Farho Alexandria AN Model Radiator
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The Farho Alexandria AN model with its analogical thermostat combines the quality that characterises our range of heaters with a user-friendly thermostat that will prove easy to operate even the least technically minded of us.
- Lighted operation switch.
- Safety heat limiter.
- Side twin cover.
- Snap switch, ambient thermostat.
- 330W to 1430W power.
- Comes with wall bracket kit.
- Injected aluminium frame with white Epoxy finish, weather and corrosion proof.
- 1” metal-clad electrical resistor, made of AISI-304 stainless steel tube, low energy and maximum heat efficiency.
- FARHOIL high temperature, thermal fluid with a resistance -40ºC to 330ºC range, high heat conducting capacity and low vapour pressure, which has been specially developed to obtain maximum performance.
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Technical Specification and prices - Exc VAT
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| Farho Alexandria AN Model Radiator | |||||
|---|---|---|---|---|---|
| MODEL | POWER (W) | HEIGHT (mm) | WIDTH (MM) | DEPTH (MM) | PRICE £ |
| AN-3 | 330 | 590 |
370 | 95 | £224 |
| AN-5 | 550 | 590 | 530 | 95 | £280 |
| AN-7 | 770 | 590 | 690 | 95 | £337 |
| AN-9 | 990 | 590 | 850 | 95 | £393 |
| AN-11 | 1210 | 590 | 1010 | 95 | £436 |
| AN-13 | 1430 | 590 | 1170 | 95 | £484 |
Technical Information
The radiator fluid is heated through a resistance inside the radiator bringing the temperature of the fluid to 80ºC. Based on tests done to calculate the curve above, it will take around 50 minutes of electrical consumption for the 11 fin radiator to reach the target temperature of 80oC. Once the fluid inside the radiator is up to 80º C and taking into account the special technical characteristics of the aluminium and the compliance testing, the radiator will have an approximate output of 150 Kcal/hour, 627 kJul/hour or 174.7 w/hour of heat per 110w capacity fin. This means high heat output but low energy consumption.
This heating output capacity was calculated in accordance with EU Standard Norma UNE 9.015-83 by the AENOR, a Standards Authority based in Spain. In the case that a system or fluid is only able to perform a 50ºC thermal jump, the heat output would be reduced considerably.