ATEX Power Panels | Explosion Proof Power Panels Supplier UAE
Ex Proof Power Panels for Safe Hazardous Area Electrical Power Control
Ex Proof Power Panels are certified electrical panels used to distribute, control, isolate, and protect power circuits in Hazardous Area installations. They support Explosion Proof, Ex Proof, Flame Proof, and Intrinsically Safe electrical systems used in oil & gas, petrochemical, offshore, marine, chemical, mining, power, utilities, and industrial automation environments.
At Atex Hub, we supply Atex Power Panels for safe power management in classified industrial zones. These products are part of our Ex Power Distribution & Electrical Components and complete Explosion Proof Electricals range.
Atex Hub supplies Atex Power Panels across UAE, Dubai, Abu Dhabi, Sharjah, Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Europe, Africa, and worldwide.
What are Atex Power Panels?
Atex Power Panels are hazardous area electrical panels designed to control and distribute power safely to equipment installed in explosive atmospheres. They can include main isolators, circuit breakers, fuses, terminals, busbars, meters, surge protection, contactors, relays, cable entries, and certified Ex enclosures based on the project requirement.
These panels support power supply for motors, pumps, compressors, lighting systems, instruments, control panels, process machines, skids, and emergency systems. When selected correctly, they support ATEX, Explosion Proof, Ex Proof, Flame Proof, Hazardous Area, and Intrinsically Safe installation requirements.
Atex Power Panels help to:
- Distribute electrical power in Hazardous Area locations
- Protect power circuits from overload and short-circuit faults
- Support Explosion Proof and Flame Proof power systems
- Control motors, pumps, lighting, instruments, and field equipment
- Provide safe circuit isolation during maintenance
- Protect internal electrical parts from dust, moisture, gas, and vapor
- Support Intrinsically Safe circuits when designed correctly
- Meet ATEX and IECEx hazardous area requirements
Key Benefits of Explosion Proof Power Panels
Explosion Proof Power Panels improve electrical safety by protecting and organizing power circuits in classified industrial locations. They help reduce downtime, improve maintenance access, and support reliable power supply in harsh environments.
- Safe Power Management – Controls and distributes power in hazardous zones.
- Circuit Protection – Supports breakers, fuses, isolators, and protection devices.
- Hazardous Area Safety – Suitable for gas, vapor, and dust-risk locations when certified.
- Explosion Proof Compatibility – Supports certified Ex electrical installations.
- Flame Proof System Support – Suitable for Ex d applications when selected correctly.
- Maintenance Safety – Helps isolate circuits before inspection or repair.
- Organized Internal Layout – Keeps incoming and outgoing power circuits clear.
- Long-Term Reliability – Supports stable operation in oil & gas, offshore, chemical, mining, and power facilities.
Types of Atex Power Panels
Different hazardous area projects need different power panel designs. The correct panel depends on load rating, protection method, number of circuits, enclosure material, hazardous zone, and site environment.
ATEX Main Power Panels
ATEX Main Power Panels receive incoming supply and distribute power to multiple outgoing circuits in hazardous areas. They are commonly used in process units, utility areas, plant rooms, and field electrical networks.
- Supports main incoming power distribution
- Suitable for hazardous area electrical systems
- Can include MCCBs, isolators, terminals, and meters
- Helps organize multiple outgoing feeders
- Useful for industrial process plants
- Supports project-specific circuit layouts
Explosion Proof Motor Power Panels
Explosion Proof Motor Power Panels supply and protect motors used with pumps, compressors, conveyors, blowers, mixers, and rotating equipment in classified zones.
- Supports motor feeder circuits
- Helps protect motors from electrical faults
- Suitable for pumps, compressors, and conveyors
- Can include overload protection and breakers
- Supports local and remote control integration
- Useful for oil & gas and petrochemical applications
Ex Proof Lighting Power Panels
Ex Proof Lighting Power Panels distribute power to hazardous area lighting systems, emergency lighting, floodlights, and plant illumination circuits.
- Supports hazardous area lighting distribution
- Protects lighting feeders
- Suitable for indoor and outdoor areas
- Can include MCBs, isolators, and terminals
- Useful for refineries and offshore platforms
- Supports normal and emergency lighting systems
Flame Proof Power Control Panels
Flame Proof Power Control Panels are used where Ex d protection is required. They protect internal power components while supporting safe operation in high-risk gas environments.
- Supports Ex d flameproof applications
- Suitable for Zone 1 and Zone 2 when certified
- Protects breakers, busbars, terminals, and controls
- Provides strong enclosure protection
- Useful for refineries, terminals, and chemical sites
- Supports power distribution and isolation
Intrinsically Safe Power Interface Panels
Intrinsically Safe Power Interface Panels support low-energy signal and control circuits used with sensors, transmitters, alarms, barriers, and monitoring systems.
- Supports Intrinsically Safe control circuits
- Suitable for instrumentation and signal wiring
- Helps organize low-energy circuits
- Useful for process monitoring systems
- Supports PLC and SCADA interfaces
- Helps maintain safe IS wiring practice
Key Uses of Atex Power Panels
Atex Power Panels support safe power control across hazardous industrial facilities. They help distribute supply, protect circuits, isolate equipment, and manage electrical loads in classified gas and dust zones.
- Power Distribution – Supplies power to hazardous area equipment and field systems.
- Motor Feeder Protection – Powers and protects pumps, motors, compressors, fans, and conveyors.
- Lighting Power Supply – Feeds ATEX lighting systems, emergency lights, and outdoor lighting.
- Control Panel Supply – Provides power to Ex control panels, switchgear, and automation systems.
- Instrumentation Supply – Supports analyzers, transmitters, sensors, and monitoring devices.
- Emergency System Power – Supports alarms, shutdown systems, and emergency circuits.
- Circuit Isolation – Allows safe maintenance, testing, and repair work.
- Load Organization – Helps separate, label, and manage multiple electrical circuits.
Key Features of Hazardous Area Power Panels
Hazardous Area Power Panels are designed for safe power distribution, circuit protection, and reliable operation in explosive atmospheres. Their certified construction helps protect both equipment and personnel.
- ATEX Certified Design – Suitable for hazardous area power distribution.
- Explosion Proof Protection – Supports safe use in explosive atmospheres.
- Ex Proof Power System Compatibility – Works with certified Ex installations.
- Flame Proof Options – Available for approved Ex d applications.
- Intrinsically Safe Circuit Support – Suitable for IS signal and control circuits when approved.
- Multiple Circuit Options – Supports different outgoing feeders and load ratings.
- Circuit Protection Devices – Can include MCBs, MCCBs, fuses, isolators, relays, and surge protection.
- High IP Protection – Helps protect against dust, water, rain, moisture, and washdown.
- Cable Entry Compatibility – Works with ATEX Cable Glands and sealing accessories.
- Custom Panel Configuration – Supports project-specific layouts, labels, meters, ratings, and wiring.
Technical Specifications of Atex Power Panels
Technical specifications vary depending on panel size, voltage, current rating, enclosure material, protection method, and project requirement. Always select power panels according to hazardous area classification, electrical load, and installation environment.
| Specification | Typical Details |
|---|---|
| Product Type | Atex Power Panel / Ex Power Panel |
| Application | Power distribution, motor feeders, lighting supply, control supply, instrumentation supply |
| Protection Methods | Ex d, Ex e, Ex t, Ex ia / IS options depending on design |
| Certifications | ATEX, IECEx, CE, and project-specific approvals |
| Hazardous Zones | Zone 1, Zone 2, Zone 21, Zone 22 depending on certification |
| Gas Groups | IIA, IIB, IIC depending on model and system design |
| Dust Groups | IIIA, IIIB, IIIC depending on model and system design |
| Temperature Class | T1 to T6 depending on component design and rating |
| Rated Voltage | 24V, 110V, 230V, 400V, 415V, or project-specific industrial ratings |
| Rated Current | Selected according to connected load and panel design |
| Incoming Options | Main isolator, MCCB, MCB, fuse switch, terminal incoming |
| Outgoing Options | MCB, MCCB, fuse, terminal, motor feeder, lighting feeder, control feeder |
| Component Options | Breakers, isolators, busbars, terminals, meters, relays, contactors, surge protection |
| Enclosure Materials | Stainless steel, aluminium, GRP, cast aluminium, coated steel |
| Ingress Protection | IP65, IP66, IP67, or project-specific rating |
| Cable Entry Options | Metric, NPT, BSP, PG, or project-specific thread types |
| Mounting Type | Wall-mounted, floor-mounted, skid-mounted, panel-mounted, field-mounted |
| Operating Environment | Indoor, outdoor, offshore, marine, chemical, dusty, wet, corrosive areas |
| Accessories | Cable glands, reducers, adaptors, locknuts, sealing washers, stopping plugs, earth tags |
Materials Used for Atex Power Panels
Material selection affects panel strength, corrosion resistance, weight, enclosure life, and maintenance needs. The correct material should match the hazardous zone, environment, electrical load, and project specification.
| Material | Main Benefit | Common Application |
|---|---|---|
| Stainless Steel SS304 / SS316 | Excellent corrosion resistance | Offshore, marine, chemical, coastal, and washdown areas |
| Aluminium | Lightweight and strong | General hazardous area power panels |
| GRP | Lightweight and corrosion-resistant | Chemical, outdoor, utility, and non-metallic applications |
| Cast Aluminium | Strong flameproof protection with reduced weight | Ex d power panel assemblies |
| Coated Steel | Cost-effective industrial protection | Selected indoor and outdoor power installations |
Hazardous Area Zones and Power Panel Suitability
Hazardous area classification helps define the correct power panel for each installation. Always match Atex Power Panels with the correct zone, gas group, dust group, temperature class, IP rating, and protection method.
| Hazardous Zone | Area Description | Suitable Power Panel Use |
|---|---|---|
| Zone 0 | Explosive gas continuously present | Intrinsically Safe low-energy systems with approved components |
| Zone 1 | Gas likely during operation | Explosion Proof and Flame Proof power panels when certified |
| Zone 2 | Gas occasionally present | Ex Proof power panels when certified |
| Zone 20 | Combustible dust continuously present | Dust-certified electrical power assemblies |
| Zone 21 | Dust likely during operation | Ex t dust-protected power panels |
| Zone 22 | Dust occasionally present | Certified hazardous area power panels |
Temperature Classes
Temperature classes confirm that equipment surfaces remain below the ignition temperature of surrounding gases, vapors, or dust. Selecting the correct class supports safe ATEX, Explosion Proof, Ex Proof, Flame Proof, Hazardous Area, and Intrinsically Safe installations.
| Temperature Class | Maximum Surface Temperature |
|---|---|
| T1 | 450°C |
| T2 | 300°C |
| T3 | 200°C |
| T4 | 135°C |
| T5 | 100°C |
| T6 | 85°C |
Atex Power Panels vs Standard Power Panels
Standard power panels may work in normal industrial locations, but they cannot be used safely in explosive atmospheres unless certified and installed correctly. Atex Power Panels support safer power distribution and protection in classified gas and dust zones.
| Feature | Atex Power Panels | Standard Power Panels |
|---|---|---|
| Hazardous Area Use | Yes, when certified | No |
| ATEX / IECEx Certification | Available | Usually no |
| Explosion Proof Compatibility | Yes | No |
| Flame Proof Options | Available | No |
| Intrinsically Safe Circuit Use | Suitable when approved | Not recommended |
| Gas and Dust Zone Suitability | Designed for classified zones | Not certified |
| Circuit Protection | Available | Available |
| Oil & Gas Use | Suitable | Not advised in hazardous zones |
Applications of Explosion Proof Power Panels Across Industries
Explosion Proof Power Panels are used wherever power must be managed safely in hazardous locations. They support motors, lighting, instruments, control systems, emergency systems, and process equipment across demanding industries.
Oil & Gas Industry
Power panels supply motors, pumps, compressors, lighting systems, instruments, control panels, emergency circuits, and process equipment in refineries, gas plants, pipelines, LNG facilities, drilling sites, and fuel terminals.
Petrochemical Industry
Petrochemical plants use Atex Power Panels around reactors, pumps, mixers, tank farms, loading bays, analyzer shelters, process units, and hazardous vapor areas.
Chemical Processing Industry
Chemical facilities use Flame Proof Power Panels for transfer pumps, dosing systems, storage areas, control systems, ventilation units, and process machinery.
Offshore & Marine Facilities
Offshore platforms, vessels, ports, jetties, and coastal sites use corrosion-resistant power panels where salt air, humidity, rain, and vibration affect electrical equipment.
Power Plants and Utilities
Power plants use Ex Proof Power Panels in substations, battery rooms, fuel handling zones, turbine areas, lighting networks, and control systems.
Mining and Dust-Prone Areas
Mining sites, cement plants, grain handling units, and powder processing facilities use dust-certified power panels for conveyors, crushers, feeders, motors, and process equipment.
Industrial Automation
Automation systems use Ex power panels to supply PLC panels, SCADA networks, sensors, transmitters, motor starters, alarms, and field control devices.
How to Select the Right Atex Power Panel
Selecting the correct Atex Power Panel improves electrical safety, load reliability, and long-term performance. The panel should match the hazardous zone, load type, circuit rating, protection method, enclosure material, and site environment.
Before selecting, consider:
- Hazardous Zone Classification – Identify whether the site is Zone 0, Zone 1, Zone 2, Zone 20, Zone 21, or Zone 22.
- Gas Group or Dust Group – Match the panel with the gas, vapor, or combustible dust risk.
- Protection Type – Select Ex d, Ex e, Ex t, Explosion Proof, or Intrinsically Safe design as required.
- Electrical Rating – Confirm voltage, current, frequency, load type, and fault level.
- Incoming Supply – Choose main isolator, MCCB, MCB, fuse switch, or terminal incoming.
- Outgoing Circuits – Define number of feeders, breaker ratings, motor feeders, lighting feeders, and spare ways.
- Load Type – Match the panel to motors, lighting, pumps, control circuits, instruments, or process equipment.
- Cable Entry Requirement – Confirm compatibility with ATEX Cable Glands and sealing accessories.
- Material Requirement – Choose stainless steel, aluminium, GRP, cast aluminium, or coated steel.
- IP Rating – Select protection against dust, water, moisture, rain, washdown, and outdoor exposure.
- Temperature Class – Verify the required T-Class for the hazardous location.
- Maintenance Access – Choose layouts that support safe inspection, testing, labeling, and replacement.
Correct selection protects people, equipment, and operations while helping meet ATEX, IECEx, and international Hazardous Area standards.
Why Choose Atex Hub for Atex Power Panels?
Atex Hub supplies certified hazardous area electrical products for global industrial projects. Our range supports safe power distribution, circuit protection, switching, isolation, grounding, cable management, control, and instrumentation in demanding environments.
We supply Atex Power Panels as part of our Ex Power Distribution & Electrical Components portfolio. Customers can also explore Ex Control & Switchgear, Ex Enclosures & Junction Boxes, and Explosion Proof Electricals for complete Ex electrical systems.
Reasons to choose Atex Hub:
- Certified Atex Power Panels for hazardous area projects
- Options for main power, motor, lighting, control, and instrumentation supply
- Stainless steel, aluminium, GRP, cast aluminium, and coated material options
- Suitable for gas zones, dust zones, offshore, marine, and harsh industrial environments
- Global supply across UAE, GCC, Europe, Africa, and worldwide
- Support for project, maintenance, and shutdown requirements
- Complete range of enclosures, switchgear, connectors, cable glands, and accessories
Certifications, Standards & Compliance
Atex Power Panels should comply with recognized hazardous area standards and project specifications. Certification confirms that the panel is suitable for classified industrial locations and supports safer power control.
- ATEX Directive 2014/34/EU – Defines European safety requirements for equipment used in explosive atmospheres.
- IECEx Certification System – Provides internationally recognized certification for hazardous area electrical equipment.
- IEC 60079 Standards – Covers design, selection, installation, inspection, and maintenance of Ex electrical equipment.
- IEC 61439 Low-Voltage Switchgear Assemblies – Covers requirements for low-voltage switchgear and controlgear assemblies.
- CE Marking – Shows compliance with applicable European safety, health, and environmental requirements.
- ISO 9001 Quality Management – Confirms controlled quality processes for consistent manufacturing and supply.
Frequently Asked Questions
Q1: What are Atex Power Panels?
Atex Power Panels are certified hazardous area electrical panels used to distribute, protect, isolate, and control power circuits safely.
Q2: Where are Explosion Proof Power Panels used?
They are used in oil & gas, petrochemical, chemical, offshore, marine, mining, power, utilities, and automation facilities.
Q3: What circuits can an Atex Power Panel supply?
It can supply motors, pumps, lighting, instruments, control panels, emergency systems, and process equipment.
Q4: Are Atex Power Panels suitable for Zone 1?
Yes, certified models can suit Zone 1 applications when selected according to project requirements.
Q5: Can they support Intrinsically Safe systems?
Yes, approved panels can support IS control and signal circuits when designed correctly.
Q6: What protection devices can be included?
They can include MCBs, MCCBs, fuses, isolators, surge protection, terminals, busbars, relays, and meters.
Q7: Do Atex Power Panels need certified enclosures?
Yes, they must be supplied inside certified hazardous area enclosures or approved Ex assemblies.
Q8: Can these panels be used outdoors?
Yes, suitable panels with correct IP rating and material can be used outdoors, offshore, wet, and dusty areas.
Q9: Does Atex Hub supply related Ex electrical products?
Yes, Atex Hub supplies Ex enclosures, switchgear, cable glands, connectors, grounding accessories, distribution boards, and power components.
Q10: Does Atex Hub supply globally?
Yes, Atex Hub supplies across UAE, Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Europe, Africa, and worldwide.
Conclusion
Atex Power Panels provide safe power distribution, circuit protection, isolation, control, and load management for hazardous area electrical systems. They support ATEX, Explosion Proof, Ex Proof, Flame Proof, Hazardous Area, and Intrinsically Safe industrial applications where power safety and reliability are critical.
At Atex Hub, we supply Atex Power Panels across Dubai, Abu Dhabi, Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Europe, Africa, and worldwide. Customers can also explore our Ex Power Distribution & Electrical Components, Ex Control & Switchgear, and Explosion Proof Electricals categories to build complete hazardous area power systems.
