| Unit of measurement | VUT 300 E2V EC | |
| Phases | - | 1 |
| Minimum supply voltage | V | 230 |
| Maximum supply voltage | V | 230 |
| Power supply frequency | Hz | 50 |
| Rated power | W | 212 |
| Power of electrical reheater | W | 4000 |
| Unit current | A | 18.8 |
| Maximum airflow | m³/h | 300 |
| Sound pressure level LpA at 3 m | dB(A) | 37 |
| Heat recovery efficiency, max | % | 95 |
| Heat exchanger type | - | Counter flow |
| Heat exchanger material | - | Polystyrene |
| Weight | kg | 38 |
| Extract filter | - | G4 |
| Supply filter | - | G4 (F7 option) |
| Transported air temperature (max) | °С | 60 |
| Transported air temperature (min) | °С | -39 |
| Ambient air temperature min | °С | 1 |
| Ambient air temperature max | °С | 40 |
| Ambient air humidity max | % | 80 |
| Ingress protection rating | - | IP22 |
| Ingress protection rating of the drive | - | IP44 |
| Trademark | Vents | |||||
| Model | VUT 300 E2V EC | |||||
| Specific energy consumption (SEC) (kWh/(m²/a)) | Cold | Average | Warm | |||
| -78.6 | A+ | -39.3 | A | -14.1 | E | |
| Type of ventilation unit | Bidirectional | |||||
| Type of drive installed | Variable speed | |||||
| Type of heat recovery system | Recuperative | |||||
| Thermal efficiency of heat recovery (%) | 89 | |||||
| Maximum flow rate (m³/h) | 270 | |||||
| Electric power input (W) | 205 | |||||
| Reference flow rate (m³/s) | 0.053 | |||||
| Reference pressure difference (Pa) | 50 | |||||
| Specific power input (SPI) (W/(m³/h)) | 0.529 | |||||
| Control typology | Local demand control | |||||
| Maximum internal leakage rates (%) | 2.7 | |||||
| Maximum external leakage rates (%) | 2.7 | |||||
| Declared typology | RVU BVU | |||||
| Sound power level (dB(A)) | 57 | |||||
| The annual electricity consumption (AEC) (kWh/a) | Cold | Average | Warm | |||
| 862 | 325 | 280 | ||||
| The annual heating saved (AHS) (kWh/a) | Cold | Average | Warm | |||
| 9141 | 4673 | 2113 | ||||
| Name | Photo | Description |
|---|---|---|
| Vents CO2-1 |
|
CO2 sensors |
| Vents CO2-2 |
|
CO2 sensors |
| Name | Photo | Description |
|---|---|---|
| Vents SR 150/600 |
|
Silencers made of galvanized steel filled with non-combustible sound-absorbing material |
| Vents SR 150/900 |
|
Silencers made of galvanized steel filled with non-combustible sound-absorbing material |
| Vents SR 150/1200 |
|
Silencers made of galvanized steel filled with non-combustible sound-absorbing material |
| Vents SRF 150/600 |
|
Silencers made of aluminium alloy filled with non-combustible sound-absorbing material |
| Vents SRF 150/900 |
|
Silencers made of aluminium alloy filled with non-combustible sound-absorbing material |
| Vents SRF 150/2000 |
|
Silencers made of aluminium alloy filled with non-combustible sound-absorbing material |
| Name | Photo | Description |
|---|---|---|
| Vents KOM 150 |
|
Backdraught damper with spring-loaded plates for shutting off air flow in round air ducts |
| Vents KOMu 150 |
|
Backdraught damper with spring-loaded plates for shutting off air flow in round air ducts |
| Name | Photo | Description |
|---|---|---|
| Vents Belimo TF24 |
|
The actuators are designed for controlling air dampers with cross section up to 0.4 m² performing protection functions |
| Vents Belimo TF230 |
|
The actuators are designed for controlling air dampers with cross section up to 0.4 m² performing protection functions |
| Vents Belimo LF24 |
|
The Belimo LF series actuators are designed for controlling air dampers with cross section up to 0.8 m² performing protection functions |
| Vents Belimo LF230 |
|
The Belimo LF series actuators are designed for controlling air dampers with cross section up to 0.8 m² performing protection functions |
| Name | Photo | Description |
|---|---|---|
| Vents C 150 |
|
The clamps are designed for quick and reliable mounting and connection of various round ventilation system components. Clamps are made of stainless and galvanized steel band |