incidents. Each light is uniquely addressed and operates via a loop-powered system, ensuring precise control. These lights can be configured to activate automatically in response to fire alarm triggers. Customization options accommodate site-specific needs, including fire zones and designated escape routes.

Furthermore, the control panel features a dedicated lighting control page, empowering users to activate individual lights, lights within specific zones, or all lights seamlessly. This enhances adaptability and ease of use during emergency situations.

Fire drills are essential for acquainting both operators and occupants with the intricacies of the fire safety system. To serve this purpose effectively, a dedicated page has been crafted exclusively for conducting fire drills. This unique page empowers users to activate it, subsequently providing the capability to trigger specific zones or floors for the drill.

Customizable standard voice instructions can be configured, fine-tuned to the specific target zones. This feature ensures that when a fire drill is initiated for particular target zones, the occupants in other zones can continue undisturbed, enabling focused and efficient training scenarios.

For a well-organized evacuation during fire emergencies, the control panel provides a separate page with easy-to-use zone icons. You have the flexibility to customize standard voice instructions tailored to each specific zone, making them just right. This means that when you initiate a fire evacuation for certain zones, individuals in other areas can carry on without disruptions, ensuring a focused and seamless evacuation.

The system includes a dedicated music page, optimizing its utility for users. Across various industries, diverse voice statements are crucial for different operational requirements. Whether it’s a collection of statements, background music choices, or even audio from platforms like YouTube, users have the freedom to play their desired content.

An added advantage of this feature is its contribution to the system’s consistent functionality and the longevity of the speakers. Regular use helps uphold their performance over time.

Airlight’s integration capabilities extend beyond its manufacturing range of fire detectors. Devices like beam detectors, flame detectors, aspiration-type smoke detectors, carbon monoxide detectors, and others can effortlessly link to the system through the loop power interface unit, expanding User detection options.

In an automatic fire detection and alarm system, the role of automatic smoke detection is paramount.

Traditional smoke detectors trigger an alarm as soon as they detect smoke, leading to a series of actions until the system is reset. However, Airlight’s fire panel takes a more discerning approach. When it detects the presence of smoke, it initiates a pre-alarm limited to the control panel. The control panel indicates the location of the detected smoke and the existing smoke density. Fire alarm monitoring staff can then take appropriate action based on variations in smoke levels. If the smoke level diminishes, the control panel ceases the pre-alarm.

If smoke persists continuously for more than 30 seconds or as per the pre-alarm delay setting, it triggers the main alarm, restricted to the locations where smoke is detected. This alerts occupants to confirm the situation through talkback speakers or manual call points. If the smoke dissipates, the control panel automatically stops the alarm and returns to normal.

Furthermore, various temporary situations, such as activities like rituals, welding maintenance work, or dust cleaning, can temporarily introduce smoke. Airlight’s fire panel adeptly manages these types of false alarms.

Dust contamination in smoke detector chambers due to air pollution is another concern. Maintenance service providers can monitor dust accumulation levels from the control panel display to schedule cleaning and maintenance. If unnoticed, the detector automatically triggers a faulty alarm, specifying the detector’s location for prompt action.

Airlight’s fire panel employs a special algorithm to differentiate between dust and smoke, significantly reducing false alarms caused by dust. These features collectively enhance reliability, maintain system integrity, and prevent unnecessary business interruptions.

This automatic false alarm management fosters trust among users and ensures uninterrupted business operations.

The control panel automatically records all fire and fault events, as well as clearing events, along with their respective dates and times. Users can access this valuable data for a wide range of monitoring and investigative purposes.

The control panel offers multi-level password protection to safeguard against unauthorized access and misuse of settings.

The control panel is equipped with WiFi capability, enabling it to establish communication with a Local Area Network (LAN). Through this feature, users can utilize Repeater panels and a CMS via PC graphics software.

The system provides the ability to establish a connection to the cloud using Firebase. It’s important to be aware that the cloud service provider may apply charges for this service. Moreover, we present a dedicated mobile application for Android devices, enabling multiple users to effectively monitor and control the system. This facilitates system configuration and adjustments by both users and service providers.

Through this setup, users and service providers can engage in remote maintenance, minimizing the need for on-site preventive maintenance. Additionally, the service provider can remotely diagnose and rectify faults, potentially reducing the necessity for on-site fault rectification services.