Remote-Controlled Fire Monitors

Remote-Controlled Fire Monitors

FOINBO Remote-Controlled Fire Monitor is a fixed intelligent fire device constructed entirely with aluminum alloy cannon body and nozzle. The lightweight metal material resists damp oxidation and eases installation on overhead or wall brackets. Supported by wired and wireless remote signal transmission, operators can complete all adjustment work at a safe distance away from burning areas. Equipped with adjustable dual spray modes, it handles both long-distance flame suppression and regional cooling tasks. Unlike manual monitors that require on-site manipulation, this unit eliminates safety threats to staff in heavy-smoke high-temperature fire sites. Widely deployed in industrial plants, storage yards and large public buildings, it provides stable long-range water coverage and improves the overall safety level of fixed fire protection systems.
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Description
Technical Parameters

Production introduction

FOINBO Remote-Controlled Fire Monitor adopts integrated aluminum alloy molding for all spray components, solving the heavy weight and easy rust issues seen in metal monitors of traditional types. The aluminum material can withstand long-term exposure to humid factory air and mild chemical vapor, lowering the frequency of regular surface maintenance for facility managers. The core electric drive system supports two remote control transmission methods, allowing users to send operation instructions from a separate control room or portable handheld controller. Servo driving structure enables smooth fine-tuning of pitching and horizontal rotation angles, far more accurate than hand-operated mechanical monitors. Operators can switch between concentrated long-range jet and wide atomized fog curtain freely to meet demands of fire suppression, smoke dilution and equipment surface cooling. The whole set only needs fixed pipeline and power wiring during installation, with no requirement for staff to stay beside the equipment during standby or operation. It is highly suitable for spacious high-risk venues such as chemical production bases, energy storage stations and oversized logistics warehouses. After each fire emergency, draining stagnant water inside the internal flow channel can effectively prevent internal corrosion, greatly extending the service cycle of the remote-controlled fire monitor for long-term factory operation

 

Products parameters

 

Model Number

Flow Rate

W.Pressure

Water Max.Reach

Rotation

Horizontal

PSKD8/40W

2400 L/Min

8 bar

≥ 65 meters

-36°~+75°

0-360°

PSKD8/50W 3000 L/Min 8 bar ≥ 70 meters -36°~+75° 0-360°

 

FAQ

Q: What is Robotic Electric Fire Monitors?

A: foinbo Remote-Controlled Fire Monitor is an electrically operated fixed fire suppression device. Its cannon body and nozzle are both made of aluminum alloy. Operated via wireless or wired remote signals, it adjusts rotation angle, water flow and spray mode from a safe distance to deliver targeted fire extinguishing water jets.

Q: Advantages of Foinbo Robotic Electric Fire Monitors

A:Full aluminum alloy structure features light weight and good anti-oxidation performance. Remote operation keeps operators far from high-temperature, smoky danger zones. Wide horizontal and vertical rotation range covers large areas, with switchable straight jet and fog spray for diversified firefighting demands.

Q: Why Choose Foinbo Robotic Electric Fire Monitors?

A:Remote control function avoids personnel injury in severe fire scenes. Light aluminum parts reduce mounting load on walls and ceilings. Stable electric drive delivers precise angle control, and dual spray patterns flexibly cope with different fire loads without close manual adjustment.

Q: Where to Use Foinbo Robotic Electric Fire Monitors?

A:It applies to large factory workshops, logistics warehouses, petrochemical plants, power stations and large exhibition venues. Ideal for high-risk wide spaces where firefighters cannot stand close to flame sources during emergency fire response.

Q: How to Use Foinbo Robotic Electric Fire Monitors?

A: Switch on the monitor's power supply and open the water pipeline valve. Send remote commands to adjust horizontal & vertical angles, switch jet or fog mode and regulate water output. After firefighting, cut off water and power, then drain residual water inside the cannon..