This article introduces the selection of automatic fire monitors, including flow rate, throw distance, detection technology, installation height, communication method, and control modes.
For model selection, technical specifications, or project-based fire protection solutions, please feel free to contact our team.
What Is High Flow Rate Automatic Fire Monitor?
An automatic fire monitor is an automatic firefighting device designed to detect, track, and suppress fires without direct manual operation. It integrates flame detection sensors, servo-driven positioning systems, and high-capacity water/foam discharge nozzles into one automated platform. Compared with manual or remote-controlled monitors, automatic fire monitors operate independently after detecting a fire. They can automatically aim at the flame, activate the suppression agent, and continue tracking until the fire is extinguished.
These systems are typically made from hard anodized aluminum alloy to withstand harsh industrial environments. They use dual positioning technologies, including infrared and image positioning, to locate fire sources quickly and accurately. The system can also calculate the discharge trajectory and adjust the muzzle elevation for precise targeting. With flow rates ranging from 1200 LPM to 1800 LPM, automatic fire monitors provide fast and reliable fire suppression for high-risk facilities.
Modern automatic fire monitors are equipped with electrically operated column/mist nozzles that switch the discharge mode according to the distance from the fire source. They also feature 24/7 color image monitoring cameras, limit position stop switches for hardware protection, and brushless DC motors for quiet and stable operation. The system can be integrated with fire alarm panels, smoke exhaust systems, and building automation networks for coordinated fire protection.
How to Choose an Automatic Fire Monitor
Proper selection helps ensure reliable automatic fire detection and suppression for your facility.
When selecting an automatic fire monitor, consider the following key parameters:
Flow rate and throw distance – Choose according to the protected area size and fire risk level. Sunroom offers models from 1200 LPM (ZDMS0.8/20S) to 1800 LPM (ZDMS0.8/30S), with throw distances from 50m to 55m.
Detection technology – Infrared + UV combined sensing provides stable fire detection and helps reduce false alarms caused by sunlight or artificial light. Some models also support image positioning for improved targeting accuracy.
Installation height and coverage – ZDMS series monitors are designed for mounting heights of 8–25 meters, with monitoring radii up to 50–55 meters. Make sure the monitor coverage matches the layout of the protected area.
Power supply and communication – Most automatic fire monitors operate on 100–230VAC and support RS485 communication for connection with fire alarm panels and building automation systems.
Dual-mode operation – Automatic and manual control modes allow the system to operate independently while still giving firefighters manual control when required.
