Decentralized HRV Fresh Air Ventilator Single Room Residential System Wifi Controlled Indoor Ventilation

Product Description

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PRODUCT DESCRIPTION
WIRELESS OPERATION IN PAIR TO ENSURE BALANCED VENTILATION

Wireless connection of master and slave unit, no wiring or dialing needed, 30 meters ultra long distance transmission.
*30 meters was tested without barrier and interference. In practical application, it is recommended to install within 8-15 meters. Please avoid strong interference sources and shielding objects.

WIFI FUNCTION
  • On/off setting
  • Fan speed control & Working mode selection
  • LED lights on/off
  • 7*24 hours timer setting
  • Error display & Online/offline display
  • Linkage status display
  • Smart control according to local weather
  • Linkage control with other appliances with Tuya IoT
WiFi Control
NEW CONTROL PANEL
  • Using radio signal for communication.
  • Longer distances communication up to 15m without barrier.
  • Wider control area, multiple devices can be controlled at the same time.
  • Accurate control to avoid controlling the wrong device.
Control Panel
PRODUCT STRUCTURE
CERAMIC ENERGY REGENERATOR

The high-tech ceramic energy accumulator with regeneration efficiency up to 97% ensures extract air heat recovery for warming of supply air flow. Due to the cellular structure, the unique regenerator has a large air contact surface and high heat-conducting and heat-accumulating properties. Treated with an antibacterial composition which prevents bacteria growth for 10 years.

AIR FILTERS

Two integrated air filters (G3) provide supply and extract air filtration, preventing dust and insects. F8 filter is available as an accessory (reduces air flow to 40 m³/h). Filters can be cleaned with vacuum or water.

REVERSIBLE EC-FAN

Reversible axial fan with EC motor features low power consumption and silent operation. Includes integrated thermal overheating protection and ball bearings.

Structure
OPERATION IN DIFFERENT MODES
  • Regeneration Mode: Ventilators work in pairs; one extracts while the other supplies.
  • Supply Mode: Two ventilators run simultaneously to supply air.
  • Exhaust Mode: Two ventilators exhaust air simultaneously.
Operation Modes
ENERGY SAVING & COMFORT

The ventilator operates in heat recovery mode with two cycles, saving energy by over 30% compared with normal exhaust fans. Heat recovery efficiency is up to 97%. It reduces the load on heating systems in winter and cooling systems in summer by recovering indoor heat and humidity.

SPECIFICATIONS
Model No. AV-TTW5-W
Voltage 100V~240V AC / 50-60Hz
Power [W] 6 7 7.8
Current [A] 0.04 0.05 0.06
Air flow (Regeneration) [m³/h] 20 40 50
Sound pressure level [dBA] 32.7
SEC / IP Rating Class A / IP22
Diameter of duct 158mm
Net Weight 4.2kg
APPLICATION AREA

Designed for continuous mechanical air exchange in houses, offices, hotels, cafes, and conference halls. Designed for through-the-wall mounting and rated for non-stop operation.

Certifications and Usage
FAQ
1. What is the heat recovery efficiency of this ventilator?
The ventilator features a high-tech ceramic energy regenerator with a heat recovery efficiency of up to 97%.
2. How far is the wireless connection range between units?
The ultra-long distance transmission reaches up to 30 meters without barriers, though 8-15 meters is recommended for practical indoor applications.
3. Does it support mobile app control?
Yes, it features WiFi functionality compatible with Tuya IoT, allowing for fan speed control, timer settings, and smart linkage with local weather.
4. What kind of filters does the system use?
The system comes with two G3 air filters for supply and extract air. An F8 filter is available as an optional accessory for higher filtration requirements.
5. Can it be used in cold climates?
Yes, the unit is rated for transported air temperatures ranging from -20°C to 50°C, making it suitable for various climate conditions.
6. How much energy can this ventilator save?
In heat recovery mode, it can save over 30% more energy compared to standard exhaust fans by reducing the load on heating and cooling systems.

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