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Characteristics
Save on your energy bills!
Unique to the Henrad ECO radiator is the concept whereby hot water flows directly into the front element first, giving it a higher temperature. This delivers more radiant heat, enhancing your feeling of comfort. As a result of the increased radiant temperature at the front of the radiator, the rear-most element is a little less warm than with other radiators.
This means there is less radiant heat lost through the wall via the back of the radiator. Altogether, this means an increase in your feeling of comfort, a reduction in your energy bills, an increase in the efficiency of your heating systems and a reduction in CO2 emissions.
Why opt for a Henrad ECO Galva radiator?
- Protective galvanised coating
- Reduction in your energy bills
- More radiant heat
- Higher average surface temperature in the front element
- Retention of that feeling of comfort with lower temperature systems
- Faster to heat up
- Reduction in energy loss as the result of less heat radiated from the rear-most element
- Saved by pre-set thermostatic valve
- Suitable for renewable energy
- Environmentally friendly heating
- Valve that can be fitted on the left or right
3D Animation
Discover the Henrad ECO Galva here in 3D
Click and hold the left mouse button, then drag to rotate the radiator. Scroll to zoom in or out.
How does the ECO technology work?
Choose your colour
Choose your colour
Warmth is essential for creating a cosy home. As is an interior that you feel good in. With Henrad you can now opt for colourful warmth.
Accessories
Permanent air vent ECO – S-Vent DUO™
Mounting key for permanent air vent
Valve opener with venting hose for T2150
Towel bar – Curved
Renovation kit ECO
Henrad thermostatic head
Double connection fitting – Straight, without drain-off facility
Double connection fitting – Straight, with drain-off facility
Double connection fitting – Angled, without drain-off facility
Double connection fitting – Angled, with drain-off facility
Drain nipple
Calculate the heat output
Calculate the heat output
Click here to download the calculation sheet so that you can calculate the heat output for yourself.
Technical details
Technical details
The ECO radiator and its serial flow technology are perfectly suited to operate in low-temperature heating systems. This technology (water flows first through the front panel) results in higher energy efficiency, maximum radiation, faster heating rate and less waste of energy through the back wall. In addition, the ECO Galva radiator is treated with a protective galvanized coating, so it can be used without any concerns in wet areas.
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low-temperature valve radiator with serial flow technology, perfectly suited for low-temperature heating systems and equipped with a protective galvanised coating underneath, both a centre and lateral bottom connection and a pre-set valve insert, which can be fitted on the left or right side of the radiator |
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protective galvanised coating without top grille or side panels |
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pre-set Heimeier 4368 or 4369 valve, ECO air vent and blind plugs |
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The integrated adjustable valve insert (without thermostatic head) is factory-fit on the right side of the radiator, CEN certified, tested in accordance with EN215 and compatible with thermostatic heads M30 x 1,5mm. For types 21, 22 and 33 the valve insert can also be fitted on the left side of the radiator. The thermostatic valve insert is factory-set in relation to the size of the radiator. This pre-setting ensures optimum throughput in the radiator. Factory setting for two-pipe systems, also suitable for one-pipe systems (as long as the valve insert is adjusted to position 8). |
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installation instructions |
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2 x ¾” male Euroconus centre connection, 2 x ½” female lateral bottom connection |
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2 pairs of mounting lugs up to 1.600 mm and 3 pairs from 1.800 mm |
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11 | 21 | 22 | 33 |
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300 | 400 | 500 | 600 | 700 | 900 mm |
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400 – 3.000 mm |
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61 | 77 | 100 | 158 mm |
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Click here to download the complete specification text  |
| Height | Type 11 | Type 21 | Type 22 | Type 33 | Height | |
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| (mm) | (mm) | |||||
| 300 | W | 517 | 770 | 958 | 1.349 | 300 |
| kg | 8,38 | 13,85 | 15,50 | 22,90 | ||
| l | 1,89 | 3,45 | 3,45 | 5,20 | ||
| m² | 2,09 | 2,44 | 3,51 | 5,26 | ||
| n | 1,3145 | 1,2546 | 1,2753 | 1,2716 | ||
| 400 | W | 687 | 978 | 1.212 | 1.726 | 400 |
| kg | 11,68 | 18,28 | 20,55 | 30,53 | ||
| l | 2,34 | 4,62 | 4,62 | 6,93 | ||
| m² | 2,95 | 3,37 | 4,92 | 7,38 | ||
| n | 1,3057 | 1,2729 | 1,2867 | 1,2838 | ||
| 500 | W | 848 | 1.174 | 1.452 | 2.071 | 500 |
| kg | 14,99 | 22,72 | 25,60 | 38,17 | ||
| l | 2,80 | 5,78 | 5,78 | 8,67 | ||
| m² | 3,80 | 4,31 | 6,33 | 9,49 | ||
| n | 1,2968 | 1,2912 | 1,2982 | 1,2959 | ||
| 600 | W | 1.000 | 1.360 | 1.679 | 2.387 | 600 |
| kg | 18,30 | 27,15 | 30,65 | 45,80 | ||
| l | 3,25 | 6,95 | 6,95 | 10,40 | ||
| m² | 4,66 | 5,24 | 7,74 | 11,61 | ||
| n | 1,2880 | 1,3095 | 1,3096 | 1,3081 | ||
| 700 | W | 1.142 | 1.538 | 1.896 | 2.674 | 700 |
| kg | 21,33 | 31,32 | 35,63 | 53,18 | ||
| l | 3,77 | 8,12 | 8,12 | 11,27 | ||
| m² | 5,51 | 6,18 | 9,15 | 13,72 | ||
| n | 1,2889 | 1,3152 | 1,3129 | 1,3207 | ||
| 900 | W | 1.397 | 1.872 | 2.303 | 3.171 | 900 |
| kg | 27,40 | 39,65 | 45,60 | 67,94 | ||
| l | 4,80 | 10,45 | 10,45 | 13,00 | ||
| m² | 7,22 | 8,05 | 11,97 | 17,96 | ||
| n | 1,2907 | 1,2751 | 1,2898 | 1,2327 |
Calculation Factor per meter length radiator at 75/65/20 °C in accordance with EN442
Characteristic equation: ф = KM x ΔTn
Heat output (at 75/65/20°C in accordance with EN442)
Click here to download the Heat Calculator
Click here to download the Correction Factors
Connection possibilities
Important notice for ECO radiators: The green ECO air vent is essential for the proper working of the radiator and cannot be replaced by a traditional air vent as the radiator will keep on heating.
Lugs
Installation
