Confort 160

The ultimate slider

Confort 160 is a high performance thermally insulated sliding door system, with a user-friendly (lift-) slide action. The system, with an attractive aesthetic line, is durable, stable and remarkably energy efficient. With a maximum vent weight up to 400 kg large glazed areas are easily attainable. 

Confort 160 description

Advanced energy saving on a modular basis

  • Confort 160 profiles are coupled with 40 mm omega shaped, glass fibre reinforced polyamide strips, which reduce thermal conduction. Thermal values can further be enhanced through the selective application of thermal inserts. The result is that Confort 160 achieves a high thermal performance level and improved total insulation, leading to lower total energy consumption, a positive benefit to the environment
  • The system accommodates glazing up to 53 mm.
  • 4 thermal levels available: basic, Insulated (I), Super Insulated (SI) and Super High Insulated (SHI)

 

Thermal values in 4 levels

Confort 160 Basic

  • Uf up to 3,19 W/m2K

Confort 160 I

  • Uf up to 2,79 W/m2K
  • Improved thermal glazing gaskets
  • Bottom rollers assembled in insulation profile

Confort 160 SI

  • Uf up to 2,64 W/m2K
  • Improved thermal glazing gaskets
  • Bottom rollers assembled in insulation profile
  • PE inserts in frame and vent profile (concept Foam-power®)

Confort 160 SHI

  • Uf up to 2,09 W/m2K
  • Improved thermal glazing gaskets
  • Bottom rollers assembled in insulation profile
  • PE inserts in frame and vent profile (concept Foam-power®)
  • PE insert thermal improved glazing unit

Minergie label

Confort 160 Minergie Solution

Outstanding thermal insulation is the critical first step to achieve energy-efficient buildings. Using triple-insulated glass, the Confort 160 solution reaches an excellent insulation level for new build as well as renovation projects. Without any loss of its effortless sliding function, Confort 160 offers expansive glass surfaces combined with an attractive sightline. On top of that, it offers the opportunity to work with an innovative, energy-efficient and sustainable system in order to meet the latest technical standards and building trends. It also demonstrates that modern standards of building can go hand in hand with the comfort and convenience offered by large sliding doors. The double row PA strips, which ensure the unsurpassed insulation level doesn’t have an impact on the building depth: the Confort 160 remains a compact system (160 mm).

The Confort 160 highly insulated sliding system with MINERGIE® certificatation is recognised as the optimum solution for environmentally conscious architects, fabricators and builders introducing an unparalleled level of insulation for passive houses.

A variety of versions

Confort 160 monorail

  • Slide and lift-slide version
  • Larger glazed surfaces
  • No additional profile for central sealing gasket
  • Sliding vent on the inside or on the outside

 

Confort 160 duo-rail

  • Identical profiles for slide and lift slide
  • Optimized fabrication by use of clipped connections, straight cuts, special end-pieces to a large extent
  • Total preparation in workshop with minimum of operations left to do on-site
  • Multipoint locking
  • Wide range of finishing possibilities

Confort 160 Straight Cut / 3-rail

  • 3 vents besides eachother
  • 2 thirds of the window can be opened
  • Same insulation pieces and sealing profiles
  • 3-rail in straight cut assembly is possible

Confort 160 Straight Cut / Low Sill

  • All frame profiles are straight cut: no milling required
  • Small sightline
  • Fully compatible with standard frame
  • Straight Cut version can be combined with low sill
  • Low Sill features treshold-to-floor height difference of < 20 mm

Confort 160 Fix-Sliding-Fix solution

  • Lift-slide version
  • Larger glazed surfaces
  • No additional profile on the lockside, reducing the sightline

 

Confort 160 bi-parting vent

  • Fully thermally insulated
  • Standard locking plate
  • Click system when installing
  • Available for slide and lift-slide-versions

Confort 160 Open corner solution

  • applicable on 1-, 2- and 3-rail versions
  • both inner and outer corner
  • simple fabrication
  • secure locking with a soft-stop function

Applications

1-rail frame, 1 sliding vent

1-rail frame, 1 sliding vent

1-rail frame, 2 sliding vents

1-rail frame, 2 sliding vents

2-rail frame, 1 sliding vent, 1 fixed vent

2-rail frame, 1 sliding vent, 1 fixed vent

2-rail frame, 2 sliding vents

2-rail frame, 3 sliding vents

2-rail frame, 2 sliding vents, 1 fixed vent

2-rail frame, 4 sliding vents

3-rail frame, 3 sliding vents

3-rail frame, 3 sliding vents

3-rail frame, 6 sliding vents

1-rail lift-slide

1-rail lift-slide

1-rail, two lift-sliding vents

1-rail frame, 2 fixed elements, 2 lift-slide vents

1-rail, 2 fixed vents, 2 lift-slide vents in a 90° open corner solution

2-rail frame, 1 fixed vent, 1 lift-slide vent

2-rail frame, 1 fixed vent, 1 lift-slide vent

2-rail frame, 2 lift-slide vents

2-rail frame, 1 fixed vent, 2 lift-slide vents

2-rail frame, 3 lift-slide vents

2-rail frame, 4 lift-slide vents

2-rail frame, 2 fixed vents, 2 lift-slide vents

2-rail frame, 2 fixed vents, 1 lift-slide vent

2-rail frame, 2 fixed vents, 1 lift-slide vent

2-rail, 2 fixed vents, 2 lift-slide vents in a 90° open corner solution

3-rail frame, 3 lift-slide vents

3-rail frame, 6 lift-slide vents

3-rail, 6 lift-slide vents in a 90° open corner solution

Characteristics

Dimensions
Minimum sightline 2-rail (fixed & sliding part) 149 mm
Minimum sightline 2-rail (straight cut) 138 mm
Minimum sightline transom in vent 126 mm
Profile depth 2-rail 160 mm
Profile depth vent 70 mm

Max dimensions vent (W x H)
weight limit = 400 kg, hardware related

3835 x 3300 mm
 
Glazing
Infill thickness sliding parts 2- and 3-rail 23 - 53 mm
Glazing method dry glazed with EPDM gaskets or silicon
 
Performances
Technical approval ATG 12/2872
Thermal break 40 mm polyamides PA 6.6 GF25 (30 mm in the vent)
Thermal insulation SHI (EN ISO 10077-2): Uf up to 2,09 W/m2K
Thermal insulation SI (EN ISO 10077-2): Uf up to 2,64 W/m2K
Thermal insulation I  (EN ISO 10077-2): Uf up to 2,79 W/m2K
Thermal insulation basic (EN ISO 10077-2) Uf up to 3,19 W/m2K
Air tightness (EN 12207) Sliding & Lift-slide: 4 (600 Pa)
Watertightness (EN 12208) Sliding: 8A (450 Pa) / Lift-Slide: E1350 (1350 Pa)
Wind resistance (EN 12210) Sliding & Lift-Slide: C4 (1600 Pa, security 2400 Pa)

Performances

Thermal insulation

SHI version: Uf up to 2,09 W/m2K

Thermal insulation

Results of the calculation of the thermal transmittance of frame profiles and of the linear thermal transmittance of their junction with glazing or opaque panels

Norm

EN ISO 10077-2

Thermal insulation

SI version: Uf up to 2,64 W/m2K

Thermal insulation

Results of the calculation of the thermal transmittance of frame profiles and of the linear thermal transmittance of their junction with glazing or opaque panels

Norm

EN ISO 10077-2

Thermal insulation

I version: Uf up to 2,79 W/m2K

Thermal insulation

Results of the calculation of the thermal transmittance of frame profiles and of the linear thermal transmittance of their junction with glazing or opaque panels

Norm

EN ISO 10077-2

Thermal insulation

basic version: Uf up to 3,19 W/m2K

Thermal insulation

Results of the calculation of the thermal transmittance of frame profiles and of the linear thermal transmittance of their junction with glazing or opaque panels

Norm

EN ISO 10077-2

Air Tightness

Sliding version: 4 (600 Pa)

Air Tightness

Air tightness refers to the amount of air that will travel through a window or door system in its closed position, both under positive and negative pressure.

Norm

EN 12207

Air Tightness

Lift-slide version: 4 (600 Pa)

Air Tightness

Air tightness refers to the amount of air that will travel through a window or door system in its closed position, both under positive and negative pressure.

Norm

EN 12207

Water Tightness

Sliding version: 8A (450 Pa)

Water Tightness

The test applies specified amounts of water spray to the outside face of the window (combination) while incrementally increasing the air pressure. The result defines the test pressure, time and position of any water infiltration.

Norm

EN 12208

Water Tightness

Lift-Slide version: E1350 (1350 Pa)

Water Tightness

The test applies specified amounts of water spray to the outside face of the window (combination) while incrementally increasing the air pressure. The result defines the test pressure, time and position of any water infiltration.

Norm

EN 12208

Wind Resistance

Sliding version: C4 (1600 Pa, security 2400 Pa)

Wind Resistance

The test applies a series of positive and negative test air pressures. Measurements and inspections are made to asses relative frontal deflection and resistance to damage from wind loads.

Norm

EN 12210

Wind Resistance

Lift-Slide version: C4 (1600 Pa, security 2400 Pa)

Wind Resistance

The test applies a series of positive and negative test air pressures. Measurements and inspections are made to asses relative frontal deflection and resistance to damage from wind loads.

Norm

EN 12210

Building Information Models

Sapa BIMselector

Building Information Modeling (BIM) is a digital representation of physical and functional characteristics of our aluminium window and door systems. We have created many different applications of our systems and offer them - free of charge - for download on the Sapa BIMselector.

Go to Sapa BIMselector

Documentation

PB-Confort160-BRen-2016.pdf PB-Confort160-BRen-2016.pdf
PB-Confort160-BRen-2016.pdf
Download 2.2 MB

Product overview

Confort 160 is a high performance thermally insulated sliding door system, with a user-friendly (lift-) slide action. The system, with an attractive aesthetic line, is durable, stable and remarkably energy efficient. With a maximum vent weight up to 400 kg large glazed areas are easily attainable. 

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