Constructed using an automatic 1.5kg MAP powder unit, this fire suppression system is designed for use in unattended spaces, providing a reliable and efficient response to fire incidents. The Profire heat-activated trigger ensures that the system deploys at a predetermined temperature, eliminating the need for power or manual intervention, which is crucial in environments where immediate action is necessary. This unit is particularly well-suited for high-risk areas such as electrical cabinets and engine compartments, where traditional firefighting methods may not be feasible. The multi-purpose MAP powder effectively tackles various types of fires, making it a versatile choice for protecting valuable equipment and assets. Its compact design allows for easy installation in confined spaces, ensuring that even the most challenging areas are safeguarded against fire hazards. With a mass of 1.1kg and a nitrogen charge, this system is engineered for optimal performance, providing peace of mind in critical situations. The automatic nature of this suppression system means that it can detect and respond to fires quickly, significantly reducing the risk of damage and loss. By integrating advanced technology with practical application, this fire suppression unit represents a vital component of modern fire safety strategies, ensuring that your high-risk environments are protected with minimal human oversight.
- This fire suppression system is a striking red colour
- It is constructed from durable steel
- The extinguisher medium is MAP powder which is effective against various fire types
- The external dimensions are 374mm in height, 90mm in width, and 90mm in depth
- It has a capacity of 1.5kg and weighs 3kg when full
- The height of the unit is 374mm and it has a diameter of 90mm
- The mass when full is 2.6kg
- The system is charged with nitrogen and has a trace length of 3m
- It can discharge its contents in just 15 seconds
- This automatic suppression system is designed for small public and private buildings, providing quick and efficient fire response without the need for human intervention