Automatic Aerosol Fire Suppression Device | 15 g | 0.15 m³ | 170 °C Activation | DIN | A/B/C/E | ES-QRR0.015G/S-CFLC
Code: ES-QRR0.015G/S-CFLCPrice 36.30 € VAT incl.( 30.00 € VAT excl. )Buy more, pay less10+ pcs. – 31.46 € for pcs. -13%Want another price? Suggest yours!ES-QRR0.015G/S-CFLC is a compact autonomous aerosol fire suppression module, mounted on a DIN rail directly inside an electrical or automation enclosure. The device contains 15 g of aerosol-generating compound, and the protected enclosed volume reaches up to 0.15 m³. It activates automatically when the thermal activation line heats up to 170 ±10 °C – no power supply, no controller, no external sensors required.
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Automatic Aerosol Fire Suppression Device | 15 g | 0.15 m³ | 170 °C Activation | DIN | A/B/C/E | ES-QRR0.015G/S-CFLC
ES-QRR0.015G/S-CFLC is a compact autonomous aerosol fire suppression module, mounted on a DIN rail directly inside an electrical or automation enclosure. The device contains 15 g of aerosol-generating compound, and the protected enclosed volume reaches up to 0.15 m³. It activates automatically when the thermal activation line heats up to 170 ±10 °C – no power supply, no controller, no external sensors required.
Main idea:
Most fires in electrical panels start at an overheated terminal, contactor, or conductor, and stay undetected inside a closed enclosure for the first few minutes. A general room fire alarm picks this up late, and the fire extinguisher hangs out in the corridor. The ES-QRR0.015G/S-CFLC module is installed right at the source of risk and extinguishes locally, before the flame spreads beyond the enclosure. It is an inexpensive protection measure for expensive equipment: meters, automation controllers, frequency converters, UPS units, and server cabinet components.Suppression agent
15 g aerosol-generating compoundProtected volume
up to 0.15 m³ (100 g/m³ density)Activation
thermal line, 170 ±10 °C, autonomousStandard / installation
EN 15276-1:2019; DIN rail, 66×79×19 mmOperating principle
The module is mounted inside the protected enclosed space on a DIN rail, and the thermal activation line is routed over the most likely fire zone. Under normal conditions the device is completely passive – it uses no energy and requires no connection to any control system. If a fire breaks out inside the enclosure, the temperature rises, and once the activation line reaches 170 ±10 °C, the aerosol generator is triggered.
Once triggered, the generator releases the fire-suppressing aerosol within a few seconds – fine particles of potassium compounds that break the combustion chain reaction. The design suppression density is 100 g/m³, so 15 g of agent is sufficient for up to 0.15 m³ of enclosed volume. The aerosol is effective only in an enclosed space: if the enclosure door is open or there are large ventilation openings, the concentration cannot be maintained and the suppression effect is reduced.
What are the benefits of the ES-QRR0.015G/S-CFLC?
It provides automatic fire protection in places where other measures are practically impossible to install – in a small electrical enclosure, an automation box, or an equipment cabinet. No power supply, piping, or alarm control panel is needed: it only needs to be screwed onto the DIN rail and the activation line routed correctly. The aerosol is non-conductive and leaves no water or powder residue, so after activation the equipment can often be cleaned and continue in use.Technical specifications
Model ES-QRR0.015G/S-CFLC Product type Automatic aerosol fire suppression device, autonomous Suppression agent 15 g aerosol-generating compound Protected volume up to 0.15 m³ (100 g/m³ density) Activation thermal line, 170 ±10 °C, autonomous Standard / installation EN 15276-1:2019; DIN rail, 66×79×19 mm Fire classes A, B, C, E (solid, liquid, gaseous materials, electrical equipment) Oxidizing agent Sr(NO₃)₂, KNO₃ – 70 % Operating temperature −50 … +90 °C Relative humidity ≤ 95 % RH Weight 85 g Service life 10 years Power supply Not required – fully autonomous Certificates / markings CE, TÜV, RoHS, ISO 9001, CMA, CNAS Key features
- Automatic thermal activation – triggers without human intervention, power, or a controller, once the line reaches 170 ±10 °C.
- Local suppression at the source – the aerosol fills the enclosed volume up to 0.15 m³ and suppresses the flame within the first seconds.
- DIN rail mounting – the 66×79×19 mm housing takes up about as much space as a few modular circuit breakers.
- Classes A, B, C, E – suitable for fires involving solid, liquid, gaseous materials, and electrical equipment.
- Wide operating range – from −50 to +90 °C and up to 95 % RH: suitable for outdoor enclosures, cold rooms, production areas.
- 10-year service life – no periodic refilling or pressure checking, unlike powder or gas fire extinguishers.
Where is it used?
- Electrical distribution boards in apartment buildings, offices, and private homes.
- Automation and control cabinets with PLCs, frequency converters, relays.
- Protection of solar inverter, DC panel, and battery box enclosures.
- Server, telecommunications, and network equipment cabinets.
- UPS and battery cabinets, charging station panels.
- Outdoor enclosures, containerized and compact electrical installations.
- Production line machine control panels and power boards.
- Elevator, ventilation, and heating automation boxes.
Application by need
For residential users.
A home's main or distribution board often stands in a hallway, garage, or basement, where a fire is noticed late. A single module on the DIN rail provides automatic protection with no maintenance for 10 years – install it and forget about it.For businesses and industry.
Automation cabinets concentrate expensive equipment, and downtime costs more than the equipment itself. The module extinguishes the fire at its source before it spreads to cable runs, reducing downtime and insurance risk. Larger enclosures use several modules or higher-capacity versions.For electricians / engineers.
This is a simple way to add fire protection to a project without a separate suppression system: no power, signals, piping, or control panel required. It is important to correctly calculate the enclosed enclosure volume (no more than 0.15 m³ per module) and route the activation line over the risk zone.Practical application
An office building floor panel measuring 500×400×220 mm has an internal volume of about 0.044 m³. It houses 36 modular circuit breakers, contactors, and lighting control relays. A single ES-QRR0.015G/S-CFLC module, rated for up to 0.15 m³, covers this volume with triple the margin. The device is screwed onto a free section of DIN rail (2–3 module widths), and the activation line is routed over the row of breakers and contactors. If a contactor contact overheats and the insulation catches fire, the line reaches 170 °C, the module activates, and the aerosol fills the enclosed panel within seconds – the fire is suppressed before the cable entries burn through.
Pros
- Fully autonomous – no power supply, controller, sensors, or alarm control panel required.
- Compact – 66×79×19 mm, 85 g; fits even the smallest enclosures.
- Quick installation – on the DIN rail in a few minutes, with no tools needed for the suppression system.
- Does not harm electronics – the aerosol is non-conductive, with no water or powder residue.
- Wide range – from −50 to +90 °C, up to 95 % RH.
- Long service life – 10 years with no refilling or pressure checking; EN 15276-1:2019, CE, TÜV, RoHS.
Cons / limitations
- Protects only up to 0.15 m³ of enclosed volume – a larger enclosure requires several modules or a higher-capacity version.
- Effective only in an enclosed space – an open door or large ventilation openings reduce the aerosol concentration.
- Single-use – once activated, the module must be replaced with a new one.
- No signal output – activation is not reported to a control or alarm system; periodic inspection is required.
- Activation depends on the placement of the activation line – an incorrectly routed line may trigger too late.
Safety and installation notes
- Before installation, calculate the enclosed enclosure volume (length × width × depth) and make sure it does not exceed 0.15 m³ per module.
- Route the activation line over the highest-risk components – contactors, terminal blocks, power breakers – and secure it so it does not touch moving parts.
- Do not install near heat-emitting elements that may reach close to 170 °C under normal conditions, to avoid false activation.
- Make sure the enclosure door is closed and sealed – this is essential for maintaining the suppression concentration.
- After activation, switch off the power supply, ventilate the enclosure, and inspect the equipment before restarting; replace the module with a new one.
- The module does not replace the building's fire alarm system and fire extinguishers – it is an additional local protection measure in accordance with the site's fire safety requirements.
Quick selection guide
Suppression agent
15 g aerosol-generating compoundProtected volume
up to 0.15 m³ (100 g/m³ density)Activation
thermal line, 170 ±10 °C, autonomousStandard / installation
EN 15276-1:2019; DIN rail, 66×79×19 mmSuitable when you need:- Automatic fire protection in an electrical or automation enclosure up to 0.15 m³, with no power supply or control system.
- To protect expensive equipment (controllers, inverters, UPS units, network equipment) right at the source of risk.
- A simple solution that an electrician can install in a few minutes and that lasts 10 years with no maintenance.
Check before use:- The enclosure's internal volume – no more than 0.15 m³ per module.
- Whether the enclosure is closed and free of large ventilation openings.
- Whether there is free space on the DIN rail (for the 66 mm wide housing) and where the activation line will be routed.
- Whether the ambient temperature under normal conditions is well below the 170 °C activation threshold.
Important reminder:
The aerosol module is an additional local protection measure, not a substitute for the building's fire safety system – its use must comply with the site's fire safety requirements.FAQ
Does the module need a power supply or a connection to an alarm system?
No. The device is fully autonomous – it triggers from temperature, with no wiring or controllers required.What size enclosure does one module protect?
Up to 0.15 m³ of enclosed volume, e.g. an enclosure of 600×500×500 mm. For a larger volume, use several modules or a higher-capacity version.Does the aerosol damage electrical equipment?
The aerosol is non-conductive and leaves no water or powder residue. After activation the enclosure should be ventilated and inspected, but the equipment usually remains fit for use.Can it be reused?
No, the module is single-use – it is replaced with a new one after activation.Is it suitable for outdoor enclosures?
Yes – the operating temperature range is −50 to +90 °C, humidity up to 95 % RH, provided the enclosure is closed and sealed.How often does it need to be checked?
During periodic inspection, check that the module has not activated and that the activation line is undamaged. Service life is 10 years, after which the module is replaced.Automatic Aerosol Fire Suppression Device | 15 g
ES-QRR0.015G/S-CFLC is a 15 g autonomous aerosol fire suppression module for DIN rail, protecting up to 0.15 m³ of enclosed electrical or automation enclosure volume. It activates automatically at 170 ±10 °C with no power supply or control system, suppresses fire classes A, B, C, E, has a 10-year service life, and complies with EN 15276-1:2019. It is an optimal solution for protecting expensive equipment right at the source of risk.
Illustrative image may have been created using AI. The appearance of the product may differ slightly from the image shown. Please refer to the technical specification.ManufacturerCircuit breakers, also known as protective breakers or circuit interrupters, are essential components of electrical protection systems. They automatically disconnect the electrical circuit when it becomes overloaded or when a short circuit occurs. They are used in electrical installations to protect equipment and people from electrical faults. Circuit breakers come in various types and have different characteristics depending on the installation location, circuit load, and other specifications.
Circuit Breaker Characteristics:
B, C, and D Characteristics:
B characteristic: Used in residential areas or low-load systems. They operate when the current exceeds the nominal current by 3 to 5 times.
C characteristic: Commonly used in both residential and commercial or industrial spaces. Their operating threshold is 5 to 10 times the nominal current, making them suitable for loads with high inrush currents (e.g., motors, lighting systems).
D characteristic: Used in industrial installations where loads have very high inrush currents (e.g., compressors, transformers). They operate when the current exceeds the nominal by 10 to 20 times.
Advantages (Pros) of Circuit Breakers:Safety: Circuit breakers ensure that the circuit is automatically disconnected in case of overload or short circuit, preventing wire burning, equipment damage, or even fires.
Reliability: They are highly reliable and can operate for long periods without maintenance, reacting automatically when electrical faults occur.
Ease of use: There is no need to replace the breaker after it trips. After an overload or short circuit, the circuit breaker can simply be reset to its operational position, avoiding the need to replace fuses.
Precision: Circuit breakers operate accurately according to the nominal current and circuit characteristics, ensuring minimal unnecessary power interruption.
Protection against short circuits and overloads: Breakers not only protect against short circuits but also against prolonged overloads, which can be harmful to electrical systems.
Versatility: There are various types of circuit breakers suitable for different systems, from small household installations to large industrial systems.
Easy reset: After a trip, the breaker can simply be reset without the need to replace it (unlike fuses that need to be replaced after a trip).
Disadvantages (Cons) of Circuit Breakers:High cost: Circuit breakers, especially those with more complex functions (e.g., adjustable protection limits), are more expensive than simple fuses.
Limited operating range: While breakers provide protection against overloads and short circuits, they cannot protect against all types of electrical faults, such as overvoltage. Additional protection devices are required for that.
Larger size: Circuit breakers are generally larger than fuses, meaning their installation may require more space in the distribution panel.
Limited protection against frequent overloads: If the electrical system experiences frequent overloads, circuit breakers may not fully protect equipment from long-term damage caused by continuous overload exposure.
More complex repair: Some complex circuit breakers may require more maintenance or repairs if they malfunction or trip incorrectly.
Applications of Circuit Breakers:Household Installations:
B characteristic breakers are most commonly used in residential installations to protect circuits from short circuits and overloads. They are suitable for lighting circuits, plugs, and other low-load devices.
C characteristic breakers are also used in homes but are better suited for areas with higher inrush currents, such as electric motors or heaters.
Commercial and Industrial Installations:C characteristic breakers are often used in commercial and industrial buildings. They are suitable for electrical equipment with medium inrush currents.
D characteristic breakers are used in industrial equipment where large inrush currents occur, such as for heavy motors, transformers, or high-power equipment protection.
Large Mechanisms and Industrial Equipment:D characteristic breakers are used where the inrush currents are very high. This includes electrical network distribution sections, industrial machinery, and transformers.
Protection of Electronics Equipment:Certain types of circuit breakers are used to protect electronic equipment, such as in server rooms or other sensitive systems where fast and precise protection is required.
Conclusion:
Circuit breakers are essential in modern electrical systems to ensure safe power supply and protection from faults. They have many advantages, such as reliability, safety, and easy resetting, but they also have some drawbacks, such as higher cost and larger size. Their selection depends on the intended use and required protection parameters.K – Trips when the current is 8-12 times higher than the nominal current, designed to protect circuits powering motors, capacitors, and transformers.
S – Trips when the current is 13-17 times higher than the nominal current, designed for the protection of control transformers.
Z – Trips when the current is 2-3 times higher than the nominal current, designed for the protection of computer equipment and other electronic components and devices.
This product is marked with the CE label, which confirms that it complies with all applicable European Union directives and regulations. CE marking is not just a formality – it is an important indicator of quality and safety, ensuring that the product has been properly assessed, tested, and can be safely used throughout the EU market.
CE certification means that the product has been evaluated according to the main criteria:
Safety requirements – ensures that the product does not pose a risk to the user or the environment
Electromagnetic compatibility (EMC) – the device does not interfere with other equipment and is resistant to external disturbances
Environmental standards – complies with current ecological and material usage requirements
Operational reliability – the product is suitable for long-term use according to its intended purposeCE marking allows this product to:
be legally supplied and used in all European Union countries
ensure a high level of quality and safety
be used in residential, commercial, and industrial environmentsThe CE mark is a declaration of the manufacturer’s responsibility, confirming that the product complies with all applicable standards and has been assessed according to EU legislation.
What does this mean for you as a buyer?
Safe use in everyday activities
Reliable performance and reduced risk of failure
Compliance with EU standards and requirements
Suitability for professional solutions
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