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Day-Lite Trapezoidal FAS Rooflight (DLTR FAS)

Verified by manufacturer 6 days ago

KS1000 DLTR 1.6 FAS Opal

Kingspan Insulated Panels Variant:

Extruded, multi-wall polycarbonate rooflight with factory installed spacer.

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Application

The Day-Lite Trapezoidal Rooflight FAS is designed to be integrated with the QuadCore KS1000RW Roof Panel System.

Description

Environmental:

All Kingspan Insulated Panels manufacturing facilities across the UK and Ireland are 100% Net Zero Energy. In addition, facilities located in Kingscourt, Holywell and Sherburn generate renewable energy onsite which contributes to that sites energy mix.


Quality and Durability:

Kingspan insulated panels are manufactured from the highest quality materials, using state of the art production equipment to rigorous quality control standards, complying with:

  • BS EN ISO 14001 panels are manufactured under Environmental Management System Certification.
  • BS EN ISO 9001 standard, ensuring long term reliability and service life.
  • BS EN ISO 50001 Energy Management System Certification.
  • BS EN ISO 45001 Occupational Health and Safety Certification.
  • BS EN ISO 37301 Compliance Management Systems
  • CE marked to BS EN 14509: 2013.


Kingspan Tech-eXchange:

Kingspan Tech-eXchange is our dedicated team supporting you during the conception, design and installation of your project using our building envelope solutions, Kingspan Tech-eXchange supports our customers using the latest modelling and design software packages.


Kingspan Planet Passionate:

Planet Passionate is Kingspan’s ambitious 10-year global sustainability programme which aims to impact three big global issues:

  • Climate change.
  • Circularity.
  • Protection of our natural world.

By setting ourselves challenging targets in the areas of energy, carbon, circularity and water, we aim to make significant advances in the sustainability of both our business operations and our products.


Air Permeability & Weather Performance:

Kingspan DLTR products have undergone testing for air permeability, watertightness and wind resistance.

  • Air Permeability - BS EN 12152 - Class A4 (600 Pa).
  • Air Permeability - BS EN 12152 - Class AE (1000 Pa).
  • Air Permeability - BS EN 12114 - Pass.
  • Watertightness - BS EN 12154 - Class R7 (600 Pa).
  • Watertightness - BS EN 12154 - Class RE (1350 Pa).
  • Watertightness - BS EN 14963 - Pass.
  • Watertightness - BS EN 12865 - Class A.

Air Permeability & Weather Performance is subject to method of assembly. Please contact Kingspan Tech-eXchange for further information.

General information

Material

Polycarbonate

Length

Bespoke

Width

1000 mm

Uniclass

Pr_30_59_72_30 Factory-assembled insulating rooflights (FAIRs)Primary

CAWS

H43/160 Profiled plastics sheet

H31/30 Profiled plastics sheet

H43/30 Profiled plastics sheet

H31/160 Profiled plastics sheet

Specification data - Factory-assembled insulating rooflights (FAIRs)

Material

Polycarbonate. (PC).

Dimensional characteristics

-

Profile

Trapezoidal.

Guidance for specification option:

The Day-Lite Trapezoidal Rooflight FAS is designed to be integrated with the QuadCore KS1000RW Roof Panel System. Please contact Kingspan Tech-eXchange for further information.

Thickness

To suit insulated roof panel thickness.

Cover width

1000 mm.

Length

-

Manufacturer guidance

Standard lengths 1.8-8 m.


Note: Additional costs and transport restrictions may apply for non-standard lengths. All lengths may change for export (outside of the UK & Ireland).

Light transmission

61%.

Guidance for specification option:

Light transmission values calculated based on measurements carried out to EN 410.

Fragility

To ACR[M]001, Class B.

Guidance for specification option:

Please contact Kingspan Tech-eXchange for further information on fixing details in relation to non-fragility testing.

Solar heat gain coefficient

0.57.

Guidance for specification option:

Solar Heat Gain Coefficient (SHGC), according to BS EN 410, is the total solar energy that enters the interior of a building.

U-value

1.6 W/m²·K.