• 6 Fire Defender tubes of 4500 x 76 mm
• 6 connection hoses 3 "x 500 mm
• 1 Bend hoses 3 "x 2.500 mm
• 2 Storz end caps
• 1 FD korf
• 2 stainless steel torque wrenches
• 1 wheel set (optional)
• 1 Montage steun ladderpakket
A Fire Defender FD50 consists of:
• 10 Fire Defender tubes of 4500 x 76 mm
• 10 connection hoses 3" x 500 mm
• 2 Bend hoses 3" x 2.500 mm
• 2 Storz end caps
• 1 storage rack
• 2 stainless steel torque wrenches
• 1 wheel set (optional)
• 5 supply hoses 3" x 20 m
A Fire Defender FD100 consists of:
• 20 Defender tubes of 4500 x 76 mm
• 20 connection hoses 3 "x 500 mm
• 2 Bend hoses 3 "x 2.500 mm
• 2 Storz end caps
• 4 stainless steel torque wrenches
• 10 fire hose 3 "x 20 m
• 1 Hose bridge
• 1 Fire defender trailer (option)
Technical Specifications
• Material: aluminium EN AW-6060
• Chemical composition: EN 573-3
• Mechanical properties: EN 755-2
• Tolerances: EN 755-7
• Normal operating pressure 8 to 12 bar
• Minimum working pressure 3 bar
• Crack pressure 50 bar
• Link According To F-75 NEN 3374
Download
Download all specifications of the Fire Defender. If you have questions or comments about the specifications, or do you need a custom build product, please contact us via the contact page.
Flexible or length:
The Fire Defender can be delivered from 5 up to 200 metres in length, with the density of nozzle placement of your choice.
Optimal safety:
The cooling capacity is large, because the design uses custom-developed nozzles for optimal height and droplet size.
Light and robust:
A Fire Defender section weighs only 8 kg because of its clever construction.
Inspection and quality:
The Fire Defender is built with high-quality materials and is extensively tested per hydrostatic test method ASME b1634, year 2009. This way we can guarantee you a top quality product with 3 year full warranty.
Nozzles:
The custom-developed nozzles are designed by means of ‘CFD simulation’ and ensure optimum height and droplet size. Fire Defender Systems BV has teamed up with One Simulations to test the nozzle on outflow, height and the way the droplets are broken up. This ensures a Fire Defender of optimal safety and sustainability.
