The EMACO Remote Controlled Monitor is a high-capacity, motorized firefighting device engineered for areas requiring long-range protection and rapid directional control. Built for harsh industrial conditions, the monitor provides exceptional flow delivery, precise targeting, and fully remote horizontal and vertical movement.
Its heavy-duty stainless steel or carbon-steel body, corrosion-resistant coating, and advanced electric or electro-hydraulic control system ensure reliable performance in environments where fire hazards are severe and manual operation could be unsafe.
Ideal for petrochemical complexes, fuel depots, marine terminals, power stations, and industrial warehouses, the EMACO Remote Controlled Monitor ensures superior firefighting accuracy while keeping operators at a safe distance.
The Remote Controlled Monitor plays a crucial role in modern industrial firefighting systems where high-risk scenarios demand immediate, controlled, and long-range suppression. Unlike manually operated monitors, remote-controlled units allow operators to direct water or foam streams from a protected control room or safe zone—eliminating exposure to extreme heat, toxic smoke, or explosion risk.
In environments such as tank farms, jet fuel depots, LNG facilities, and offshore platforms, fire escalation can occur rapidly. The EMACO Remote Controlled Monitor provides operators with the ability to quickly reposition the monitor, adjust discharge patterns, and maintain continuous suppression without physical contact. Each system is engineered for durability, precise actuation, and compatibility with both water and foam suppression systems.
Its advanced remote-control technology, robust mechanical design, and wide coverage range make it an essential part of fixed firefighting installations that require reliable, automated fire protection.
1. Motorized Rotation & Elevation
The monitor’s electric or electro-hydraulic motors enable smooth and precise rotation and elevation. Operators can move the monitor horizontally up to 350° and vertically from –45° to +80°, ensuring complete area coverage.
2. Remote Control Operation
The system is controlled via a wired or wireless remote panel equipped with a joystick, push buttons, or touchscreen interface. Commands are transmitted to onboard actuators that reposition the monitor instantly.
3. Nozzle Adjustment
Depending on the configuration, the nozzle can switch between a straight jet for long-range targeting or a fog pattern for wide-area cooling and vapor suppression.
4. Flow Regulation
Integrated valves or electronic controllers adjust water or foam flow rate, ensuring the right discharge volume for each firefighting situation.
5. Foam Compatibility
When connected to a foam proportioning system, the monitor can discharge aspirated foam using a foam nozzle, making it suitable for hydrocarbon fires.
| Specification | EN0312-24B | EN0312-32B | EN0312-40B |
|---|---|---|---|
| Working Pressure (W. Pressure) | 0.8 MPa | 0.8 MPa | 0.8 MPa |
| Flow Rate | 24 L | 32 L | 40 L |
| Foaming Expansion | ≥ 6 times | ≥ 6 times | ≥ 6 times |
| 25% Drainage Time (20°C) | ≥ 2.5 min | ≥ 2.5 min | ≥ 2.5 min |
| Power Supply | AC 220V | AC 220V | AC 220V |
| Power Dissipation | Standby 15W / Max. 115W | Standby 15W / Max. 115W | Standby 15W / Max. 115W |
| Material | Aluminum alloy, hard anodized | Aluminum alloy, hard anodized | Aluminum alloy, hard anodized |
| Inlet Size | DN65 Flange | DN65 Flange | DN65 Flange |
| Installation | Mounted | Mounted | Mounted |
Petrochemical & Refinery Facilities
Provides rapid, long-distance suppression of fuel, vapor, and chemical fires.
Fuel Storage Terminals & Tank Farms
Ideal for protecting large tank areas where manual operation is unsafe due to heat and radiation.
Marine & Offshore Platforms
Essential for emergency fire response in engine rooms, helidecks, and hazardous offshore working zones.
Power Plants & Substations
Ensures high-precision cooling and fire suppression around turbines, transformers, and cable areas.
Airport Hangars & Aviation Zones
Useful for aircraft fire scenarios where quick foam application is required from a safe distance.
Industrial Warehouses & Loading Bays
Effective for protecting large indoor/outdoor areas with high fire loads.
Periodic Inspection
Inspect all electrical connections, motor assemblies, and mechanical joints for corrosion, wear, or vibration-related issues.
Lubrication
Apply recommended lubricants to bearings, gears, and moving parts to ensure smooth rotation and elevation.
Motor & Control Testing
Test remote operation regularly to confirm response accuracy, rotation limits, and power supply stability.
Nozzle Cleaning
Ensure the nozzle is free from blockages, scale buildup, or foam residue that may affect discharge pattern.
Surface Protection
Repaint or touch up exposed metal surfaces to maintain corrosion resistance, especially in marine or chemical environments.
Precision-Controlled Firefighting
Motorized pan and tilt allow accurate targeting even in rapidly changing fire conditions.
Increased Operator Safety
Remote operation keeps personnel away from hazardous heat, smoke, and toxic zones.
High-Flow Performance
Designed for large-scale industrial applications requiring powerful water or foam discharge.
Robust Industrial Build
Constructed from heavy-duty materials to withstand extreme temperatures, wind loads, and long operating hours.
Compatibility with Foam Systems
Supports multiple nozzle types, making it ideal for hydrocarbon and chemical fire suppression.
Low Maintenance & Long Lifespan
Engineered for heavy-duty use with minimal mechanical wear and long-term reliability.
With proper servicing, the EMACO Remote Controlled Monitor can operate effectively for 10–15 years or more, even in harsh industrial or offshore environments. High-quality motors, corrosion-resistant metals, and reinforced components ensure long-term durability. Regular testing and lubrication significantly extend the system’s operational lifespan.
1. What advantages does a remote-controlled monitor offer over manual monitors?
The key benefit is operator safety. Remote-controlled monitors allow firefighters to control direction, flow, and nozzle pattern from a safe distance, reducing exposure to heat, radiation, smoke, and hazardous chemicals. They also offer greater precision, faster response times, and the ability to cover large areas without physically repositioning the device.
2. Can the Remote Controlled Monitor operate in extreme outdoor environments?
Yes. EMACO monitors are built with corrosion-resistant stainless steel or epoxy-coated carbon steel and protected with high-level IP-rated motor housings. They can withstand saltwater exposure, heavy rain, high temperatures, and industrial pollutants. These features make them suitable for offshore platforms, marine terminals, refineries, and desert climates.
3. What control options are available?
The monitor can be controlled using:
Multiple control modes ensure uninterrupted operation during emergencies.
4. Is the monitor compatible with foam systems?
Yes. The monitor can be equipped with self-inducting foam nozzles or connected to a foam proportioning system. This allows it to discharge foam solution effectively during hydrocarbon fires. Operators can switch between jet, fog, or foam discharge depending on fire type and control requirements.
5. What is the expected service life and maintenance cycle?
With regular inspection and lubrication, the system can function reliably for 10–15 years. Motors and actuators may require periodic servicing depending on the frequency of use, while seals and electrical components should be inspected annually. Surface coatings should be maintained to prevent corrosion in harsh environments.
Protect your home, family, and business with industry-leading fire safety solutions—because seconds matter. From advanced smoke detectors to professional-grade extinguishers and smart alert systems, we’ve got you covered.







