4
RG60 Catalogue
Windows: Heat-insulated composite profile system with voluminous EPDM multi-chamber center seal with preformed angles. Increased heat insulation with glazing seal seated on the rebate ground. Uf values according to EN ISO 10077. Design values Uf,BW acc. to DIN V 4108-4: 2002. Doors: Heat-insulated composite profile system for single- or double-leafed doors, optionally without additional center rebate post profile, inward and outward opening door leafes. Design in panic function acc. to EN 1125 and emergency exit function acc. to EN 179 possible. The window profiles can be integrated with all performance characteristics. Fittings: Commercially available fittings. The profiles are implemented with a 10 mm Euro-groove. Increased burglar protection possible due to WK 3 safety class. It is possible to equip the doors with butt hinges or with mulitpart, fitted hinges. Design: Double wall, hollow composite profiles (three-chamber system) with even surfaced rebate bed. Dimensions*: Frame profiles: 60 mm installation depth (basic depth); window sashes 70 mm installation depth. Profile compound: Quality controlled, form-fitting and tensionally locked compound with at least 25% glass-fibre reinforced polyamide webs with melted wire inserts. The hollow composite profiles are suitable for subsequent surface working. Air permeability of joints and Watertightness under heavy rain: Exposure Category C acc. to DIN 18055
* The installation depths indicated in the catalogue are reference dimensions for planning. The manufactured dimensions for frame and sash profiles are 0.4 mm above the nominal dimensions in the catalogue, the transom profiles 0.2 mm.
March 2009
RG60 Catalogue
5
System Description 1. General This profile system includes heat-insulated, two-wall composite profiles (three-chamber system) for the production of windows and doors. Heat insulation is achieved by thermal separation of the inner and outer profile walls by means of glassfibre reinforced isolating webs made of polyamide, with special melted wire inserts. In a quality controlled process, the form-fitting and tensionally locked compound is created in the pressing plant. The design is in accordance with the state of the art and the directives and recommendations of the insulating glas, fittings and sealing materials manufacturers and meets the requirements of the “Directive for the Proof of Stability of Composite Metal-Plastic Profiles” of the German Institute for Construction Engineering,Berlin, as well as the requirements of the provisions regarding quality and testing of aluminium windows. The Uf values of the profiles and profile combinations have been determined acc. to EN ISO 10077 and are given acc. to DIN V 4108-4: 2007 in design values. The air permeability of joints and watertightness under heavy rain of the windows correspond to the exposure category C of DIN 18055. The construction of solid, safe and operational elements is guaranteed. The “Code of Practice for the Processor” in our latest main catalogue must be observed for the use and processing of our design. With our delivery of composite profiles you are also receiving our guarantee for this product.
2. System Scope This profile system includes window and door profiles for the construction of side-hung, turn and tilt, tilt and double sash windows, doors and parallel-slide-and-tilt doors. The main profiles include narrow and wide outer frame, sash, glazing bar, post and sill rail profiles. Additional profiles are respectively available for wall connections, as well as for expansion and decorative glazing bars. Glazing rebate strips for filling thicknesses (glazing thicknesses) from 18 to 34 mm are available. 2.1 Heat insulation The highly heat insulated design includes frame and glazing bar profiles with a frame profile depth of 75 mm and a sash profile depth of 70 mm for windows and 60 mm for doors, equipped with a voluminous, multichamber EPDM center seal.
www.balkan.gr
The glazing rebate is additionally shielded against thermal radiation and air convection by means of multichamber EPDM cover profiles at both sides of the filling. The given nominal values of the heat transmission coefficient Uf of 2,1 W/m2 K to3,1 W/m2 K for individual profiles and profile combinations are given in separate tables and documented by respective test certificates issued by the Institute for Windows Technology in Rosenheim, registered association.
3. Design 3.1 Maximal sash sizes Windows: Sash width 380 - 1600 mm Sash height 600 - 2400 mm max. sash weight: 130 kg additional center locking points for sash heights or widths exceeding 1250 mm. Parallel-slide-and-tilt-doors: 1680 x 2200 mm from sash profile RG 1220 max. sash weight: 150 kg Doors: 1300x2300 mm max. sash weight: 120 kg 3.2 Statics The section properties of the profiles (inertia moment and section modulus, etc.) are given in separate statics tables. 3.3 Frame and glazing bar connection The corner and T-connections of the profiles in both cavities are made with glued in, aluminium corner or T-connectors, which are fixed with roll pins or with mechanical corner-connection machines. Water tightness at mitres and joints must be ensured by the processor. This applies especially in regard to the lower horizontal frame and glazing bar profiles. All orifices at corner and T-connections (continuous grooves of the glazing rebate webs, clamping grooves in the rebate bed, etc.), surfaces of base profiles facing the frame profile, etc., must be sealed with special care (in thin layers as well) with suitable flexible silicone and thiokol sealants. 3.4 Center seal EPDM center seal serving as frame with 50 mm preformed angles. Gluing with the preformed angles is effected with contact adhesive 905 410 (cyanoacrylate adhesive). The cut of the seal profile is calculated as follows: Sash measure minus 100 mm (2 x 50 mm preformed angle) plus 0.5 %. Example: Sash measure 1100 mm. Center seal cut = 1100-100 + 5= 1005 mm.
RG60 Catalogue
6
3.5 Glazing The glazing on the sealant free rebate bed is effected with preformed EPDM seal profiles. In order to ensure ventilation (vapour pressure equalization) of the rebate space, openings are built in with a minimum cross section of 15x5 mm or 8 mm diameter placed in front of the center seal that are leading to the ambient air. The openings are
7,5
12
located at the lowest point of the rebate and are provided at least twice in the lower horizontal. The external openings are located between frame angle and glazing spacer block, at a maximal distance of 100 mm from the angle. It is recommended to place these openings laterally and at the upper part of the profiles. The insertion of glazing spacer blocks (blocking) is effected on glazing rebate inserts of the system. The blocking does not obstruct neither air conduction nor water flow (condensate). If sealants are used for the glazing, the table “Exposure Categories for the Glazing of Windows” of the Institute for Windows Technology in Rosenheim, registered association, must be observed. 3.6 Drainage of the Design The water entering into the antechamber (pressure compensation chamber) is let off via at least 2 water drain holes, with dimensions 28 x 12 mm, in front of the center seal, directly to the outside. These are located at a distance of about 120 mm from the frame end, maximal distance being 600 mm. The openings are covered with drainage inserts. In the case of downward drainage of water, directly on the window sill or over a base profile, the entering water is let off through drain louvers, sized 28 35 x 6 mm. Quantity and location as described above. The respective drain louvers in the aluminium base profile 20 should be placed with an offset of 50 mm with regard to the louvers in the frame profile. 3.7 Condensation Water Formation The formation of condensation water on the heatinsulated composite profiles is only possible, if under respective interior and exterior temperatures, as well as under respective interior space air humidity, the formation of condensation water (formation of respiration water) would also be observed on the respective insulating glass panes. Profiles like roller shutter guides or window sills that are fitted additonally on the external side of the composite profiles, have a negative impact on the internal suface temperatures of these profiles and thus on the condensation water behaviour.
The processor has to take care that no cold air can reach the internal shells of the frame profiles when the elements have been fitted. This applies especially, if roller shutters are installed over the elements. In this case the face of the frame profile must be covered with fixed sealing strips made of HR polyurethane or polystyrene foam. Thermal bridges must be avoided.
4. Surface Working Regarding the surface treatment the FWB Guidelines, Edition 11/91, apply. Variable colouring of the profiles prior to bonding of the semi-shells is possible. 4.1 Anodic Oxidation For the anodic oxidation of the aluminium components DIN 17611 applies. The Quality and Testing Provisions „Anodized Aluminium RAL-RG 661” must be observed by the anodic oxidation plant. The oxide layers produced by anodizing must have a minimum layer thickness of 20 μm. Special care must be applied in the case of material that is to undergo anodic axidation according to the E6 procedure (pickled and eloxated). A guarantee regarding the suitability for this procedure can only be given, if the profiles immediately after their production are delivered to the anodizing treatment plant, where they are processed immediately. In the case of deliveries from warehouse stock we do not assume any responsibility for this procedure whatsoever. 4.2 Colour Coating Colour coating must be executed according to the „Provisions Regarding Qualtiy and Testing of Components RAL-RG 631”. The coating of the profiles is carried out by firing on of coating powders. Normally, polyester-based coating powders are used. Layer thickness should amount from 60 up to 120 μm at most. The coated profiles must be cured in a furnace at a maximal object temperature of 175° ± 10 °C and a firing time of about 20 minutes (after reaching object temperature). In order to ensure their faultless colour coating, the aluminium profiles must be subjected to careful pretreatment acc. to DIN 50939. Chromating is necessary.
5. Dimensioning of the Composite Profiles The dimensions given in the catalogue are planning dimensions. Due to different surface treatments they cannot be used as reference dimensions for composite profiles delivered by us.
March 2009
RG60 Catalogue
7
Design Description
Glazing Gasket outside
Glazing Gasket
Glazing Bead Glazing Spacer Block Glazing Rebate Insert At least 3pcs rebate drains Sash Profile
Central Gasket with performed Antechamber or pressure
At least 2 pcs water drainage
Insulated layer from Polyurethan-hard
Frame Profile
Insulating web, made of glass-fibre Supplementary Profile
Base Profile Windowsill
www.balkan.gr
RG60 Catalogue
11
Statics Cross section values
(ideal inertia moments) lx id [cm4]
x
www.balkan.gr
Profile Order No.
Support width L [cm]
{acc. to ifBT directive}
150
200
250
300
400
500
600
AH260-50600030
5,22
19,81
20,86
21,49
22,16
22,49
22,67
AH260-RG6121
17,68
19,36
20,27
20,80
21,37
21,65
21,80
AH260-RG6131
20,90
23,23
24,53
25,32
26,16
26,57
26,80
AH260-RG6211
26,17
28,48
29,74
30,49
31,28
31,66
31,87
AH260-RG6214
35,95
43,05
46,58
48,21
50,35
52,30
55,45
AH260-RG6215
35,95
43,05
46,58
48,21
50,35
52,30
55,45
AH260-RG6220
35,34
39,47
41,86
43,32
44,91
45,70
46,14
AH260-RG6222
47,35
54,23
62,78
65,39
70,12
72,73
73,50
AH260-RG6245
28,91
32,10
33,89
34,97
36,12
36,69
37,01
RG60 Catalogue
12
Statics Cross section values
(ideal inertia moments) lx id [cm4]
x
x'
Profile Order No.
Support width L [cm]
{acc. to ifBT directive}
150
300
200
250
400
500
600
AH260-RG6350
14,86
15,71
16,16
16,43
16,70
16,83
16,90
AH260-RG6406
20,27
22,47
23,69
24,42
25,20
25,58
25,79
AH260-RG6411
31,54
37,89
41,93
44,55
47,54
49,08
46,96
AH260-RG6526
48,52
77,46 111,00 114,50 118,35 120,28 121,36
AH260-RG6301
18,97
20,67
21,60
22,16
22,75
23,04
23,20
AH260-RG6311
22,80
24,83
25,97
26,64
27,37
27,72
27,92
AH260-RG6330
25,98
28,73
30,30
31,26
32,29
32,80
33,08
AH260-RG6335
23,81
26,43
27,93
28,84
29,83
30,32
30,59
AH260-RG6751
34,11
35,91
37,14
37,97
38,96
39,48
39,78
March 2009
RG60 Catalogue
13
Determination of nominal values of the heat transfer coefficient Uw from the tables of DIN EN ISO 10077-1: 2000 and DIN V 4108-4: 2000. Determination of Uw values for windows and doors acc. to Example 1: 1. Taking of the nominal value Uf from the Brokelmann Table 1-3 acc. to DIN EN ISO 10077-2 2. Allocation of the Uf value and determination of Uf,BW in Table 7 acc. to DIN V 4108-4:2002-02 3. Transfer of the Uf,BW to Table F.1 or F.2 in order to determine the nominal value of the heat ransfer coefficient Uw ( DIN 10077-1:2000 und DIN V 4108-4 ) 4. Determination of the Ug value of the glazing and reading out the nominal value Uw in Table F.1 or F.2. Attention: The nominal values Uw for windows and doors comprised in Tables F.1 and F.2 have been determined with standard window sizes 1.23 m x 1.48 m and are taking a frame surface portion of 30% or 20% as a basis. Example 1:
Table 7 - Allocation of Ur values of individual profiles
to a Uf,BW design value for frames. DIN V 4108-4:2002-02 Uf - value for individual profiles W / m²K
Uf,BW
- design value W / m²K
<0.90
0.80
>0.90
<1.1
1.00
Uf value of frame from Brokelmann Table 1-3 acc. to DIN EN ISO 10077-2
>1.0
<1.3
1.20
>1.3
<1.6
1.40
>1.6
<2.0
1.80
>2.0
<2.4
2.20
e.g. 1.94 W/m²K
>2.4
<2.8
2.60
>2.8
<3.2
3.00
>3.2
<3.6
3.40
>3.6
<4.0
3.80
>4.0
7.0
Table F0.1: Heat transfer coefficient Uw for windows with a frame surface portion of 30%
to the total surface area of the window. DIN EN ISO 10077-1:2000 Type of glazing
Ug value of glazing from German Federal Gazette or the DIN 673 Standard
Uf W / m²K Frame surface portion 30%
Ug
1.0
1.4
1.8
2.2
2.6
3.0
3.4
3.8
7.0
Single-pane glazing
5.7
4.3
4.4
4.5
4.6
4.8
4.9
5.0
5.1
6.1
Two-pane insulating glazing
3.3 3.1 2.9
2.7 2.6 2.4 2.3
2.8 2.7 2.5 2.4
2.9 2.8 2.7 2.5
3.1 2.9 2.8 2.6
3.2 3.1 3.0 2.8
3.5 3.3 3.2 3.1
3.6 3.5 3.3 3.2
4.4 4.3 4.1 4.0
2.2 2.1 1.9 1.8 1.6 1.5 1.4 1.2
2.3 2.2 2.0 1.9 1.8 1.6 1.5 1.3
2.4
2.6 2.4
2.7 2.6 2.4
3.4 3.2 3.1 2.9 2.8 2.7 2.6 2.4
3.0 2.8 2.7 2.5 2.4
3.1 2.9 2.8 2.7 2.5 2.4 2.2 2.1
3.9 3.8 3.6 3.5 3.3 3.2 3.1 2.9
2.7 2.5 2.3 2.1 1.9 1.7 1.5 1.3 1.1
2.3 2.2 2.0 1.9 1.7 1.6 1.5
2.3 2.1 2.0 1.9 1.7 1.6
2.3 2.2 2.0 1.9 1.7
e.g. 1.1 W/m²K
Uw - value of window e.g. 1.5W/m²K www.balkan.gr
2.3 2.1 2.0 1.9
2.3 2.1 2.0
RG60 Catalogue
14
Determination of nominal values of heat ransfer coefficient for windows and doors Uw for aluminium profiles. Table 7: Allocation of Uf values to UfBW - design values Table 7- Allocation of the Uf values of individual profiles to a Uf,BW design value for frames. DIN V 4108-4:2002-02 Uf - value for individual profiles W / m2K
Uf,BW - design value W / m2K
<0.90
0.80
>0.90
<1.1
1.00
>1.0
<1.3
1.20
>1.3
<1.6
1.40
>1.6
<2.0
1.80
>2.0
<2.4
2.20
>2.4
<2.8
2.60
>2.8
<3.2
3.00
>3.2
<3.6
3.40
<4.0
3.80
>4.0
7.0
>3.6
Table F.1: For a frame surface portion of 30% Table F.1: Heat transfer coefficient Uw for windows with a frame surface portion of 30% to the total surface area of the window. DIN EN ISO 10077-1:2000
Type of glazing
Single-pane glazing
Two-pane insulating glazing
Three-pane insulating glazing
Uf W / m2K Frame surface portion 30%
Ug W/m2K
1.0
1.4
1.8
2.2
2.6
3.0
3.4
3.8
7.0
5.7
4.3
4.4
4.5
4.6
4.8
4.9
5.0
5.1
6.1
3.3
2.7
2.8
2.9
3.1
3.2
3.4
3.5
3.6
4.4
3.1
2.6
2.7
2.8
2.9
3.1
3.2
3.3
3.5
4.3
2.9
2.4
2.5
2.7
2.8
3.0
3.1
3.2
3.3
4.1
2.7
2.3
2.4
2.5
2.6
2.8
2.9
3.1
3.2
4.0
2.5
2.2
2.3
2.4
2.6
2.7
2.8
3.0
3.1
3.9
2.3
2.1
2.2
2.3
2.4
2.6
2.7
2.8
2.9
3.8
2.1
1.9
2.0
2.2
2.3
2.4
2.6
2.7
2.8
3.6
1.9
1.8
1.9
2.0
2.1
2.3
2.4
2.5
2.7
3.5
1.7
1.6
1.8
1.9
2.0
2.2
2.3
2.4
2.5
3.3
1.5
1.5
1.6
1.7
1.9
2.0
2.1
2.3
2.4
3.2
1.3
1.4
1.5
1.6
1.7
1.9
2.0
2.1
2.2
3.1
1.1
1.2
1.3
1.5
1.6
1.7
1.9
2.0
2.1
2.9
2.3
2.0
2.1
2.2
2.4
2.5
2.7
2.8
2.9
3.7
2.1
1.9
2.0
2.1
2.2
2.4
2.5
2.6
2.8
3.6
1.9
1.7
1.8
2.0
2.1
2.3
2.4
2.5
2.6
3.4
1.7
1.6
1.7
1.8
1.9
2.1
2.2
2.4
2.5
3.3
1.5
1.5
1.6
1.7
1.9
2.0
2.1
2.3
2.4
3.2
1.3
1.4
1.5
1.6
1.7
1.9
2.0
2.1
2.2
3.1
1.1
1.2
1.3
1.5
1.6
1.7
1.9
2.0
2.1
2.9
0.9
1.1
1.2
1.3
1.4
1.6
1.7
1.8
2.0
2.8
0.7
0.9
1.1
1.2
1.3
1.5
1.6
1.7
1.8
2.6
0.5
0.8
0.9
1.0
1.2
1.3
1.4
1.6
1.7
2.5 March 2009
RG60 Catalogue
15
Table 1 - 3
Determination of the nominal values of the heat transfer coefficient for windows and doors Uw for aluminium profiles Table F.2: For a frame surface portion of 20%
Table F.2: Heat transfer coefficient Uw for windows with a frame surface protion of 20% to the total surface area of the window. DIN EN 19010077-1:2000
Type of glazing
Single-pane glazing
Two-pane insulating glazing
Three-pane insulating glazing
Uf W / m2K Frame surface portion 30%
Ug W/m2K
1.0
1.4
1.8
2.2
2.6
3.0
3.4
3.8
7.0
5.7
4.8
4.8
4.9
5.0
5.1
5.2
5.2
5.3
5.9
3.3
2.9
3.0
3.1
3.2
3.3
3.4
3.4
3.5
4.0
3.1
2.8
2.8
2.9
3.0
3.1
3.2
3.3
3.4
3.9
2.9
2.6
2.7
2.8
2.8
3.0
3.0
3.1
3.2
3.7
2.7
2.4
2.5
2.6
2.7
2.8
2.9
3.0
3.0
3.6
2.5
2.3
2.4
2.5
2.6
2.7
2.7
2.8
2.9
3.4
2.3
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.7
3.3
2.1
2.0
2.1
2.2
2.2
2.3
2.4
2.5
2.6
3.1
1.9
1.8
1.9
2.0
2.1
2.2
2.3
2.3
2.4
3.0
1.7
1.7
1.8
1.8
1.9
2.0
2.1
2.2
2.3
2.8
1.5
1.5
1.6
1.7
1.8
1.9
1.9
2.0
2.1
2.6
1.3
1.4
1.4
1.5
1.6
1.7
1.8
1.9
2.0
2.5
1.1
1.2
1.3
1.4
1.4
1.5
1.6
1.7
1.8
2.3
2.3
2.1
2.2
2.3
2.4
2.5
2.6
2.6
2.7
3.2
2.1
2.0
2.0
2.1
2.2
2.3
2.4
2.5
2.6
3.1
1.9
1.8
1.9
2.0
2.0
2.2
2.2
2.3
2.4
2.9
1.7
1.6
1.7
1.8
1.9
2.0
2.1
2.2
2.2
2.8
1.5
1.5
1.6
1.7
1.8
1.9
1.9
2.0
2.1
2.6
1.3
1.4
1.4
1.5
1.6
1.7
1.8
1.9
2.0
2.5
1.1
1.2
1.3
1.4
1.4
1.5
1.6
1.7
1.8
2.3
0.9
1.0
1.1
1.2
1.3
1.4
1.5
1.6
1.6
2.2
0.7
0.9
1.0
1.0
1.1
1.2
1.3
1.4
1.5
2.0
0.5
0.7
0.8
0.9
1.0
1.1
1.2
1.2
1.3
1.8
Note: The Tables F.1 and F.2 were calculated with Y-values from Annex E of DIN EN ISO 10077-1:2000 for glazing spacers made of aluminium and steel (not of stainless type). www.balkan.gr
RG60 Catalogue
16
Nominal values of the heat transfer coefficient Uf Fixed cross sections
Moving cross sections
Outer Frame
Outer Frame - Sash combination
External visible width
External visible width
The nominal values of the heat transfer coefficient Uf given below have been determined according to EN ISO 10077-2 : vALUES IN W/m2K
Moving cross sections Outer Frame - Sash combination
Fixed cross sections Outer Frame
AH260-RG6211 AE004-904935-00
AH260-6220 AE004-904935-00
2.7
2.9
2.7
2.5
2.8
2.6
AH260-RG6121
AH260-RG6131
AH260-RG6311
AH260-RG6335
March 2009
RG60 Catalogue
17
Nominal values of the heat transfer coefficient Uf Fixed cross sections
Moving cross sections
Outer Frame
Outer Frame - Sash combination
External visible width
External visible width
The nominal values of the heat transfer coefficient Uf given below have been determined according to EN ISO 10077-2 : vALUES IN W/m2K
Moving cross sections Outer Frame - Sash combination
Fixed cross sections Outer Frame
AH260-RG6211 AE004-904935-00
AH260-6220 AE004-904935-00
3.0
3.2
2.9
2.8
3.1
2.8
AH260-RG6406
AH260-RG6411
www.balkan.gr
RG60 Catalogue
18
Nominal values of the heat transfer coefficient Uf
Moving cross sections Outer Frame - Sash combination
External visible width The nominal values of the heat transfer coefficient Uf given below have been determined according to EN ISO 10077-2 : vALUES IN W/m2K
Moving cross sections Outer Frame - Sash combination AH260-RG6211 AE004-904935-00
AH260-6220 AE004-904935-00
3.1
2.8
3.0
2.7
AH260-RG6406
AH260-RG6411
March 2009
RG60 Catalogue 49,5
19
24 30
AE001-901569-00
AH260-5060030 Frame profile for facade Dev. anod.: 434/305* mm
W=1,624 kg/m
28
60
55,5
Dev. mech.: 86 mm
AE001-901459-00
4,5
56 72,5
34
24
AE001-901569-00
60,2
55,7
AE003-902046-00
AH260-RG6121 Frame profile Dev. anod.: 402/324* mm Dev. mech.: 92 mm
AE003-902026-00
58
4,5
AE001-901459-00
* Development for the connected profile
www.balkan.gr
W=1,446 kg/m
RG60 Catalogue
20
14
44
AH260-RG6131 Frame profile
AE001-901589-00
Dev. anod.: 437/339* mm
W=1,640 kg/m
Dev. mech.:112mm
60,2
55,7
AE003-902047-00
AE003-902033-00
AE001-901474-00
4,5
68
75
4,3
51
24
AH260-RG6211 Sash profile
AE001-901579-00
Dev. anod.: 436/380* mm
W=1,464 kg/m
Dev. mech.: 90 mm
70
65,5
In order to achieve the Uf value for specific conditions see Diagram Uf Values
4,5
AE001-901440-00
36
39
* Development for the connected profile
March 2009
RG60 Catalogue
21
101 24
77
AH260-RG6220 Sash profile
4,3
AE001-901684-00
Dev. anod.: 542/426* mm
W=2,094 kg/m
70
65,5
Dev. mech.: 142 mm
AE001-901484-00
36
51
4,5
65
24
AE001-901579-00
4,3
AH260-RG6214 Sash profile, round Dev. anod.: 449/393* mm
AE001-901440-00
36
12,1
70
57,9
Dev. mech.: 90 mm
39
* Development for the connected profile
www.balkan.gr
W=1,589kg/m
RG60 Catalogue
22
56
24
4,3
AE001-901540-00
AH260-RG6215 Sash profile perimetrical locking Dev. anod.: 398 mm Dev. mech.: 100 mm
65,5
70
W=1,761 kg/m
AE001-901545-00
36
4,5
44
24
77
AH260-RG6222 Sash profile perimetrical locking
4,3
AE001-901550-00
Dev. anod.: 432 mm
W=2,228kg/m
70
65,5
Dev. mech.: 142 mm
36
65
4,5
AE001-901484-00
March 2009
RG60 Catalogue 34
24
23
24
AE003-902046-00
AH260-RG6245 Transom for sash Dev. anod.: 469/391* mm
W=1,744 kg/m
70
65,5
Dev. mech.: 116 mm
AE003-902025-00
4,5
82
34
AH260-RG6260 Rebate profile Dev. anod.: 430/354* mm
W=1,358 kg/m
Dev. mech.: 66 mm Sealing element AE011-903345-00
60
68
for rebate sash acc. to DIN at right = top for rebate sash acc. to DIN at left = bottom Sealing element AE011-903347-00 for rebate sash acc. to DIN at right = bottom
4,7
4,5
for rebate sash acc. to DIN at left = top
66 72
* Development for the connected profile
www.balkan.gr
RG60 Catalogue
24
60,6
68,3
29,8
AH260-RG6261 Transom / Mullion Perimetrical Mechanism Dev. anod.: 433/359* mm
W=1,641kg/m
4,7
4,5
Dev. mech.: 66 mm
66 72
24
34
24
AE001-901569-00
AH260-RG6406 Transom / Mullion AE003-902046-00
60
55,5
Dev. anod.: 449/371* mm
W=1,657 kg/m
Dev. mech.: 116 mm
AE003-902025-00
82
4,5
AE001-901450-00
* Development for the connected profile
March 2009
RG60 Catalogue 24
25
24
44
AE001-901589-00
60
55,5
AE003-902047-00
AH260-RG6411 Transom / Mullion Dev. anod.: 489/391* mm
W=1,827g/m
Dev. mech.: 136 mm
AE003-902028-00
4,5
AE001-901469-00
92
24
44
24
60
55,5
AE003-902047-00
AH260-RG6526 Transom for sash Dev. anod.: 589/491* mm 4,5
AE003-902028-00
50
50
Dev. mech.: 236 mm
R
20
52
20
* Development for the connected profile
www.balkan.gr
W=2,839kg/m
RG60 Catalogue
26
10
16
7,5
44
AE001-901654-00
AH260-RG6301 Door frame profile Dev. anod.: 465/339* mm
W=1,773 kg/m
60
55,7
Dev. mech.: 114 mm Inward opening
AE001-901375-00
4,3
70
4,3
70
AH260-RG6311 Door frame profile
AE001-901654-00
Dev. anod.: 460/334* mm
W=1,771 kg/m
Dev. mech.:114 mm
7,5
55,7
60
Outward opening
AE001-901003-25
44
10
16
March 2009
RG60 Catalogue
27
24
74
AE001-901679-00
4,3
AH260-RG6330 Door sash profile
60
55,5
Dev. anod.:522/388* mm
W=1,996kg/m
Dev. mech.:146 mm
7,5
Inward opening
AE001-901375-00
7,5
16
10
72
10
48
4,5
16
24
AH260-RG6335 Door sash profile
AE001-901679-00
Dev. anod.:526/390* mm Dev. mech.:146 mm
60
55,5
Outward opening
98
* Development for the connected profile
www.balkan.gr
4,5
AE001-901003-30
W=1,968 kg/m
RG60 Catalogue
28
4,3
52,5 50
AH260-RG6350 Change profile for door frame Dev. anod.: 345/255* mm
W=1,276kg/m
53,7
58
Dev. mech.: 50 mm
17,2 36,5
60
5
5
AE003-902056-00
AH260-RG6751 Corner post profile Dev. anod.: 607/365* mm
W=2,500kg/m
60
65
Dev. mech.: 160 mm
AE003-902030-00
65
* Development for the connected profile
March 2009
RG60 Catalogue
55,5
24
4,5
29
14,5
24,5
AE003-902050-00
AH900-TF403B Stop ledge 109
AE003-902295-00
133
4,5
4,5
Dev. anod.: 101 mm Dev. mech.: 14,5 mm
60
AH260-RG6395 Base profile Dev. anod.: 661/478* mm Dev. mech.: 242mm
www.balkan.gr
W=2,781 kg/m
W=0.198 kg/m
RG60 Catalogue
30 23
14,5
AH900-TF403 Stop ledge Dev. anod.: 96 mm
4
W=0.184 kg/m
4,5
Dev. mech.: 14 mm
AH900-TF553
39,8
5
Dev. anod.: 94 mm 20,7
1,8
3,9
AL900-911 Connecting Rod
4
14
W=0.446 kg/m
Dev. anod.: 46 mm
19
W=0.124 kg/m
Dev. mech.: 14 mm
AH900-TF290 Connecting rod
13,5
Dev. anod.: 50 mm
W=0.161 kg/m
Dev. mech.: 13,5 mm
2,5
2,5
19,5
Opening of connecting rod channels, cutting to length and perforation of the connecting rod for the FWB window fitting
5,8
AH900-TF269 Additional profile Dev. anod.: 151 mm
12
34,5
B4
,2x 1
W=0,323 kg/m
Dev. mech.: 47 mm
AH900-TF292 Weather rail
6
Dev. anod.: 67 mm
18
W=0.122 kg/m
Dev. mech.: 22 mm
5
7,5
7,5
AH900-TF368 Connecting profile Dev. anod.: 47 mm
W=0.093 kg/m
Dev. mech.: - mm
19
AH900-370 Connecting Rod Dev. anod.: 132,2 mm 20
W=0.316 kg/m
Dev. mech.: 20 mm
March 2009
RG60 Catalogue
31
Scale: 1:2 50
65
65
12
6
50
AH900-TF481 Corner connector profile
AH900-TF483 Corner connector profile
W=1,843 kg/m
W=2,881 kg/m
50
65
65
20
16,4
50
AH900-TF495 Corner connector profile W=2.285kg/m
AH900-TF496 Corner connector profile W=2,422 kg/m
50
65
66,4
65
26,4
22,8
50
AH900-TF497 Corner connector profile W=2,405 kg/m
www.balkan.gr
AH900-TF498 Corner connector profile W=2,673 kg/m
RG60 Catalogue
32 Scale: 1:2 65
65
50
70
66,4
32
30
50
AH900-TF499 Corner connector profile
AH900-TF500 Corner connector profile
W=2,782 kg/m
W=2,751 kg/m
65
65
50
45,4 85,4
74
34
50
AH900-TF501 Corner connector profile
AH900-TF502 Corner connector profile
W=2,930 kg/m
W=3.503 kg/m
65
20,5
50
AH900-TF558 Corner connector profile W=2.459 kg/m
March 2009
RG60 Catalogue
33
6 25°-1
6
80 °
AE001-901442-00 Corner Connector for Variable Angle
1 12 ,
12,1
80°
25°-1
AE001-901452-00 Corner Connector for Variable Angle
AE001-901457-00 Corner Connector for Variable Angle 5 16 ,
16,5
80°
25°-1
www.balkan.gr
34
RG60 Catalogue
1 20 , 25째-1
AE001-901567-00 Corner Connector for Variable Angle
20,1
80째
1
2 0.
Scale: 1:2
20.1
AE001-901577-00 Corner Connector for Variable Angle
March 2009
RG60 Catalogue
50,1
11,5
AH900-TF649 T-connector profile W=0.813 kg/m
46,5
13
19,4
AH900-TF650 T-connector profile W=0.911 kg/m
50,1
11,5
AH900-TF547 T-connector profile W=0.623kg/m www.balkan.gr
35
RG60 Catalogue
36
21
AH900-TF454 Glazing bead 22
Dev. anod.: 121mm
W=0,276 kg/m
Dev. mech.:43 mm
32
22
AH900-TF457 Glazing bead Dev. anod.: 143mm
W=0,326kg/m
Dev. mech.:54 mm
34
22
AH900-TF457A Glazing bead Dev. anod.: 147 mm Dev. mech.: 57 mm
W=0,335 kg/m for 10 mm receiving groove
22
44
AH900-TF460 Glazing bead Dev. anod.: 168 mm
W=0,281 kg/m
Dev. mech.: 66 mm
for 10 mm receiving groove
March 2009
Glazing beads for bent elements. Prior to bending cut off elements according to the respective glazing thickness.
RG60 Catalogue
37
17
22
AH900-TF463 Glazing bead Dev. anod.: 152,1 mm
W=0,253 kg/m
Dev. mech.: 39 mm
for 10 mm receiving groove
27
22
AH900-TF464 Glazing bead Dev. anod.: 193 mm
W=0,325 kg/m
Dev. mech.: 49 mm
for 10 mm receiving groove
37
22
AH900-TF465 Glazing bead Dev. anod.: 212 mm
W=0.363 kg/m
Dev. mech.: 59 mm
for 10 mm receiving groove
22
47
AH900-TF466 Glazing bead Dev. anod.: 232 mm
W=0,400 kg/m
Dev. mech.: 69 mm
for 10 mm receiving groove
www.balkan.gr
RG60 Catalogue
46
Accessories
AE011-903325-00
AE011-903327-00
Sealing element at top on 2-sash doors, with door sash profiles AH275-RG2330 and AH275-RG2335 Access sash acc.to DIN left
Sealing element at top on 2-sash doors, with door sash profiles AH275-RG2330 and AH275-RG2335 Access sash acc.to DIN left
AE011-903330-00
AE011-903332-00
Sealing element at top on 2-sash doors, with door sash profiles AH275-RG2330 and AH275-RG2335 Access sash acc.to DIN left
Sealing element at top on 2-sash doors, with door sash profiles AH275-RG2330 and AH275-RG2335 Access sash acc.to DIN left
AE011-903000-19 Central Gasket Corner
AE011-903001-00
11,7
Glass Support
39,4
March 2009
RG60 Catalogue AE011-903009-00 Threshold Stopper
47
AE011-903010-00 Threshold Stopper
AE011-903011-00 Threshold Stopper
AE011-903013-00 Sealing Piece
AE011-903015-00 Sealing Piece
www.balkan.gr
AE011-903012-00 Threshold Stopper
AE011-903014-00 Sealing Piece
AE011-903016-00 Sealing Piece
RG60 Catalogue
48
4
3
4
4
AE004-904015-00
AE004-904035-00
Stroke gasket for window sash profile EPDM, black
Stroke gasket for doors profile EPDM, black
AE004-904405-00 Glazing gasket outside, 4.0 mm EPDM, black
5,5-7,5 7,5-9,5
AE004-904495-00
AE004-904505-00 Glazing gasket inside, 8.5mm EPDM, black
AE004-904002-80
AE004-904002-85
Glazing gasket inside, 6.5 mm EPDM, black
Glazing gasket inside, 8.5 mm EPDM, black
16,3
Glazing gasket inside, 6.5 mm EPDM, black
27,4
27,5
5,5-7,5
7,5-9,5
36,3 5
AE004-904935-00 Central gasket corner moulding 50x50mm EPDM, black
AE004-904870-00 23,4
AE013-929270-00 Adapter for AH900-TF269, PVC black
4
8
AE009-905140-00 Roll pin for corner connectors AE001-901440-00
7
18
5
18
AE009-905145-00 Roll pin for corner connectors AE001-901499-00
AE009-905160-00 Roll pin for corner and T-connectors
AA331-012-02-01 Brushes No 12mm
AE009-905150-00 13,5
12
7
Roll pin for corner and T-connectors
March 2009
RG60 Catalogue SECTIONS OVERVIEW
5
2
49
1
2
5
4
Fixed
Sash
Sash
3 5+1
4
Sash
6
1
Fixed
2
Sash
Fixed
3
www.balkan.gr
4
5
5
5 5
5
9
7
6
Sash 8
4
2 Fixed
6
Sash 6
Sash 6
Sash
5+4
Sash 6
5
4
3
5
Sash
6
6
Sash
5
5
3 5
5+4
5
4
Sash
4
2
Fixed
5
Fixed
6 8
2+4
3
7 2
7
1
Fixed
1
5
5 6 2
5
6 5
Sash
2
5 5
Sash
5
5
Fixed
Sash
9
6
7
5 4
Sash
3 8
6
6
Sash
4
3
4
5
6
Rebate
2 5
10
7
Fixed
5
5 4
1
2
Fixed
6
Sash
5
2
2 8
5
Fixed 3
Fixed
4
2
2
11
3
1
5
2
3
Views From Outside
RG60 Catalogue 32
35
Fixed
38
32
31
34
33
39
Sash
43
Views From Outside
36
41
SECTIONS OVERVIEW
39
36
50
33
34
Door sash inward opening
46 32 46 39
(48)
46
41
40
46
47
39
(48)
40 47
34
Sash
38
39
41
41
34
Optionally used sash
Active sash
46
Active sash
45
46
Optionally used sash
33
(48)
Optionally used sash
34
(48)
44
46
33
46
(48)
(48)
42
Fl端gel
(48)
34
46
46
35
39
46
46
39
43 45
Active sash
39
Fixed
38
(48)
33
(48)
46
Active sash
(48)
(48)
34
36
Fl端gel
43 44
Optionally used sash
38
Fixed
2
2 Fixed
Optionally used sash
43
Sash
1
32
Sash
33
(48)
47
47
34
Sash
2
2 Fixed
33
39
41
43 42
Fixed
1
32
38 Sash
1
45
39 2
11
11
43 (48)
46
2
Fixed
Sash
46
46
46
1 Fixed
43
31
Active sash
(48)
2 Fixed
33
Active sash
(48)
1
32
Optionally used sash
2
47
47
Sash
2
46
(48)
Fixed
44
(48)
31
46
34
(48)
42
(48)
Fixed
Sash
46
32
34
1
Sash
32
46 2
(48)
43
50
33
2
2
34
Section numbers inside brackets are door sashes with bottom double seals.
Sash
(48)
Sash
March 2009
RG60 Catalogue 52
1
Fixed
38
52
51
54
53
39
Sash
63
Views From Outside
2
61
SECTIONS OVERVIEW
39
2
51
53
54
Door sash outward opening
46
(65)
52
52
46 39
46
(65)
(65)
46 39
61
7
62
46
39
Active sash
53
54
44
Active sash
Optionally used sash
46
54
61
61
61
Sash
45
Optionally used sash
(65)
39
47
38
(65)
53
54
Sash
47
Fixed
39
61
Optionally used sash
46
39
1
Fixed
38
63 54
(65)
46
44
Active sash
(65)
Active sash
53
2
Sash
63 54
Optionally used sash
39
46 2
52
38
7
61
63 46
1
63
63
www.balkan.gr
63
Sash
Fixed
45
Optionally used sash
53
46
2 Fixed
44
Sash
2
1
53
54
Sash
2
47
(65)
Fixed
47
Fixed
Sash
62
(65)
1
39 Sash
11
63
11 2
51
Active sash
38
Fixed
63
46
2
1
(65)
2 Fixed
53
Active sash
2
2 1
52
Optionally used sash
46
46
Sash
47
47
Fixed
(65)
Fixed
(65)
46
Sash
45
46
51
(65)
52
52
52
52 62
(65)
1
(65)
46 2
(65)
63
50
51
2
2
52
Section numbers inside brackets are door sashes with bottom double seals.
Sash (65)
Sash
Sash
RG60 Catalogue 52
1
Fixed
38
52
51
54
53
39
Sash
63
Views From Outside
2
61
SECTIONS OVERVIEW
39
2
52
53
54
Door sash outward opening
46
(65)
52
52
46 39
46
(65)
(65)
46 39
61
7
62
46
39
44
53
Active sash
54
Optionally used sash
46
Active sash
61
61
61 54
(65)
Optionally used sash
(65)
39
47
38 Sash
45
53
54
Sash
47
Fixed
39
61
Optionally used sash
46
39
1
Fixed
38
63 54
(65)
46
44
Active sash
(65)
Active sash
53
2
Sash
63 54
Optionally used sash
39
46 2
52
38
7
61
63 46
1
63
63
63
Sash
Fixed
45
Optionally used sash
53
46
2 Fixed
44
Sash
2
2 1
53
54
Sash
47
Fixed
47
(65)
Fixed
62
(65)
1
39 Sash
11
11
63 Sash
2
51
Active sash
38
Fixed
63
46
2
1
(65)
2 Fixed
53
Active sash
2
2 1
52
Optionally used sash
46
46
Sash
47
47
Fixed
(65)
Fixed
(65)
46
Sash
45
46
51
(65)
52
52
52
62
(65)
1
(65)
46 2
(65)
63
50
51
52
2
2
52
Section numbers inside brackets are door sashes with bottom double seals.
Sash (65)
Sash
Sash
March 2009
RG60 Catalogue
53
Frame dimension=
34
34
Rebate dimension=
7
AH260-RG6121
7
Glazing dimension=
58
AE004-904405-00
AH260-RG6121
58
AE004-904405-00
Frame dimension=
44 7
AH260-RG6131
68
www.balkan.gr
44
Rebate dimension=
7
Glazing dimension=
AE004-904405-00
AE004-904405-00
AH260-RG6131
68
RG60 Catalogue
54
Frame dimension=
28
Sash dimension=
51
Rebate dimension=
AH260-RG6211
7
6
39
Glazing dimension=
AE004-904015-00
AH260-RG6121
AE004-904935-00
58
AE004-904405-00
28 51 7
AH260-RG6211 AE004-904015-00
AH260-RG6121
AE004-904935-00
AE004-904405-00
39
6
58
March 2009
RG60 Catalogue
55
Frame dimension=
38
Sash dimension=
77
Rebate dimension=
7
AH260-RG6220
AE004-904015-00
Glazing dimension=
AH260-RG6131
AE004-904935-00
68
6
65
AE004-904405-00
40 75 7
AH260-RG6220
AE004-904015-00 AH260-RG6131
AE004-904935-00
AE004-904405-00
www.balkan.gr
65
6
68
RG60 Catalogue
56
Frame dimension= 28
Sash dimension= 56
Rebate dimension= 7
AH260-RG6215
Glazing dimension=
AE004-904015-00
AH260-RG6121
AE004-904935-00
58
6
AE004-904405-00
44
Frame dimension= 38
Sash dimension= 77
Rebate dimension= 7
AH260-RG6222
Glazing dimension=
AE004-904015-00
AH260-RG6131
AE004-904935-00
68
6
65
AE004-904405-00
March 2009
RG60 Catalogue
57 Frame dimension= Sash dimension=
38 7
51
Rebate dimension=
16
22
7
AH260-RG6211
Glazing dimension=
AE004-904015-00
AH260-RG6411
AE004-904935-00
92
39
6
AE004-904405-00
Frame dimension= Sash dimension=
38
51 16 7
Rebate dimension=
22
AH260-RG6211
7
Glazing dimension=
AE004-904015-00
AH260-RG6411
AE004-904935-00
39 www.balkan.gr
6
92
AE004-904405-00
RG60 Catalogue Glazing dimension=
Rebate dimension=
Sash dimension=
AE004-904405-00
51
6
7
39
AH260-RG6211
AE004-904935-00
92
AH260-RG6411
32 AE004-904015-00
6
51
39
AH260-RG6211
7
Frame dimension=
58
March 2009
Glazing dimension=
Rebate dimension=
Sash dimension=
Frame dimension=
RG60 Catalogue
59
AE004-904405-00
51
6
7
39
AH260-RG6211
66
32
AH260-RG6260
AE004-904015-00
6
51
AE004-904935-00
www.balkan.gr
39
7
AH260-RG6211
RG60 Catalogue
61
34 7
Rebate dimension=
7
Glazing dimension=
AH260-RG6406
AE004-904405-00
34 7
AH260-RG6245
Rebate dimension=
7
Glazing dimension=
AE004-904405-00
www.balkan.gr
RG60 Catalogue
62
Frame dimension=
50
Sash dimension=
6
44
74
AH260-RG6301
Rebate dimension=
7
AH260-RG6330
Glazing dimension=
AE004-904035-00
6
AE004-904405-00
70
72
Frame dimension=
50
Sash dimension=
Glazing dimension=
6
74
Rebate dimension=
7
AH260-RG6330
44 AH260-RG6301
AE004-904035-00
AE004-904405-00
72
6
70
March 2009
RG60 Catalogue
63
Frame dimension=
48
Sash dimension=
44
4
74
Rebate dimension=
7
AH260-RG6330
AH260-RG6331
Glazing dimension=
AE004-904035-00
AH900-TF269
6
AE004-904405-00
68
72
Frame dimension=
48
Sash dimension=
74
Rebate dimension= Glazing dimension=
7
4
AH260-RG6330
44 AH260-RG6331
AE004-904035-00
AH900-TF269
AE004-904405-00
www.balkan.gr
72
6
68
RG60 Catalogue
64
Frame dimension=
38
Sash dimension=
51
Rebate dimension=
AE04-904015-00
7
Glazing dimension=
AE004-904405-00
00-539409-400EA
68
39
6 AH260-RG6211
AH260-RG6131
Frame dimension=
38
Sash dimension=
51
Rebate dimension=
AE04-904015-00
7
AE004-904405-00
AE004-904935-00
Glazing dimension=
39 AH260-RG6211
6
68 AH260-RG6131
March 2009
AE004-904405-00
www.balkan.gr
7 38
AH260-RG6411
92
51
AE004-904015-00
AE004-904935-00
AH260-RG6211
6
7
39
AE004-904405-00
Frame dimension=
Sash dimension=
Rebate dimension=
Glazing dimension=
RG60 Catalogue 65
7
72
AE013-929270-00 AH900-TF269 AE004-904035-00
4
38
AH260-RG6411
92
51
AE004-904015-00
AE004-904935-00
74
AH260-RG6330
6
AH260-RG6211
6
7
39
RG60 Catalogue Frame dimension =
Sash dimension =
Rebate dimension =
Glazzing dimension =
66
AE004-904405-00
AE004-904405-00
March 2009
www.balkan.gr
92
AH260-RG6411 AE004-904035-00
AH900-TF269
AE004-904935-00
7
44
4
6
AH260-RG6330
74
72
7
Glazing dimension =
Rebate dimension =
Sash dimension =
RG60 Catalogue 67
AE004-904405-00
AE013-929270-00
AE004-904405-00
7
72
AH260-RG6330
74
6
AE004-904035-00
4
92
AH260-RG6411
44
AE004-904935-00
7
Glazing dimension =
Rebate dimension =
68
RG60 Catalogue
AE004-904405-00
AH900-TF269 AE013-929270-00
AE004-904405-00
March 2009
7
www.balkan.gr
98
AH260-RG6335
48
6
10
10
6
AE004-904035-00
AH260-RG6330
74
72
7
Glazing dimension=
Rebate dimension=
Sash dimension=
RG60 Catalogue 69
AE004-904405-00
7
72
AH260-RG6330
74
6
10
AE004-904035-00
10
6
98
AH260-RG6335
48 7
Glazing dimension=
Rebate dimension=
Sash dimension=
70
RG60 Catalogue
AE004-904405-00
March 2009
RG60 Catalogue
71
7
34
AH260-RG6406
82
7
AE004-904405-00
7
44
AH260-RG6411
92
7
AE004-904405-00
www.balkan.gr
RG60 Catalogue
72
Frame dimension =
76
Sash dimension =
6
70 AH260-RG6311
AE004-904035-00
48
Rebate dimension =
7
AH260-RG6335
Glazing dimension =
AE004-904035-00
6
44
98
AE004-904405-00
50
Sash dimension =
76,5 47,5 7
AH260-RG6335
7
69,5 AH260-RG6311
AE004-904035-00
AE004-904035-00 AE004-904405-00
98
6
44 50
March 2009
RG60 Catalogue
73
Frame dimension
100
Sash dimension =
94
6
48
50
44 AH260-RG6131
AH260-RG6350
Rebate dimensio
48
7
Glazing dimensio
AH260-RG6335
AE004-904035-00
AE004-904035-00
68
6
98
AE004-904405-00
74
Sash dimension =
100 48
94 6
7 AH260-RG6335
44 AH260-RG6350
AE004-904035-00
AH260-RG6131
AE004-904035-00
98
AE004-904405-00
6
68 74
www.balkan.gr
Frame dimension=
Sash dimension=
7
Rebate dimension=
RG60 Catalogue
Glazing dimension
AE004-904405-00
39
74
51
6
AH260-RG6211
AH260-RG6411
88 50
AH275-RG6350
6
22
92
16
AE004-904935-00
AE004-904035-00
7
48
98
6
AH260-RG6335
March 2009
7
www.balkan.gr
98
48
6
6
AH260-RG6350
50
92
44 7
Glazing dimension=
Rebate dimension=
Sash dimension=
Frame dimension=
RG60 Catalogue 75
AE004-904405-00
AH260-RG6411
AE004-904035-00
AH260-RG6335
RG60 Catalogue
76
Section Insert frame RG60 Series for facade
POST
103,5
25 30,5
13 6,5
51
24
22
AH260-RG6211 AE004-904015-00 AE004-904495-00
AE004-904935-00
AH260-5060030
11
56
12 4,5 50
AE004-904405-00
6
39
101 105,5
CENTER LINE
March 2009
POST
www.balkan.gr
50
12
4,5
4
AH900-
56
AH260-5060030
30
PK270
138,5
AE004-904035-00
CENTER LINE
11
6,5
6
74
96
134
AH260-RG6330
90022158
136,5
72
7
24
22
RG60 Catalogue 77
AE004-904405-00
AE004-904495-00
March 2009
50
12
CENTER LINE
11
4,5
6,5
AH260-5060030
30
56
50
164,5
AH260-RG6350
80
6
156
162,5
6
90022164
98
AH260-RG6335
48
70
7
22
78
RG60 Catalogue 60
AE004-904405-00
AE004-904035-00
AE004-904495-00
BALKAN NETWORK GREECE - BALKAN SA www.balkan.gr Head Office: Athens 11th km Nat.Road Athens-Lamia, 144 52 Metamorphosi Tel.: +30 210 2810 030, Fax: +30 210 2845 025 e-mail: info@balkan.gr
Iraklio: +30 2810 370555-6, Fax: +30 2810 311 400 Larissa: +30 2410 555 641-2, Fax: +30 2410 288 919 Τhessaloniki: +30 2310 753 454, Fax: +30 2310 753 455 Τhiva: Tel.: +30 22620 72001-4, Fax: +30 22620 71293 Extrusion Industry 79th km Nat. Road Athens-Lamia, Ipato Thivon Tel.: +30 22620 72001-4, Fax: +30 22620 71293 e-mail: factory@balkan.gr
ROMANIA - BALKAN RO www.balkanro.ro Head Office: Bucharest B-dul Iuliu Maniu 333, Sector 6 Tel.: +40 213 170 695-7-8, Fax: +40 213 160 699 e-mail: balkanro@balkanro.ro
Alba Iulia: +40 258 810 241, Arad: +40 257 288 588, Bacau: +40 234 562 620 Βrasov: +40 286 549 904, Cluj-Napoca: +40 264 415 512, Constanta: +40 241 559 850 Craiova: +40 251 483 323, Iasi: +40 232 244 055, Τimisoara: +40 256 296 114 DEALERS
Galati: Alprovest, tel/fax: +40 236 458 038, Pitesti: Conarg, tel/fax: +40 248 610 089 Satu Mare: Neptun, tel/fax: + 40 261 841 930, Sibiu: Roa Design, tel/fax: +40 269 214 325 Ploiesti: Rolir, tel/fax: +40 244 225 170 UKRAINE - BALKAN UA Head Office: Kiev Moskovsky Av. 6 Tel./Fax: +38 044 464 4947/7858
Κharkov: +380 57 757 5161-2 Odessa: +380 482 328 402, 335 654, 0487 773 389 BULGARIA - BLK BG www.blk-bg.com Ηead Office: Sofia 8 Malashevska Str. 1202 Tel.: +359 2 936 6652/91, Fax:+359 2 936 6735 e-mail: office@blk-bg.com
CZECH REPUBLIC ALUMONT BUILDING A.S. DEALER Hradni-Slazska 27/37, 710 00 Ostrava Tel./Fax: +420 777 800333 e-mail: alumont@alumont.cz www.alumont.cz
RUSSIA MGM LTD DEALER Promzona 16 Str.-Armavir, 352916 Krasnodar Tel./Fax: +7 86137 58100 e-mail: armoz@inbox.ru
BELARUS SOL-FARM DEALER Kalvariyskaya 60/2H, 220073 Minsk Tel./Fax: +37517 204 22 25 e-mail: sol-farm@mail.ru