ATEX Rated Cameras: Zone 1/2 Certified Guide | ISS

An Essential Tool for Safety and Efficiency: The ATEX Camera

In environments where the risk of explosion is a daily reality, standard electronic devices are a liability. An ATEX camera is a specially engineered imaging tool designed and certified for safe use in hazardous areas containing flammable gases, mists, vapors, or combustible dusts. Unlike a regular camera, every component of an ATEX camera—from its casing to its internal circuitry—is built to prevent the generation of sparks or heat that could ignite the surrounding atmosphere. This makes it an indispensable device for industries like oil and gas, chemical processing, and mining.

These cameras are not just about preventing disasters; they are also critical for operational efficiency. They allow technicians, inspectors, and engineers to capture high-quality images and video for maintenance logs, remote diagnostics, and compliance documentation without needing to shut down operations or obtain complex hot-work permits. Investing in the right ATEX camera means investing in the safety of your personnel and the continuity of your business.

In high-risk industries like oil and gas, mining, and chemical manufacturing, ensuring worker safety is paramount. One critical tool that supports safe operations in potentially explosive environments is the ATEX rated camera. These specialized devices are engineered to function safely in hazardous areas where flammable gases, dusts, or vapors may be present.

In this guide, we’ll break down what an ATEX rated camera is, how certification works, what the labeling means, and how to choose the right camera for your industry. We’ll also compare top models available from Intrinsically Safe Store to help you make an informed purchase decision.

Understanding ATEX Camera Certification

The term “ATEX camera” refers to an imaging device that meets the strict safety requirements of the ATEX directive, which governs equipment used in potentially explosive atmospheres in the European Union. It is not a brand but a critical safety classification. Unlike a standard “rugged” or “waterproof” camera, an ATEX camera‘s entire design—from the external casing to the internal battery and circuitry—has been rigorously tested and certified to ensure it cannot become an ignition source.

This is achieved through various certified protection methods. The most common for portable devices is Intrinsic Safety (Ex i), which limits the electrical and thermal energy within the device to a level below what could ignite a specific hazardous atmospheric mixture. This fundamental design principle is what distinguishes an ATEX camera from any other, providing the necessary assurance for safe operation in high-risk zones.

Cameras that are ATEX certified have undergone rigorous testing to ensure they are designed and proven through testing to prevent the generation of sparks, excessive heat, or any other form of ignition.

Key ATEX directives include:

• ATEX Directive 2014/34/EU (ATEX 114): Equipment and protective systems for use in explosive atmospheres.

• ATEX Directive 1999/92/EC (ATEX 153): Safety and health protection of workers at ris from explosive environments.

Why Is ATEX Certification Important for Cameras?

Using non-certified devices in hazardous zones can lead to catastrophic explosions. ATEX rated cameras are designed with safety features like sealed enclosures, non-sparking components, and temperature controls to prevent ignition.

Top benefits of ATEX rated cameras include:

• Compliance with stringent EU safety regulations

• Reduced liability for safety breaches

• Enhanced operational safety and worker protection

• Ability to perform inspections, maintenance, and documentation in dangerous areas

These devices are a regulatory requirement in many industries operating under hazardous conditions.

Key Features and Benefits of an ATEX Camera

While the primary benefit of an ATEX camera is its certified design for safe operation in explosive atmospheres, modern devices offer a suite of features that enhance productivity and data capture in the field. Understanding these features is crucial when selecting a camera for your specific application.

Robust and Durable Construction

ATEX cameras are built to withstand the harshest industrial conditions. They typically feature rugged, sealed enclosures made from anti-static materials, providing high-level protection against drops, water ingress (IP rating), dust, and corrosive chemicals. This durability ensures a long service life and reliable performance in challenging environments.

Advanced Imaging Capabilities

Beyond standard photo and video, many ATEX cameras offer advanced imaging modes. This includes high-resolution thermal imaging to detect heat anomalies in machinery, optical zoom for detailed inspections from a safe distance, and excellent low-light performance for poorly lit areas. These capabilities provide deeper insights and allow for proactive maintenance.

Enhanced Connectivity and Data Sharing

Modern ATEX cameras often come equipped with Wi-Fi, Bluetooth, and even 4G/5G connectivity. This allows for the instant sharing of images and videos from the hazardous area to a control room or off-site expert for real-time collaboration and faster decision-making. This feature is particularly valuable for remote assistance and reducing the time personnel need to spend in dangerous zones.

Reliable Power for Extended Field Use

Operational efficiency in hazardous areas often depends on equipment that can last an entire shift. ATEX cameras are designed with power management in mind, featuring high-capacity, certified batteries that provide hours of continuous use. Many models offer swappable battery packs, allowing operators to quickly exchange a depleted battery for a fresh one in a safe area, minimizing downtime during critical inspections or maintenance tasks.

By combining these features, an ATEX camera becomes more than a safety device; it becomes a powerful tool for improving inspections, streamlining workflows, and maintaining comprehensive records for safety audits.

How Can You Identify an ATEX Rated Camera?

Each ATEX rated product will display a standardized label indicating the level of protection, zone compatibility, and explosive environment classification.

Sample ATEX Marking

II 2G Ex ib IIC T4 Gb

Here’s how to interpret this:

Code Segment	Meaning
II	Equipment group (II = non-mining industries)
2G	Category (2 = high protection, G = gas)
Ex ib	Type of protection (intrinsic safety)
IIC	Gas group (hydrogen, acetylene = most dangerous)
T4	Temperature class (max surface temp 135°C)
Gb	Equipment Protection Level (suitable for Zone 1)

When evaluating ATEX rated cameras, ensure this label is visible and clearly printed. A product may also be certified for other global regions. The international equivalent to ATEX is IECEx, while North American standards use UL or CSA for Class/Division ratings. For ATEX compliance, look specifically for the CE mark alongside the hexagonal ‘Ex’ mark on the product label.

What Are the ATEX Zone Classifications?

ATEX zones define the likelihood and duration of an explosive atmosphere being present. Equipment must be rated for the specific zone in which it will operate.

Here is the full classification breakdown for both gas and dust environments:

Zone	Environment	Risk Level	Description
Zone 0	Gas	Continuous	Explosive gas atmosphere is present continuously or for long periods.
Zone 1	Gas	Likely	Explosive gas atmosphere is likely to occur during normal operations.
Zone 2	Gas	Unlikely	Explosive gas atmosphere is not likely to occur, and if it does, it’s only for a short time.
Zone 20	Dust	Continuous	Combustible dust is present continuously or for long periods.
Zone 21	Dust	Likely	A combustible dust atmosphere is likely to occur during normal operations.
Zone 22	Dust	Unlikely	A combustible dust atmosphere is not likely to occur, and if it does, it’s only for a short time.

When choosing a camera, you must match the zone classification to your environment. Cameras for Zone 0 or 20 have the most stringent safety requirements, while Zone 2 or 22 allow more flexibility.

Which Industries Use ATEX Rated Cameras?

ATEX cameras are a staple in several hazardous industries:

• Oil & Gas: For inspecting pipelines, offshore rigs, and storage tanks

• Chemical Manufacturing: For visual monitoring in reactive environments

• Pharmaceuticals: Cleanroom and flammable solvent handling

• Mining: Underground inspections and hazard assessments

• Food & Beverage: Especially in areas where combustible dust is a concern

• Utilities: For inspecting transformers, substations, and enclosed switchgear

What Types of ATEX Cameras Are Available?

ATEX rated cameras come in a variety of configurations to match different inspection and documentation needs:

Camera Type	Typical Use	Advantages

Thermal Imaging

Detecting heat anomalies in equipment

Non-contact, real-time diagnostics

Digital Still/Video

Capturing detailed images/video

Visual documentation and remote viewing

Inspection Cameras (Borescopes)

Confined spaces and pipe inspections

Flexible reach and high maneuverability

Fixed-Mount Cameras

Continuous monitoring

Remote surveillance in hazardous zones

Body-Worn Cameras

First-person inspection and communication

Hands-free and portable

Top ATEX-Rated Cameras for 2025

Product	Certification	Camera Type	Zone Rating	Features	Use Case
Ecom Ex-Handy 10	ATEX, IECEx	Smartphone Camera	Zone 1/21	8MP camera, LTE, push-to-talk, thermal support (with accessory)	Oil & Gas, Plant Inspections
CorDEX TC7000	ATEX, IECEx	Thermal Imaging	Zone 1	-20°C to 600°C range, image blending, real-time display	Electrical Diagnostics, Hot Spot Detection
Pixavi Cam	ATEX, CSA, IECEx	HD Digital Camera	Zone 1/2	Wi-Fi, Full HD video, 12MP photos	Onsite Photography, Remote Sharing
ExCam IPQ1785	ATEX, IECEx	Fixed-Mount Camera	Zone 1	IP network, 5MP sensor, flameproof housing	Continuous Surveillance
i.safe MOBILE IS530.1	ATEX, IECEx	Digital Still/Video	Zone 1/21	13MP rear, 5MP front, Android-compatible	Field Inspections, Documentation

Best ATEX Rated Camera by Industry

Industry	Recommended Model	Why It’s Ideal
Oil & Gas	Ecom Ex-Handy 10	Rugged, multipurpose, LTE enabled
Electrical	CorDEX TC7000	High-accuracy thermal capabilities
Manufacturing	Pixavi Cam	Lightweight, HD image capture
Utilities	ExCam IPQ1785	Remote operation, robust surveillance
Chemical	i.safe IS530.1	Versatile, Android-based functionality

How Do ATEX Rated Cameras Compare to Standard Cameras?

Feature	Standard Camera	ATEX Rated Camera
Safety	Not safe for hazardous areas	Engineered for explosive environments
Durability	Moderate	High: resistant to impact, heat, and moisture
Cost	Lower	Higher due to compliance and materials
Certification	None	ATEX, IECEx, UL, CSA
Use Case	General environments	Hazardous zones (Zone 0, 1, 2)

FAQs About ATEX Rated Cameras

Are ATEX and IECEx the same?

They are similar but serve different regions. ATEX is the European standard, while IECEx is used internationally. Many products are dual-certified.

Can I use an ATEX camera in the U.S.?

Only if the camera also has UL or CSA certification for North American standards. Some ATEX models are multi-certified.

How much does an ATEX camera cost?

Prices range from $1,500 to $8,000+ depending on features, certifications, and camera type.

Do ATEX cameras require special maintenance?

Yes. Always follow the manufacturer’s guidelines. Maintenance should be carried out in safe zones unless specified as permissible.

What is the difference between an ATEX camera and an explosion-proof camera?

While both are for hazardous areas, they use different protection methods. An “explosion-proof” (Ex d) camera contains an explosion within its housing, while an ATEX camera, often using “intrinsic safety” (Ex i), operates on such low energy that it cannot create a spark to cause an ignition in the first place. The choice depends on the specific zone and application.

Can I use a certified case to make my standard phone an ATEX camera?

No. A certified case for a non-certified device is only rated for protection in certain zones, typically Zone 2. A true ATEX camera is designed and certified as a complete system, including its internal circuitry, to be intrinsically safe for use in more dangerous zones like Zone 1. Using a standard phone, even in a case, does not meet the stringent requirements for these higher-risk areas.

Where can I buy certified ATEX cameras?

Visit the Intrinsically Safe Store for a curated selection of tested and certified ATEX rated cameras.

Conclusion: Choosing the Right ATEX Rated Camera

When working in explosive atmospheres, safety and compliance are non-negotiable. An ATEX rated camera is a crucial investment that ensures your documentation, inspection, and surveillance operations can be carried out without risking ignition or regulatory violations.

Evaluate your camera choice based on:

• Zone classification

• Camera functionality (thermal, digital, fixed, etc.)

• Certifications (ATEX, IECEx, UL, CSA)

• Industry use case