SLIDING FIRE DOOR

Technical Data Sheet

Technical Data Sheet for Fire Sliding Doors CCI 60-1H

The Fire Sliding Door CCI 60-1H has been specially designed for use in buildings where, due to their architecture, work activity, or stored materials, there is a risk of fire. Its main function is to prevent the spread of fire by compartmentalizing spaces and acting as a barrier against flames. The Fire Sliding Door CCI 60-1H is made with high-quality materials, complying with current safety regulations.

IMPORTANT NOTE: Sliding door tested for fire resistance according to UNE EN 1634-1 and classified according to UNE EN 13501-2. The door is tested and classified, incorporating its complete lifting system and rails on the unexposed face.

To maintain the results obtained in fire resistance tests, the door must be installed with its guide system on the side not exposed to fire (the side that does not need protection). Fire Sliding Doors CCI 60-1H are only approved when installed in a rigid manner on-site.

The CCI 60-1H Sliding Door is a fire door with an EI260 rating (Weight Kg/m²).

Description:

• Panels: Formed by two galvanized steel sheets and filled with insulating material based on rock wool to create a structure.

Technical characteristics of rock wool:

• Density: 160 Kg/m Euroclass E1
• Synthetic binder: Non-hydrophilic and non-hygroscopic
• Coefficient of linear expansion: 2 x 10 l/m
• Thermal conductivity: See table

The bonding system between steel sheets and rock wool is carried out using A1-classified adhesive with no toxicity and flammability.

Technical Data Sheet Sliding Fire Doors CCI 60-1H

The Sliding Fire Door CCI 60-1H has been specially designed for use in buildings where, due to their architecture, work activity, or stored materials, there are risks of fires. Its main function is to prevent fire spread by compartmentalizing spaces and acting as a barrier against fire. The Sliding Fire Door CCI 60-1H is made with high-quality materials in compliance with current safety regulations.

IMPORTANT NOTE: Sliding door tested for fire resistance in accordance with UNE EN 1634-1 standard and classified according to UNE EN 13501-2. The door is tested and classified, including its complete lifting system and rails on the non-exposed face. To maintain the results obtained in fire resistance tests, the door must be installed with its guide system on the non-exposed face to fire (the face that does not need protection). Sliding Fire Doors CCI 60-1H are homologated only when received in a rigid work.

The Sliding Door CCI 60 – 1H is a fire door EI260 (Weight 40Kg/m²).

Description:

• Blade: It is hung on two sliding carriages inserted into a guide rail. Formed by the union of panels (previously described) 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 blade is reinforced with “U” profiles of 2 mm thick galvanized steel that form its outer frame. It has an embedded handle on both sides that facilitates the opening or closing maneuvers of the door. The door is supplied without a lock (as required by current regulations).

Guide Rail Assembly:

• Composed of a guide rail and two sliding carriages inserted into it. The rail is attached with clamps to a loading dock fixed to the supporting structure. The length of the rail varies depending on the size of the door. On the floor, in the direction of the door’s movement, a set of 2 bearings is strategically placed to achieve smoother sliding of the door along the guide and to prevent possible oscillations of the blade.

Electromagnet: CE marked according to UNE-EN 1155, compliant with the CTE. It offers a magnetic force of 40 daN ~ 60 daN.

Quartz Thermal Fuse (optional): Easily installed 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 68ºC. The minimum load is 2.7 Kg, and the maximum is 75 Kg.

Thermowelded Thermal Fuse (optional): Easily installed 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 70ºC. The maximum load at that temperature is 79.8 Kg.

Bottom Stop: Bottom stop for the open door formed by a galvanized steel bracket and a plastic stop to limit the travel of the door in the opening direction.

Spring Pulley: Easily installed at one end of the guide (according to the closing direction), it serves to close the sliding door. With this system, the cumbersome assembly of traditional counterweights and the noise caused by friction between materials are avoided. Thanks to self-tensioning and the freewheel pinion, it is possible to adjust the tension once installed. (*The spring pulley is placed with special criteria).

Counterweight Set: It is a system composed of a set of pulleys supporting an adjustable counterweight assembly to balance the weight of the door.

Radial Speed Reducer: It is a speed reduction system installed at the top of the door blade. It allows obtaining a constant and uniform closing speed. This speed reduction is achieved with the help of a tensioned 3 mm thick steel cable guided between the 3 pulleys. The reduction direction can be in both directions. In doors ≤10m² of opening surface, its installation is not necessary.

Sealing Assembly: Formed by galvanized steel pieces of 2 mm thickness installed on the supporting structure of the sliding door. They make up the closure of the door through engaged labyrinths and embeddings. They have longitudinally attached intumescent joints with high expansion, providing the door with perfect performance as a fire barrier.

IMPORTANT: The pieces must be coated with plaster once their placement on the supporting structure is completed.

Lining Set (Optional): Set of guide cover drawers made of 1.2 mm thick galvanized steel sheets and pickled tubes 20×20 and 40×20. They have been made to protect the different equipment of the door (electromagnet, spring pulley, radial damper, guide, and sliding pulleys).

EQUIPMENT OF THE DOOR: Electromagnet, spring pulley, radial damper (not always dependent on the dimensions of the door), guide, and sliding pulleys.

IMPORTANT: The doors tested by Roper were manufactured to the maximum permissible size by official ovens. Official justification is not possible for doors larger than these dimensions. In the event of a customer request, Roper undertakes to build the door with the same materials and structure as the tested doors, reinforcing if necessary, and according to the company’s criteria and experience, the possible most sensitive areas of the door.

Technical Data Sheet Sliding Fire Doors CIR 60-1H

The Sliding Fire Door CIR 60-1H has been specially designed for use in buildings where, due to their architecture, work activity, or stored materials, there are risks of fires. Its main function is to prevent fire spread by compartmentalizing spaces and acting as a barrier against fire. The Sliding Fire Door CIR 60-1H is made with high-quality materials in compliance with current safety regulations.

IMPORTANT NOTE: Sliding door tested for fire resistance in accordance with UNE EN 1634-1 standard and classified according to UNE EN 13501-2. The door is tested and classified, including its complete lifting system and rails on the non-exposed face

Blade: It is suspended on two sliding carts inserted in a guide rail. Formed by the union of panels (previously described) 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 blade is reinforced with “U” profiles of 2 mm thick galvanized steel that form its outer frame. It has an embedded handle on both sides that facilitates opening or closing maneuvers of the door. The door is supplied without a lock (as required by current regulations).

Guide Rail Assembly: Consists of a guide rail and two sliding carts inserted into it. The rail is secured with stirrups to a support beam fixed to the structure. The length of the rail varies depending on the size of the door. On the floor, in the direction of the door’s movement, a set of 2 bearings is strategically placed to achieve smoother sliding of the door along the guide and prevent possible oscillations of the blade.

Electromagnet: CE marked according to UNE-EN 1155, compliant with CTE. It provides a magnetic force of 40 daN ~ 60 daN.

Quartz Thermal Fuse (Optional): Easily installed at one end of the guide, permanently securing the sliding door. Releases the door in case of fire when it reaches a temperature above 68ºC. The minimum load is 2.7 Kg, and the maximum is 75 Kg.

Thermosoldered Thermal Fuse (Optional): Easily installed at one end of the guide, permanently securing the sliding door. Releases the door in case of fire when it reaches a temperature above 70ºC. The maximum load at that temperature is 79.8 Kg.

Bottom Stop: Bottom stop when the door is open, consisting of a galvanized steel bracket and a plastic stop to limit the door’s travel in the opening direction.

Spring Pulley: Easily installed at one end of the guide (depending on the closing direction), used for closing the sliding door. This system avoids the cumbersome assemblies of traditional counterweights and the noise caused by friction between materials. Thanks to self-tensioning and the free-wheeling pinion, it is possible to adjust the tension once installed. (*The spring pulley is placed under special criteria.)

Counterweight Assembly: It is a system composed of a set of pulleys supporting an adjustable counterweight assembly to balance the door’s weight.

Radial Speed Reducer: It is a speed reducer installed at the top of the door blade. It allows obtaining a constant and uniform closing speed. This speed reduction is achieved with the help of a tensioned 3 mm thick steel cable guided between the 3 pulleys. The reduction direction can be in both directions. Its installation is not necessary for doors with a ≤10m² opening.

Sealing Assembly: Consists of galvanized steel pieces of 2 mm thickness installed in the supporting structure of the sliding door. They form the door closure through latched labyrinths and interlocks. Longitudinally attached is a high-expansion intumescent seal, providing the door with perfect fire barrier behavior.

NOTICE: The pieces must be coated with plaster once their placement on the supporting structure is completed.

Lining Set (Optional): Set of guide-covering drawers made of 1.2 mm thick galvanized steel and pickled tubes of 20×20 and 40×20. They have been made to protect the various equipment of the door: electromagnet, spring pulley, radial damper (not always dependent on the door’s dimensions), guide, and sliding rollers.

IMPORTANT: The doors tested by Roper were manufactured at the maximum allowable dimensions by official ovens. An official justification is not possible for doors of larger dimensions. In case of a customer’s request, Roper undertakes to build the door with the same materials and structure as the tested doors, reinforcing if necessary, and according to the company’s criteria and experience, the possible most sensitive areas of the door.

Technical Data Sheet Fire Sliding Doors CIR 60-1H: The Fire Sliding Door CIR 60-1H has been specially designed for use in buildings where, due to its architecture, work activity, or stored materials, there is a risk of fires. Its main function is to prevent the spread of fire by compartmentalizing spaces and acting as a barrier against fire. The Fire Sliding Door CIR 60-1H is made with top-quality materials complying with current safety regulations.

IMPORTANT NOTE: Sliding door tested for fire resistance in accordance with UNE EN 1634-1 and classified according to UNE EN 13501-2. The tested and classified door incorporates its complete lifting and rail system on the non-exposed face. The door must be installed, to maintain the result obtained in fire resistance tests, with its guide system on the non-exposed face to fire (the face that does not need to be protected). Fire Sliding Doors CIR 60-1H are homologable only when they are received in a rigid structure.

Fire Sliding Door CIR 60 – 1H is a fire door EI260 (Weight 40 Kg/m²).

Description:

• Paneles (Panels): Formados por dos chapas de acero galvanizado y rellenos de material aislante a base de lana de roca para formar una estructura.

Características técnicas de la lana de roca (Technical characteristics of rock wool):

• Densidad (Density): 160 Kg/m Euroclase E1
• Aglomerante sintético (Synthetic binder): No hidrófilo ni higroscópico
• Coeficiente de dilatación lineal (Linear expansion coefficient): 2 x 10 l/m
• Thermal conductivity (Conductividad térmica): Ver tabla (See table)

El sistema de unión de chapas-lana de roca es mediante cola de clasificación A1 de nula toxicidad e inflamabilidad. (The system for joining steel sheets-rock wool is through adhesive with A1 classification, with no toxicity and flammability.)