#Explosion proof camera for mining industries

[sharpeagle-tech]

Explosion Proof ZOOM IR Camera

Enhance your surveillance capabilities with our Explosion-Proof Zoom IR Camera! Whether it's IP or analogue, we've got you covered for maximum security.

[brockscotty]

Choosing the Right Intrinsically Safe Tablets and Smartphones for Hazardous Environments

When working in environments with explosive gases, flammable vapors, or combustible dust, ensuring the safety of electronic devices is critical. Intrinsically safe tablets and intrinsically safe smartphone are designed to operate in these hazardous conditions without causing ignition. These specialized devices meet rigorous safety standards and provide reliable communication and data access for industries like oil and gas, mining, and chemical processing.

What Makes a Device Intrinsically Safe?

Intrinsically safe (IS) devices are engineered to prevent the generation of heat or sparks that could ignite hazardous substances. They comply with international certifications such as ATEX, IECEx, and UL, ensuring they can be safely used in explosive atmospheres.

Benefits of Using Intrinsically Safe Devices:

Explosion-Proof Technology – Prevents ignition in high-risk environments.

Durability & Ruggedness – Designed to withstand extreme industrial conditions.

Seamless Communication – Enables connectivity in remote and hazardous locations.

Waterproof & Dustproof – Resistant to harsh environmental factors.

Compliance with Safety Standards – Ensures legal and operational safety.

Factors to Consider When Buying an Intrinsically Safe Tablet

Choosing the right intrinsically safe tablet involves evaluating key features and safety certifications. Here’s what to look for:

Certifications & Compliance – Ensure ATEX, IECEx, or UL approvals.

Build Quality & Durability – Look for shockproof, water-resistant, and rugged designs.

Battery Safety – Opt for low-energy, non-sparking battery systems.

Performance & Connectivity – Check for reliable processing power and communication features.

Usability & Functionality – Consider touch-screen sensitivity, camera quality, and compatibility with industrial applications.

Best Intrinsically Safe Tablets on the Market

Ecom Tab-Ex® 03 – A highly rugged, ATEX-certified tablet for industrial settings.

Aegex 10 Intrinsically Safe Tablet – Optimized for chemical and oil industries.

Getac F110-Ex – A powerful, explosion-proof tablet with a bright display.

Sonim RS80 – Durable and versatile for fieldwork in hazardous areas.

i.Safe Mobile IS930.1 – Designed for extreme industrial and hazardous environments.

Features of an Intrinsically Safe Smartphone

An intrinsically safe smartphone combines explosion-proof technology with modern mobile capabilities, ensuring reliable and safe communication.

Why Use an Intrinsically Safe Smartphone?

Prevents Explosion Hazards – Reduces risks in explosive workplaces.

Advanced Communication – Supports LTE, Wi-Fi, NFC, and Bluetooth.

Tough & Resilient – Built to endure shocks, water exposure, and extreme temperatures.

Long-Lasting Battery – Ensures continued operation in remote areas.

Enhanced Features – Compatible with industrial applications and rugged work environments.

Best Intrinsically Safe Smartphones Available

Choosing an intrinsically safe smartphone requires a focus on safety, durability, and usability. Here are some top-rated options:

Ecom Smart-Ex® 02 – ATEX-certified with smart features for hazardous locations.

Sonim XP8 – A military-grade rugged smartphone with IS compliance.

Bartec Pixavi Phone – Explosion-proof with advanced connectivity.

i.Safe Mobile IS530.1 – Built for extreme industrial conditions with ATEX certification.

Aegex 10 Intrinsically Safe Phone – A lightweight, secure, and durable communication device.

Where to Buy Intrinsically Safe Tablets and Smartphones

To ensure authenticity and compliance, purchase intrinsically safe devices from reputable retailers.

Online Platforms:

Amazon Industrial & Scientific – Features a variety of IS-certified devices.

Ecom Instruments Official Site – Specializes in intrinsically safe technology.

Sonim Technologies – Offers rugged, explosion-proof smartphones and tablets.

Bartec Store – Provides certified IS smartphones and tablets.

Physical Stores & Authorized Dealers:

Industrial Equipment Suppliers – Ensure genuine and certified IS devices.

Specialized Safety Equipment Stores – Focus on hazardous area solutions.

How to Maintain Your Intrinsically Safe Device

To prolong the life of your intrinsically safe tablet or intrinsically safe smartphone, follow these maintenance best practices:

Follow Manufacturer Guidelines – Always use the device according to the recommended instructions.

Regular Inspections – Check for wear and tear to maintain safety compliance.

Use Approved Accessories – Only charge with certified accessories to avoid safety risks.

Keep Software Updated – Security patches and system updates enhance performance and safety.

Proper Storage – Store in temperature-controlled environments to prevent damage.

Conclusion

For professionals working in hazardous environments, investing in intrinsically safe tablets and intrinsically safe smartphones is essential for safety and productivity. These devices offer explosion-proof technology, rugged durability, and seamless connectivity to ensure secure operations in high-risk industries. Always choose ATEX, IECEx, or UL-certified devices from trusted retailers to meet compliance standards. Whether you need a durable industrial tablet or a high-performance safety smartphone, these devices are the best solution for extreme work environments.

[gis2080]

Explosion-Proof Equipment Market Expanding—Reaching $15.6B by 2034! 🚀🛠️

Explosion-proof equipment market is expanding rapidly due to increasing safety regulations across oil & gas, mining, chemicals, pharmaceuticals, and manufacturing industries. Explosion-proof equipment is designed to prevent ignition sources in hazardous environments, reducing the risk of fires, explosions, and workplace accidents.

To Request Sample Report : https://www.globalinsightservices.com/request-sample/?id=GIS24446 &utm_source=SnehaPatil&utm_medium=Article

With the rising demand for industrial safety solutions, companies are investing in explosion-proof lighting, enclosures, cameras, sensors, motors, and communication systems. Stringent government regulations, such as ATEX (Europe) and NEC (North America), are driving the adoption of certified explosion-proof devices to ensure worker protection and operational efficiency.

The growth of oil & gas exploration, chemical processing plants, and underground mining activities is fueling demand for advanced explosion-proof technologies. Additionally, industries such as aerospace, marine, food processing, and energy & power are increasingly integrating hazardous location equipment to comply with strict safety protocols.

Technological advancements in wireless explosion-proof devices, IoT-enabled monitoring systems, and ruggedized enclosures are enhancing safety standards and operational efficiency. North America and Europe are leading the market due to strong safety policies and high industrial automation adoption, while Asia-Pacific is witnessing rapid growth with increasing investments in infrastructure and energy projects.

Despite challenges such as high initial costs and complex certification requirements, the growing emphasis on workplace safety and technological innovation will continue to drive market expansion.

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[trendingreportz]

Explosion Proof Mobile Devices Market - Forecast(2024 - 2030)

Explosion Proof Mobile Devices Market Overview:

Explosion Proof Mobile Devices Market Size is forecast to reach $1762.7 Million by 2030, at a CAGR of 6.50% during forecast period 2024-2030.Global statistic revealed by the International Labour Organization exhibits an astonishing data depicting the figures of global workplace accidents to be around 340 million[1]. Out of these 2.3 million workers succumb to fatal injuries which eventually consequence 6000 deaths per day. Lately but fortunately, certain authorities such as Dangerous substances and Explosive Atmospheres Regulation (DSEAR), U.K,  has been commissioned to advocate safety protocols for industrial areas that have a potentially perilous setting. Thus, the explosion proof mobile devices market is aimed at offering wireless computing and communication devices that will be deployed extensively on large scale, thus reshaping the entire control and monitoring operations in various industry verticals for operational efficacy and most imperatively for safety. Owing to increasing awareness, the global explosion proof mobile devices market size is flourishing at between $400 million to $450 million in 2018, and evolving at a global CAGR of 7% to 8% going through 2025.

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Explosion Proof Mobile Devices Market Outlook:

As per the IndustryARC business intelligence report, this arcade is segregated based on products and industry verticals. The explosion proof products are employed at various industry verticals to provide efficient mobility and safety in operations, including intrinsically safe smartphones, tablets, laptops, cameras and transmitters. And, the most promising industry verticals offering deployment for explosion proof mobile devices are oil & gas plants, mining quarries, chemical industries, and construction sector. As per an acute analysis of the explosion proof mobile devices marketplace regional outlook, Europe dominates the regional share with a 30% possession of the global demand. Such dominance can be attributed to its prosperous oil production which accounts for nearly 37% of energy consumption in Europe[2]. European Union total oil demand amounted to 630 million tonnes in 2017. Other prominent factor augmenting the European dominance in explosion proof mobile devices market is its elevating construction sector with its production capacity moving upwards by around 10.4% and investment blooming by 9.5%. Commissioned authority such as Dangerous substances and Explosive Atmospheres Regulation (DSEAR), U.K, enforces installment of explosion proof mobile devices affecting its market demand.

Explosion Proof Mobile Devices Market Growth Drivers:

Flourishing Global Oil and Gas Sector- As per the International Association of Oil & Gas Producers, global oil supply surpassed the 100 million-barrels-per-day mark for the first time ever in 2018[3]. A press release by the same organization revealed that the European government earned taxes from its oil and gas products equivalent to 2.7% of EU GDP in 2015. The oil and gas sector has observed a rigorous development due to significant reserves in emerging economies. Though the refineries are hazardous and vulnerable to the dangers of mobile explosion, communication is inevitable. The implementation of spark-resistant attachments, thermocouples, and sensors in lethal extents of oil & gas industry eradicate the discharge of flammable elements. So, the explosion proof mobile devices are an indispensable part of oil and gas industry which promotes it as the key application industry vertical growing at a GAGR ranging from 3% to 4% going through 2025.

The explosion proof mobile communication devices market is mainly determined by the stringent regulations by EHS (Environment, health and Safety) in any end use industry such as construction and automotive. Additionally, technology loaded communication devices with features such as IPS display, glove friendly touch screen, and device controlling is driving the market towards generating high revenues. Also, the severe guideline installed for manufacturers of explosion proof mobile communication devices is also augmenting the explosion proof market demand. Some of the standard associations for outlining safety necessities which device manufacturers must accomplish are National Electric Code (NEC), European Atmospheres Explosibles Directives (ATEX), International Electrotechnical Commission (IECEx), Underwriters Laboratory (UL).

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Explosion Proof Mobile Devices Market Challenges:

Globally, the oil & gas and manufacturing & processing industries along with mining has remained foremost end-use industries of explosion proof mobile devices market. But due to critical gap between supply and demand prevailing in the oil & gas industry along with a global shift in the utilization of renewable energy over coal based power generation, will contribute to sharp impact on the dynamics of explosion proof mobile devices market. But, this impact can be over shadowed by the governmentally enforced heavy employment of explosion proof equipment in various other end user industries.

Explosion Proof Mobile Devices Market Key Players Perspective:

Some of the major companies profiled in this report are Caterpillar, ecom, Rug Gear, Sonim Technologies, Bartec, Getac, Xciel, R. Stahl, i. safe, Airacom, Cooper Crouse Hinds, and JFE Engineering.

ecom is among the leading players in the explosion proof mobile devices market. It has products under its domain ranging from mobile computing to communication and portable lighting. Some of its latest products are Non-Ex beacon, the Loc 01and Loc-Ex 01, the Ident-Ex 01 (barcode scanner).

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Explosion Proof Mobile Devices Market Trends:

Pepperl+Fuchs, the pioneer and an innovator in electrical explosion protection and sensor technology announced on October 24, 2016 the takeover of ecom instruments GmbH, the world market leader for mobile industrial devices for hazardous areas. This acquisition apart from delivering commercial aspects also expanded product range and competence in the field of electrical explosion protection.

Airacom, a London based company came up with explosion proof mobile cases for Samsung, Motorola and iPhone consumer cell phones such as XCL-XCiPhone, for iPhone and ATEX zone 2 for iPhone 6.

Explosion Proof Mobile Devices Market Research Scope:

The base year of the study is 2018, with forecast done up to 2025. The study presents a thorough analysis of the competitive landscape, taking into account the market shares of the leading companies. It also provides information on unit shipments. These provide the key market participants with the necessary business intelligence and help them understand the future of the Explosion Proof Mobile Devices Market. The assessment includes the forecast, an overview of the competitive structure, the market shares of the competitors, as well as the market trends, market demands, market drivers, market challenges, and product analysis. The market drivers and restraints have been assessed to fathom their impact over the forecast period. This report further identifies the key opportunities for growth while also detailing the key challenges and possible threats. The key areas of focus include the types of equipment in the explosion proof mobile devices market, and their specific applications in different phases of industrial operations.

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Explosion Proof Mobile Devices Market Report: Industry Coverage

Types of Equipment in Explosion Proof Mobile Devices Market:

By Products- Smartphones, Tablets, Cameras, Access Points 

By Industry Verticals- Oil & Gas, Mining, Pharmaceutical, Chemical,

The Explosion Proof Mobile Devices Market report also analyzes the major geographic regions for the market as well as the major countries for the market in these regions. The regions and countries covered in the study include

North America: The U.S., Canada, Mexico

South America: Brazil, Venezuela, Argentina, Ecuador, Peru, Colombia, Costa Rica

Europe: The U.K., Germany, Italy, France, The Netherlands, Belgium, Spain, Denmark

APAC: China, Japan, Australia, South Korea, India, Taiwan, Malaysia, Hong Kong

Middle East and Africa: Israel, South Africa, Saudi Arabia

[conquest-ex]

Explosion Proof Smartphones: Features, Benefits, and Industry Applications

In today's interconnected world, smartphones have become an essential tool for professionals across a wide range of industries. However, in specific sectors like oil and gas, mining, chemical plants, and other hazardous environments, using standard smartphones can pose serious safety risks. The possibility of an explosion in areas with combustible gases, dust, or flammable liquids is a constant threat. This is where Explosion Proof Smartphones come into play. These specialized devices are engineered to withstand such conditions, offering safety without compromising the advanced features of modern technology. In this blog, we'll explore the features, benefits, and industry applications of explosion-proof smartphones, and why they are a critical innovation for many businesses.

What is an Explosion Proof Smartphone?

An Explosion Proof Smartphone is a rugged mobile device designed to prevent ignition of flammable materials in hazardous environments. These smartphones are built with strict adherence to safety standards, including certification by bodies like ATEX (Atmospheres Explosibles) and IECEx (International Electrotechnical Commission System for Certification to Standards Relating to Equipment for Use in Explosive Atmospheres). They are encased in materials that can resist high temperatures, sparks, or electrical discharge—factors that could potentially ignite hazardous substances in certain industries.

Unlike conventional smartphones, explosion-proof devices are specially designed with reinforced housings and shielded circuitry. Their construction prevents any part of the phone from releasing enough energy to cause an explosion, even when exposed to high-risk materials like gas, vapors, or dust.

Key Features of Explosion Proof Smartphones

ATEX and IECEx Certifications The most significant feature of an explosion-proof smartphone is its certification. ATEX and IECEx certifications are globally recognized and ensure that the device has been tested and proven safe for use in explosive environments. The phone’s rating depends on the level of danger in the specific area of use. For example, a Zone 1 or Class I, Division 1 rated phone is designed for areas where explosive atmospheres are likely to occur in normal operation.

Rugged Construction Explosion-proof smartphones are typically more rugged than standard smartphones. They are built to survive drops, exposure to dust, extreme temperatures, and even submersion in water. Their robust outer casing is made from materials like stainless steel or hardened plastic, offering excellent resistance against impact and corrosion. These devices are also designed to function in temperature extremes, making them ideal for industrial settings with fluctuating conditions.

Touchscreen Sensitivity with Gloves Many hazardous environments require workers to wear gloves for safety. Explosion-proof smartphones often come equipped with touchscreens that work even when gloves are worn, ensuring seamless use without removing protective gear.

Long Battery Life Since many industrial professionals work long shifts, explosion-proof smartphones are engineered with extended battery life to ensure consistent operation throughout the day. The devices often include energy-efficient features to reduce battery drain, even when used intensively for communication or data transfer.

Advanced Communication Features Explosion-proof smartphones are not just rugged—they come equipped with many of the advanced communication features found in regular smartphones, including 4G LTE connectivity, Bluetooth, GPS, and Wi-Fi. These features allow workers to stay connected with their teams, access critical information, and even send real-time reports from the field.

Integrated Cameras and Barcode Scanners In industries like oil and gas, photography and documentation are often essential. Many explosion-proof smartphones come with high-resolution cameras and barcode scanning capabilities, allowing workers to capture and share images or data without additional equipment.

Benefits of Explosion Proof Smartphones

Enhanced Safety in Hazardous Environments The primary benefit of using an Explosion Proof Smartphone is the safety it provides in hazardous locations. Standard smartphones pose a risk of igniting flammable gases or dust particles, but explosion-proof devices are specifically engineered to eliminate this risk. This ensures the safety of both workers and the environment, reducing the likelihood of catastrophic accidents.

Improved Communication and Efficiency Explosion-proof smartphones allow seamless communication in areas where traditional phones would be unsafe. In industries that operate in high-risk environments, constant communication is crucial for maintaining productivity and ensuring that work processes are carried out safely. With explosion-proof smartphones, workers can remain connected via voice, video, or data, regardless of the environmental conditions.

Data Collection and Remote Access Many explosion-proof smartphones support software applications that allow workers to collect and share data, access cloud-based systems, and monitor equipment remotely. This is particularly useful in industries like oil and gas, where machinery and pipelines are often monitored from remote locations. The ability to input and retrieve real-time data without needing to leave hazardous zones improves workflow and decision-making.

Durability for Tough Conditions Traditional smartphones are not designed to withstand the harsh environments found in industrial settings, which can lead to frequent damage and replacements. Explosion-proof smartphones, on the other hand, are built to endure the toughest conditions. Their rugged design means they can handle drops, exposure to water, extreme temperatures, and dust—providing long-lasting reliability and reducing the need for constant repairs or replacements.

Compliance with Industry Regulations Many industries, such as oil and gas or chemical plants, are bound by strict safety regulations that prohibit the use of non-explosion-proof electronics. By equipping workers with certified explosion-proof smartphones, companies can ensure they are complying with industry standards and safety regulations, avoiding legal and financial penalties.

Industry Applications of Explosion Proof Smartphones

Oil and Gas Industry One of the most common applications of Explosion Proof Smartphones is in the oil and gas sector. In these industries, workers are frequently exposed to environments filled with flammable gases and vapors, making it essential to use equipment that won’t trigger explosions. Explosion-proof smartphones allow for safe communication and data management in both onshore and offshore facilities, from refineries to drilling rigs.

Chemical Plants Chemical plants are another industry where explosion-proof smartphones are widely used. These plants often handle volatile substances that require careful management and monitoring. Workers can use explosion-proof smartphones to log data, take photos of equipment, or communicate in real-time without the risk of causing an explosion.

Mining Operations In mining, the risk of gas explosions is high, particularly in coal mines where methane gas can accumulate. Explosion-proof smartphones are used in these environments to enhance safety, allowing workers to communicate underground while ensuring that the equipment won’t ignite combustible gases.

Pharmaceutical Manufacturing Even in industries like pharmaceutical manufacturing, where flammable chemicals are used in the production of medications, explosion-proof smartphones provide a safe way to track production processes and maintain open communication between different departments.

Conclusion

Explosion-proof smartphones are an essential tool for industries that operate in hazardous environments. With their ATEX and IECEx certifications, rugged designs, and advanced communication features, these devices ensure the safety of workers and facilities while maintaining efficiency and connectivity. From the oil and gas industry to chemical plants and mining operations, the adoption of explosion-proof smartphones is a step toward safer, more productive workplaces. For businesses operating in such high-risk environments, investing in an Explosion Proof Smartphone is not just a smart choice—it’s a necessary one.

[vegetacide]

Whump prompt#4 - part III

Veg-notables - I noticed in some of my older stuff that I tend to write a lot of internal dialogue and thoughts so I decided to push myself to write more about the surroundings and such..for this part I actually looked up the picture of an old, wood mill and I attempted to draw a picture of it with words.. Not sure if I was successful but I think it was good practice..  Let me know what you think.

Thank you to @gumnut-logic for hashing out plot points with me.  

Proofed by me..mistakes.. Blah blah blah .. be nice.

Likes, shares and comments are my motivational fuel and all that jazz

Rating:  M for suggestions of torture.

Characters: Kayo, Scott and John is floating about

Prompt snippet -  no title yet ‘cause I am still lazy and haven’t thought of one

Part I can be found HERE and Part II HERE

Enjoy…. 

oOo

Part III

Kayo approached the ramshackled grouping of buildings on silent feet.  The red rust of the corrugated siding staining its rocky footing as if the dilapidated structure had met its end by exsanguination.  Chunks of decaying metal sat like the curled husk of a dreadful creature across the marred vacant yard that was nestled between the forsaken mill and her bricked siblings. The  bracket space between, a parody of some sick graveyard that lay ragged and open to the sky littered with the fossils of rotten wooden pallets and tipped over oil drums.  

Pressing her back to an ash coloured brickwork of the stubbier of the two outbuildings, Kayo held her breath and listened.  Her eyes ever moving over the landscape of disuse before her, scanning the skeletal remains for any sign of life.  The gaping holes in the main structure absorbing the dying light of the summer sun and obscuring her gaze from seeing anything more than pitted cross beams and the ragged teeth the massive head rig.  

Hearing nothing but the sound of wind through the four and a half story mill and the distant sound of the GDF patrol flyers that had been called in,  Kayo allowed her lungs to once again expand. Alighting along the building’s perimeter she kept the scarred brickwork close to her back, her fingers dragging along its craggy surface as she continued her reconnaissance of the abandoned facility. 

Coming to a wide opening,  she halted her forward motion.  Shuffling along to the very edge of it, she carefully peered around the broken framework of what was once a large, framed window. The mullions broken or missing in the absence of what would have been a rather hefty sheet of glass, the remains of which crunched under foot and glinted dully in the tapering light of day.

The dimly lit mottled interior was in utter ruin, particles of dust dancing about in the shafts of sunlight that filtered in from the ceiling, parts of which had caved in decades ago.  Bits of old roofing tiles lay scattered across the moss covered floor along with support beams and metal fittings. 

Across the large space of what she could only perceive was the main room,  hung two heavy insulated doors. The once pristine polish of their surface now scuffed and tarnished. One sat open, its maw revealing nothing by darkness beyond. If she could guess this was a kiln house. A building that housed the large industrial ovens used to dry out and season newly milled wood.

Stepping out from behind the safety of her cover, Kayo gripped the edge of the decaying sill and made quick work hoisting herself in.  The fact that the large machinery that made up the kiln hadn’t yet fallen through the floor, telling her that the structural integrity was most likely sound enough to support her weight.  

Once within the confines of what was surprising a very large space,  she tapped her comms twice, signalling to John that she was on site and triggered her camera.  Recording everything she saw in case reference was needed later to correctly recall a poignant detail. 

Stepping gingerly around the detritus of wood shavings,  mouse escarpment and bird dropping Kayo began her search.  The tracks she found at the further part of the mining camp some five clicks away had pointed her in this direction. They’d been hastily and haphazardly concealed and she’d picked up the trail easily after going another 30 feet or so into the underbrush.  The snapped saplings and disturbed soil standing out is stark contrast to her well practiced eye. 

After a quick call up to 5, John had provided her with an overview scan  of the surrounding area and it hadn’t taken her long to stumble upon the old mill even though the likelihood of this actually leading anywhere was slim but she had to check.  Only an idiot would use something so obvious as a… 

A glint of something out of place brought Kayo up short and she stilled, eyes tracking back and forth along the floor boards. Something had caught the light as she’d been panning her vision around the space in her inspection.Tilting her head, she crouched as the change in angle caused something to catch the light again and her slender browns dipped downwards in concentration. 

Four inches from the floor a fine, silver filament stretched across the expanse of a large archway at the head of a back hallway that appeared to run the length of the building. A tripwire.  It was old tech but given the environment very practical and very skillfully applied.

Stretching her body out carefully alongside it, her eyes traced it length to it terminus, looking for any sort of trigger or devise hidden under the stacks of broken factory paraphernalia pushed off with little care at the base of the archways wooden support pillars.  

Hidden just out of sight and strapped to what appeared to be a heavy old canister of some sort was a small, blinking red light.  Definitely a trigger, though whether it was for a security system or an explosive she couldn’t tell and she couldn’t risk disturbing it to figure it out. Someone was definitely here if the trip was live.. 

Tapping her insignia, Kay opened an audio only channel to 5.  As per protocol for Kayo, John would only be able to communicate with her verbally over the line, no visual holo-cast.  He kept it short and professional, falling back on old CB radio codes on the small chance someone was piggy backing their secure line and eavesdropping. “10-2,”  a short pause followed by “10-18?”  

It was old school but it worked and kept chatter on the line to a minimal. With two short transmissions, John had verified that her channel was securely receiving her communication and had asked if she had anything to report.  That last part she knew John would usually leave out as she wouldn’t have made contact otherwise so that meant that Scott was on the line too and chomping at the bit for anything he could get on his missing brother.

“Possible contact, have the GDF stand by”

“Message received. Alerting GDF to hold at perimeter.”   

“10-4”   Kayo heard a click over the comms as John change over to the GDF frequency but the quiet was short lived as he once again patched back over to her.  Shaking her head as she lightly got back up to her feet and stepped over the tripwire, she should have known with the Defense Force so close they couldn’t sit still.  

She had enough experience with Rigby to know there was good reason for the Colonel to call on her expertise for the more delicate operations. The man was good at his job in the guns blazing, hit them first sort of way that marked his and a lot of the other GDF personnel main character traits. 

“GDF strongly advising use of backup before proceeding.”

“Negative.” Came her blunt, clipped reply.  The GDF were not known for the ability to be stealthy and in this situation that was exactly what was needed.   There was no telling what else she was going to find around here and the last thing she needed was their big boots stomping about the place tripping god knows what.  Virgil’s life could very well be in the balance and that was a risk she just would not take. 

The line went silent again after that and Kayo let out a breath.  John would pass the information on and he wouldn’t bug her about it again.  The GDF would be either mollified by that or not, she didn’t really care at the moment.

Scott on was another matter altogether though, she would prefer to handle this on her own but she knew that despite her hard no on the GDF joining that it wouldn’t forestall the commander of iR from racing over from where he was reconning.  She just hoped she could clear the scene before he got there.

Pausing a moment to mark the hazard on the digital layout her wrist comm was compiling so Scott wouldn’t trip the thing when he inevitable got there, Kayo pulled a small pen light from her pocket and flashed it up the dark hallway.  Light back here was poor with only a small 12 by 8 window every 10 feet or so making the long length a veritable minefield of hazards. A sprained ankle was the last thing she needed or worse if she happened to come across another surprise like the one she’d just found. 

Picking her way cautiously down the hall, eyes alert and ears straining for any sound out of the ordinary she continued on.    

Coming to a blind corner, Kayo glanced back up the hallway and assessed what she’d already seen and heard.  With the skill needed to trick John with a false call,  getting the upper hand on Virgil, left barely a trace and the set up with the trip wire, she knew that whoever was responsible was skilled,  very skilled. She suspicions made her think that whoever it behind it was a pro 

Hearing the tell tale sound of a jet pack, Kayo did her best to keep her internal mental tirade of courses just where they were and double tapped her  comm. 

“Sorry Kayo, Scott is en route.”  

No shit, she thought to herself.  “Be advised,  area is not secure.  Hold position until further notice.” If she could have, she would have added  I will beat Scott’s ass if he doesn’t listen but she left it unvoiced.  She hoped that her tone would be sufficient enough to pass that little ditty along. 

“Understood,  message has been relayed.” Guess it had.

Grumbling at the delay, she carried on until she came to a section of wall that looked like it had been removed with a sledge hammer, the jagged edges of which appeared fairly new and revealed a wooden stairway that descended into the earth.  

Hugging the wall, Kayo took them with care, mindful to place her foot as close to the stringer as possible.  Settling her feet on the first tread she gave a sigh of relief  when the stairs didn’t just outright collapse under her weight. They looked study enough but looks could be deceiving. 

Shifting back and forth she tested the next one down and so on and so forth until she reached the landing and the stairs made a 90 degree turn.  Taking it as a sign when there was no creaking of loose boards or anything else that might result in her broken bones she alighted down the final flight with a bit more haste.  

The tunnel that she found at the bottom was not what she expected.  It was roughly constructed and lined with concrete, the ceiling being held in place by rough cut wood beams intersected by a newer spattering of electrical cords that ran off and disappeared behind a sealed door at the far end Pocked marked between the beams was an errant placement of naked light fixtures, the bulbs of which flickered and swayed.  

It was damp and water had accumulated in several spots along the uneven rocky flooring. The dampness not only felt with a chill up her spine but smelt. It was earthy and metallic and clung to the inside of her sinuses.  

Listening, she could hear the muted pitch of a motor. The faint scent of fuel and exhaust carried along with the wet soil that permeated the air had her picturing a generator, something easy to procure and set up. Her suspicions peaked again that this was anything but a random attack on her family. They were too well prepared for this to have been a spur of the moment, which meant organized and more proof that the perpetrator was not just some run of the mill kidnapper. 

The click of her comm activating, had her cursing under her breath.  Now was not the time.  She quickly shut it off again.  Scott could damn well stay upstairs and wait where she knew he would be safe. She couldn’t worry about him on top of all this.

Ducking into a shadowed alcove, Kayo parked behind a large crate, ears keenly tuned to pick up on any sounds that indicated her infiltration was a bust  Back pressed to the tunnel wall she could just make out the first door.   It was unlatched and moving slightly, caught up in a mild breeze that seemed to originate further down the tunnel.  

The gap was just wide enough that Kayo could catch a glimpse of what lay beyond.  There was a flickering light but by its random movements she guess a gas lamp of some sort was burning.  Crates seemed to line a wall..  They appeared new and from the markings on the side possibly army surplus supplies. So who ever this one, they had been here a while. 

Holding her breath as she waited a beat for some sort of reaction from the other side. A voice, a shifting of shoes, anything to forewarn her that she had been discovered. The small hairs on the back of her neck prickling with sensation as her adrenaline spiked a notch.    

When nothing changed or came charging out, she plucked a small device from her the pouch at her waist and dropped it. Automatically a duel set of miniature rotors unfolded from it and it began to hover in the air. A little something that Brains had supplied her for just this situation.  

The small device carried a micro camera and was easily controlled from her wrist comm.  The magnetic rotors were virtually silent and their independent movement allowed the tiny bot the agility to move about basically anywhere that Kayo required.  

There were some downsides to the tech, like heat sensitive and its range capabilities  and battery life were limited due to its size but overall it was perfect for Kayo’s uses. It had a few other handy add-ons though that more than made of its for what it was lacking. 

With a flick of her daft fingers, her wrist unit sparked to life and an image of herself from the little flyer sprang up on the screen.  With easy, she maneuvered the craft out and around her hiding place. It hugged the ceiling, its onboard sensory preventing it from crashing into any obstructions and zipped easily over to the open door way.   With a quick title on its axis, it breached the gap and entered the room beyond.

Automatically,  data and floor blueprints popped up on Kayo’s display. Geological information followed,  GPS locations and the general makeup of the room, ambient temperature.  Everything that one could possibly need to know about a 10 x 12 space. It was as she had guessed,  a storage room of some sort and from the tiny screen, she could make out an empty rustic seating area, remnants of food containers and even a small cooker.  No bio reading or heat signatures indicative of a person though and a quick glance at the composition of the wall told her she would have to go room by room.

The little flyer made quick work of the tunnel and in a matter of minutes Kay had a good read of the layout of the place.   Four rooms total,  and no trace of any occupants.  The place had been deserted and deserted in a rush by the looks of things. 

Leaving the alcove, Kay stepped out into the middle of the tunnel and hit her comms.  “Scott,  you can stop your pacing. John,  let the GDF know the place is a ghost town and that they can send in their team now.. Give em a heads up about the trip on the first floor and they should watch out for more.”  

“Roger that”

Within seconds, the tall brunette leader of iR was striding down the stairs towards her. The scowl in place not impressed at being caged upstairs while she did her initial scans. 

“Report?”  His voice was blunt with barely contained anger. 

“Nothing so far,  but the place has been cleared out.  No trace of any electronic signatures that could signal additional defenses but watch your step and stay behind me. If I had a choice you would be back at the island..”

“Tough shit.” 

The made their way through each room.  The storage room was first and proved Kayo’s theory that the facility had been set up for the long run.  The next room was a bunkie with a couple of pallets for sleeping and little else.  There was a generator room, that had makeshift ventilation system that vented exhausted into the mill above, it was heavily padded to reduce noise and the door was actually steel reinforced.

That left door number four.   Pausing outside it,  Kayo looked to Scott and laid a reassuring hand on his shoulder.  The little flyer hadn’t picked up on anything living down here but that didn’t mean they wouldn’t find something else.  

When his blue gaze met hers,  he gave a single nod and Kayo put her shoulder into the door.  

The room was dark and barren.   The only light source the signal bar bulb at her back which swayed lightly, illuminating briefly first one side of the room and then the other as its light cast about in the breeze.   

Like the rest of the tunnel system the flooring was dirt covered but the walls appeared damp with water run off from some unknown source.  It was colder in this room compared to the others as well and the creepy feeling she’d experienced out in the alcove returned, sending shuddered up Kayo’s spine.  

Pulling her penlight out once more she flashed it around the room.   There was a metal chair to one side of the room and discarded lashings strewn about the floor at its base.   Walking over to it,  Kayo did a cursory scan of the floor and didn't like what she found.  

“The chair is fastened to the ground.”  She pointed out, crouching to examine the bolts holding it down.  Picking up one of the lengths of rope she tried her best to push down the fear at the sight of blood that darkened the strong twine, her light once more sweeping over the room.

She could trust Scott to stay out of the way, he knew how she worked and he kept himself over by the door so she could do her job.  “What’s that over there?”  He nodded, squinting his eyes as he tried to make out what it was from across the room. 

Glancing back over her shoulder, she pushed up to her feet aiming her light at what Scott had indicated.  “Not sure..”  Walking over to it, she bent down to take a look and stilled. 

“Kayo?” 

Proof. “They had him here.”  Turning back to Scott as he finally stepped further into the room she held the torn remains of a soft, grey shirt, one she knew that Virgil had put on some sixteen hours earlier. 

In the early hours of the morning she’d been lazing in a tangled mess of bed sheets, languid and completely sated. Happy for the first time in ...she had no idea how long and oh so relaxed. She’d raked her gaze over his fine physique and with a smile watched him pull the soft cotton down over his finger tousled hair before he’d turned and cupped her cheek for a good morning kiss that had once again led to other things..

Clenching her eyes shut she pushed the image from her mind. The shirt in her hand that smelt of his aftershave (the one she’d bought him last Christmas), the irony tang of blood and fear sweat, held tight as she tried to make sense of all of this and couldn’t.  

Drawing in her breath, she gathered her bearing and returned to the task at hand.   Peridot eyes swept around the earthen room that for  lack of a better word it was what amounted to a cell.  Archaic as it was, the place looked like something out of one of the many old war movies she had seen and it was hard to believe that in this day in age people still resorted to them. 

 Eyes narrowing as something caught her attention across the room behind Scott,  she canted her head slightly trying to make out what it was. “Scott,  behind you on the table.” She directed with a head nod towards the far corner. 

Sitting on a small utility table amidst various discoloured rags and  a roll of duct tape rested a folded note address to Scott and a holo-recorder.   “What is it?”

“I’m not sure.” Picking up the note, Scott examined both sides of it. His name graced one side of it with thick block letters but other than that it was blank.  Furrowing his brows he turned his attention to the recorder and powered it up, the small piece of tech casting odd shadows about the cell walls as it started to play some pre-recorded video. 

Within seconds Scott’s face went from confusion to a look of abject terror that found Kayo instantly at his side having no idea she’d even made a conscious decision to move.  The look in his eyes had her heart stuttering and relocating somewhere North of her chest.

“Scott…?”

Instantly everything else in the room suddenly dissolved, like someone had hit the dimmer switch on the rest of the world.  Sound took on a tinny quality and faded into nothingness.  Her panic breath and what she was looking at now the only things that seemed to registered in the vacuum. 

There on the screen was an image of Virgil,  bound to a chair and bereft of his uniform.  He was blindfolded, the dark material obscuring part of his face but she knew it was him. She knew intimately that slumped form and the filthy cloth did little to mask the angry bruises and sluggishly oozing blood. 

Off screen a modulated voice spoke and Kayo heard it as if it was distorted by some great distance. Movement in the back of the recording drew her eyes as a darkly dressed form came into frame behind the battered pilot. The camera at such an angle that the body of the person was cut off above the shoulders masking their identity.   

Virgil’s limp head was yanked painfully back by his matted hair, putting his face in the camera lens as a glint of finely honed steel pressed into the soft skin at his throat.  A small nick with the blade let forth a small trickle of blood but by the lack of response and the lax, bloody mouth it was obvious he was unconscious.

Biting back a growl at the mistreatment Kayo didn’t dare blink or look away as she prayed for Virgil  to show some sign of life. Anything to set the world in motion again.  The poor quality of the holo hampering the search but than the faintest of movements caught her eye and made her breath hitch and her heart gave a mighty kick in her chest.

There, under the ruddy skin along his stubbled jaw, straining awkwardly due to the thrust of his head was a laggy pulse of life at his jugular  

“He’s alive.”  She thought she heard herself say, not realizing as she began to shiver just how worried she’d been that she would have found something else down here. 

The brother beside her cursed and sagged back against her. “Oh god…”

And just like that everything came into sharp focus again and sound returned. Along with it like the rush of a burst dam a surge of anger coursed through her and immediately she registered what the digitally obscured voice was saying.  

The robotic cadence crackled through the little speaker of the recorder.  “Tracy, meet my demands and your Brother will live. No security, no GDF..if not...” The voice trailed off as another unidentifiable figure came into frame and with a rough hand bared down on Virgil’s shoulder. The scream that the action ripped from Virgil’s split, bloody lips and his body’s shuttered contortion of pain had Kayo nails biting into her palm in anger.

The warped laugh that followed the torturous sound was sinister and laced with an edge of madness, “We’ll be in contact.” A chuckle and the screen went dark.   

TBC

[fsesafe]

FSE Safe suppliers for Explosion Proof CCTV and Surveillance Solutions

Designed for use in hazardous and challenging environments

Rugged Design

Superior Image Quality

Flexible Surveillance Solution

Easy to Install and Use

These cameras are ideally suited for oil and gas onshore, offshore, marine, and heavy industrial applications, as well as dusty environments such as those found in the paper and textile industry.

Certifications:

ATEX, IECEx, CNEx, MA certified ISO9001, ISO14001, ISO45001 Group I (mines), zone 1, 2, zone 21, 22

Products:

ATEX Explosion Proof PTZ High Speed Dome Camera, ATEX Explosion Proof PTZ Camera, Explosion Proof PTZ Dome IR Camera, Explosion Proof PTZ Thermal Camera, Fixed ATEX Explosion Proof Infrared Camera With Wiper, Fixed ATEX Explosion Proof Camera, Explosion Proof Fish-Eye Dome Camera, Explosion Proof Infrared Camera / Infrared Lights, Explosion Proof Pan Tilt, Air Water Cooling Explosion Proof Camera, Explosion Proof Camera Housing with Wiper, Explosion Proof Washing Tank, Explosion Proof Monitor - Controller - Junction Box

[alvirakhanus]

How Ex Proof CCTV Cameras Help Organize a Potentially Explosion Proof Environment

In almost all modern workplaces, video monitoring and surveillance is ubiquitous. In industries like mining, oil and gas, nuclear power, and energy, a traditional CCTV camera won’t be enough to handle the job. In such industries, since human lives and assets get exposed constantly to a wide variety of hazardous threats, advanced technology is required to monitor and address the inherent challenges.

Explosion proof CCTV cameras are the ideal choice for increasing occupational safety in these risk-prone work environments. From explosion proof digital cameras and PTZ cameras to explosion proof PTZ cameras with night view and more, you will find various varieties available in the market. If you still wonder how you can use these ex proof cameras or how they would help increase safety, here are some benefits these cameras bring to the table.

Reliable and sturdy: Explosion proof cameras come equipped with an extremely sturdy frame. Even in hazardous work environments and extreme weather conditions, they can let you consistently monitor your operations.

Easy integration for 24×7 monitoring: You can easily integrate your ex proof digital cameras with any computer or mobile device. This way, you can constantly monitor ongoing activities at the plant or rig, no matter where you are. Noticing any potential hazards and nullifying it, or recording the reason of explosion, these video feeds can help lower risk levels.

Superior image quality: Why does this matter? Imagine having a camera installed that sends grainy or blurred images, or nothing at all when it’s pitch dark. And that’s exactly what explosion proof housing CCTV cameras can help you avoid. These cameras have features like excellent color fidelity and image quality (even at high frame rates), autofocus, motorized optical zoom, and exceptional light sensitivity. Thus, they can cover great distances, and provide detailed images or wide overviews, along with capturing images in low light. Explosion proof cameras with night view can let you monitor your workplace even when it’s pitch dark.

Increased safety features: Many modern explosion proof video cameras for ultimate safety have integrated intelligent features like Cross Line Detection, Video Motion Detection, or Active Tampering Alarm. Using such features and video analytics, these cameras are capable of analyzing inputs constantly to notice an event, and respond to it automatically with specific actions like sending alarm notifications.

Data safety: Explosion proof video cameras work effectively even when an explosion or fire occurs. Since they have DVR units for recording, these cameras ensure that you have footage of the event, which can help in finding the exact cause of the accident later. Such footage may even help in training, detailed analysis, or for resolving legal matters.

Remote accessibility: Once you have integrated the explosion proof housing CCTV camera with your surveillance system, you can use any authorized computer or mobile device to access its real-time footage from anywhere, and at any time. This will facilitate remote monitoring and remote maintenance of a hazardous area.

The health and safety of employees working in hazardous environments is under a huge threat, as the growing number of accidents prove. Relying on the revolutionary technology and exceptional results of explosion proof cameras is the need of the hour as it can help improve safety of both assets and human lives.

[sharpeagle-tech]

Discover Ultimate Safety with SharpEagle's Explosion-Proof Mini IR Camera!

Looking for unparalleled safety solutions in hazardous environments? Look no further! SharpEagle presents the game-changer - our Explosion-Proof Mini IR Camera!

👁️‍🗨️ Enhanced Vision: With cutting-edge infrared technology, our camera ensures clear visibility even in low-light conditions, providing you with unmatched surveillance capability.

🛡️ Unrivaled Protection: Engineered to withstand the toughest conditions, our explosion-proof design guarantees safety in volatile atmospheres, offering peace of mind like never before.

💡 Versatile Application: Ideal for oil rigs, chemical plants, and other high-risk areas, our mini IR camera is your ultimate safeguard against potential hazards.

🔧 Easy Installation: Designed for hassle-free setup, our compact camera can be effortlessly integrated into your existing security system, ensuring swift deployment and seamless operation.

🌐 Contact us today to learn more about how our Explosion-Proof Mini IR Camera can revolutionize safety in your workplace!

[allenjohn2224]

ATEX Zone Industrial Explosion Proof Equipments - EUROTECKS

EUROTECKS is aspire to become specialize in Industrial ATEX ZONE / Explosion Proof Equipment in Saudi Arabia catering to a wide range of Industries be it from Petrochemicals, Oil & Gas, Food & Pharmaceuticals, Mines, Aluminum, Phosphate, chemicals Industries.

EUROTECKS is the supplier of Industrial Explosionproof equipment in Saudi Arabia, we offer ATEX ZONE /Explosion-proof & Anti-Static Vacuum machines, Explosion-proof Scrubber Machines, Explosion-proof High-Pressure Washers, Explosion-proof Cameras & accessories, Explosion-proof Industrial Dust Explosion protection equipment, Process Safety Equipment, Explosion Venting, Blast Valve & Damper.

[atexshop1]

Solex  SWAR0033-440X0 EX Proof MIFI Router/Access Point - ATEX ZONE 1

The Solexy SWA/SWS R0* is a compact, cost-effective and secure industrial 4G/LTE Wi-Fi router for installation in harsh environments and hazardous locations. It is used to create a WiFi Hotspot based on a cellular connectivity. External N or SMA/RP-SMA antenna connectors make it possible to attach desired antennas and easily find the best signal location.

SWA/SWSR0* Industrial LTE router have industry leading security features and widely used for 4G backup, Remote Connection, Out-of-Band Management, Advanced VPN and tunneling services in IoT networking solutions. With Solexy’s SWA and SWS enclosures and their rugged construction combined with Atex, IECEx and North America certificates, Solexy offers a wireless device solution for installation in classified Ex areas (gas, dust and mining) and harsh environments.

FEATURES:

OPERATING FUNCTIONS

WiFi access point (Wifi to LAN or WiFi to 2G/3G/4G)

WiFi client (LAN to WiFi)

 DATA RATE

4G (LTE) Cat 4 up to 150 Mbps

3G up to 42 Mbps and 2G up to 236.8 kbps

 WIRELESS

IEEE 802.11 b/g/n Access Point (AP) and Station (STA)

 SMS TOOLS

SMS status, SMS configuration, send/read SMS

via HTTP POST/GET

 HEAVY DUTY CONSTRUCTION

Explosion proof enclosure made in alluminum (SWA series)

or stainless steel (SWS series) weather proof IP66/68

  Atexshop is a best worldwide largest online store. We offer best quality electronics product like Smartphone, computer, 

cameras

, CCTV,  IP camera,

Solexy router

, Tablet etc. For more information Follow our Website 

 https://www.atexshop.com/

[sharpeagletech]

Top features of an Ex-Proof PTZ camera

Just as technology has entered every domain of life and business, it has added ease and accuracy in every task. The need for security existed for humans even nothing was based on technology. Even in those times, the human mind devised some ways to maintain security and surveillance. Now is the era of extreme sophistication. You can see hundreds of options from night vision security cameras to explosion-proof PTZ cameras. Although household use of security cameras is also on the rise, yet these explosion-proof cameras are particularly the need for commercial units.

PTZ?? Confused??

For all those readers who are new in this domain, let us introduce you to these cameras with the very basics first. PTZ depicts the abbreviation of the forpan–tilt–zoom camera; it is the category of the camera that can be controlled with a remote in various directions and zoom focus.

PTZ cameras became popular in the television industry. These cameras were being used in television production. PTZ controls are applied in combination with professional video cameras in the recording studios, mega-events like the Olympics, and other spaces. You may also come across the term robos as these cameras are also referred to as robotic cameras. These PTZ camera systems are controlled remotely as these are supported by automation systems. The PTZ controls are being sold both along with the camera, as well as separately. In combination, the most popular ones are the ex-proof PTZ camera

Now, what is ex-proof??

The camera industry is vast, and it can give you a customized and sophisticated solution as per your demand. Ex-proof cameras are one such example. If you are not familiar, these are the explosion-proof cameras. These cameras are particularly used in the drilling industry for drill floor monitoring in the marine industry and the mining industry. The explosion-proof cameras are used against inflammable gas, so every kind of workplace where chances of the inflammable gas explosion are higher explosion-proof PTZ camera is a must.

The combination of ex-proof and PTZ

The ex-proof PTZ camera is not only bulletproof; it is also weather-proof and comes with night-vision. These cameras are the best combination of both utilities that are titling and explosion protection. These kinds of cameras come with an automatic wiper for cleaning the camera lens. It increases the utility of cameras in industries like mining and marine, where dust and water can frequently damage ordinary cameras' lenses.

These cameras are widely in demand in commercial hubs like Dubai, as excessive commercial and business activities are going on throughout the year. You can search for ex-proof PTZ camera Dubai and get hundreds of options. But only a reliable and technology-based company can make up the solution for you.

What it entails?

The explosion-proof PTZ camera goes through rigorous testing so that 360* rotation 24 hours a day working is ensured. Usually, these cameras give an option of choosing the IR capability, which can be selected as per demand.

These cameras are designed for hazardous environments, so they provide effective and perfect video surveillance. The process control, especially in dangerous locations such as gas, oil, and chemical facilities is crucial.

Following are the basic highlights you must know for these cameras:

The ex-Proof camera has a label of enclosure "d." It represents the prevention of any explosion transmission in which the direction is from inside to outside.

If Ex-Proof Camera has a rating of IP 66, it can be easily installed in any kind of dusty environments.

The design of these cameras is lightweight and compact. Hence, they are specifically y well suited for offshore areas and related applications where space is a major consideration.

The Explosion-Proof Cameras usually come up with user-friendly installation. It is mostly a "plug and "play installation.

The best Explosion-Proof camera is the one that arrives ready to use, hence not needing any kind of complex electrical connections, therefore saving any kind of extra installation and wiring costs.

The ex-proof PTZ camera is usually offered both in optical zoom as well as in fixed options.

A Cost-effective Explosion-Proof Camera is the one that meets the customized installation need, provides maximum performance, and hence gives you excellent value for your investment.

Highlighting features for an effective explosion-proof PTZ camera:

PTZ camera provides excellent Image Quality

960p, 5 million 1/3" progressive scan CMOS.

Most effective cameras provide the Image Resolution of 25-30Fps

A highly sophisticated camera will be the one which has Signal to Noise Ratio >52db

Look for a camera with 12x Digital Zoom

The PTZ camera supports the serial port RS 422/485

It usually comes with a Built-in POE module, Fixed Web Server, and also sustains IE browse videos.

360°horizontal rotation, -90°~+90°vertical

The most sophisticated PTZ cameras come with Omni bearing monitor for targeting suspicious objects

If you are looking for Video Compression look for the label H.265/H.264/MJPEG

The general features of image settings that you must look for PTZ camera include the color, compression, brightness, sharpness, white balance, exposure zones, exposure control, and backlight compensation.

The WDR details of the camera tell about the dynamic contrast of the camera and fine-tuning of image behavior specifically at rotation, low light, image, and text overlay and night/day shift level

Other miscellaneous features you may look for are the casing and particular operating conditions in terms of temperature, humidity and dust, storage conditions, dimensions, weight, and included accessories in the pack.

In commercially busy parts of the world like Dubai, these cameras are trending more and more. You can also search for ex-proof PTZ camera Dubai, and hundreds of options will come on your screen. It is because Dubai has become the center of attraction for all kinds of industries and business ventures. We have guided you about the basics as well as the advanced features which these cameras must entail—hence making your purchase decision easier and practical. You can make the best decision when you consider it as a long term investment. Invest in a good camera and make your surrounding secure and profitable.

[un-enfant-immature]

High Earth Orbit Robotics uses imaging satellites to provide on-demand check-ups for other satellites

Maintaining satellites on orbit and ensuring they make full use of their operational lifespan has never been more important, given concerns around sustainable operations in an increasingly crowded orbital environment. As companies tighten their belts financially to deal with the ongoing economic impact of COVID-19, too, it’s more important than ever for in-space assets to live up to their max potential. A startup called High Earth Orbit (HEO) Robotics has a very clever solution that makes use of existing satellites to provide monitoring services for others, generating revenue from unused Earth imaging satellite time and providing a valuable maintenance service all at the same time.

HEO’s model employs cameras already on orbit mounted on Earth observation satellites operated by partner companies, and tasks them with collecting images of the satellites of its customers, who are looking to ensure their spacecraft are in good working order, oriented in the correct way, and with all their payloads properly deployed. Onboard instrumentation can provide satellite operators with a lot of diagnostic information, but sometimes there are problems only external photography can properly identify, or that require confirmation or further detail to resolve.

The beauty of HEO’s model is that it’s truly a win for all involved; Earth observation satellites generally aren’t in use at all times – they have considerable down time in particular when they’re over open water, for instance, HEO’s founder and CEO William Crowe tells me.

“We try to use the satellites at otherwise low-value times, like when they are over the ocean (which of course is most of the time),” Crowe said via email. “We also task our partners just like we would as a regular Earth-imaging business, specifying an area on Earth’s surface to image, the exception being that there is always a spacecraft in the field-of-view.”

The company is early on in its trajectory, but it has just released a proof-of-concept capture of the International Space Station, as seen in the slides provided by HEO below. The image was captured by a satellite owned by the Korean Aerospace Research Institute, which is operated by commercial satellite operator SI Imaging Services. HEO’s software compensated for the relative velocity of the satellite to the ISS, which was a very fast 10 km/s (around 6.2 miles per second). The company says it’s working towards getting even higher-resolution images.

[gallery ids="2012500,2012501,2012502"]

The beauty of HEO’s model is that it actually requires no capital expenditure to work, in terms of the satellites used: Crowe explained that they currently pay-per-use, which means they only spend when they have a client request, so that the revenue covers the cost of tasking the partner satellite. HEO does plan to launch its own satellites in the “medium-term,” however, Crowe said, in order to cover the gaps that currently exist in coverage and in anticipation of an explosion in the low Earth orbit satellite population, which is expected to expand from the existing 2,000 or so spacecraft to as many as 100,000 or more over roughly the next decade.

HEO could ultimately provide imaging of not only other satellites, but also space debris to help with removal efforts, and even asteroids that could prove potential targets for mining and resource gathering. It’s a remarkably well-considered idea that stands to benefit from the explosion of growth in the orbital satellite industry, and also stands out among space startups because it has a near-term path to revenue that doesn’t require a massive outlay of capital up front.

[sharpeagletechnologies-blog]

Increase occupational safety in hazardous areas with explosion-proof CCTV cameras

Video monitoring & surveillance is indispensable in any workplace. But different work conditions demand different types of equipment for security. In industries like oil & gas, energy, mining, nuclear power and construction, where employees and assets are constantly exposed to a range of hazardous threats, a traditional CCTV camera is not fit for the job. For more details click on http://www.sharpeagle.tv/solar-forklift-cctv-cameras/ or call on Dubai +971-4-454-1054 or mail us at  sales@studio52.tv