Rectangular EIS fire damper with a fire resistance of 30, 60, 90 or 120 minutes depending on the installation type, for motorized and non-motorized applications.

(previously known as FD or FSD / MFSD)

CU-LT Certified installations and sealing methods

• In wall & floor:
• rigid wall & floor.
• flexible wall.
• asymmetrical flexible wall (shaft wall).
• Remote of wall.
• For full details: CU-LT D.o.P. (associated content).

CU-LT Fields of application

• Passive fire protection.
• Ventilation systems.

CU-LT Building applications

• Industrial, commercial & residential buildings.
• Hospitals and care houses.
• Data centers and battery plants.
• Detention institutes.
• Universities, colleges and schools.

Rectangular EIS fire damper with a fire resistance of 30, 60, 90 or 120 minutes depending on the installation type, for motorized and non-motorized applications.

(previously known as FD or FSD / MFSD)

CU-LT Certified installations and sealing methods

• In wall & floor:
• rigid wall & floor.
• flexible wall.
• asymmetrical flexible wall (shaft wall).
• Remote of wall.
• For full details: CU-LT D.o.P. (associated content).

CU-LT Fields of application

• Passive fire protection.
• Ventilation systems.

CU-LT Building applications

• Industrial, commercial & residential buildings.
• Hospitals and care houses.
• Data centers and battery plants.
• Detention institutes.
• Universities, colleges and schools.

Rectangular EIS fire damper with a fire resistance of 30, 60, 90 or 120 minutes depending on the installation type, for motorized and non-motorized applications.

(previously known as FD or FSD / MFSD)

CU-LT Distinct Product Features (incl. specifications)

• CE certified against EN 1366-2 and EN 15650.
• UKCA certified.
• i <-> o certified.
• Air-tightness class C against EN 1751.
• Up to 500 Pa pressure level (standard 300 Pa).
• Hygiene certified.
• Swedish BVD and SundaHus rating in place.
• Minimal distance certified against EN 1366-2.
• Single, thin insulated damper blade.
• No mechanics inside the damper body.
• Fusible link aligned with the open damper blade.
• 72°C fusible link temperature threshold.
• Support lugs aligned to DW145 guidance.
• Designed for use with Belimo motor range (24/ 230 V).
• Designed for use with ONE motor range (24/ 230 V).
• Designed for use with ONE-X and ZENiX.
• Note for clarification:
• ONE is a motor by Rf-Technologies.
• ONE-X is motor with an integrated control module, used in combination with the ZENiX controls solution by Rf-Technologies.

CU-LT user benefits:

• Minimal impact on building space requirements thanks to the minimal distance CE certification and the compact damper and mechanics design
• down to 25/50 mm vs. structure (floor/ceiling/adjacent wall) or 50 mm between dampers (instead of 75/200 mm standard CE).
• Minimal pressure loss in the damper body and ventilation system
• ultimately leading to lower system investments and energy consumption.
• Minimal acoustic / noise impact.
• Lowest standby power consumption in the market when using the ONE motor.
• Easy installation and maintenance (compared to traditional UK type fire dampers).

CU-LT range:

• Width x Height (mm) 200 x 100 to 800 x 600.
• Tunnel casing (mm) 300 or 500.

CU-LT configurations & options:

• Inspection opening on the damper body to allow access to the internal components of the fire damper (option UL).
• Pre-mounted installation kit for easy installation in flexible wall (option IFW).
• Circular connection flange with rubber sealing ring (option PRJ) (supersedes the default rectangular connection flange PG20).

Notes:

• For information about the different types of installation and sealing methods please consult the CU-LT Product application field and/or the CU-LT Declaration of Performance (DoP) and technical documentation.

Rectangular EIS fire damper with a fire resistance of 30, 60, 90 or 120 minutes depending on the installation type, for motorized and non-motorized applications.

(previously known as FD or FSD / MFSD)

CU-LT Distinct Product Features (incl. specifications)

• CE certified against EN 1366-2 and EN 15650.
• UKCA certified.
• i <-> o certified.
• Air-tightness class C against EN 1751.
• Up to 500 Pa pressure level (standard 300 Pa).
• Hygiene certified.
• Swedish BVD and SundaHus rating in place.
• Minimal distance certified against EN 1366-2.
• Single, thin insulated damper blade.
• No mechanics inside the damper body.
• Fusible link aligned with the open damper blade.
• 72°C fusible link temperature threshold.
• Support lugs aligned to DW145 guidance.
• Designed for use with Belimo motor range (24/ 230 V).
• Designed for use with ONE motor range (24/ 230 V).
• Designed for use with ONE-X and ZENiX.
• Note for clarification:
• ONE is a motor by Rf-Technologies.
• ONE-X is motor with an integrated control module, used in combination with the ZENiX controls solution by Rf-Technologies.

CU-LT user benefits:

• Minimal impact on building space requirements thanks to the minimal distance CE certification and the compact damper and mechanics design
• down to 25/50 mm vs. structure (floor/ceiling/adjacent wall) or 50 mm between dampers (instead of 75/200 mm standard CE).
• Minimal pressure loss in the damper body and ventilation system
• ultimately leading to lower system investments and energy consumption.
• Minimal acoustic / noise impact.
• Lowest standby power consumption in the market when using the ONE motor.
• Easy installation and maintenance (compared to traditional UK type fire dampers).

CU-LT range:

• Width x Height (mm) 200 x 100 to 800 x 600.
• Tunnel casing (mm) 300 or 500.

CU-LT configurations & options:

• Inspection opening on the damper body to allow access to the internal components of the fire damper (option UL).
• Pre-mounted installation kit for easy installation in flexible wall (option IFW).
• Circular connection flange with rubber sealing ring (option PRJ) (supersedes the default rectangular connection flange PG20).

Notes:

• For information about the different types of installation and sealing methods please consult the CU-LT Product application field and/or the CU-LT Declaration of Performance (DoP) and technical documentation.