Ceasefire In - Panel Tube Based Suppression System In Direct Low Pressure (Map 90)

Designed to detect and extinguish fires quickly and efficiently, the Ceasefire Quick Response Indirect System offers a cutting-edge solution for protecting your premises from fires. In this system the fire detection is done by the advanced UL listed, UV protected, Multi-layered, and Modified Polyamide Heat Sensing Tube which is smacked at all the vulnerable points inside an enclosed space. In case of a fire, the heat-sensing tube bursts and releases the extinguishing agent through a separate discharge line from specially designed nozzles onto the fire. This makes it especially beneficial for microenvironments where the fire hazards are likely to be in a compartmentalised enclosed space. One of the major benefits of this system is that it operates at a low pressure, which makes it ideal for use in a variety of environments, including data centres, telecommunications facilities, and other areas where high-pressure systems are not suitable. The low-pressure operation also means that the system is less likely to cause damage to sensitive equipment or electronics. Features: - Classification: Works on class A, B, C, and electrically started fires. Effective on a wide range of applications - Self- Actuated: Does not require any power supply and will function normally in the event of a power outage - 24-hour Protection: The System is fully automated, with sensors that detect fires and trigger the system to activate automatically with no human intervention - Flexible Design: Flexible tubing allows protection in areas that are difficult to access and may not be able to accommodate any other means of detection - International Quality Standards: The Ceasefire Quick Response System is manufactured to the highest global and national standards like BSI tested and CE certified. The system is also BSI tested for Forced and Natural Air Flow cabinet applications - Rugged Design: Can withstand even harsh conditions where other types of detection systems might be rendered inadequate