Firescreen Radiation (EW)

EW30/EW60/EW90 Fire-resistant roller curtain. Optional: smoke-resistant function (Sa).

• 90 minutes of fire resistance
• Installation as inside mount or on the wall
• Thermal radiation max. 15 kW/m2
• Tested according to standard EN 1634-1 / EN 15269-11
• Tested according to standard EN 13501-1
• Available with smoke-resistant function, in accordance with the Sa standard: EN 1634-3
• Little installation space and side space needed
• Lightweight

Firescreen® Radiation fire-resistant fire curtains are flame-resistant and limit heat radiation to a maximum of 15 kW/m2 (W). This prevents temperatures in neighbouring areas of the building becoming so high that fire can occur. Only Firescreen Radiation fire curtains are suitable as a seal for fire compartments.

CONTROL OPTIONS

• GFS (Gravity Fail Safe) - Closure upon loss of power. The fire-resistant fire curtain is equipped with a 230V tubular motor which is driven by the control box of the Firescreen Control. In the event of power failure, the screen closes by gravity. Open/close buttons on the control box of the Firescreen Control to manually operate the system.
• EFS (Electrical Fail Safe) -The fire-resistant fire curtain is equipped with a 24V tubular motor which is driven by the control box of the Firescreen Control and 24V emergency power batteries. In the event of power failure, the screen closes with these emergency power batteries. Key switch for operation/reset.
• FIRESCREEN CONTROL
• The control box can be connected to the fire alarm system and has LED indicators for:
• Power supply
• Active fire signal
• Maintenance
• Battery voltage (only with 24V)

OPTIONS

• Available with smoke-resistant function, in accordance with the Sa standard: EN 1634-3.
• Powder-coating of side guides, guard and consoles in any desired RAL colour.
• Emergency push button
• Smoke and temperature alarms
• Strobe light and/or buzzer
• External LED display
• Emergency power batteries (only for GFS) prevent screen closure in the event of a short power interruption.