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A-6177 Ventilation Louvres

  • A-6177
  • 3D VIEW

A-6177

3D VIEW

Modular ventilation louvres with excellent airflow performance, ideal for applications with permanent mechanical extract ventilation such as data centres.

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ENTRY

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DISCHARGE

Classifications based on testing to EN 13030.

Features & Advantages

  • Wide blade pitch maximises airflow performance
  • Channels in blades and vertical sections help collect and drain away rain water
  • Visible mullions to align with other façade elements; an invisible vertical joint detail can be achieved with hidden mullions for a continuous appearance on the façade
  • Tested to EN 13030 and AMCA-certified for proven performance
  • Supplied to site as pre-fabricated modules for efficient installation
View 3D Model
Download Datasheets
View Test Data

Specification Calculators

We've built 2 tools to help you with your specification process. One to help you calculate pressure drop for your chosen CS Louvre model, the other to help you calculate the area of louvre required for your project.
Pressure Drop Calculator
Louvre Area Calculator

KEY FEATURES

  • Blade orientation: Horizontal
  • Joint options:
    • Horizontal: visible or invisible
    • Vertical: visible (interlocking mullion) or invisible (hidden mullion)
  • Louvre depth: 154 mm (visible mullions)/ min. 231 mm (hidden mullions)
  • Blade pitch: 146 mm
  • Weight: 14 kg/m2, based on a 2 m x 2 m module size
  • Maximum module dimensions (based on 1.5 kPa wind load):
    • Max width: 3600 mm*
    • Max height: 3600 mm*
      * Maximum unit weight: 150 kg, including accessories. Site access and lifting capability should be assessed prior to specification and installation.

Download Technical Datasheet for detailed drawings

Download Technical Datasheet

PERFORMANCE

EN 13030
  • Airflow Class: 2 (entry), 1 (discharge)
  • Airflow Coefficient Ce (entry): 0.380
  • Airflow Coefficient Cd (discharge): 0.411
  • Wind-Driven Rain Performance Class:
    • 13 m/s, 75 mm/hr = C at 0.0 m/s
EN 13030 Performance Datasheet
AMCA 500-L
  • Airflow Class: 2 (entry), 1 (discharge)
  • Airflow Coefficient (entry): 0.380
  • Airflow Coefficient (discharge): 0.43
  • Wind-Driven Rain Performance Class: not tested
AMCA Performance Datasheet

MATERIALS & FINISHES

MATERIALS
  • Aluminium alloy 6063-T6
  • Nominal thickness: 2.06 mm for blades, 1.52 for head frames, 2.03 mm for cill frames, 3.18 mm for jambs and mullions
  • Aluminium components are manufactured with a minimum of
    55% recycled content (mix of pre- and post-consumer scrap)
FINISH OPTIONS
  • Mill finish
  • Clear or colour anodised
  • Polyester powder-coated –  matt (standard) or gloss

OPTIONAL EXTRAS

  • Bird/vermin guards – galvanised weld mesh (standard) or expanded aluminium
  • Insect mesh
  • Blanking – single skin plates or insulated panels
  • Louvred doors
  • Dampers
View all accessories
ADDITIONAL SECURITY OPTIONS

Blast-resistant – model BL-6179 (designed to withstand up to 86.87 kPa blast pressure at an impulse of 536.41 kPa-msec).

Especificações

Guidance

The principal reason for using louvres is to allow the movement of air. But, louvre specification is a balance between form and function, with louvred façade appearance playing an important part in the selection process.

  • Louvre Specification Calculators
  • Performance Considerations
  • Design Considerations
  • Weather Louvre Testing
Learn more

Louvres

2016 Louvre Brochure
What's in the brochure
  • - Industry Leading Products
  • - Innovative New Design Options
  • - Detailed Technical Information
  • - Louvre Specification Guidance

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info@laserbuild.pt
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Construction Specialties
Laser Build is a local partner of Construction Specialties, all enquiries will be handled by them:
Rua Coronel Carlos Moreira, 825
4470-580 Moreira | Maia
Portugal
Tel: +351 229 480 271
Fax: +351 229 480 272
Email: info@laserbuild.pt
www.laserbuild.pt

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