Automatic
Fire Monitor
Description:
Automatic
fire monitor integrates infrared sensing technology, signal processing
technology, communication control technology, computer technology and automatic
control technology. It can automatically monitor the fire within the protection
area all the time. In case of fire, this fire monitor will start immediately
and begin to scan the fire source horizontally and vertically. After
determining the location of the fire source, the central controller issues the
instruction and sends out the fire alarm signal. At the same time, the water
pump is started and the valve is opened. Then, the fire monitor will aim at the
fire source to spray water. After extinguish the fire, the central controller will
issue an instruction to stop spraying.
Product
Superiority:
Flow rate: A high flow rate is essential for delivering a sufficient amount of water or fire suppressant to the fire in a timely manner. The flow rate should be matched to the size and type of fire being suppressed.
Throw distance: The throw distance should be sufficient to reach the fire and effectively deliver the water or fire suppressant. The distance can be affected by factors such as wind, elevation, and obstructions in the area.
Operating pressure: The operating pressure must be sufficient to deliver the water or fire suppressant with enough force to extinguish the fire. The pressure must be carefully calibrated to avoid damaging property or endangering personnel.
Rotation angle: The rotation angle should be wide enough to cover the desired area, while still allowing for precise control over the direction of the water or fire suppressant.
Control system: The control system should be easy to operate and allow for precise control over the monitor's movements and the flow of water or fire suppressant. It should also include safety features to prevent accidental activation or damage to the system.
Reliability: Automatic fire monitors must be designed and manufactured to withstand harsh conditions and operate reliably over an extended period of time. Regular maintenance and testing are essential to ensure that the system is ready to perform when needed.
Overall, the performance features of an automatic fire monitor must be carefully designed and calibrated to ensure that it can effectively suppress fires in a variety of conditions and situations.
Product Detail:
|
Model |
Flow range (L/S) |
Rated pressure (Mpa) |
Working pressure (Mpa) |
Protection radius(m) |
Rotation angle(°) |
Fire locating time(s) |
Working temperature
(℃)
|
Connecting way |
Installation way |
Installation height(m) |
|
ZDMS0.6 /5S |
5 |
0.6 |
0.4-0.8 |
30 |
0-360 |
≤30 |
-10~55 |
G1" connecting thread |
hoisting |
6~25 |
|
ZDMS0.6 /10S |
10 | 35 |
G1 1/4" |
|||||||
|
ZDMS0.8 /20S |
20 |
0.8-0.9 |
0.6-1 |
50 |
≤60 |
DN65 connecting
flange
|
||||
|
ZDMS0.9 /30S |
30 | 55 |
DN65 connecting
flange
|
Photo
1 of ZDMS0.6/5S & ZDMS0.6/10S:
Photo
2 of ZDMS0.6/5S & ZDMS0.6/10S:
Photo
1 of ZDMS 0.8/20S & ZDMS 0.9/30S:
Photo
2 of ZDMS 0.8/20S & ZDMS 0.9/30S:
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