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Aluminium doors HUECK

HUECK Lambda 77L/XL

thermally insulated, 77 mm profile depth - 29

Aluminium doors HUECK

Construction:

  • High performance thermally insulated aluminium door
  • Three-chamber profiles, factory installed thermally insulated zone
  • Max. sash weight 230 kg
  • Glass thickness between 22 mm and 54 mm
  • Escape door systems in accordance with EN 1125 and EN 179

 

Elevation width

  • Narrow elevation width of fixed/sash frame combination from 148 mm

 

Profile depth

  • Fixed frame and sash frame: 77 mm
  • Inside and outside flush

 

Insulation zone

  • Fixed frames with shear-connected compound using factory installed glass fibre-reinforced polyamide strips of 30 mm depth
  • Sash profiles with low-shear Delta-T compound to reduce the bi-metal effect
  • Optional insulation inserts for enhanced thermal performance
  • Variable additional measures for different thermal insulation demands

 

Gaskets

  • EPDM rebate gasket on both sides in fixed frame and sash frame
  • Glazing gaskets with narrow elevations inside and outside, can be drawn in continuously
  • EPDM threshold gasket, optionally as rebate gasket and/or bottom rail gasket
  • All gaskets coated with sliding polymer, suitable for self-cleaning glazing

 

Opening types

  • Single- and double-leaf
  • Opening inwards and outwards
  • Depending on requirements as swing door, finger protection door, double-leaf as push-pull door

 

Hardware

  • All standard hardware variants
    • Barrel hinges made of aluminium, steel or stai×K)
    • Water tightness class 8A (EN 12 208)
    • Air permeability class 3 (EN 12 207)
    • Resistance to wind load class C3 / B3 (EN 12 210)
    • Burglar resistance WK2 / WK 3 (ENV 1627)
    nless steel and surface-mounted type hinges made of aluminium.

 

Test results

  • Uf = 1.6 W/(m²

 

HUECK Lambda DS 075

highly thermally insulated, 75 mm profile depth - 25

Aluminium doors HUECK

Product and processing advantages

  • Sturdy profile construction with 75 mm profile depth
  • Glass thicknesses and door inserts up to 54 mm can be used
  • Flush inside and outside for doors opening in and out
  • Leaf-enclosing door inserts on one or both sides
  • Differently designable interior and exterior views – from gentle curves through to consistent rectilinearity
  • Optimised "Lambdatherm" insulation zone with insulating bridges for direct screwing of hardware parts
  • Production-optimised through use of the same parts and the same hardware (door hinges) for doors opening in and out
  • Realisable door sizes (max. width / max. height): 1,500 mm / 3,100 mm
  • Max. door leaf weight of 250 kg
  • Compatible with the front door series HUECK Lambda DS 075 FD and the window series HUECK Lambda WS 075

 

System data

  • Thermal transmittance: Uf ≥ 1,3 W/m²K
  • Water tightness: (EN 12208): up to class 7 A
  • Air permeability (EN 12207): up to class 4
  • Resistance to wind load (EN 12210): up to class C2/B2
  • Burglar resistance (EN 1627): classes RC1N, RC2N and RC2

 

HUECK Lambda DS 090

highly thermally insulated, 90 mm profile depth - 27

Aluminium doors HUECK

Product and processing advantages

  • Greatly extended profile range
  • Sturdy, long-life profile construction with 90 mm profile depth
  • Glass thicknesses and door inserts of 24-68 mm can be used Flush inside and outside for doors opening inwards and outwards
  • Optimised insulation zone with insulating bridges for direct screwing of hardware parts
  • Production-optimised through use of the same parts and the same hardware (door hinges) for doors opening inwards and outwards
  • Compatible with the HUECK Lambda WS 090 windows series

 

System data

  • Realisable door sizes (max. width / max. height): 1300 mm / 2600 mm
  • max. weight: 250 kg
  • Coefficient of heat transmission (standard elevation width): Uf ≥ 1.3 (W/m²K)
  • Burglar resistance (EN 1627): up to RC 3 (WK 3)
  • Soundproofing (EN ISO 10140 / EN ISO 717-1): Rw up to 43 dB
  • Water tightness (EN 12208): class 7A
  • Air permeability (EN 12207): class 4
  • Resistance to wind load (EN 12210): class C3/B3

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