Bartec

Pressurised Enclosures – Ex p Solutions for Hazardous Areas

When electrical or analytical equipment must be installed in hazardous areas, Bartec pressurised enclosures provide a safe and flexible solution.

By using proven Ex p pressurisation principles, you can operate standard industrial equipment in explosive atmospheres while meeting strict safety requirements.

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Pressurisation Technology

Bartec pressurised enclosures are designed to prevent the ingress of explosive gases or dust by maintaining a controlled overpressure inside the enclosure. Before start-up, the enclosure is purged, and during operation the internal pressure is continuously monitored.

This approach allows you to use non-Ex-certified equipment in Zone 1 or Zone 2, reducing both system complexity and cost while maintaining a high level of safety.

Bartec Pressurised Enclosures

Key Features and Capabilities

  • Pressurised enclosure solutions according to Ex p / Ex px / Ex pz concepts
  • Automatic purge and pressurisation before system start-up
  • Continuous pressure monitoring with alarm and shutdown functions
  • Suitable for housing analyzers, PLCs, IT equipment and power electronics
  • Customisable enclosure sizes and configurations
  • Designed for long-term operation in harsh industrial environments

Typical Applications

Bartec Ex p enclosures are widely used in applications such as:

  • Gas and process analyzers in hazardous areas
  • Control cabinets for automation and instrumentation
  • Electrical panels in oil and gas installations
  • Chemical and petrochemical process plants
  • Power generation and energy facilities

Wherever standard equipment must be safely operated in explosive atmospheres, pressurised enclosures offer a reliable alternative to fully Ex-certified devices.

Benefits for You

By choosing Bartec pressurised enclosure solutions, you gain:

  • Safe and compliant operation in Ex-classified areas
  • Greater freedom in selecting equipment and system architecture
  • Lower total cost compared to fully explosion-proof components
  • High operational reliability through active monitoring
  • Easier maintenance and future upgrades

These products are used within these applications

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