As per the most recent report from Mordor Intelligence, the Asia-Pacific explosion-proof equipment market is anticipated to reach a value of USD 2.76 billion by 2024, with a compound annual growth rate (CAGR) of 9.06%, ultimately achieving USD 4.25 billion by 2029. The swift expansion of industries is associated with an increase in hazards and the risk of explosions within these sectors.
Explosion-proof cameras are specifically engineered devices intended for use in hazardous environments. They are commonly referred to as Zone 1 cameras, as they are suitable for locations containing combustible gases. These cameras are ideally suited for dangerous industries such as oil and gas, manufacturing, mining, construction, marine, and others.
Certification Process
Testing and certification are crucial processes that ensure product quality and potential usage. The enclosures of explosion-proof cameras are specifically made to exclude or confine any possible ignition sources. By avoiding sparks, arcs, and other possible ignition sources, the certification confirms that the camera can function safely in areas with combustible materials. Certification also helps customers make prudent decisions throughout their buying and analysis process.
In most developed countries, electrical devices that operate in hazardous environments are required to pass a test of rigorous specifications to get certified. Different countries use different certification terminology:
- The US utilises the division system illustrated in the National Electrical Code to categorise explosion-free electrical equipment. These devices should possess a label with the name of the factory, the certificate issuer, the file number, and the marking according to NEC 500-506.
- In Canada, the guidelines provided by the CEC (Canadian Electrical Code) are deployed for equipping warehouses or manufacturing plants.
- In other parts of the world, the zone system is followed. The Zone system is a method used to classify and designate the level of risk potential of the atmosphere.
- In Europe, manufacturers must get the ATEX (Atmosphere Explosible) Certification before using explosion-proof devices available in the market. ATEX certification ensures the effective functioning of appliances in explosive territory without provoking any disaster. Manufacturers must follow the ATEX directives for optimum device manufacturing.
Additionally, manufacturers must also include the code number of the quality control agency along with the label. Labelling includes the type of protection, temperature level, list of equipment, and equipment protection grade.
Facts About The Explosion-proof CCTV Camera
Industries such as chemical, gas, and processing sectors favor explosion-proof cameras to prevent dangerous situations. It is clear that the likelihood of fire-related incidents in oil refineries or gas stations is significant. Therefore, to guarantee the safety of workers and the organization, it is essential for a company to implement cameras that can withstand sparks and are durable enough for the challenging conditions present in the industry. Additionally, sectors like grain storage and wood manufacturing are advised to utilize safety equipment, including explosion-protected cameras, because of the high flammability of dust particles.
How to Find a Suitable Explosion-Proof Camera
Before digging into the details of different explosion-proof CCTV cameras, here’s a checklist to look into to find a suitable camera for your needs:
- The first thing you need to know before buying a device is its key specifications and operating system.
- You should know that these Zone 1 cameras are appropriate for regions where the economy is heavily dependent on petroleum and energy.
- Before buying an explosion-proof camera, you must investigate what emerges amidst an explosion. Compare it to the components of a camera that claims to make it explosion-proof. It helps you better determine a camera’s reliability in a highly explosive environment.
- Lastly, we must survey the standard of the product.
When does an explosion happen?
Explosions can happen when elements like heat and gases come together. Different industries have different explosion-causing triggers, such as fuel, energy, and oxidisers.
It leads to a setting where oxidiser-like air comes close to flammable materials like gas or vapour, creating an explosive atmosphere. Any kind of energy or a slight trace of ignition can easily create a favourable atmosphere to accelerate an explosion or fire.
How can explosion-proof cameras help?
Prior to making investments in explosion-proof cameras or other safety equipment, it is essential to comprehend the fundamental principles and advantages they offer for your sector. This knowledge enables you to grasp the functionality of advanced, state-of-the-art cameras in hazardous environments and to make well-informed choices.
Physical separation between electric surfaces and explosives reduces the threat of explosions. Some methods, such as encapsulation or pressurisation, are helpful to accomplish this, also called segregation.
Safe explosion-proof cameras use the prevention principle to keep their thermal and electrical energy at safe levels.
The primary function of an advanced ATEX-certified camera is to prevent internal sparks, arcs, or causing ignition in potentially explosive areas.
These cameras also maintain optimal temperature ranges, preventing overheating to ensure safe operations at the workplace.
Why should you deploy SharpEagle’s Explosion-Proof Camera in your industry?
SharpEagle provides cameras that are intrinsically safe to meet your requirements! The explosion-protected cameras from SharpEagle have been developed under expert supervision and in accordance with rigorous certification standards. Are you interested in understanding how our cameras can be compatible with your industry? Explore the essential features of our cameras to make a well-informed choice for your sector:
- ATEX-certified
- IP68 Weatherproof Rating
- Several mounting options
- Corrosion-resistant body
- Suitable for Gas Zone 1 & 2 and Dust Zone 21 & 22
- Easy Installation
- 5m Armored 4-Core Cable
Conclusion
In summary, explosion-proof cameras are essential for industries with high risks, including oil and gas, chemical production, and mining, where conventional cameras could present safety hazards.
Sharpeagle’s Zone 1-compliant cameras, which meet ATEX and global safety standards, offer a dependable security solution for locations susceptible to flammable risks.
Featuring ATEX certification, an IP68 weatherproof rating, and a corrosion-resistant design, Sharpeagle’s explosion-proof cameras guarantee maximum safety and effective surveillance.
Opting for these cameras in your industry ensures a strong and certified solution that meets the rigorous requirements of hazardous settings.
