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PAUL MVHR comfort ventilation unit range
FOCUS 200 - new product (Passivhaus & Sap testing in process)
- Small-medium house and flat unit, suitable for floor areas between 60-120 m2.
- Designed to deliver up to 200 m3/hr @ 200 Pa of ventilation (250m3/h possible).
- Electrical consumption 34W@75m3/h (100 Pa).
- Advanced very low wattage control system, with exceptionally quiet, constant volume fans.
- Very compact unit, dimensions 740mm wide x 540mm high x 350mm deep.
NOVUS 300 – new product (Passivhaus & Sap testing in process)
- Medium to large house unit, suitable for floor areas between 100-300 m2.
- Designed to deliver between 80 to 300 m3/hr@200 Pa of ventilation.
- Relatively large space requirement. Actual size: 952mm high x 782mm wide x 591mm deep, additional surround space required for ducting connections. Variable orientation can be specified.
- Very high performance unit, advanced very low wattage control system, with exceptional quietness.
Thermos 200
- Established product with mid to large house capacity.
- Highest Passivhaus certification at 92% heat recovery 0.35 W(m3hr), SAP Q listed.
- Delivers a ventilation level of 200 m3/hr@100 Pa of ventilation.
- Dimensions: 1300mm high x 1050mm wide x 450mm deep.
Thermos 300
- Very large house capacity unit, suitable for floor areas up to 400m2.
- Updated version of the Thermos 200 (not yet Passivhaus certified).
- Delivers a ventilation level of 360m3/hr@100 Pa.
- Dimensions: 1300mm high x 1050mm wide x 450mm deep.
Maxi range
PAUL’s Maxi MVHR units come in a range of sizes to deliver between 800 and 6000 m3/hr@200 Pa for greater ventilation needs. More information available from Green Building Store direct.
Design service
- All MVHR installations require building specific ducting and installation design to maximise heat recovery. In new builds, ideally MVHR requirements should be considered at the building design stage.
- Green Building Store offers a design and commissioning service with its PAUL units using specialist autoCAD software and Lindab ‘Safe’ system ducting