Products Description
Electrical Remote Control Fire Monitor – Explosion Proof
This heavy-duty industrial fire monitor employs explosion-proof electric remote actuation, engineered specifically for demanding and hazardous operational environments requiring reliable, high-output fire suppression. Its primary applications span petrochemical processing plants, bulk fuel storage terminals, refining operations, and expansive industrial complexes where ignitable atmospheres-comprising flammable gases, volatile vapors, or explosive particulate suspensions-present significant detonation risks.
The system integrates certified explosion-resistant architecture with motorized remote command functionality, enabling precise directional management from protected control positions. Its high-volume hydraulic discharge capability ensures uniform and effective extinguishment performance, maintaining operational stability throughout critical emergency interventions.
Series Classification
Technical Specifications
| Item | Specification |
|---|---|
| Monitor Body | Stainless Steel 304 / 316 |
| Nozzle Material | Aluminum Alloy |
| Hand Wheels | Aluminum Alloy |
| Rotation Angle | Horizontal 340°, Vertical -45° to +85° |
| Jet Pattern | Straight Stream (Direct Jet) |
| Control System | Wireless transmitter / Wired control box / Manual handwheel |
| Power Supply | AC 220V |
| Motor Actuator | 24V |
Model & Performance Data
| Model | Flow Rate | Working Pressure | Max. Reach | Inlet Size | |
|---|---|---|---|---|---|
| XFS1.AZ-1 | 1200 LPM | 8 bar | 50 m | 2.5" / 3" / 4" | |
| XFS1.AZ-1 | 1800 LPM | 8 bar | 60 m | 2.5" / 3" / 4" | |
| XFS1.AZ-1 | 2400 LPM | 8 bar | 65 m | 2.5" / 3" / 4" | |
| XFS2.AZ-1 | 3000 LPM | 8 bar | 70 m | 3" / 4" | |
| XFS2.AZ-1 | 3600 LPM | 8 bar | 75 m | 3" / 4" | |
| XFS2.AZ-1 | 4200 LPM | 8 bar | 80 m | 3" / 4" | |
| XFS2.AZ-1 | 4800 LPM | 8 bar | 85 m | 3" / 4" |
Engineering Advantages
Superior Fire Suppression Capability
Engineered to deliver steady hydraulic output and powerful long-distance projection, this fire monitor ensures rapid containment of industrial-scale blazes. Its high-volume discharge architecture dramatically accelerates extinguishing operations during critical emergency scenarios.
Intrinsically Safe Explosion-Proof Design
Built with certified explosion-protection engineering, the unit operates reliably in atmospheres containing ignitable gases, volatile vapors, or explosive particulate matter. It maintains operational integrity under the most demanding hazardous industrial conditions.
Versatile Multi-Protocol Operation Interface
Installation Scenarios
Tank Farm Deployment
This fire monitor sees extensive deployment across petroleum storage terminals and hydrocarbon containment facilities, delivering extended-reach safeguarding for reservoir vessels and adjacent perimeter zones. It mitigates thermal exposure hazards among clustered storage units while enabling swift intervention in volatile fuel atmospheres.
01
Elevated Structural Fire Defense
Mountable atop industrial superstructures, the system achieves expansive aerial coverage across manufacturing complexes. Its heightened vantage point facilitates high-trajectory aqueous discharge across vast operational footprints, enhancing extinguishment efficacy for production campuses and logistics depots.
02
Surface-Mounted Fixed Industrial Safeguarding
Engineered for low-level permanent emplacement within processing facilities, the apparatus furnishes steady, targeted suppression for fabrication zones, material transfer corridors, and mechanized equipment arrays requiring immediate hazard mitigation.
03
Hydraulic Network Synchronization
The unit interfaces seamlessly with pressurized water distribution centers to constitute an integrated emergency response architecture. This interoperability ensures sustained delivery head and synchronized actuation throughout expansive industrial infrastructures during critical fire events.
04
FAQ
Q: What is an explosion-proof fire monitor used for?
A: It is used for fire protection in hazardous industrial areas such as petrochemical plants, oil depots, and refineries where flammable materials may be present.
Q: How is the fire monitor controlled?
A: It can be operated via wireless transmitter, wired control box, or manual handwheel for flexible and reliable control in different conditions.
Q: What is the maximum water reach?
A: Depending on the model, the fire monitor can reach up to 50–85 meters under standard working conditions at 8 bar pressure.
Q: What materials are used in the construction?
A: What materials are used in the construction?
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Our address
No.8, Yuanfeng Road, Meiyuan Village, Kangmei Town, Nan'An City, Quanzhou City, Fujian Province, China
Phone Number
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