Cover picture of the smoke protection dampers
FIRE PROTECTION & SMOKE EXTRACTION

Wildeboer smoke protection dampers

Smoke protection dampers are a key component of modern fire protection and smoke extraction systems in buildings. In the event of a fire, they prevent smoke from spreading through ventilation systems, thereby helping to protect people, escape routes, and property.

Wildeboer offers a proven solution with its JR smoke protection dampers, which prevent smoke from entering and spreading throughout the building. Wildeboer’s JR smoke protection dampers meet the fire safety requirements of the Model Ventilation System Guideline (M-LüAR).

An overview of our smoke protection dampers

Wildeboer's JR smoke protection dampers are an ideal solution for use in round and rectangular ventilation systems to prevent the spread of smoke. These dampers help ensure controlled smoke containment in fire compartments and contribute to compliance with key fire safety requirements.

Thanks to their tested performance characteristics, JR smoke protection dampers are suitable for a wide range of applications in preventive fire protection.

Smoke protection dampers for preventive fire protection

Smoke protection dampers ensure that smoke and combustion gases do not spread uncontrollably through ventilation ducts into other fire compartments in the event of a fire. They close automatically, thereby supporting safe smoke extraction as well as preventive fire protection in buildings.

Wildeboer offers high-performance smoke protection dampers for a wide range of requirements in building services engineering. These solutions stand out for their certified safety, high functionality, and easy integration into modern ventilation and fire protection systems.

Benefits of Wildeboer Smoke protection dampers

Wildeboer smoke protection dampers offer numerous advantages for designers, architects, and system integrators:

  • Safety certified in accordance with applicable standards and requirements
  • Reliable protection against smoke spread in the event of a fire
  • Easy integration into ventilation and fire protection systems
  • Robust and durable construction
  • High flexibility for various installation scenarios
  • Maintenance-friendly design for efficient operation
  • Support for safe smoke extraction from buildings

Thanks to the combination of functionality, safety, and easy planning, Wildeboer smoke dampers are ideally suited for new construction and renovation projects.

Plan your smoke protection dampers easily with our configurator in Wildeboer Connect.

Applications

Smoke protection dampers are used wherever ventilation systems need to be integrated into fire protection and smoke control systems. Typical applications include:

  • Office and administrative buildings
  • Industrial and manufacturing buildings
  • Hospitals and care facilities
  • Schools and public buildings
  • Shopping centers and event venues
  • Hotels and residential buildings

Especially in complex building structures, smoke protection dampers support the safe containment of smoke and contribute to compliance with legal requirements.

Planning and Integration

For MEP engineers and architects, the early planning of smoke protection dampers is a key component of a comprehensive fire protection concept. Wildeboer assists in selecting suitable solutions for various building types and installation scenarios.

Important criteria during planning include:

  • Requirements for preventive fire protection
  • Integration into ventilation and smoke extraction systems
  • Space requirements and installation conditions
  • Maintenance and accessibility
  • Standards and building code requirements

Smoke protection dampers must be controlled by building code-approved smoke detectors. Wildeboer offers suitable solutions with the OR4 Basic, the OR4 pro, or the OR32 to control the JR smoke dampers. Smoke detection devices may control groups of smoke dampers collectively.

With Wildeboer’s solutions, cost-effective and safe concepts for modern buildings can be implemented.