Products Description
Electrical Remote Control Fire Monitor – Explosion Proof
The Explosion-Proof Electrical Remote Control Fire Monitor is specifically designed for demanding industrial fire protection environments where safety and reliability are critical. It is widely applied in hazardous locations such as petrochemical plants, oil storage depots, refineries, and large-scale industrial facilities where flammable gases, vapors, or combustible dust may exist.
Featuring advanced explosion-proof construction and intelligent remote operation technology, the system allows operators to control firefighting direction, flow, and pattern from a safe distance. This not only ensures precise and efficient fire suppression but also greatly reduces the risk of personnel exposure to dangerous fire or explosion zones, improving overall emergency response safety and effectiveness.
Technical Specifications
| Category | Specification Details |
|---|---|
| Model Options | XFS1.AZ-4 / XFS2.AZ-4 |
| Material | Monitor Body: Stainless Steel 304 / 316 |
| Nozzle: Aluminum Alloy | |
| Hand Wheels: Aluminum Alloy | |
| Operation Angle | Horizontal: 340° |
| Vertical: -45° to +85° | |
| Control System | Wireless transmitter |
| Wired control box | |
| Manual handwheel override | |
| Power Supply | AC 220V |
| Motor actuator: 24V |
Model & Performance Data
| Model | Flow Rate (LPM) | Working Pressure | Water Max Reach | Inlet Size | |
|---|---|---|---|---|---|
| XFS1.AZ-4 | 1200–2400 | 8 bar | 50–65 m | 2.5" / 3" / 4" | |
| XFS2.AZ-4 | 2400–4800 | 8 bar | 65–85 m | 3" / 4" |
Key Features
Explosion-Proof & High-Safety Operation
The monitor is equipped with an explosion-proof electric actuator, ensuring safe and stable operation in hazardous industrial environments. It is suitable for areas with explosive gas or dust atmospheres, providing reliable fire control performance under critical conditions.
Multi-Control Flexible Operation System
The system supports wireless transmitter control and wired control box operation, allowing remote adjustment of water flow direction and discharge mode. A manual handwheel override is also integrated to ensure continuous operation during power loss or emergency situations.
Stacked Structure Nozzle with Powerful Jet Performance
Applications
Petrochemical & Chemical Plants
Designed for high-risk petrochemical environments, this fire monitor provides fast and effective fire suppression for processing units, pipelines, and storage areas where flammable gases and liquids are present. It ensures reliable protection in continuous industrial operations.
01
Oil Storage & Fuel Depots
Ideal for oil tanks, fuel depots, and loading/unloading zones, the monitor delivers long-range water jets to control and suppress fires at early stages, reducing the risk of fire spreading between storage tanks.
02
Power Generation Facilities & Refineries
Widely used in power plants and refinery systems, it provides strong firefighting capability for large-scale equipment areas, helping protect critical infrastructure and ensuring operational safety during emergency situations.
03
Industrial Warehouses & Hazardous Zones
Suitable for large warehouses and explosion-risk industrial zones, the system offers wide coverage and remote operation capability, allowing rapid response to fire incidents while keeping operators at a safe distance.
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 a stacked-type nozzle?
A: It is a multi-layer nozzle structure designed to improve water stream concentration, increase jet stability, and achieve longer reach.
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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