Hormann ThermoSafe ThermoCarbon - Garage door

ThermoSafe ThermoCarbon - Garage door Hormann - Free user manual and instructions

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How to connect a Hormann ThermoSafe ThermoCarbon garage door to a 24V power supply?
Frequently Asked Questions - 02/04/2026
Response Notice-Facile

To connect your Hormann ThermoSafe ThermoCarbon garage door to a 24V power supply, follow these essential steps:

1. Safety first

Ensure that the power supply is turned off before any intervention to avoid any risk of electrocution.

2. Identify the connection terminals

Locate the terminals or terminal block intended for the 24V power supply on the mechanism or control panel of the door. This information is usually indicated near the connectors.

3. Preparing the cables

  • Use a cable suitable for the 24V voltage and the power required by the door.
  • Strip the ends of the wires about 5 to 7 mm to ensure a good contact.

4. Connecting the wires

  • Connect the positive (+) wire from the 24V power supply to the positive terminal of the door.
  • Connect the negative (-) wire from the 24V power supply to the corresponding negative terminal.

Ensure that the connections are tight to avoid any loose contact.

5. Powering on and testing

After checking the connections, restore power. Test the operation of the door to confirm that the power supply is correct and that the door responds normally.

Additional tips

  • If you are not comfortable with electrical handling, consult a qualified professional.
  • Follow local electrical standards and use compliant equipment.
Respond (be the first)

Download the instructions for your Garage door in PDF format for free! Find your manual ThermoSafe ThermoCarbon - Hormann and take your electronic device back in hand. On this page are published all the documents necessary for the use of your device. ThermoSafe ThermoCarbon by Hormann.

USER MANUAL ThermoSafe ThermoCarbon Hormann

1 About These Instructions. 10

1.1 Warnings used.. 10
1.2 Symbols used 10
1.3 Abbreviations used 12
1.4 Colour code for leads, single wires and components 12

2 Safety Instructions. 12

2.1 Fitter qualification 12
3 Fitting 12
3.1 Accessories 12
3.2 Determining the door position 13
3.3 Fitting types 13

3.4 Connection to building structure 13
3.5 Adjusting the fitting.. 13
3.6 Glazing 13
3.7 Electrical connections.. 13
3.8 Fitting break-in-resistant door sets. 13

4 Description of S5 Smart, Comfort, Code, Scan. 14

4.1 LED display 14
4.2 Teaching in a radio code.. 15
4.3 Teaching in a radio code 15
4.4 Operation 15
4.5 Reset 15

5 Inspection and Maintenance 15
5.1 Checking the seating and sealing.. 15
6 Cleaning and Care 15
6.1 Surface 15
6.2 Movable fitting parts 15
6.3 Door hinges 15
6.4 Cylinder 15

7 Dismantling and Disposal 15
8 Spare Parts. 15

Hormann ThermoSafe ThermoCarbon - 1

79

Dissemination as well as duplication of this document and the use and communication of its content are prohibited unless explicitly permitted. Noncompliance will result in damage compensation obligations. All rights reserved in the event of patent, utility model or design model registration. Subject to changes.

Dear customer,

We are delighted that you have chosen a high-quality product from our company.

1 About These Instructions

These instructions are divided into a text section and an illustrated section. The illustrated section can be found after the text section.

These instructions are original instructions as outlined in the EU-BpVO 305/2011. Please read and follow these instructions. They contain important information on the installation, operation and proper care and maintenance of the aluminium entrance door so that you can enjoy the use of this product for many years.

Please pay particular attention to all safety and warning notices. Keep these instructions in a safe place for later reference!

Skilled fitting and thorough maintenance increase performance, availability and safety.

The texts and diagrams in this manual have been created with the greatest care possible. In order to provide a concise overview, not all detailed information on all variants and possible assemblies can be described. The texts and diagrams published in this manual are merely intended as examples.

Any guarantee for its completeness is excluded and does not justify a complaint.

Should you desire more information, or if special problems occur which are not described in detail in the manual, you may request information from the manufacturing plant.

Theift Rosenheim installation tool also provides further support. www.ift-rosenheim.de /ift-installation-tool

These instructions are an important document for the construction file.

1.1Warnings used

DANGER

Indicates a danger that leads directly to death or serious injuries.

ATTENTION

Indicates a danger that can lead to damage or destruction of the product.

1.2 Symbols used

Hormann ThermoSafe ThermoCarbon - Symbols used - 1

Important note for avoiding damage to property

Hormann ThermoSafe ThermoCarbon - Symbols used - 2

Permissible arrangement or activity

Hormann ThermoSafe ThermoCarbon - Symbols used - 3

Non-permissible arrangement or activity

Hormann ThermoSafe ThermoCarbon - Symbols used - 4

See text section

Hormann ThermoSafe ThermoCarbon - Symbols used - 5

See illustrated section

Hormann ThermoSafe ThermoCarbon - Symbols used - 6

See separate Fitting Instructions for the control or for the additional electrical control elements

Hormann ThermoSafe ThermoCarbon - Symbols used - 7

Electrical voltage

Hormann ThermoSafe ThermoCarbon - Symbols used - 8

Optional components, to be ordered as accessories

Hormann ThermoSafe ThermoCarbon - Symbols used - 9

Single - leaf door

Hormann ThermoSafe ThermoCarbon - Symbols used - 10

Door with side element

Hormann ThermoSafe ThermoCarbon - Symbols used - 11

Door opening inwards

Hormann ThermoSafe ThermoCarbon - Symbols used - 12

Door opening outwards

Hormann ThermoSafe ThermoCarbon - Symbols used - 13

Support blocks

Hormann ThermoSafe ThermoCarbon - Symbols used - 14

Spacing blocks

Hormann ThermoSafe ThermoCarbon - Symbols used - 15

Position the frame to the leaf

Hormann ThermoSafe ThermoCarbon - Symbols used - 16

House interior

Hormann ThermoSafe ThermoCarbon - Symbols used - 17

House exterior

Hormann ThermoSafe ThermoCarbon - Symbols used - 18

Not permissible according to DIN 4108

Hormann ThermoSafe ThermoCarbon - Symbols used - 19

Winter

Hormann ThermoSafe ThermoCarbon - Symbols used - 20

Summer

Hormann ThermoSafe ThermoCarbon - Symbols used - 21

Condensation

Hormann ThermoSafe ThermoCarbon - Symbols used - 22

Tighten the screws by hand

Hormann ThermoSafe ThermoCarbon - Symbols used - 23

Tighten the screws firmly

Hormann ThermoSafe ThermoCarbon - Symbols used - 24

Inspect

Hormann ThermoSafe ThermoCarbon - Symbols used - 25

Maintenance-free

Hormann ThermoSafe ThermoCarbon - Symbols used - 26

Placing door leaf on the floor

Hormann ThermoSafe ThermoCarbon - Symbols used - 27

Remove and dispose of component or packaging

Hormann ThermoSafe ThermoCarbon - Symbols used - 28

In the illustrated section, this indicates work steps that must be performed in succession

Hormann ThermoSafe ThermoCarbon - Symbols used - 29

Break-in-resistant component RC 3 acc. to DIN EN 1627:2011

Hormann ThermoSafe ThermoCarbon - Symbols used - 30

Break-in-resistant component RC 4 acc. to DIN EN 1627:2011

Attack side

Permanently open

Volt-free contact

Switch

Automatic door

To be connected, fitted on-site

To be connected, fitted at the factory

Hormann ThermoSafe ThermoCarbon - Symbols used - 31

Hormann ThermoSafe ThermoCarbon - Symbols used - 32

Hormann ThermoSafe ThermoCarbon - Symbols used - 33

Hormann ThermoSafe ThermoCarbon - Symbols used - 34

Hormann ThermoSafe ThermoCarbon - Symbols used - 35

Hormann ThermoSafe ThermoCarbon - Symbols used - 36

1.3 Abbreviations used

OFF (FFL) Finished floor level

1.4 Colour code for leads, single wires and components

The colour abbreviations for lead, wire and component identification follows the international colour code in accordance with IEC 757:

BK black YE yellow
BN brown WH white
GN green GN/YE green/yellow
GY grey

2 Safety Instructions

DANGER

Danger to life while fitting the entrance door

During fitting, the door or door frame can fall and kill persons.

Prior to and during fitting, secure the door and frame against falling over.

  • Comply with the basic rules in DIN 4108 Thermal insulation and energy economy in buildings when fitting the aluminium entrance door.

Make sure to comply with the applicable standards, directives, regulations, ordinances and the generally accepted rules of technology.
- Protect your door until construction is completed by covering it with foil and tape to avoid damages. But keep in mind that tape can leave residue or damage to the coating, especially under prolonged exposure to the sun.
Identify suitable fastenings according to the local conditions and have them on hand.
- Anchor the aluminium entrance door at all of the provided fixing points in the wall.
Always maintain the required edge and centre line spacing of the plugs depending on wall type, as well as the fitting information and handling guidelines of the plug manufacturer!
- Contact surfaces to be sealed with silicon and sealant material must first be cleaned, such as

  • Profile surfaces

  • Edge compound of the pane

  • Only use adhesive and sealant materials that are suitable for this application and compatible with the product materials. Follow the handling guidelines of the respective manufacturer.

  • Electrical work may only be carried out by qualified electricians.
  • EC Directive 2006/42/EC is to be complied with for aluminium entrance doors with automatic door operators.

2.1 Fitter qualification

In order to ensure proper installation of the aluminium entry door, only assembly technicians with commensurate training may be charged with the task.

ATTENTION

Impaired function

Missing or modified components will impair the function of the entrance door.

Do not alter or remove any components.
Fasten all components described in the manual.

3 Fitting

To ensure simple and professional fitting, carefully go through all the work steps shown in the illustrated section.
Before fitting the door, check whether any attached parts have to be fitted (see Figure 3).
Remove the transport protection before fitting (see Figure 2.3).
Fastening and sealing materials are not included in the scope of delivery.

NOTE:

It is important that you use the fixing points prepared at the factory.

The fixing points indicated in the fitting instructions are only general and may deviate from the fixing points prepared at the factory.

3.1 Accessories

K3 door, side element, transom light (see Figures 3.1/3.2)
VP25/VP50 extension (see Figure 3.3a)
VP100/VP150 extension (see Figure 3.3b)
VPE20 / VPE50 one-piece extension (see Figure 3.4)
KE135/KE90 corner profiles 135^ / 90^ (see Figures 3.5a/3.5b)
KS3 static profile (see Figure 3.6)

Fixing material for accessories is part of the scope of delivery.

3.2 Determining the door position

Determine the door position depending on the on-site fastening options, type of wall and the required edge and centre line spacing for the plug.
If possible, position the door so that it is within the insulation layer of the wall. With monolithic or single-shell brickwork, position the door as close as possible towards the building interior side. Observe the isothermal lines (see Figure 1).

3.3 Fitting types

  • Anchor fitting (see Figures 10-12)
    Plug-and-screw fitting (see Figures 10-12)
  • Frame screw fitting (see Figures 10-12)

NOTE:

Each fixing point must be back-blocked resistant to pressure.

Unhinge the door leaf (see Figures 2.5/15a/15b).

ATTENTION

Impaired function

Non-compliance with the handling guidelines will impair the function of the entrance door.

With fixing and sealant material, follow the handling guidelines of the respective manufacturer.

3.4 Connection to building structure

Proper fastening, load transfer and sealing of the connection joint to the building structure is a fundamental prerequisite for permanent usability of the door. It depends on the respective exterior wall system and fitting situation. Comply with the requirements of the current EnEV, the specifications of the RAL quality monitoring association for windows and doors e.V. and the manufacturer's processing guidelines.

The following generally applies:
Room side Air andvapour diffusion-tight seal
Average range Thermal insulation unsusceptible to moisture
Exterior side Vapour diffusion-open wind and rain barrier

(see Figure 11.1/17).

3.5 Adjusting the fitting

Horizontal and vertical door leaf adjustment, contact pressure adjustment (see Figures 15a-15b).

ATTENTION

Limiting the door opening angle (see Figure 15b.1)

The door opening angle must be limited to 105^ on site.

Note that for concealed hinges, the door opening angle must be limited to 105^ , as otherwise damage to the hinge or door frame can be expected.

3.6 Glazing

  • Insertion and replacement of the glass panes or infills (see Figure 14).
  • Blocking suggestions (see Figure 14)
  • Secure blocking against falling (e.g. with PatTex adhesive).

3.7 Electrical connections

DANGER

Mains voltage!

Contact with the mains voltage presents the danger of a deadly electric shock. For that reason, observe the following warnings under all circumstances:

Electrical connections may only be performed by a qualified electrician!
The on - site electrical installation must conform to the applicable protective regulations!
Qualified electricians must ensure compliance with the national directives for the operation of electrical devices!

Depending on the length of the power supply cable, it must have at least the following cross-section:

10 m 0,50 mm275 m 1,50 mm2
40 m 0,75 mm2125 m 2,50 mm2
50 m 1,00 mm2

3.8 Fitting break-in-resistant door sets

The fitting instructions in this section give additional tips on fitting break-in-resistant door sets with resistance classes RC 3 acc. to DIN EN 1627: 2011 (see Figures 18-22).

Only by a professional fitting in accordance with these instructions will the door sets be equipped with break-in-resistant features.

3.8.1 Permissible walls

The required break-in-resistance can only be obtained if the adjacent walls meet the requirements according to Tab. 1 - Tab. 3.

3.8.2 Permissible wall connections

The wall connections defined in Image 10.2a-10.2n are permissible. Expert fitting must be verified with a fitting certificate.

3.8.3 Safety relevant components

The required break - in - resistance can only be obtained if the used infills meet the following requirements.

Minimum requirement for the side element, transom light infills:

Resistance class RC 3
Glazing resistance class according to EN 356P5 A
Placement of the safety pane Attack side
Panel with or without glass Aluminium panel

The exchange of safety-relevant components (e.g. fittings, locks and infills) can lead to a loss of door set resistance.

Tab. 1: Classification of the resistance classes of break-in-resistant components for solid walls

Resistance class of the component acc. to DIN EN 1627Surrounding walls
In brickwork according to DIN 1053-1Reinforced concrete walls acc. to DIN 1045
Wall thickness (unplastered)Compression strength class of the bricks (DFK)Apparent density class of the bricks (RDK)Mortar group [min.]Nominal thickness [min.]Strength class [min.]
RC 3 ≥ 115 mmm≥ 12-MG II/DM ≥ 140 m≥ 120 mmB 15
RC 4 ≥ 240 mmmm

Tab. 2: Classification of the resistance classes of break-in-resistant components for gas concrete walls

Gas concrete wall
Resistance classCompression strength class of the bricksNominal thickness Version
RC 3 ≥ 4 ≥ 240 mmBonded

Tab. 3: Classification of the resistance classes of break-in-resistant components for timber panel walls

Resistance class Suitablewall construction
RC 3Tongue + groove timber cladding 19 × 120 mm, batten 40 × 60 mm, SB.W 60 mm, timber post 60 × 140, MF 140 mm, PE plastic film, OSB 15.0 mm, GKB 12.5 mm
Plaster with fabric, SB W 40 mm, DWD 15.0 mm, timber post 60 × 140, MF 140 mm, kraft paper, BFU 15.0 mm, GKB 12.5 mm
Plaster with fabric, approx. 4 mm, PS 30 mm, FP 13 mm V100E1, timber post 60 × 140, MF 140 mm, PE plastic film 0.2 mm, FP 13 mm V20E1, batten 40 × 60 mm, insulation MF 40 mm, BFU 15.0 mm, GKB 9.5 mm
RC 4Plaster with fabric, approx. 4 mm, SB.W 60 mm, DWD 15 mm, timber post 60 × 160 mm, SB.W 160 mm, sodium kraft paper, OSB 22 mm, BFU 15 mm, GKB 12,5 mm
Plaster with fabric, approx. 4 mm, SB.W 60 mm, DWD 15 mm, timber post 60 × 160 mm, mineral fibre 160 mm, sodium kraft paper, FP 13 mm V20, sheet metal 0,75 mm, FP 13 mm V20, GKB 9,5 mm

Prefabricated and timber partition walls with respective resistance class suitability certification from the manufacturer. Deviating walls possible in accordance with EN 1627.

Minimum requirements for the fittings:

Resistance class RC 3 RC 4
EN 1303 (see Figure 19)
Locking cylinder (position 7)46
Locking cylinder (position 8)12

Be sure to observe the following fitting instructions:

The visible gap of 5± 1 mm between frame and leaf must be observed (see Figure 20) so that the lock bolts fully extend into the lock plate openings.

3.8.4 Additional instructions for fitting

Install the frames vertically and properly aligned (see Figure 11).
In the areas described below, back-fill the spaces between frame and walls with a rot-free material to withstand pressure:

— Hinges
Infill
- Locking
Fixing points
- On the upper and lower corners

By taking suitable precautions (e.g. silicone), make sure that the pressure-resistant back-packing is not able to shift (see Figure 10.2).

3.8.5 Instructions for the user

  • Break-in-resistant components only provide burglar resistance in a closed, locked, and secured state and when the key has been removed!
  • Anti-panic locks are not permissible in combination with break-in-resistant doors!

  • Knob and round cylinders are not generally permitted in break-in resistant doors (RC 3).

3.8.6 Guarantee

To ensure the performance criterion "break-in resistance in accordance with DIN EN 1627" with classification RC 3 the fitting company must confirm expert fitting in accordance with these instructions by means of the document "Fitting certificate for break-in-resistant doors" provided with the order confirmation and return this document filled out to the manufacturer.

4 Description of S5 Smart,Comfort,Code, Scan

Volt-free control of the locks (see Image 7b/7c/7d)

If the locks are to be controlled via intercom/buhtons to which voltage is applied at the output, this cable must be switched to volt-free by fitting a coupling relay. Coupling relay for standard cases (12 V AC) in accessories.

The factory code must be changed for the initial start-up of the finger scanner! For this, see the included operating instructions.

4.1 LED display

Blue (BU)

Condition Function
Illuminated briefly A valid radiocode was discovered for channel 1
Illuminated long once A valid radioradio code is discovered that has been stored on both channels
Flashes slowly Receiver is in thelearn mode for channel 1
Flashes quickly after slow flashingA valid radio code was discovered during the learning
Flashes slowly for 5 secondsDevice reset is being implemented or completed
Flashes quickly for 2 seconds
Off Operation mode

Programming button P (P button)

4.2 Teaching in a radio code

To activate / switch a channel:

Press the P button once to activate channel 1.

To abort the learn mode:

Press the P button 3 times, or wait for the timeout.

Timeout

If no valid radio code is recognised within 25 seconds, the receiver automatically returns to the operation mode.

4.3 Teaching in a radio code

(see Figure 7e)

  1. Press the P button to activate the desired channel. - The blue LED will flash slowly for channel 1.
  2. Put the hand transmitter, whose radio code is to be inherited, into the Inheriting/Transmitting mode. If a valid radio code is recognised, the LED flashes quickly in blue then goes out. The receiver is in the operation mode.

4.4 Operation

In the operation mode, the receiver signals the recognition of a valid radio code by illuminating the blue LED.

NOTE:

If the radio code for the taught-in hand transmitter was copied from another hand transmitter, the hand transmitter button must be pressed a second time during initial start-up.

A valid radio code

channel 1 is discovered = The LED is illuminated briefly once

4.5 Reset

All radio codes are deleted by the following steps:

  1. Press and hold the P button.

The LED slowly flashes in blue for 5 seconds.

The LED flashes rapidly in blue for 2 seconds.

  1. Release the P button.

All radio codes have been deleted.

NOTE:

If the P button is released prematurely, the device reset will be aborted and the radio codes are not deleted.

5 Inspection and Maintenance

5.1 Checking the seating and sealing

Before finishing the fitting process, check that the aluminium entrance door has been fitted correctly.

Inspect the following points:

  • Seating of the fastening screws to the building structure
    Sealing of the aluminium entrance door to the building structure

6 Cleaning and Care

6.1 Surface

You have purchased a high - grade aluminium product. Protect it by performing cleaning and upkeep regularly. This is the only way to prevent undesired corrosion caused by environmental conditions and contamination related to use.

Wash surfaces with a mixture of alcohol and water before bonding.

ATTENTION

Unsuitable care products

The door surface and adjacent components can be damaged by aggressive, corrosive or abrasive materials such as acids or steel brushes.

Only use conventional care products and microfibre cloths to maintain the aluminium entrance door.
Use water to rinse any dirt off high-gloss surfaces.
Never use polish on matt surfaces.
Always take note of the manufacturer information for the care products.

NOTE:

Manufacturer's recommendation: proWIN "Seidenglanz" detergent in conjunction with the proWIN "Hochglanzzauber" microfiber cloth. www.prowin.net

6.2 Movable fitting parts

Oil or lubricate moveable fitting parts once per year.

Only use acid-free oil or vaseline.

6.3 Door hinges

ATTENTION

Lubricating the door hinges

Lubricate concealed door hinges after 50,000 locks at the latest.

Surface-mounted door hinges are maintenance-free.
Never lubricate the these door hinges.

6.4 Cylinder

To maintain the closing cylinder, only special cylinder care spray is approved. Do not use products that contain graphite under any circumstances.

7 Dismantling and Disposal

Dismantling of the aluminium entrance door is conducted in the reverse order of the assembly.

To dispose of it properly after dismantling, the aluminium door must be disassembled into its individual components and disposed of according to local official regulations.

8 Spare Parts

We advise explicitly that only genuine spare parts are tested and approved.

The following cylinders may be used in conjunction with our locks H5/S5:

Knob cylinders
Cylinders with/without compensator function
Cylinders with/without emergency and hazard function

If using other locks, such as gear locks with anti-panic function, proper function in conjunction with the desired cylinder must be checked and ensured in advance.

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IpopeccnoHaibHo BbInonHeHHbIe KpEnneHne, pacnpedeHne Harpy3kn I rePmeTn3aunie CoeHNHTbHOro 1Ba, npmbkaIOeRO K cTPONTbHO KOHCTpyKUn - 3TO BAckHbE ycOBnA dNtTeBHO 3cKnpyATAuONHOH NAdeXKHOCn DBepn. Oha 3aBNCIT OT KOHKPeTHO CNCTeMbI HApYxHOH CTeHbI MOnHTaxHOH cnTyauu. Co6LIOdaI TepeBOAHm DeIcTBUoero IocTaHOBENHn OB 3KOHOOM 3Heprn (ENv), npeDncaHn AccouaMn no KOHTpOIO 3a KaHeCTBOM OKOH IN BXODbIX DBepe RAL ("RAL-Gutegemeinschaft Fenster und Hausturen e.V.") n IHCTpyKUnn NO o6paobOTke MaTePnaIOB fOpMbI-npOn3BOUnteJIa.

Ta6n.1: PaCnppeHeneHKe KOHCTpyKTHBbIX 3NeMEnTOB C 3aUHTOINOT B3NOMA NO KNaCCAM yCTOHNBOCTN K B3NOMY -IIM MaccNBbIX CTEH

PnBBOeB3KcNpyatauIO DeTeKTopaOTneayATKOB nIaueB CJIeNyET m3MeHHTb 3aBODCKoK KO! CM. BxOJaueE Bo6bEm NOCTaBN pyKOBOCTBO NO 3KcNpyatauIN OT KOMPaHIN.

4.1 CBeToaNoDHaNnHnKaua

CnHero zBeta (BU)

Bce paiokoDbI CTnpaOTc nyTem BbIOHHeHH Cnedyuux DeiCTBn:

  1. Haxmte Ha klaBnuy P n depxnte ee haxaToi.

CBeToIOIO MeIeHNO Mnraet CnHUM CBETOM B TeHeHne 5 cekyHd.
CBeToDIO6bICTPO MmraET CINHM UBeTOM B TeeHnE 2 cekyHd.

  1. OTnyctnte KJIaBnIy P. Bce paNOKoIy ydaJIeHbI.

YKA3AHNE:

Ecnn KlaBnua P 6ydt OTnyueta paNbue BpeMeHn, To Bo3Bpata npibopa B nCxOndoe noIoxKeHne (reset) npepBETcN paIIOKOdb He 6ydyT ydaJeHbl.

5 NpOBepaN TeXo6cnyKuBaHne

5.1 PpOBepka pacnoJoxhenny yIyIOThenHn

Ipeep3aBepweHemMOHTaxKa Heo6xOIMn pOBePntb npabunlbHOCTb yCTaHOBKn aIKOMNHmEBbIX BXOdbix DBepei.

Heo6xoHMO npOBepntb cneIyOooee:

PacnoioKeHne KpenexKbIX BHTOB OTHOCHTeBHO Kopnyca 3aHa
- YIIOHTHeHHe MEKdy aIOMMHHeB0 BXoHOn DBepbIO N KOpNycOM 3aHnA

6 OuNTKa n yxOa

6.1 NObepxHocTb

Bb npno6pei BbICOKoKaueCTBeHHoe n3dJIe N3 aIIOMNHN. PeryIaHPO OuNauTe erO n 3a60Tecb o HEM.ToIbKO TaKIM o6pa3OM Bbl CMOXeTe n36ExKaTb HexKeNaTeNbHbIX npoRbHeHn KoppO3Hn, Bo3HnKaHOe NOD Bo3DeNCTBnEM NorOdHbIX YCLOBn, n 3aqrA3HeHn, CBra3aHbIX c3KcPnyatauNe N3dJIeN.

CKlenBaemble NOBepxHocTH Heo6xoDIMO 3apaHee OunchTb C NOMOsbIO BOHO-CnIPTOBORO pactBopa.

BHIMMAHNE

Henoxdoxaune cpectba no yxoNy

NobepxHocTbDbepnIINpIMMbkaIOUnxKHeI DeTaJIeN KOHCTpyKcIM MoKET NOLyHTb NOBpeXKeHnB CCB3N CnonaHaHem Ha Hee arpeccNBbIX, EKnX NII abpa3NBbIX BeueCTB, HApIMep, KNCLOT, INI NOLyHTb NOBpeXKeHn PnOuNTke C NOMoSbIO CTaJIbHBIX UETOK.

Дяуха3a aIIOMHHeBoi BXOHOI DBepbIO nCNoJIb3yTe TOnbKO O6bUHbIe CpeCTBa OYnCTKn I CanPeTKn 13 MInKpOΦn6pbI.
CmbBaIte rpa3b c 6JIecTauxNX nobepxHocTe C NOMOuBIO BObbl.
PnO uHCTKe MaTOBbIX NOBepxHOcTe HNKoTdHe nCNoIb3yIte NoIHTpy.
PnncnoB3oBAHm CpeDCTB OCHCTK N Bcerda yHTbBaTe yka3AHN n3ROTOBNTeI.

YKA3AHNE:

PekomehdauuФHmbl-mpou3BOJnteJIy:UcTaeCpeIcTB0 proWIN «UeKOBnCTbI b6IeCK" B KOMbHaun c MmKpOBoJokNHeTo caFepTKoR proWIN «Rpkn 6IeCK". www.prowin.net

6.2 NodBnKhble deTani fypHHTpybI

HaHocnte cma3ky Ha noBnKhIe qactn cyphHTpybOdIN pa3 B ro. NcnoJb3yIte TOnbKO MaNo,He coepKaaee KncNtbl, INI BA3eINH.

6.3 Bepehne nTn

BHIMAHNE

Cma3bIbAHne DBepHbIX nTeTb

CmaKbTe CkpbTbe DBePbIe neTn Camoe no3dHee Upe3 50000 3akpbBaHm

HaknaHbIe DbePbIe NeTn He HyKdAOTcB TExHueCKOM 06CnyXnBaHH.
HnKoIa He Cma3bIaBte ux.

6.4 Lnnnnpbl

K yxody 3a 3ambkaIOUIM cIINHDPOM dOyckAOTc ICKIOHTeBHO CNEuaJIbHbIe a3pO3OJIbHbIe paCnblNTeIN IpyocTKn cIIINHDPoB. H N B KOEM cIyae He nCIOJIb3yTe cpedCTBa, coepKaUne rpaΦnt.

7 DEmoHTax n yTuIN3aUN

EmoHTax aIOMHHeBbIX BXOaHbIX DBepe npou3BOuNTcB O6paTHOMnpaKe.

Ipy npabnHbOH yTmN3aun aniomnHneB0 BXoHOB DBeep nocJe demoHTaxka Heo6xOJIMO pa3o6paTb ee Ha OTdeNbHeKOMnoHEtbl Iy TmN3npoBaTb IX C co6JIOpEHNEM MecTHbIX BeDMCTBeHHbIX npednucAHNI.

8 3aacHbIe qactn

Mbl oco6o noDuepeKnBaem, YTO nCbItaHbI nDoNyueHbIKNCIOJIb3OBAHnIO TOJbKO opINHaJIbHbIe 3aNaChbIe YaactN.

B KOM6HauCn CHaUMN 3aMkAm H5/H9/S5/S7 MoryT nCNoIb3OBAtBcCJeDyUOuNe cUINHnpbl:

  • cnHdpb Knauf
  • CUNHnDpblc FyHKUeE CBO6oHOrO xOa / 6e3 FyHKUeN CBO6oHOrO xOa
  • CINHdpbCfhyKcneonOBeueHnO6 onaCHOCTN/6e3 fHyHKnn ONOBeueHnO6 onaCHOCTN

PnncnoJb3ObaHnn DpyuNX 3AMKOB, HAnpImpepeyKTophIX 3aMKOB C cyHKnei “aHTunahnka”, Heo6xOIMO 3apaHee npOBepNTb N yCTaHOBt b IN HaJeXHOCTb N pInrOHOCTb K kCkNpyatauIN B KOMbHaUcIN C KeJaembIM cIINHDPOM.

Kazalo

1 O navodilih. 65

1.1 Uporabljena opozorila.. 65
1.2 Uporabljeni symboli 65
1.3 Uporabljene okrajsave 67
1.4 Barvna koda za napeljave, posamezne zile in gradbene elemente 67

2 Varnostna navodila 67

2.1 Usposobljenost monterja.. 67
3 Montaza 67
3.1 Dodatna oprema.. 67
3.2 Dolocite položaj vrat 68
3.3 Načini montaže.. 68
3.4 Pritrditev konstrukcije 68
3.5Nastavite okovje 68
3.6 Zasteklitev 68
3.7 Elektrichi prikljucki 68
3.8 Montaza protivlomnih vratnih elementov.. 68

4 Opisistema S5 Smart, Comfort, Code, Scan 70

4.1 Prikaz LED 70

4.2 Programiranje radijske kode 70
4.3 Programiranje radijske kode 70
4.4 Delovanje 70
4.5 Resetiranje naprave 70

BcKaKaBa OTRObOPHOCT 3a I3YepeNaTeHIOCT e I3KJIooHeHa I He daBa npaba 3a peKlaMaUy.

Ako Bbnpekn TOBa 6xTe NCKaJI Da nOJyUte DoNtBnHITeHa INHOpMaun IIN Bb3NkHAT npo6IeMn, KOIO He ca pa3rIeHa NDOCTaTbHNO NOpOboH BO INHCTpyKuIraTa 3a ekCIIoatau, MOKeTe Da nonckate Heo6XoDIma TnHOpMaun DInpeKTHO OT 3aBOda npOn3BOdntE.

POMOu MoKeTe Da NOLyUHTe OI NT POrpMaTa 3a INaHIpaHe Ha MONTaxa Ha ift Rosenheim. www.ift-montageplaner.de

Hactoata nhtpykue baxeH dokyment 3a cTPONTenHaTa DOKymeHTaun.

1.1 3nol3BaHn npedynpeJxDHeHH

Bpata cbc ctpaHHa yact

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 1

Bpata, otBapraa ce Habtpe

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 2

Bpata,otbapraa ce nabbn

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 3

Hocseu neementn

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 4

ДиСТанчIoHnI eNemEHTN

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 5

LcHTpnpaHnpaMkataNOKpNIOTO

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 6

Ha 3aKpnto B Doma

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 7

HaOTKpnto n3BbH Doma

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 8

HedonyctmOCbflnacHO DIN 4108

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 9

3nma

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 10

Jrto

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 11

06pa3yBaHe Ha KOHdEh3

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 12

NaponehnponyckKlnBO

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 13

IapopnpoyucKlnBO

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 14

3aTeHHeTe BpB3KaTa Ha pBka

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 15

3aTeHHeTe Bp3KaTa 3paBO

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 16

IpoBepeTe

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 17

MnCKBaU, MHNIMaHaNoDpBxKa

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 18

PapkpaiTe KpniIto Ha BpaTata

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 19

OTcTaheTe enemeHTa mNOnakOBKaTa n ro, r n3XbPnTe

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 20

06o3haeHNbactTa cHrpyntpepa6OHTN CTbKn, KOITOPra6Ba da 6bDat n3NbHeH NocJeDoBateHNO

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 21

Enemertc3aunTa cpeuB3JOM RC 3 cbrrncho DIN EN 1627:2011

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 22

Enemert cbc 3aunTa Cpeu y B3JOM RC4 cbrnacho DIN EN 1627:2011

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 23

BbHnHa cTpaHa

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 24

TpaHNo OTBopeHo noJIOxKeHne

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 25

6yTOH C HynEe NOTeHuaIaI

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 26

PpeKbcbay

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 27

ABTomatnHa Bpata

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 28

3a Cbbp3BaHe, MOHTIPAHe Ha MRCTO

Hormann ThermoSafe ThermoCarbon - 3nol3BaHn npedynpeJxDHeHH - 29

Cbbp3aHO,MOHTnpaHOB3abOda

1.3I3no3BaHnCbkpaueHn

OFF TopeH KaHT Ha roTobnI noD

1.4 LBeTOBn KOObE 3a npOBODHnUTe, OTdENHnTe KJna n enemEnTH

CbkaaehnraHa zBeTObTe, 6o3Haayabaun npOBOnHnnte nTexHnTe KInla, KaKTo N OTdEnHnTe enEmeHTn, CbOTBETCTBaT HaMexkyhapOdnHe TzBeTobN KODoBe cbflacHO IEC 757:

ВК черенYE_Жыт
ВN КадявWH_баян
GN_зеленGN/YE_зелен/Жыт
GY_CИВ

2 Ka3aHa 3a 6e3onachOCT

ONACHOCT

Onachoct 3a KMBOTA npM MoHTAX HA BbHnHaTbPata

PnMOHTaKa Bpata Na pAmkata Ha Bpata Moat Da Ce npeo6bphat N taka Da y6nrt Xopa.

Ppeu n no Bpeme Ha MoHTaKa o6e3onacTe BpaTaTa npamkata cpeuy ppeo6pbuahe.

  • Pn MOHTaxa Ha anyMHNHeBaTa BbHua BpaTa Cna3BaIte OCHOBHnTe npabuHa Ha DIN 4108 Tornon3oJa n eHEproCneTBAhe B crpaI.
    IorpxkTe ce 3a cna3BaHTo Ha deNCTbaUHTe CTHaDapTN, DnpeKTHBn, npednucHn, Hape6n n o6oOpneTNTe CTPouTeJIHN n TexHnueCKn pa3npoe6n.
  • Do 3aBbPbBaHae Ha CTpONTeHNHe paBOn 3aUHTe aanyMHHeBaTbBbHHa BpTa C fOJIIO, fKcnpAHO cC b3aJENBaIa JnHTa 3a Da n36BerHeTe NOBpeN. O6bPHeTe BHNMaHHe, Ye 3aJenBaunTe JeHTN, Hau-BeYe npn NO-NpOdBbJHKnTEHNO HapRbAeOT CbHcTeO, MOrat da OCTaBt CneDn CneD OTJeBNBaHTo IM.
    OnpeJeTe noXoJaTne qKcnpaun enemEn CbrnaCHO MeCTHNTe YCIOBnI r n dpbXte Ha pa3noJoxHe H MaRCTo.
    -ФИКСИРаTe aIyIMHHeBaTa BbHlHa BpaTa KbM BCnKn npeBnDEHn ToCkN 3aФИKCSIPAhe Ha CTeHaTa.
    Hempemeho cna3baIte Heo6xOdumite pa3ctoHnO KaHTa nOCOBITE pa3CTOHHA HIO6eJInte B 3aBNCIMOCT OT BuHa CTHe, KAKTO uYkAsAHRTa 3a MOHTaK INpeDnCAHHaT3a 06pa60TKa HA npOn3BOIDTeN Ha IO6eJInte!
  • PpeI ToBa NoCHTeTE BCNU KONTAKTHN NOBbPxHOCTN, KOITo Ce 3aneuTaBAT Cbc CUNIKOH UyJIbTHNTeJH MaTePnA,IHaP.

NOBbpxHOCTnTeHa npoФnla
CbeDHHHTENHn npoMmKJy KaHTOBeHa CTbKJIOTO.

13no3BaIe cmo IeNIO n yIbTHITeH MaTePnA, KOTo Ca noDxOJaI 3a npEHa3HaHeHneTO u CbBMeCTUMC MaTePnAInTE. Cna3BaIe npEtnCaHnraT a 3o6pa60Ka Ha CbOTBeTHn npOn3BOJNTe.
Pa6oTne No eJekTpOuHnctaJaunTa Tp86Ba Da ce 3BbPWBat cAmO OT INHXeHep-eJekTpOExHnK.
PnanyMNHeBn BbHUNBpaTn cABTomaTHO 3aBnKBaHe da ce cna3Ba DnpeKTbHa Ho EO 2006/42/EO.

2.1 KbainnKauHa MoHTbopa

3a da ce rapaHTnpa,he anyMnHneBata BbHnHa Bpata ue 6bDe MOHTnpaHa KOMTeHTHO, Tpr6Ba da ce noJ3BaT yCJyRrTe cAmo HA MOThbOpn Cbc CbOTBeTHOTO Obpa3ObaHne.

ВИМАНЕ
Наршиени на Функцята Лимпсваши помени有很大 лесен'tи Наршават Функцята на Бьншату врata. ► He поменяты и He otstраняваite лесен'tи. ►Фиksниоте BCИЧКЕ лесен'tи, поочень в Инструкцята.

3 MoHTax

3a neceH N KOMnTeHTeMH MoTtAX CneDbaTe CTpNKTHO npedctabeHHeHte B acTa C npyPte pa60THn CTbKN.
PpeM MoTaxa Ha BpaTata npOBepTe, daHn Tp6Ba Da ce MOHTnpa DOnbJIHNTeJIH eJEMeHTN (BxK pR.3).
- PpeMOnTaxa OToCTpaHete CpeIcTBata 3a o6e3oNaCBAHe npu TpaHCnOPT (BxKΦnR.2.3).
ΦKcnpaNTe N yIbTHNTEHnTe MaTePnAnHe Ca BKNIOeHN B06XBATA Ha DOCTaBkata.

YKA3AHVE:

Hai-Hanpei Da Ce H3No3BaT NoIroTBeHInTe B 3aB0da ToKn 3a

Iocouhnte B INCHpykunra 3a MOHTAK TOKn 3a fNKcnpaHe IMAT O6UOBaUNDeH xapakTeP N MOKe da ce pa3JIuYabat OT NOIgROTBeHnte B 3aBOda.

3.1 PpHaadEeKhoctn

K3Bp3ka Bpata,CTpaHnHa Yact,06epnxt (BxKΦnr.3.1/3.2)
VP25/VP50 Pa3uipene(BnK 3.3a)
VP100/VP150Pa3upeHnE(BNxΦnR.3.b)
VPE20/VPE50Pa3upeHneOteHauct(BXKΦnr.3.4)
KE135/KE90brnoBnnpoФn135°/90° (BxKΦn.r.3.5a/3.5b)
KS3 CtaTmHn npoФnBnK pnr. 3.6)

MaTePnAInTe 3aФHKCuPaHHa npHaJaNExKHOCTnTe Ca BkIIOHeH B OxbBaTHa DoCTaBKaTa.

3.2 OnpeDenHe Ha no3nTuHa BpaTaTa

YcTaHOBeTe N03nUraTa Ha BpaTata B 3aBNCIMoCT OT Bb3MOxKHOCTnte 3aФNKCuPaHe Ha MRCTo, BnDa Ha CTeHa T HeO6XODmITE pa3CTOHRNr OT KaHTa NOCOBITE pa3CTOHRNr 3a DIO6JIInTe.
No Bb3MOxHNOCT No3NIOHOHPaIte BpataTa Taka, Ye da JIeKHa HnBOTO Ha 13OJaUNrTa Ha CTeHATA. Pn moHOJTHa nnEHNOCIoHa 3NDapn IooNIOHOHPaIte Bpata Bb3MOXHO Han-daney OT BbTpEwHATA CTpaHa Ha cTpaDATA. Bzemete npedBnID n3OTepMNHy INPOUC (BnxΦnr.1).

3.3 BnIOBE MOHTAXK

MoHTaK c aHKePHn PAnHKu (BxK 10-12)
MoHTaX C dIO6eN (BIX KIur.10-12)
MOHTAX Ha pamkata C BnHTOBE (BHX qnr.10-12)

YKA3AHHE:

BcKaToHc3aΦnKcnPAne TpR6Ba Da e 6JoknPnHa OTe3aHaTaCTpaHa TaKa, He da e yCToHnBa Ha HATnCK.
- OkaBaHe Ha KpIIOTo Ha BpaTa (BIXK 2.5/15a/15b).

BHIMMAHNE

HapyuHHe Ha yHKnIyTa

Hecna3BaHeTo Ha npednncanra 3a 6pa6otka 3acra foHKnraHa BbHnHaBpTa.

CnazBaIte npedmncanra 3a o6pa60ka Ha qKcnpaunna n yIbTHHTeJIeMaTePnAHa CbOTBeTHNpON3BODHTeJ.

3.4 PnncbceHnHaBe KbM crpaJa

KomneTeHTHO fHKcnpaHe, pa3npedeHHe Ha HatoBapBaHTo n yIbTbTHRaBeHa npncbeHNHTeHaTa Fyra KbM crpaData e CbIeCTBeHO ycNoBHe 3a noCTrHaHe Ha TpaHa RoHDoc 3a EKcNIOATAuHa Ha BpTaTa. Te 3aBnCrt OT bHUnHaTc TcHeHa mOHTaXHATA cITyaUa. Cna3BaIte N3NCBAHnTa Ha AKTyAInHata peAdakua Ha Hape6bata 3a eHepnHaTa eEkeTNBhOct, EnEV, npedncaHnra Ha cdpyKeHHeTO RAL-Gutegemeinschaft Fenster und Hausturen e.V. u daEHnTe OT npoun3BnDnTeYka3aHn 3a pa6oTa c npodykTa.

I3pHNO 6pb7aMe BHMMaHHe, He ca n3nTahn I OdopeHn cAmO opunHaHn peepBn Yactn.

B KOM6bHaCnA C HauHTe 6paBn H5 / S5 MoaT da ce n3No3BaT cnEHNHe NaTPOH:

06bn natpon
- NaTPOH c/6e3ФyHKnHa cBc0bOeH xoJ
- NaTPOH c / 6e3 abapuHa yHKnua

PnMOHTnpaHnApyn6paBn,KATO HApnPme6paBn CpeykTOp n aHTtnaHmK FyHKuY,TPa6Ba da ce npOBepn n rapaHTnpa FyHKUHOHaHata roDHOCT B KOMbHaCn C XeJAnHn naTPOH.

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 1

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 2

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 3
1a

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 4
1b

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 5
1c1d

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 6

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 7

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 8

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 9

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 10

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 11
2.3

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 12

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 13

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 14

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 15
2.4a2.4b

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 16

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 17

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 18

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 19

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 20

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 21

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 22

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 23

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 24
3.2

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 25

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 26
1

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 27

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 28
2
3.3a
VP 25
VP 50

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 29
3
3.3b
VP100 VP150

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 30

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 31

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 32

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 33

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 34
6

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 35
6a

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 36

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 37

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 38

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 39

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 40

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 41

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 42

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 43

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 44

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 45

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 46

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 47
6c

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 48

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 49

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 50

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 51

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 52

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 53
1

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 54

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 55

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 56

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 57
2

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 58
2

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 59

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 60

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 61

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 62

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 63

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 64

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 65

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 66

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 67

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 68

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 69

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 70

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 71

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 72

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 73

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 74

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 75

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 76

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 77

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 78

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 79

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 80

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 81

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 82

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 83

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 84
15b.2

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 85

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 86

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 87

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 88

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 89

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 90

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 91

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 92

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 93

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 94

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 95

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 96

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 97

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 98

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 99

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 100

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 101

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 102

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 103

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 104

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 105
18.4

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 106

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 107

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 108

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 109
1
18.5

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 110

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 111

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 112

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 113
1

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 114

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 115
3

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 116

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 117

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 118

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 119

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 120

Hormann ThermoSafe ThermoCarbon - PnncbceHnHaBe KbM crpaJa - 121

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Product information

Brand : Hormann

Model : ThermoSafe ThermoCarbon

Category : Garage door