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Passivent Airscoop Roof Ventilation Terminal

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BPD Building Product Design Ltd

A range of displacement (top down, wind driven) natural ventilation roof terminals.

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+44 (0)161 905 5700 Website

Application

Provide natural ventilation to large buildings and deep plan spaces.

Description

A range of displacement (top down, wind driven) natural ventilation roof terminals designed to 'capture' prevailing wind and direct it via four separate chambers within the terminal to the space beneath.

Research shows that air is constantly entering one or more of the chambers or exhausting via one or more of the chambers depending on prevailing wind speed and direction.

Features and benefits:

  • Patented double-bank louvres for maximum rain rejection and optimum airflow.
  • Complete separation of chambers prevents ‘short-circuiting’.
  • Square or circular terminal designs available.
  • Structural base unit divided into four separate chambers, provides structural support to terminal and damper housing.
  • Patented motorised insulated four-way volume control dampers within sub-base, controlled by single actuator.
  • The dampers simultaneously control the flow of air into and out of the unit. 

Weather performance:

  • Tested to BS EN 13030 ‘Performance testing of louvres subjected to simulated rain’: double-bank louvres Class A 100% at 0.00 m/s, Class A 100% at 0.50 m/s.
  • Thermal insulation U-value 1.6 W/m²K when basic dampers are closed.
  • Resistant to continuous wind loads at 51 m/s.
  • 4 mm insect screen.
  • Compatible with a controller.

Acoustic Performance:

  • Acoustically treated version available - up to 32 dB (Dn,e,w).

Free Area (with base louvre):

  • 575 x 575 = 0.064 m².
  • 800 x 800 = 0.182 m².
  • 1025 x 1025 = 0.331 m².
  • 1250 x 1250 = 0.561 m².

No Leak Guarantee

15 Year No Leak Guarantee offered subject to T & Cs

IES

The Airscoop roof terminal is available for modelling in the IES Virtual Environment

General information

Color

-

Manufacturer guidance

To match project. Insert RAL or BS colour.

Finish

Other

Guidance for specification option:

UV Stable.

Manufacturer guidance

Polymer finish

Material

Aluminium

Acrylonitrile butadiene styrene (ABS)

Plyboard

Shape

Square

Circle

Length

Bespoke

Manufacturer guidance

Square or circular terminals available

Square terminal dimensions

575 x 575mm Height 818mm

800 x 800mm Height 1109mm

1025 x 1025mm Height 1350mm

1250 x 1250mm Height 1391mm

Circular terminal dimensions

1400mm diameter Height 1363mm

1700mm diameter Height 1583mm

Consult manufacturer for more information

Width

Bespoke

Manufacturer guidance

Square or circular terminals available

Square terminal dimensions

575 x 575mm Height 818mm

800 x 800mm Height 1109mm

1025 x 1025mm Height 1350mm

1250 x 1250mm Height 1391mm

Circular terminal dimensions

1400mm diameter Height 1363mm

1700mm diameter Height 1583mm

Consult manufacturer for more information

Height

Bespoke

Manufacturer guidance

Square or circular terminals available

Square terminal dimensions

575 x 575mm Height 818mm

800 x 800mm Height 1109mm

1025 x 1025mm Height 1350mm

1250 x 1250mm Height 1391mm

Circular terminal dimensions

1400mm diameter Height 1363mm

1700mm diameter Height 1583mm

Consult manufacturer for more information

Uniclass

Ss_65_40_33_56 Natural ventilation systemsPrimary

CAWS

H60/87 Roof slope terminals

H64/73 Installing roof slope terminals

H62/87 Roof slope terminals

H62/850 Roof slope terminals

Specification data - Natural ventilation systems

System performance

Natural ventilation design.

Ventilation inlet openings

Dampers and louvres.

Actuators

Damper actuators.

Supply points

Air diffusers.

Exhaust path

-

Manufacturer guidance

Exhaust path is through the ABS terminal and then out through the roof.


Ventilation outlet openings

Roof stack air terminals.

Accessories

Not required.
Acoustic lining.

Controls

Natural ventilation control systems.

Ventilation opening control

Sensor-controlled.

Execution

Installing natural ventilation systems.

System completion

Commissioning of air distribution systems.

Sustainability data

Contains Red List materials

No

Country of product manufacture

United Kingdom

Material

Aluminium
Acrylonitrile butadiene styrene (ABS)
Plyboard

BIM objects

Platform Compatible Version
Revit
-

1

Literature

Passivent Literature - Roof Ventilation Terminals for Sports Halls

Passivent Literature - Roof Ventilation Terminals for Sports Halls

Passivent Literature - Roof Ventilation Terminals

Passivent Literature - Roof Ventilation Terminals

Passivent Specification Document - Airscoop Roof Terminal

Passivent Specification Document - Airscoop Roof Terminal

Case studies

Passivent case study - Tesco Natural Ventilation Project, Ramsey, Cambridgeshire

Passivent case study - Tesco Natural Ventilation Project, Ramsey, Cambridgeshire

Sunningdale SEND School, Sunderland

Sunningdale SEND School, Sunderland

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