Vent Axia Sentinel Kinetic Highflow Heat Recovery Unit Left Hand Unit - 408451
Vent Axia Sentinel Kinetic Highflow Heat Recovery Unit Left Hand Unit - 408451
SKU : 408451L
Overview
The Vent Axia Sentinel Kinetic High Flow Heat Recovery Unit is the perfect solution for large homes with a maximum floor area of 345m². This high-performance MVHR unit offers outstanding energy efficiency and low-noise operation, making it ideal for homes that require powerful ventilation. With a high airflow rate of up to 575m³/hour and 90% heat recovery efficiency, it ensures excellent indoor air quality year-round, even in larger spaces.In Stock
Pickup available at BPC Ventilation
Usually ready in 24 hours
For warranty information, please refer to the manufacturer’s warranty policy or contact them directly.
- Order before 5pm Mon-Thurs, Dispatched Next day
Download Files
Description
Vent Axia Sentinel Kinetic High Flow Heat Recovery Unit
Product Part Numbers:
- Right Handed (RHS) - 408449
- Left Handed (LHS) - 408451
💨 Description
The Vent Axia Sentinel Kinetic High Flow Heat Recovery Unit is the perfect solution for large homes with a maximum floor area of 345m². This high-performance MVHR unit offers outstanding energy efficiency and low-noise operation, making it ideal for homes that require powerful ventilation. With a high airflow rate of up to 575m³/hour and 90% heat recovery efficiency, it ensures excellent indoor air quality year-round, even in larger spaces.
Backed by a 5-year parts warranty and lifetime technical support, the unit is designed for long-lasting performance, providing peace of mind for your home's ventilation needs.
Key Benefits:
- High performance with up to 90% heat recovery
- Automatic summer bypass for unheated air during summer
- Quiet operation thanks to EC/DC motors
- Advanced controls including humidity sensor, timer delay, and BMS capabilities
- 5-year warranty and lifetime technical support
🌟 Key Features:
- Suitable for floor areas up to 345m²
- Airflow rate: 575m³/h at 100Pa
- 100% automatic summer bypass to...
