AIWA ERV10YA Wall-Mounted Heat Recovery Ventilator, 160 mm diameter, 60 m³/h, Tuya WiFi Remote Control, Filter, Humidity Sensor

5 Key Benefits of the AIWA Heat Recovery Unit

1.Modern Design
AIWA heat recovery units stand out for their elegant, carefully designed appearance, which fits perfectly into both modern and classic interiors.They are ideal for projects where aesthetics and quality are key.

2.Improving Quality of Life
They effectively eliminate moisture and unpleasant odors, ensuring fresh air without having to open windows or experience sudden temperature fluctuations.

3.Health and Well-Being
Continuous air exchange prevents mold.Fresh air with low CO2 levels improves sleep quality and overall well-being, and reduces humidity that promotes the growth of dust mites and bacteria.

4.Energy Efficiency and Environmental Protection
AIWA heat recovery units recover heat from the exhaust air and transfer it to the supply air.Heat recovery of up to 90% significantly improves energy efficiency.

5.Savings
AIWA heat recovery units improve a building's energy performance.Heat recovery reduces energy losses, which translates into real savings.

Operating principle

I.EXHAUST CYCLE (cycle duration: 65 seconds) – removal of used air.During this cycle, the unit exhausts stale air from inside the building.This air flows through the ceramic heat exchanger, transferring some of its accumulated thermal energy to it.

II.AIR CIRCULATION CYCLE (cycle duration: 65 seconds) – fresh air circulation.During this cycle, the unit draws in fresh air from outside the building.As it flows through the ceramic heat exchanger, the air recovers some of the thermal energy transferred by the air removed during the exhaust cycle.

This product complies with the “Clean Air” program

Our device meets all the technical requirements specified in the “Clean Air” program and has been included on the List of Green Devices and Materials (ZUM).
The ZUM list provides support to program beneficiaries by helping them select equipment and materials that are eligible for funding.

Heat recovery with high efficiency—up to 90%

A heat recovery efficiency of up to 90% means that the heat recovery unit can recover and return to the rooms as much as 90% of the heat from the air being removed from the building.As a result, the ventilation system not only improves air quality but also significantly reduces energy loss, leading to savings on heating and more efficient energy use.

Smart Device Synchronization in Heat Recovery Systems

Integrate your heat recovery units and enjoy seamless synchronization of your ventilation systems.Optimized airflow, energy savings, and full control—all thanks to smart coordination between devices.Find out how a heat recovery system tailored to your needs can improve your quality of life!

Filters in Heat Recovery Systems – The Key to Clean Air

1.Pre-filter
It is a basic protective element that traps larger particles, such as dust, pollen, pet dander, and human hair.Thanks to it, the other filters last longer and work more effectively.

2.Carbon filter
It uses activated carbon to absorb odors, gases, and volatile organic compounds (VOCs).Ideal for areas exposed to strong odors, such as kitchens or near busy roads.However, it is important to remember that using a carbon filter can reduce airflow in the system.

3.HEPA H13 Filter
It provides the highest level of air purification, removing 99.97% of particles as small as 0.3 microns, including PM2.5, allergens, bacteria, and viruses.It's an excellent choice for people with allergies and those who are health-conscious.

4.H7 Filter
It is highly effective at removing fine dust and allergens, trapping approximately 85% of particles as small as 0.3 microns.It is suitable for rooms with moderate levels of contamination.

Ceramic Core - Efficiency and Durability

The ceramic core in AIWA heat recovery units is an innovative technology that significantly increases heat recovery efficiency.Thanks to the material’s unique structure, the ceramic core absorbs heat from the air being removed from the rooms and transfers it to the supply air, which helps optimize air exchange processes.

Controlling the heat recovery unit using the Tuya app

The Tuya app lets you conveniently control your heat recovery unit remotely, allowing you to adjust the unit's operation to your needs and optimize comfort and energy consumption.Thanks to integration with Tuya, you have full control over heat recovery, even when you're not at home.

Application Control - Feature Description

1.Reducing the fan speed
2.Fan Mode
3.Decrease in HUMIDITY MODE
4.Shutdown by the programmer
5.Device Number
6.Exhaust Mode
7.ON/OFF Switch
8.Temperature reading.inside the room
9.Indoor Humidity Level Reading
10.SYNCHRONIZATION Mode - On / Off
11.Increasing the fan speed
12.EXHAUST/VENTILATION Cycle Mode - On / Off
13.Night Mode (Silent)
14.Power-on via the programmer

Remote Control - Feature Description

1.Decrease in HUMIDITY MODE
2.Fan Mode
3.Night Mode (Silent)
4.Increasing the fan speed
5.Increase HUMIDITY MODE
6.ON/OFF Switch
7.Reducing the fan speed
8.Exhaust Mode
9.EXHAUST 65s / VENTILATION 65s Cycle Mode - On / Off
11.SYNCHRONIZATION Mode - On / Off

Modes of operation

1.RACE I
• capacity - 30 m³/h
• Noise level - 19 dB(A)/3 m
• fan power – 1.8 W
• fan speed - 651 rpm./min.
2.RACE II
• flow rate - 54 m³/h
• Noise level - 22 dB(A)/3 m
• fan power – 3.9 W
• fan speed - 956 rpm./min.
3.RACE III
• capacity - 60 m³/h
• Noise level - 30 dB(A)/3 m
• fan power – 7 W
• fan speed - 1,261 rpm./min

Construction Diagram

1.Magnetic panel
2.Humidity Sensor (Enables automatic fan operation)
3.Motor with fan
4.Mounting frame (to facilitate installation of the device),
5.Filter set (including a ceramic filter cartridge)
6.Telescopic ventilation duct
7.External air intake/exhaust (to prevent water from entering the building),

Dimensions

A = 242 mm
B = 242 mm
C = 242 mm
D = 56 mm
E = 30.1 mm
F = 157.6 mm
G = 250–500 mm
H = 87.87 mm
I = 159 mm
J = 215.5 mm