SLIDING FIRE DOOR
The Fire Sliding Door has been specially designed to be used in buildings where, due to its architecture, work activity or stored material, there are fire risks. The main function is to prevent its propagation by compartmentalizing spaces and acting as a barrier against fire.
Each of the products in our Fire Protection Range is made with top quality materials, using the latest technologies in both design and manufacturing.
Characteristics:
- Safety and security
- Wide range of models; single or double leaf, hangar type, etc.
- Quality control, testing and accreditation according to standards
- Durability
- Convenient to be able to automate the doors adapting to all types of use.
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Product Details:
Door Type:
No. Sheets:
Industrial Sliding Fire Door
Our CIR 60 and FUJI 60 sliding fire doors are the ideal technical solution for projects that require a rf 60 fire door with high standards of resistance and durability. These fire sliding doors are designed for the sectorization of large openings in industrial environments, guaranteeing a certified protection of 60 minutes against exposure to fire.Technical Information
| Specification | Model CIR 60-1H PQ (Small) | Model FUJI 60 (Industrial) |
| Gap Width | Less than 4,000 mm | Greater than 4,000 mm |
| Shaft height | Less than 3,000 mm | Greater than 3,000 mm |
| Sheet Thickness | 60 mm | 80 mm |
| Galvanized sheet metal panel sheet | Up to 0.8 mm | Up to 1.2 mm |
| Perimeter profile | 2 mm thick “U” shape | U” shaped with 2 mm thickness |
| Maximum thickness at the perimeter of the sheet | 60 mm | 80 mm. |
| Sheet filling | Rock wool | Rock wool |
Technical characteristics of rock wool:
- Density 160 kg/m3
- Euroclass A1
- Synthetic binder, non-hydrophilic and non-hygroscopic.
- Coefficient of linear expansion 2 x 10-6 l/m
- The bonding system for rockwool sheets is by means of A1 classification glue with zero toxicity and non-flammability.
Models and shaft dimensions
We adapt the manufacturing process according to the size of the project to ensure the best performance:| Specification | Model CIR 60-1H PQ (Small) | Model FUJI 60 (Industrial) |
| Gap Width | Less than 4,000 mm | Greater than 4,000 mm |
| Shaft height | Less than 3,000 mm | Greater than 3,000 mm |
| Sheet Thickness | 60 mm | 80 mm |
| Double-sided galvanized sheet metal panel plate | Up to 0.8 mm | Up to 1.2 mm |
| Standards | Model CIR 60-1H PQ (Small) | Model FUJI 60 (Industrial) |
| Resistance tests | EN 1634-1 | EN 1634-1 AND EN 1363.1 |
| Official classification | EN 13501-2 | EN 13501-2 |
| CE Marking | EN 16034 and EN 13241 |
Installation and Finishing Notes
Finishes
Panels in RAL 9010. Linings and water spouts in RAL 9010Installation notes
Depending on the classification and type of door, construction details may or may not be necessary to comply with current regulations. Therefore, for further details, please refer to the corresponding technical data sheet.
Leaf:
It is suspended on two sliding carriages inserted in a guide rail. Formed by the union of panels (described above) made of galvanized steel and filled with insulating material. The number of panels will be determined by the dimensions of the door to be made. The perimeter of the leaf is reinforced with 2 mm thick galvanized steel sheet “U” profiles that form its outer frame. As standard, it has a recessed handle on both sides to facilitate the opening and closing of the door. The door is supplied without lock (as required by current regulations) and an external handle (optional).Guideway assembly:
Formed by a guide rail and two sliding carriages that are inserted in it. The rail is fastened by means of brackets to a loader fixed to the supporting structure. The length of the track varies according to the size of the door. On the floor, in the direction of door movement, a set of 2 bearings is strategically placed in order to obtain a better sliding of the door along the guide and to avoid possible oscillations of the door leaf.Electromagnet:
CE marking according to UNE-EN 1155. It offers a magnetizing force of 40 daN ~ 60 daN.Thermowelded thermal fuse (optional):
Easy to install at one end of the guide, it holds the sliding door permanently. It releases the door in case of fire when it reaches a temperature above 70 ºC. The maximum load at this temperature is 79.8 kg.Lower stop:
Lower stop for open door consisting of a galvanized steel bracket and a plastic stop to limit the door travel in the opening direction.Shock absorber:
The shock absorber dampens the movement of the door gently just before it reaches the end position.Spring Pulley*:
Easily installed at one end of the guide (depending on the closing direction), it is used to close the sliding door. This system avoids the cumbersome assembly of the traditional counterweights and the noise caused by friction between materials. Thanks to the self-tensioning and the freewheeling sprocket, it is possible to vary the tension once assembled. (* The spring pulley is placed with special criteria, replacing the counterweight).Set of counterweights:
It is a system composed of a set of pulleys supporting a set of adjustable counterweights to balance the weight of the door.Radial Speed Reducer:
It is a closing speed reducer that is installed on the top of the door leaf. It allows to obtain a constant and uniform closing speed. This speed reduction is obtained with the help of a tensioned steel cable of 3 mm thickness led between the 3 pulleys. The direction of the reduction can be in both directions. Its installation, or not, will depend on the dimensions of the door.Sealing assembly:
Formed by 2 mm thick galvanized steel pieces that are installed in the support structure of the sliding door. They form the door closure by means of interlocking labyrinths and recesses. They have a longitudinally adhered intumescent gasket of high expansion, providing the door with a perfect performance as a barrier against fire.Liner Set (Optional):
A set of guideway cover boxes made of 1.2 mm thick galvanized steel sheet and 20×20 and 40×20 pickled tubes. They have been made to protect the different equipment of the door. IMPORTANT NOTE The door must be installed, in order to maintain the results obtained in the fire resistance tests, on a supporting structure of 230 mm minimum thickness, with a minimum density of 2,200 kg/m3 , with its guide system on the side not exposed to fire (the side that does not need to be protected). Fire sliding doors have the fire resistance classification indicated when they are installed on a rigid structure. They will maintain their classification if they are installed on a protected metal frame with a resistance equivalent to that of the door. Fire sliding doors are essential in any industrial installation. They are able to protect the installations in case of fire, if you want to protect your project discover the Fire Doors or the Fire Doors Hinged Fire Doors of big dimensions.Industrial Sliding Fire Door
Our CIR 60 and FUJI 60 sliding fire doors are the ideal technical solution for projects that require a rf 60 fire door with high standards of resistance and durability. These fire sliding doors are designed for the sectorization of large openings in industrial environments, guaranteeing a certified protection of 60 minutes against exposure to fire.
Technical Information
| Specification | Model CIR 60-1H PQ (Small) | Model FUJI 60 (Industrial) |
| Gap Width | Less than 4,000 mm | Greater than 4,000 mm |
| Shaft height | Less than 3,000 mm | Greater than 3,000 mm |
| Sheet Thickness | 60 mm | 80 mm |
| Galvanized sheet metal panel sheet | Up to 0.8 mm | Up to 1.2 mm |
| Perimeter profile | 2 mm thick “U” shape | U” shaped with 2 mm thickness |
| Maximum thickness at the perimeter of the sheet | 60 mm | 80 mm. |
| Sheet filling | Rock wool | Rock wool |
Technical characteristics of rock wool:
- Density 160 kg/m3
- Euroclass A1
- Synthetic binder, non-hydrophilic and non-hygroscopic.
- Coefficient of linear expansion 2 x 10-6 l/m
- The bonding system for rockwool sheets is by means of A1 classification glue with zero toxicity and non-flammability.
The rest of the door is formed by an upper guide and hanging carriages according to the dimensions and weight of the leaf. Upper and lateral profiles with intumescent gasket for sealing and watertightness. System of pulleys, cables and counterweight for door closing, counterweight register lining, omega stop with intumescent gasket. Activation by electromagnet (24 Vdc) or thermo-welded thermal fuse 5EX 70C.
Models and shaft dimensions
We adapt the manufacturing process according to the size of the project to ensure the best performance:
| Specification | Model CIR 60-1H PQ (Small) | Model FUJI 60 (Industrial) |
| Gap Width | Less than 4,000 mm | Greater than 4,000 mm |
| Shaft height | Less than 3,000 mm | Greater than 3,000 mm |
| Sheet Thickness | 60 mm | 80 mm |
| Double-sided galvanized sheet metal panel plate | Up to 0.8 mm | Up to 1.2 mm |
REGULATIONS
The CIR 60-1H PQ sliding fire door is manufactured with top quality materials and is tested according to EN 1634-1 and classified according to EN 13501-2. Tested and classified door incorporating its complete lifting system and rails on the unexposed face.
CIR 60-1H(FUJI 60), CIR 90-1H(FUJI 90) and CIR 120-1H(FUJI 120) are manufactured with top quality materials and are tested according to EN 1363-1 and EN 1634-1 and classified according to EN 13501-2. They are also CE marked according to EN 16034 and EN 13241, thus complying with current safety regulations.
| Standards | Model CIR 60-1H PQ (Small) | Model FUJI 60 (Industrial) |
| Resistance tests | EN 1634-1 | EN 1634-1 AND EN 1363.1 |
| Official classification | EN 13501-2 | EN 13501-2 |
| CE Marking | EN 16034 and EN 13241 |
Installation and Finishing Notes
Finishes
Panels in RAL 9010.
Linings and water spouts in RAL 9010
Installation notes
Depending on the classification and type of door, construction details may or may not be necessary to comply with current regulations. Therefore, for further details, please refer to the corresponding technical data sheet.
Leaf:
It is suspended on two sliding carriages inserted in a guide rail. Formed by the union of panels (described above) made of galvanized steel and filled with insulating material. The number of panels will be determined by the dimensions of the door to be made. The perimeter of the leaf is reinforced with 2 mm thick galvanized steel sheet “U” profiles that form its outer frame. As standard, it has a recessed handle on both sides to facilitate the opening and closing of the door. The door is supplied without lock (as required by current regulations) and an external handle (optional).
Guideway assembly:
Formed by a guide rail and two sliding carriages that are inserted in it. The rail is fastened by means of brackets to a loader fixed to the supporting structure. The length of the track varies according to the size of the door. On the floor, in the direction of door movement, a set of 2 bearings is strategically placed in order to obtain a better sliding of the door along the guide and to avoid possible oscillations of the door leaf.
Electromagnet:
CE marking according to UNE-EN 1155. It offers a magnetizing force of 40 daN ~ 60 daN.
Thermowelded thermal fuse (optional):
Easy to install at one end of the guide, it holds the sliding door permanently. It releases the door in case of fire when it reaches a temperature above 70 ºC. The maximum load at this temperature is 79.8 kg.
Lower stop:
Lower stop for open door consisting of a galvanized steel bracket and a plastic stop to limit the door travel in the opening direction.
Shock absorber:
The shock absorber dampens the movement of the door gently just before it reaches the end position.
Spring Pulley*:
Easily installed at one end of the guide (depending on the closing direction), it is used to close the sliding door. This system avoids the cumbersome assembly of the traditional
counterweights and the noise caused by friction between materials. Thanks to the self-tensioning and the freewheeling sprocket, it is possible to vary the tension once assembled. (* The
spring pulley is placed with special criteria, replacing the counterweight).
Set of counterweights:
It is a system composed of a set of pulleys supporting a set of adjustable counterweights to balance the weight of the door.
Radial Speed Reducer:
It is a closing speed reducer that is installed on the top of the door leaf. It allows to obtain a constant and uniform closing speed. This speed reduction is obtained with the help of a tensioned steel cable of 3 mm thickness led between the 3 pulleys. The direction of the reduction can be in both directions. Its installation, or not, will depend on the dimensions of the door.
Sealing assembly:
Formed by 2 mm thick galvanized steel pieces that are installed in the support structure of the sliding door. They form the door closure by means of interlocking labyrinths and recesses. They have a longitudinally adhered intumescent gasket of high expansion, providing the door with a perfect performance as a barrier against fire.
Liner Set (Optional):
A set of guideway cover boxes made of 1.2 mm thick galvanized steel sheet and 20×20 and 40×20 pickled tubes. They have been made to protect the different equipment of the door.
IMPORTANT NOTE
The door must be installed, in order to maintain the results obtained in the fire resistance tests, on a supporting structure of 230 mm minimum thickness, with a minimum density of 2,200 kg/m3 , with its guide system on the side not exposed to fire (the side that does not need to be protected).
Fire sliding doors have the fire resistance classification indicated when they are installed on a rigid structure. They will maintain their classification if they are installed on a protected metal frame with a resistance equivalent to that of the door.
Fire sliding doors are essential in any industrial installation. They are able to protect the installations in case of fire, if you want to protect your project discover the Fire Doors or the Fire Doors Hinged Fire Doors of big dimensions.
Do you have any doubt?
Press the button and one of our technicians will call you as soon as possible and answer all your questions. Opening hours: Monday to Friday from 08:00 to 18:00
