Ex-protected lights-when it comes to high demands
According to the ATEX guidelines, our explosion-protected lights meet the highest security standards for operation in these critical areas.
When it matters, choose Seickom Electronic
- Expertise and professional knowledge of ATEX lights
- Reliable technology and security with explosion -protected lighting
- Ideal price-performance ratio
- 100 % "Made in Germany"
Trust with us on a wide range of products that convince with your efficiency, powerful and reliability. Just like ex-protection that you can easily order in our online shop.
Reliable ex protection lighting from the ATEX expert
We have been one of the leading providers for for more than 30 years Innovative measurement and control technology With a large TÜV-checked range that leaves nothing to be desired. In addition, we have established ourselves as a professional for areas Safety Integrity Level and explosion protection and are one of the few companies that you ATEX products as the ex-protected lights offer. In addition, we are your first point of contact Pressure transmers For the pressure measurement and air quality sensors for Measure air quality and have much more, like our high quality Heating, ventilation, climateDevices.
Thanks to extensive advice on request and tailor-made solutions, we make sure that ex-protected lights and Co. really match your needs and fit your requirements.
What do ATEX lights bring?
The expression "ex-protected" in ex-protected lamps derives from the abbreviation of the Latin word "explosio" for explosion. It describes ATEX lights that are developed in such a way that they minimize the risk of explosion under dangerous atmospheric conditions.
Lights with ATEX certification are designed in such a way that they cannot trigger an explosion, even if they are used in environments with flammable gases, steaming or dusting.
To do this, ex-protection lighting fulfills strict security standards and was certified according to special standards such as the ATEX directive in the European Union. These standards ensure that all electrical and mechanical components of the ex-protected lights are so secured that they do not generate sparks or expose hot surfaces that could cause inflammation of the surrounding explosive mixture.
How do explosion -protected lights work?
The basic mechanism behind ex-protected lights is based on the electrical components, including the wiring and the switch, to be safely sealed or designed in such a way that no sparks or excessive heat can penetrate outwards in the event of a possible electrical defect. The housing of ATEX lights are robust and often made of flame-retardant materials such as special alloys or reinforced plastic. They are also designed in such a way that they can withstand high pressure, should inflammation occur within the housing without this pressure being released externally and potentially causes a larger explosion.
In addition, many ex-protected lights are constructed in such a way that their surface temperatures below the zündtem temperatures of the specific gases or vapors remain that could be present in their intended environment. This is achieved through the use of temperature control technologies that ensure that the lamp does not become too hot even during continuous operation.
The light sources themselves, often LEDs, which are known for their efficiency and low heat output, are also securely integrated into the design in order to minimize the risk of damage or overheating.
Where are ex-protection illuminations used?
Our explosion -protected lights are ideal for a variety of work environments with explosion risk. Thanks to the optimal protection, high impact resistance as well as the excellent efficiency and durability, you reliably perform in the following areas.
Oil and gas industry
In refineries, drilling platforms and tanker, flammable gases and liquids are omnipresent, which means that there is a high risk of explosion. Ex-protected lights ensure safe lighting here.
Chemical processing systems
Chemical demolitions often process fleeting substances that can be flammable. ATEX lights are crucial to ensure that lighting does not trigger any dangerous reactions here.
Mining
Boilable dusts such as coal dust or explosive gases such as methane can occur underground. Ex-protected lights are necessary to ensure security in these potentially dangerous work environments.
Grain mills and processing companies
In food processing, especially in mills, grain dust can form explosive mixtures. Ex-protected lights are required in this area to minimize the risk of dust explosions.
Color and paint factories
Solvent-based vapors in color and varnish factories can be lightly inflammatory. The use of a Ex-protection lighting Helps reduce the risk of fire and explosion.
Wastewater treatment plants
Methaneas and other flammable gases can be created in sewage systems. Explosion -protected lights are essential to safely illuminate the work areas.
Fuel warehouse and envelope sites
Places where fuels are stored or handled also require the use of ex-protected lights due to the high risk of fire due to gasoline vapors or other combustible liquids.
Pharmaceutical industry
In the pharmaceutical industry, too, dealing with various chemical compounds can create explosive atmospheres that require special lighting solutions.
How do you find the right ex-protection lamp?
Not every ex-protected lamp is suitable for every environment. Before you choose a model, take into account our following tips for searching and finding an ex-protected lamp that suits you and your environments.
1. Determination of the zone
Explosion -hazardous areas are classified according to zones that indicate the level and the type of explosion risk. Knowledge of the specific zone is crucial to select an ATEX lamp that meets the requirements of these environments.
Short digression: Explosion -prone areas are classified based on the probability of the occurrence of explosive atmospheres in different zones. Flammable gases are divided into zones 0, 1 and 2, while inflammatory dusts are assigned to zones 20, 21 and 22.
Zone 0 stands for constantly or frequently existing vapors, fog and gases, zone 1 for occasionally occurring and zone 2 for rarely and briefly existing. The situation is similar with dusting: Zone 20 includes constant or frequent, zone 21 occasional and zone 22 rare and entertaining dust deposits.
2. Understanding the classifications and certifications
Pay attention Ex-protected lightsthat are certified according to the relevant standards. In Europe, for example, these are ATEX and IECEX worldwide. The certifications ensure that the Explosion -protected lights are suitable for use in certain explosive atmospheres.
3. Choice of the right type of protection
Ex-protected lights are classified according to their ability to prevent the penetration of dust and water as well as their resistance to mechanical effects. Protection types such as IP66 or higher offer strong protection against dust and water, which is critical in many industrial environments.
4. Consideration of the environmental conditions
Assess the ambient conditions, such as temperature, moisture and chemical exposure to ensure that the selected ex-protected light can withstand these conditions. Extreme temperatures, both high and low, can place special requirements for the illuminant and the housing.
5. Light output and energy efficiency
The required amount of light, measured in lumens, and energy efficiency are also important considerations. LED lights are often the preferred choice because they are durable, energy-efficient and able to deliver a constant light output in rough environments.
What are the optimal assembly conditions for ex-protected lights?
It is clear Ex-protected lights can only play out your advantages if they are assembled so that they meet all requirements in the area. Therefore, pay attention to the following requirements for installation.
1. Location selection
Choose a assembly location that can ensure maximum lighting and make sure that the ex-protected light is not exposed to extreme conditions that could impair your performance. The ATEX lamp should be positioned so that it is easily accessible for maintenance work, but at the same time so that it cannot be damaged by routine activities.
2. Avoidance of obstacles
Make sure that the ex-protection luminaires are installed free of any obstacles that could otherwise block the light or restrict the spread of light. It should be mounted high enough to enable a wide and even light distribution, but also not so high that the maintenance is made more difficult.
3. Safe electrical connection
It is important that all electrical connections are laid according to the safety standards for areas at risk of explosion. This includes the use of ex-protected cables and connecting elements as well as the proper grounding and securing of all electrical components.
4. Heat removal
Although LED lights generate fewer heat compared to conventional lights, it is important to choose a assembly location that enables sufficient heat removal to avoid overheating. This is particularly essential in environments with high ambient temperatures.
5. Corrosion protection
In environments that are exposed to corrosive chemicals or extreme weather conditions, ex-protected lights should be provided and assembled with additional corrosion protection. The use of stainless materials or corrosion-resistant coatings can significantly increase the lifespan and reliability of the ATEX lamp.
At Seikom Electronic, we strive to expand our product range and create a range that fulfills many more of your claims in addition to ex-protected lights. We cordially invite you, our extensive offers and the different Product categories to discover. If you have any questions about our ex-protected lamps or other technical devices, our competent team of experts will be happy to help you.
