About KlassicView Sliding Stacking Door

The KlassicView Sliding Stacking door is a high-performance door, ideal for residential and semi-commercial applications. Designed and engineered with Australian climatic conditions in mind, the Sliding Stacking door offers a range of heavy-duty interlocks for high performance.
Its outer frame contains a fly door track for the addition of a fly screen.

The entire KlassicView range has been tested and exceeds Australian Standard AS2047.

Design Features:

  • null
    Accepts glass thickness from 5mm toughened to 10.38mm single glazed glass and 16mm-20mm double glazed glass
  • null
    Frame height up to 2500mm max and 1350mm panel width max
  • null
    Sash weights up to 120kgs
  • null
    Fly Screen rack built into the frame system
  • null
    A range of heavy-duty interlocks available for high performance
  • null
    Built-in weather flap to protect against water and air penetration
  • null
    Outer frame also incorporates fly door track
  • null
    Can be coupled to other KlassicView products with use of adaptors

WERS Ratings

The Window Energy Rating Scheme (WERS) is accredited by the AFRC – which means that WERS ratings are compliant with the NCC.

Reports are prescribed both the window performance for total window U Value (Uw) and total window Solar Heat Gain Coefficient (SHGCw).

U-value

U-value measures how well a product prevents heat from escaping.

It is a measure of the rate of non-solar heat loss or gain through a material or assembly.

U-value ratings generally fall between 2.0-10.0 W/m2.K for Australian products. The lower the U-value, the greater a window’s resistance to heat and cold flow and the better its insulating value.

Solar Heat Gain Co-efficient (SHGC)

SHGC measures how well a product blocks heat caused by sunlight. SHGC is expressed as a number between 0 and 1. The lower a window’s SHGC, the less solar heat it transmits.

Tested to AS2047

Under the Building Code of Australia, we are required to produce windows and doors that meet mandatory minimum specifications under Australian Standard (AS) 2047 – including AS1288.

Simulations of High Winds and Driving Rains

AS4420.2 Deflection Test – positive and negative wind pressures are applied to the face of the window to test the maximum deflection under wind load.
AS4420.5 Water Penetration Resistance Test – to verify that no water leaks through the window into the building.

Operating Force Requirement

AS4420.3 Operating Force Test – to verify that an opening sash is capable of opening and closing without undue effort.

Air Infiltration Pressure

AS4220.4 Air In filtration Test – the air leakage of a window is tested to ensure energy and acoustic efficiency.

Ultimate Strength Testing

AS4420.6 Ultimate Strength Test – negative and positive wind pressures are applied to the window to at least 1.5 times the design wind pressure to ensure it does not fail in unusual wind conditions.

Download CAD Drawings

Please note: file will be in .zip format.

About

About KlassicView Sliding Stacking Door

The KlassicView Sliding Stacking door is a high-performance door, ideal for residential and semi-commercial applications. Designed and engineered with Australian climatic conditions in mind, the Sliding Stacking door offers a range of heavy-duty interlocks for high performance.
Its outer frame contains a fly door track for the addition of a fly screen.

The entire KlassicView range has been tested and exceeds Australian Standard AS2047.

Design Features:

  • null
    Accepts glass thickness from 5mm toughened to 10.38mm single glazed glass and 16mm-20mm double glazed glass
  • null
    Frame height up to 2500mm max and 1350mm panel width max
  • null
    Sash weights up to 120kgs
  • null
    Fly Screen rack built into the frame system
  • null
    A range of heavy-duty interlocks available for high performance
  • null
    Built-in weather flap to protect against water and air penetration
  • null
    Outer frame also incorporates fly door track
  • null
    Can be coupled to other KlassicView products with use of adaptors
Wers Ratings

WERS Ratings

The Window Energy Rating Scheme (WERS) is accredited by the AFRC – which means that WERS ratings are compliant with the NCC.

Reports are prescribed both the window performance for total window U Value (Uw) and total window Solar Heat Gain Coefficient (SHGCw).

U-value

U-value measures how well a product prevents heat from escaping.

It is a measure of the rate of non-solar heat loss or gain through a material or assembly.

U-value ratings generally fall between 2.0-10.0 W/m2.K for Australian products. The lower the U-value, the greater a window’s resistance to heat and cold flow and the better its insulating value.

Solar Heat Gain Co-efficient (SHGC)

SHGC measures how well a product blocks heat caused by sunlight. SHGC is expressed as a number between 0 and 1. The lower a window’s SHGC, the less solar heat it transmits.

Testing

Tested to AS2047

Under the Building Code of Australia, we are required to produce windows and doors that meet mandatory minimum specifications under Australian Standard (AS) 2047 – including AS1288.

Simulations of High Winds and Driving Rains

AS4420.2 Deflection Test – positive and negative wind pressures are applied to the face of the window to test the maximum deflection under wind load.
AS4420.5 Water Penetration Resistance Test – to verify that no water leaks through the window into the building.

Operating Force Requirement

AS4420.3 Operating Force Test – to verify that an opening sash is capable of opening and closing without undue effort.

Air Infiltration Pressure

AS4220.4 Air In filtration Test – the air leakage of a window is tested to ensure energy and acoustic efficiency.

Ultimate Strength Testing

AS4420.6 Ultimate Strength Test – negative and positive wind pressures are applied to the window to at least 1.5 times the design wind pressure to ensure it does not fail in unusual wind conditions.

Technical Manuals
CAD Drawings

Download CAD Drawings

Please note: file will be in .zip format.

Video

Specifications

Residential Hardware

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