RESIDENTIAL 2-LEAF TILT-UP GARAGE DOOR

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The ROPER Residential 2-Leaf Tilt-Up Garage Door can be defined in three words: Design, durability, and robustness. With a ROPER Residential 2-Leaf Tilt-Up Garage Door, you will have a door for life.

Features:

Robust Durability: It is the door with the fewest malfunction issues. Design Finishes Adaptable to all types of opening sizes Security Convenient as it can be automated, accommodating all kinds of use.

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Product Details:

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Technical Data Sheet
ROPER Vertical Tilt-Up Industrial Door with Side Guides and Steel Tubular Structure, Controlled by Counterweights. Its operation is based on two articulated leaves that fold vertically when opened, held in place by the guide with a head and guided by pulleys that slide along the side guides, controlled at all times by counterweights through a system of pulleys and cables. These counterweights can be housed in drawers in the gap area or hidden behind the piers covered by liners.
Leaf: The gate is constructed with a cold-rolled tube frame and interior tubular reinforcements to prevent buckling and enhance wind resistance. The tubes used for manufacturing these types of doors are as follows: DECAPIED Tubes of 60×30, 80×40, or 100×40 of E-220 quality according to UNE EN 10305-5 standard. GALVANIZED Tubes of 60×30, 80×40, or 100×40 of E-220 + Z-275-NAC quality according to UNE EN 10305-5 standard. Leaf Enclosure: The Industrial Tilt-Up Door is manufactured with three different types of leaf enclosures: Sheet: The sheets are made of pre-lacquered steel strips, DX51 according to EN-10142 standard, with an average thickness of 0.6 mm without a peelable film. They are ribbed in 200 mm modules and can be placed in a vertical or horizontal position, assembled under compression and welded to the frame of the sheet. Sandwich Panel: The panel has a thickness of 40 mm and is made of pre-lacquered sheet metal on galvanized steel, following EN-10142 standards. The interior of the panel consists of expanded polyurethane with an average density of 40 kg/m³, free from CFC and HCFC. Two panel formats are used, one with a height of 500 mm and another with 610 mm. Bars: These are formed by tubes of 20×20, 40×20, 40×30, or 60×30, galvanized with E-220 + Z-275-NAC quality according to UNE EN 10305-5 standard.
Guides: The guides are made of hot-rolled steel U-profiles of 60 x 30, 80 x 45, or 100 x 50 with S 275 JR + M quality according to the EN 10025-2/2004 standard. Hinges: Depending on the dimensions of the door, two different types of hinges are used: Small doors: The hinges are formed by three modules of pickled sheet with a thickness of 2.5 mm, embossed in a curl shape with a calibrated rod axis of Ø 8. Large doors: The hinges are formed by four modules of pickled sheet with a thickness of 5 mm, embossed in a curl shape with a calibrated rod axis of Ø 12. Locking System: Closure is achieved through lateral bolts or an external lock that operates on the lateral bolts. The bolts can be Ø 12 or Ø 18 rods. Headers: Depending on the dimensions of the door, two different types of headers are used: Small doors: They are formed by a 6 mm thick steel rim and a Ø 16 bolt. Large doors: They are formed by an 8 mm thick steel rim and a Ø 25 bolt. Counterweights: Counterweights are made of barite. Their dimensions depend on the size of the door and the space available to accommodate them. Pulleys: Pulleys are formed from 1.2, 2, or 4 mm thick steel sheet, riveted and with self-lubricating bearings embedded inside. For large doors, turned iron pulleys are used. Rollers: Rollers are made of polyamide or steel, depending on the dimensions or the use of the door. Cables: Cables can have a thickness of 4, 5, 6, or 7 mm, depending on the weight of the door. They are composed of 6x19s1 and comply with DIN 3060. The quality of this door is endorsed by tests conducted in accredited laboratories, following the product standard EN 13241-1, and is marked for both manual and automatic versions. The components used in the door and its finish will depend on the door’s dimensions, variant, and the available space on-site. They may also be subject to changes to improve production processes.
Technical Data Sheet
ROPER Vertical Tilt-Up Industrial Door with Side Guides and Steel Tubular Structure, Controlled by Counterweights. Its operation is based on two articulated leaves that fold vertically when opened, held in place by the guide with a head and guided by pulleys that slide along the side guides, controlled at all times by counterweights through a system of pulleys and cables. These counterweights can be housed in drawers in the gap area or hidden behind the piers covered by liners.

Leaf: The gate is constructed with a cold-rolled tube frame and interior tubular reinforcements to prevent buckling and enhance wind resistance.

The tubes used for manufacturing these types of doors are as follows:

DECAPIED Tubes of 60×30, 80×40, or 100×40 of E-220 quality according to UNE EN 10305-5 standard. GALVANIZED Tubes of 60×30, 80×40, or 100×40 of E-220 + Z-275-NAC quality according to UNE EN 10305-5 standard.

Leaf Enclosure: The Industrial Tilt-Up Door is manufactured with three different types of leaf enclosures:

Sheet: The sheets are made of pre-lacquered steel strips, DX51 according to EN-10142 standard, with an average thickness of 0.6 mm without a peelable film. They are ribbed in 200 mm modules and can be placed in a vertical or horizontal position, assembled under compression and welded to the frame of the sheet. Sandwich Panel: The panel has a thickness of 40 mm and is made of pre-lacquered sheet metal on galvanized steel, following EN-10142 standards. The interior of the panel consists of expanded polyurethane with an average density of 40 kg/m³, free from CFC and HCFC. Two panel formats are used, one with a height of 500 mm and another with 610 mm. Bars: These are formed by tubes of 20×20, 40×20, 40×30, or 60×30, galvanized with E-220 + Z-275-NAC quality according to UNE EN 10305-5 standard.

Guides: The guides are made of hot-rolled steel U-profiles of 60 x 30, 80 x 45, or 100 x 50 with S 275 JR + M quality according to the EN 10025-2/2004 standard.

Hinges: Depending on the dimensions of the door, two different types of hinges are used:

Small doors: The hinges are formed by three modules of pickled sheet with a thickness of 2.5 mm, embossed in a curl shape with a calibrated rod axis of Ø 8. Large doors: The hinges are formed by four modules of pickled sheet with a thickness of 5 mm, embossed in a curl shape with a calibrated rod axis of Ø 12.

Locking System: Closure is achieved through lateral bolts or an external lock that operates on the lateral bolts. The bolts can be Ø 12 or Ø 18 rods.

Headers: Depending on the dimensions of the door, two different types of headers are used:

Small doors: They are formed by a 6 mm thick steel rim and a Ø 16 bolt. Large doors: They are formed by an 8 mm thick steel rim and a Ø 25 bolt.

Counterweights: Counterweights are made of barite. Their dimensions depend on the size of the door and the space available to accommodate them.

Pulleys: Pulleys are formed from 1.2, 2, or 4 mm thick steel sheet, riveted and with self-lubricating bearings embedded inside. For large doors, turned iron pulleys are used.

Rollers: Rollers are made of polyamide or steel, depending on the dimensions or the use of the door.

Cables: Cables can have a thickness of 4, 5, 6, or 7 mm, depending on the weight of the door. They are composed of 6x19s1 and comply with DIN 3060.

The quality of this door is endorsed by tests conducted in accredited laboratories, following the product standard EN 13241-1, and is marked for both manual and automatic versions. The components used in the door and its finish will depend on the door’s dimensions, variant, and the available space on-site. They may also be subject to changes to improve production processes.

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