Hangzhou PRI-SAFETY Fire Technology Co., Ltd. is known as one of the most professional manufacturers and suppliers of various safety products in China. If the gas cylinder pressurized water mist fire system meets your requirement, welcome to buy quality equipment made in China here from our factory. Our factory will offer you one stop service and one year warranty.
Cylinder-Driven High-Pressure Water Mist System
Products Description
The Water Mist Fire Suppression System is an advanced firefighting solution that utilizes ultra-fine water droplets to effectively control and extinguish fires. Its design minimizes water usage while maximizing heat absorption and oxygen displacement, making it ideal for sensitive environments like museums and data centers. With its versatility in combating various fire classes and reduced risk of water damage, this system offers an efficient and environmentally friendly approach to fire safety.
Reduced Water Usage: Uses significantly less water compared to traditional systems.
Minimal Damage: Lower risk of water damage to sensitive equipment or materials.
Versatility: Effective on various types of fires, including Class A (ordinary combustibles), Class B (flammable liquids), and even Class C (electrical) fires.
Environmental Impact: Often considered more environmentally friendly due to reduced water consumption and potential for using additives.
Water Mist Models
For water mist fire system, we have two models. ADG Container and EDG Container. Here are the details.
1. ADG Container
1.1 ADG Container, 3D Design.
1.2 ADG Container, Drawings
*Water Mist Skid, 8*80L Water Bottle, 8*80L N2 Bottle.
1.3 ADG Container, Specification.
|
ADG Container
|
|
|
Water Mist Working Pressure
|
10MPa |
| Water Mist Fire Sytem Capacity | 8x80L Water Bottles |
| 8x80L N2 Gas Bottles | |
| Water Bottle Working Pressure | 20MPa |
| N2 Gas Bottle Working Pressure | 20MPa |
| Nozzle Flow Rate | 10L/min, K=1.0 |
| Nozzle Quantity | 6pcs |
| Skid Dimension | 800X3400X2080mm |
| Pipe and Valve Material | SUS316 High Pressure |
| Pressure Gauge and Solenoid Valve | Explosion-Proof |
2. EDG Container
2.1 EDG Container, 3D Design.
2.2 EDG Container, Drawings
*Water Mist Skid, 4*80L Water Bottle, 4*80L N2 Bottle
2.3 EDG Container, Specification.
|
ADG Container
|
|
|
Water Mist Working Pressure
|
10MPa |
| Water Mist Fire Sytem Capacity | 4x80L Water Bottles |
| 4x80L N2 Gas Bottles | |
| Water Bottle Working Pressure | 20MPa |
| N2 Gas Bottle Working Pressure | 20MPa |
| Nozzle Flow Rate | 8L/min, K=0.8 |
| Nozzle Quantity | 4pcs |
| Skid Dimension | 800X1700X2080mm |
| Pipe and Valve Material | SUS316 High Pressure |
| Pressure Gauge and Solenoid Valve | Explosion-Proof |
System Components
Cylinder Specification
|
Specification
|
|
|
Cylinder Capacity
|
80L |
| Cylinder Dimension | Dia.267mm , Length 1730mm |
| Working Pressure | 200Bar |
| Test Pressure | 250Bar |
| Material | Carbon-steel |
FAQ
1. What is a cylinder-driven water mist system?
It is a self-contained fire suppression system that uses pressurized gas cylinders to discharge stored water through specially designed mist nozzles.
2. Does the system require an electric pump?
No. The discharge pressure is supplied by compressed gas, so no high-pressure pump unit is required.
3. Does it need a permanent water supply?
No. The required water is stored in cylinders, making the system suitable for locations without a reliable water supply.
4. Where can this system be installed?
It can be considered for generator rooms, machinery spaces, equipment rooms, engine test cells, archives and other small or independent protection areas.
5. Can the system operate automatically?
Yes. It can be connected to a fire detection and alarm system for automatic activation. A manual release device can also be provided.
6. Can one cylinder system protect multiple rooms?
This depends on the system design. For separate rooms or multiple zones, the cylinder quantity, selector valves, detection logic and pipe arrangement must be calculated for the project.
7. How is the required cylinder quantity determined?
It is selected according to the protected area or volume, fire hazard, nozzle quantity, discharge duration, piping layout and applicable project requirements.
8. Is it suitable for electrical equipment rooms?
It may be used after reviewing electrical safety, equipment sensitivity, drainage, ventilation and approval requirements. The final solution should be confirmed by the project authority.
9. What happens after the system is discharged?
The cylinders must be inspected, refilled and repressurized. The detection and release devices should also be reset and tested before the system returns to service.
10. What information is required for system selection?
Please provide room dimensions, protected equipment, fire hazards, drawings, ventilation conditions, preferred activation method and applicable standards or certification requirements.
Packing and Shipping
