VENTS VK150Un 460m³/h (with external sensor) Ø150
VENTS VKUn ... reliable and economical fans with external sensor that offer the best ventilation and ventilation conditions especially in areas with high humidity levels.
The VK150Un exhaust fan automatically regulates its speed according to the ambient temperature, which it reads through a sensor with a 4-meter cable placed in the culture area. It has a built-in temperature and power controller. When the temperature exceeds the preset limits, the fan switches to full power mode and resumes normal operation when the ambient temperature falls.
The ventilation fan VENTS VK150Un 460m³ / h with a powerful single-phase motor for continuous operation of 40,000 hours, thanks to the corrosion-resistant plastic housing, is the perfect solution for installation in ventilation systems in wet areas such as bathrooms, kitchens, cultivation chambers, etc.
Compatible with pipes with a diameter of 150 mm, it is easily installed in any space and no tools are needed for its maintenance.
A connection cable and support base are included so you can install it anywhere and in any corner of the ventilation system you want.
Features:
- Maximium air capacity: 460m3/h
- Power: 80W
- Frequency: 50 Hz
- Sound level: 46B
- Voltage: 230 V
- Current: 0.35A
- RPM: 2725
- Protection rating: IP X4
- Weight: 2.45 kg
Detailed Dimensions (with support base) : ØD 15cm-ØD1 30cm / B 31cm / L 28,6cm-L1 3cm-L2 3cm-L3 3cm
The general rule is to have a complete air replacement about every 5 minutes, or 12 times an hour (5 minutes x 12 = 1 hour). To find the flow rate in m³ / h that the filter fan should have for your space, you can calculate it as follows: Multiply the length of your room by the width. Then multiply by the height of your room. The result is the air capacity of your space in cubic meters. Finally, multiply by 12 to see how many cubic meters per hour the fan and filter you need to handle.
Example: Suppose a room is 4m long, 4m wide and 2.5m high. That is 4x4x2,5 = 40m³ (cubic meters). If we need to change the air every 5 minutes, we multiply the result by 12 to see how many cubic meters our ventilation needs to draw per hour. That is, for 40 cubic meters of space we need ventilation with a power of at least 480m³ / h.
