Intended use: Seamless steel doors are an excellent solution for multi- family residential buildings, office and healthcare facilities, industrial sites, tourism infrastructure, or technical areas of residential buildings such as boiler rooms or basements. They are perfect for extensively exploited areas, passageways, warehouses, and industrial halls. They can be used both indoors and outdoors. DURABILITY With state-of-the art technological solutions combined with materials of the highest class, we get doors with a rigid and durable structure resistant to physical factors and the weather. SOLID STRUCTURE The structure of the seamless doors includes a solid or glazed leaf, a steel door frame made of formed sections, which guarantees reliable operation for many years to come. FUNCTIONALITY UNIVERSAL INSTALLATION A wide range of colours, multiple applications, and a special design enabling various opening directions make external seamless steel doors a truly versatile solution. When choosing external seamless steel doors you are spoiled for choice with a number of optional accessories. A specially developed design ensures quick and simple installation. STEEL DOORS SEAMLESS STEEL DOORS external and internal 2 | TECHNICAL DATA SHEET | SEAMLESS STEEL DOORS TECHNICAL DATA SHEET ECO TECH EXTERNAL SEAMLESS STEEL DOORS | INTERNAL A A B B BB AA ECO Tech SINGLE-LEAF EXTERNAL SEAMLESS STEEL DOOR The ECO Tech seamless steel door is a single-leaf, swing, rebate door (“with a thick rebate”). The door features a solid leaf or partially glazed leaf and a steel opening frame with a drop-down seal or with a fixed threshold and a drop-down seal. The external door features three anti-burglary bolts per leaf. Description The leafs of the ECO Tech single-leaf seamless steel solid or glazed doors are made of two galvanized sheets 1.0 [mm] thick with powder coating. Optionally, the leaf can be made of galvanized sheet 1.25 [mm] thick. The thickness of the leaf is 78 [mm]. The opening frames are made of powder-coated steel sections formed from 1.5 [mm] thick galvanized sheets. The frame posts are braze welded. The door leafs are installed in the opening frame on three 3D hinges with adjustment in three planes. Opening frame The ECO Tech seamless steel doors are intended for unheated areas and feature a corner frame without a thermal break as standard. The doors are also available with internal frames and wrap-around frames. The ECO Tech external seamless steel doors feature a steel corner frame with a thermal break. The doors are also available with internal frames and wrap- around frames with a thermal break. Leaf infill The external door version for unheated areas is infilled with mineral wool. The external door version is infilled with a PU board. Gasket system The rebate gasket is made of EPDM and set around the circumference of the opening frame in the grooves in the posts and lintel. A drop-down seal is installed in the bottom section of the leaf. Hardware and handles As standard, the door features a mortise lever lock with a lock cylinder complete with three keys and a black polypropylene handle. Optionally, the ECO Tech door can be fitted with multi-point locks, other types of handles or access control features. CHARACTERISTICS VIEWS, DOOR CROSS-SECTIONS Fig. 1. ECO Tech single-leaf seamless steel door Fig. 2. Vertical cross-section of the ECO Tech external seamless steel door with a corner frame Fig. 3. Horizontal cross-section of the ECO Tech external seamless steel door with a corner frameTECHNICAL DATA SHEET ECO TECH EXTERNAL SEAMLESS STEEL DOORS | INTERNAL TECHNICAL DATA SHEET | SEAMLESS STEEL DOORS | 3 The listed maximum dimensions are the clear opening dimensions in the wall. The ordering dimensions are the dimensions in the clear wall opening. Single-leaf doors are also available in non-standard dimensions. Double-leaf steel doors are manufactured to order. The listed installation clearances do not include the space required for the covers of the lock latch, anti-burglary bolts, recesses for anchors, and pockets of hinges, and other hardware elements which require spot recesses to be cut out in the wall. If spot recesses cannot be cut out (e.g. the door is installed in a steel structure), increase the installation opening width by: • 30 [mm] in width and 0 [mm] in height. The relationships provided above do not account for the electromagnetic strike covers, which require the installation opening to be widened by 15 [mm]; and in the case of a concealed door closer – heightened by 15 [mm]. Wrap-around frames include the option of increasing the wall thickness dimension by +20 [mm]. Glazing The ECO Tech seamless steel doors can be ordered with glazing comprising safety glass units – 33.1 (2B2) safety glass. Standard dimensions of glazing that can be used per one door leaf: The standard round glazing is installed at a height of 1,605 [mm] from the leaf bottom to the glazing axis. Limit dimensions of the ECO Tech single-leaf seamless door with a corner frame and a wrap-around frame SxH [mm] in the clear opening 610x1,650Min. dimensions of single-leaf doors 1,300x2,550Max. dimensions of single-leaf doors The ordering dimensions (within the clear wall opening) of the ECO Tech seamless steel doors includes what follows Horizontal installation clearance per each door side Vertical installation clearance for single-leaf doors with a corner or wrap-around frame9 [mm]5.5 [mm] for single-leaf doors with an internal frame 13.5 [mm]15 [mm] Glazing dimensions 450x660 [mm] Glazing dimensions 300x700 [mm] Glazing dimensions 650x950 [mm] Glazing dimensions 550x1,100 [mm] Glazing dimensions 250x1,400 [mm] Glazing dimensions Ø 400 [mm] DOOR DIMENSIONS DIMENSIONING ACCESSORIES Determining the clear wall opening dimensions depending on the opening frame type. Opening frame without a thermal break Corner or wrap-around frame – external single-leaf door Width: clear passage dimension + 110 [mm] = clear wall opening dimension, Height: clear passage dimension + 35 [mm] = clear wall opening dimension. Internal frame – external single-leaf door Width: clear passage dimension + 213 [mm] = clear wall opening dimension, Height: clear passage dimension + 91 [mm] = clear wall opening dimension. Please add 15 [mm] to the height for doors with a fixed threshold.4 | TECHNICAL DATA SHEET | SEAMLESS STEEL DOORS TECHNICAL DATA SHEET ECO TECH EXTERNAL SEAMLESS STEEL DOORS | INTERNAL Handles The standard handle has a polypropylene body on a steel core. Standard handles are available in black. The door can be fitted with stainless steel handles on the customer’s request. Knob-handle kits and anti-panic levers are also available. Three-point locks The ECO Tech solid doors can optionally be fitted with a three- point automatic lock, an automatic panic lock type “B” or “E” or the Autotronic motorized lock with latching deadbolts. The Autotronic motorized lock is available in two versions: • Autotronic with a child safety lock when the leaf closes, additional latches of the drive gear extend to 20 [mm] and the main latch extends to 10 [mm]. The door can be unlocked from the outside with the installed access control system or a key. The key can be used to fully lock down the door leaf by extending the deadbolt to 20 [mm], which completely locks the deadbolt, the handle, and the access control system. • Autotronic P each time the door leaf is closed shut, additional latching deadbolts of the locking system extend to 20 [mm], the main latching deadbolt extends to 10 [mm], and the latching deadbolt extends to 20 [mm]. The door can be unlocked from the outside with the access control system, a key or by pressing the door handle or lever from the inside. In this lock version, the door leaf cannot be fully locked down with a key, which can only be used for emergency unlocking. The minimum height of the ECO Tech door with a motorized lock: • with a corner and wrap-around frame: 1,965 [mm], • with an internal frame: 2,020 [mm]. Fig. 4. Plastic handle – standard Fig. 5. Plastic fixed knob Fig. 6. Stainless steel handle Fig. 7. Stainless steel knob Fig. 8. Stainless steel handle on a split cover plate Fig. 9. Stainless steel fixed knob on a split cover plate Fig. 10. EPN 900 IV anti-panic lever, black Fig. 11. EPN 900 IV anti-panic lever, stainless steel Fig. 12. Stainless steel handle for the three- point lock – standard Fig. 13. Stainless steel pull for the three-point lock Decorative motifs The ECO Tech solid doors can optionally be fitted with stainless steel decorative motifs. MS1 modelMS2 modelMS3 modelMS4 modelMS5 modelTECHNICAL DATA SHEET ECO TECH EXTERNAL SEAMLESS STEEL DOORS | INTERNAL TECHNICAL DATA SHEET | SEAMLESS STEEL DOORS | 5 Door closers Fig. 14. Link arm door closer Fig. 15. Rail door closer Pull types The TECH ECO doors can be equipped with a stainless steel pull. Different lengths of the single-sided pulls are available. 1200 [mm] 1600 [mm] P10 – ø 30, colour: inox P10 extended – ø 30, colour: inox Fig. 16. P10 pull models 1200 [mm] 1600 [mm] Q10 40 x 20, colour: inox Q10 40 x 20 extended, colour: inox Fig. 17. Q10 40 x 20 pull models Ventilation grilles The ECO Tech doors can optionally be fitted with ventilation grilles with a shutter from the outside and a mesh from the inside. The available grilles are limited depending on door dimensions, so that the minimum distance from the side edges of the leaf to the edge of the grille is not lower than 200 [mm]. Fig. 18. Steel ventilation grille 425x125 [mm] Fig. 19. Steel ventilation grille 525x225 [mm] Fig. 20. Steel ventilation grille 525x625 [mm] Fig. 21. Steel ventilation grille 625x625 [mm] Fig. 22. Steel ventilation grille 825x825 [mm] Fig. 23. Steel ventilation grille in the ECO Tech seamless door Flow surface of the ECO TECH door ventilation grilles Ventilation grilles for seamless steel doors L [mm]H [mm]Ventilation area [m2] Steel grille 4251250.012 5252250.028 5256250.080 6256250.095 8258250.1706 | TECHNICAL DATA SHEET | SEAMLESS STEEL DOORS TECHNICAL DATA SHEET ECO TECH EXTERNAL SEAMLESS STEEL DOORS | INTERNAL Steel opening frames The ECO Tech seamless steel doors feature corner frames as standard. The doors are also available with internal frames and wrap-around frames. The following diagrams show all three door frame types. Fig. 24. Corner frame – standard Fig. 25. Internal frame Fig. 26. Wrap-around frame 50 25 92 8 75 122 50 8 50 12 49 w all thicknes s 74 92 50 25 8 74 122 50 49 50 8 w all thicknes s Fig. 27. Corner frame with a thermal break Fig. 28. Internal frame with a thermal break Fig. 29. Wrap-around frame with a thermal break Threshold seals External ECO Tech seamless steel doors are available with a drop- down seal and a drip cap. ECO Tech doors can also be ordered with a fixed threshold and a drop- down seal. The threshold is fastened to the floor, and the drip cap is bolted to the opening frame. 1 – floor level 81 18 Fig. 30. Solution with a drop-down seal Fig. 31. Solution with a threshold and a drop-down seal 1 – floor levelTECHNICAL DATA SHEET ECO TECH EXTERNAL SEAMLESS STEEL DOORS | INTERNAL TECHNICAL DATA SHEET | SEAMLESS STEEL DOORS | 7 Installation requirements Fig. 32. Indirect installation with steel plates – opening frame without a thermal break Fig. 33. Installation with anchors directly through the opening frame – opening frame without a thermal break Fig. 34. Installation of an opening frame with a thermal break using anchors directly through the opening frame Fig. 35. Installation of an opening frame with a thermal break using steel plates (optional) So So-110 So+30 Fig. 36. Installation of the ECO Tech single-leaf seamless door with a corner frame without a thermal break to a masonry wall – horizontal cross-section Ho Hi=Ho- 35 Ho+4 1 Hi=Ho-50 Fig. 37. Installation of the ECO Tech single-leaf seamless door with a corner frame with- out a thermal break to a masonry wall – vertical cross-section So So-110 So+30 Fig. 38. Installation of the ECO Tech single-leaf seamless door with a wrap-around frame without a thermal break to a masonry wall – horizontal cross-section Ho Hi=Ho- 35 Ho+4 1 Hi=Ho-50 Fig. 39. Installation of the ECO Tech single-leaf seamless door with a wrap-around frame without a thermal break to a masonry wall – vertical cross-section So-213 So Fig. 40. Installation of the ECO Tech single-leaf seamless door with an internal frame without a thermal break to a masonry wall – horizontal cross-section8 | TECHNICAL DATA SHEET | SEAMLESS STEEL DOORS TECHNICAL DATA SHEET ECO TECH EXTERNAL SEAMLESS STEEL DOORS | INTERNAL Ho Hi=Ho-91 Hi=Ho- 106 Fig. 41. Installation of the ECO Tech single-leaf seamless door with an internal frame without a thermal break to a masonry wall – vertical cross-section So-75 So+75 So+30 Fig. 42. Installation of the ECO Tech single-leaf seamless door with a corner frame with- out a thermal break to a steel structure – horizontal cross-section Hi=Ho- 35 Ho+4 1 Ho Fig. 43. Installation of the ECO Tech single-leaf seamless door with a corner frame with- out a thermal break to a steel structure – vertical cross-section So So+30 So+65 Sj=So-120 Fig. 44. Installation of a single-leaf door to a masonry wall – corner frame with a thermal break – horizontal cross-section Hj=Ho-60 Hj=Ho-4 5 HoHo+31 Fig. 45. Installation of a single-leaf door to a masonry wall – corner frame with a thermal break – vertical cross-section So So+30 So+65 Sj=So-120 Fig. 46. Installation of a single-leaf door to a masonry wall – wrap-around frame with a thermal break – horizontal cross-section Hj=Ho-60 Hj=Ho-4 5 Ho Ho+31 Fig. 47. Installation of a single-leaf door to a masonry wall – wrap-around frame with a thermal break – vertical cross-section So So-28 Sj=So-213 Fig. 48. Installation of a single-leaf door to a masonry wall – internal frame with a thermal break – horizontal cross-sectionTECHNICAL DATA SHEET ECO TECH EXTERNAL SEAMLESS STEEL DOORS | INTERNAL TECHNICAL DATA SHEET | SEAMLESS STEEL DOORS | 9 Ho Ho- 15 Hj=Ho-91Hj=Ho- 106 Fig. 49. Installation of a single-leaf door to a masonry wall – internal frame with a thermal break – vertical cross-section So So+30 So+65 So-85 Fig. 50. Installation of a single-leaf door to a masonry wall – corner frame with a thermal break – horizontal cross-section So-85 So+65 So+30 Fig. 51. Installation of a single-leaf door to a steel structure – corner frame with a thermal break – horizontal cross-section Hj=Ho-4 5 HoHo+31 Fig. 52. Installation of a single-leaf door to a steel structure – corner frame with a ther- mal break – vertical cross-section The method of installation of doors with a wrap-around frame to a steel structure is identical to that for the corner frame. In the case of doors with an internal frame, the boxes do not overlap with the clear wall opening. Space E is measured on the side towards which the door opens. The doors are installed in front of the opening. Use a door bumper to prevent door leaf damage by colli- sion with the wall lining. Door bumper installation method, see Rys. 57 and Rys. 58. External single-leaf door. Emin max. 100 [mm] So So-110 So+30 INSIDE OUTSIDE bumper Fig. 53. Installation in front of the opening – horizontal cross-section, opening frame without a thermal break So – opening width, Sj – clear passage width, Sj = So – 110 [mm], Ho – opening height, Hj – clear opening height Hj = Ho – 35, Hj = Ho – 50 [mm] for doors with a threshold, E min – space required for opening the leaf at a 90O angle, E min = Sj + 140 [mm]. So So+30 So+65 max. 100 [mm] Emin So-120 INSIDE OUTSIDE bumper Fig. 54. Installation of a single-leaf door in front of the opening – corner frame with a thermal break – horizontal cross-section So – opening width, Sj – clear passage width, Sj = So – 120 [mm], Ho – opening height, Hj – clear opening height Hj = Ho – 45, Hj = Ho – 60 [mm] for doors with a threshold, E min – space required for opening the leaf at a 90O angle, E min = Sj + 140 [mm].Next >