Features
- Plastic (PPE) enclosure
- Duct connection ports of nominal diameter 150 mm.
- Two Vortice EC (brushless) motors with shaft turning in ball bearings, each coupled to a backward curved centrifugal impeller; 3 speeds, selectable independently at the moment of installation.
- Air flow can be set between 50 m3/h and 350 m3/h.
- A very high-efficiency counter-flow heat exchanger in PS resin.
- Automatic, filtered 100% by-pass
- Vortice-integrated frost protection.
- Two F5 filters (optional F7 filter on intake duct)
- Electronic control with LCD display
- Brackets for wall mounting included
| Models | Code | V~50 Hz | W max | A max | Max Airflow (m3/hr) | Max Airflow (l/s) | Max Pressure (Pa) | dBA @3m |
| VORT HR 350 AVEL EXPORT | ALV11396 | 240 | 165 | 1.4 | 350 | 100 | 880 | 39.7
|
| HR300 NETI | ALV10935 | 240 | 50 | 190 | 83 | 300 | 735 | 28 |
Frequently Asked Questions
How does a heat transfer kit work?
A heat transfer kit uses a small fan to draw warm air from a room with a good heat source — typically a room with a wood fire, slow combustion stove or reverse-cycle unit — and duct it to cooler rooms elsewhere in the home. It requires no new heating system; just a small ceiling penetration and the kit's ducting and fan assembly.
Can a heat transfer kit be used for cooling as well as heating?
Yes. In summer the same kit transfers cool air from an air-conditioned room to adjacent spaces — extending your cooling without running a second system. Allvent kits available through Airdry are designed to handle both heating and cooling transfer year-round.
How many rooms can a heat transfer kit serve?
Single-room kits (1-room transfer) serve one destination room. Multi-room Allvent kits distribute heat to 2–4 rooms using a central fan unit and multiple ducts. The correct kit depends on room distances and your home's layout — contact us for a recommendation.
Product information sourced from Allvent — allvent.com.au
Additional information
| Code | ALV11396, ALV10935 |
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