VERA electric aliminium radiator-9183

Product Code: 0002

Technical details for VR (8 – 12 – 16):
1. 1 – Special aluminum body (small canals to circulate the room's air and keep it warm located behind the radiator). You can check the sample and see the canals behind the radiator.
2. Resistant inside will heat up the gel. This will give the heat to the aluminum body. VR 8 model has one 600 watt resistant. VR 12 has two resistants but the capacity of each is 450 watt. VR 16 has also two resistants but the capacity of each is 600 watt.
3. The radiator has a smart PID digital control panel which provides energy saving system for low electricity consumption.
4. The gel will allow the entire body of the radiator heat up equally.
5. The radiator is filled with special gel which enhances the heat output.
6. Heat sensor. When the room reaches the desired temperature the radiator will turn off. Which will also help saving energy.
7. Our radiators need 220 V electricity for heating.
8. Once you start the radiator from On/Off botton you need to press "SET" botton from PID screen for 5 sec to activity the PID screen.After that you can change desired temperature.On the other hand this function can be used as a Child Safety.
VR-8 input 600 watt as electrical power consumption with almost 2.8 amp.
VR-12 input min 450 watt & max 900 watt as electrical power consumption with almost 4.1 amp.
VR-16 input min 600watt & max 1200 watt as electrical power consumption with almost 5.5 amp.
General electric heaters consume 100 watt for 1 m2 per 1 hour to heat up the room. General electric radiators can heat up 24 m2 room and consume 100 watt per 1 hour so the equation is 24 hours x 100 watt x 24 m2 equals 57.600 watt for 24 hours of electricity consumption. According to our university reports our VR16 radiator consumes 20.000 watt per 24 hour to heat up 24 m2 room and you can find the CE certificate attached so you can check (we used the university report to get the CE certificate). So the electricity consumption of our radiators is almost 3 times less than the electricity consumption of other electric heaters.
Please note that these information where gathered when the radiators were tested in a room with 0 °c temperature until the room’s temperature reached 20 °c:
1. VR8: it is suitable for a 12 m2 room.
I. when the temperature is set to 50°c the electricity consumption is:
- 600 Watt – per 1 hour
- 7.5 Kwatt – per 24 hours
II. when the temperature is set to 60°c the electricity consumption is:
- 600 Watt – per 1 hour
- 8.64 Kwatt – per 24 hours
III. when the temperature is set to 70°c the electricity consumption is:
- 600 Watt – per 1 hour
- 10.08 Kwatt – per 24 hours
2. VR12: it is suitable for a 16 m2 room.
I. when the temperature is set to 50°c the electricity consumption is:
- 900 watt – per 1 Hour
- 10.8 Kwatt – per 24 Hours
II. when the temperature is set to 60°c the electricity consumption is:
- 900 Watt – 1 Hour
- 12.96 Kwatt – 24 Hours
III. when the temperature is set to 70°c the electricity consumption is:
- 900 Watt – per 1 Hour
- 15.12 Kwatt – per 24 Hours
3. VR16: it is suitable for a 24 m2 room.
I. when the temperature is set to 50°c the electricity consumption is:
- 1200 Watt – 1 Hour
- 14.40 Kwatt – 24 Hours
II. when the temperature is set to 60°c the electricity consumption is:
- 1200 Watt - per 1 Hour
- 17.28 Kwatt – per 24 Hours
III. when the temperature is set to 70°c the electricity consumption is:
- 1200 Watt – per 1 Hour
- 20.16 Kwatt – per 24 Hours