Small and accessible everywhere!
Due to its shape and size, the FIRE DESTROYER label is designed for installation in smaller control cabinets.
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122.00 € Z DDV (100.00 € (VAT excluded)
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Specifications
Reaction time
3-5 seconds
To put out fires in classrooms
A, B, C, F.
Extinguishing volume
mal 0.12 m³ (90 g), golem 0.36 m³ (250 g)
Percentage of installation time
approximately 5 minutes
Mass
small label 80 mm x 90 mm, large label 305 mm x 90 mm
Warranty period
4 years and does not require additional maintenance
Causes of the fire:
Stari, istrošeni osiguruvači
Unprofessional attitude
Preoptovaruvanje na elektrika mreza
Poor quality of the material
Overheating
pollution
Mechanical damage
Rodents damage
1. To start the installation, first open the cover of the fuse box.
2. Ensure that the chosen installation location is clean and free of dirt to ensure optimal adhesion.
3. Stick the sticker in the desired place and press firmly, ensuring that it stands securely and evenly.
4. Repeat the process for all the locations you want to secure. Once all the stickers are in place, the installation is complete.
easy to use
tested and certified
non-toxic
compact and readable
Party opinions
"We have been engaged in the construction business for more than 20 years. We have experienced that in the main season we had a fire in the working machine and in the aggregate. That was the main reason for purchasing the DISKA FIRE DESTROYER."
Epson doo
"Because we are a trading company and our inventory represents a large part of our value, we have decided to actively protect against fire in our store."
Germar doo
"We are a company that deals with online marketing, computer and accounting programs. In order to protect ourselves and our customers, we decided on the product FIRE DESTROYER KROGLA and NALEPKA with which we additionally secured our servers and other technical equipment."
Sašo
"We deal with construction and installation. Due to the fire hazards in our business, we decided to purchase active fire protection FIRE DESTROYER."
Imotek doo
"Pred casom smo imeli v hisi almost pozar zaradi slobo ociscenega chimney. Prvic sem sledil, da atcha sekkej sekkega...
Slatić Franc
I consider the purchase as additional insurance for our company!
Mateja Kranjec
S kmetjetstvom se objava celotna nasa druzina. Because we are financially dependent on these activities, we have consciously invested in additional security.
Pihler Farm
Control cabinets
- How does electricity cause so many fires? Heating of cables and electrical components can cause the contact to loosen and deteriorate. Fires can be caused by electrical installations, worn components in the control panel, but also by non-maintenance of electrical offices, poorly maintained connections and overloaded electrical installations. Improper use of extension cords can also cause fires. Worn wires, loose wires and fuses in electrical systems and other components that are not maintained over time begin to overheat and cause short circuits, sparks, and then fires. Then flammable materials and components were seized near the incident, which led to a fire.
Solar power plants
- According to unofficial data from the Electrical Engineering Association of Slovenia and its subordinate committee NNELI, out of 100 inspected power plants, only four are electrically compliant. When to this is added the statistic that 50% of the fires in buildings are caused by electricity, the problem with fires in solar power plants is more than justified, considering that maintenance in small power plants is either very neglected or does not exist at all.
- If the power plant is put into use without special precautions, the question arises: How will it function in five or ten years? The minimum life expectancy is at least 25 years. During this period, it is directly exposed to large temperature fluctuations, wind, hail, rodents, birds and other potentially aggressive influences on electrical components. This increases the possibility of defects or damage over the years, and thus the risk of the previously mentioned phenomena of sparks, short circuits or overheating, which can lead to the ignition of components.
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