Warmup Metro handleiding
Handleiding
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System Performance
k
H
Value - W/m²K
Resistance
of Floor
Covering,
tog
0.00 0.25 0.50 0.75 1.00 1.25 1.50 1.75 2.00 2.25 2.50 2.75 3.00
Pipe
Centres
Warmup Metro - 65mm Sand & Cement Screed,
Thermal Conductivity λ = 1.20W/m
.
K
100mm 6�26 5�32 4�63 4�10 3�68 3�34 3�06 2�82 2�62 2�44 2�29 2�15 2�03
150mm
5�41 4�66 4�10 3�67 3�32 3�03 2�80 2�59 2�42 2�27 2�13 2�01 1�91
200mm 4�69 4�09 3�64 3�29 3�00 2�76 2�56 2�39 2�24 2�10 1�99 1�88 1�79
250mm 4�07 3�60 3�24 2�95 2�72 2�52 2�35 2�20 2�07 1�96 1�85 1�76 1�68
300mm
3�55 3�18 2�89 2�66 2�46 2�30 2�15 2�03 1�92 1�82 1�73 1�65 1�58
Using the system k
H
value to calculate the system heat output:
q = k
H
x ( T
water
– T
air
)
Example:
The heat output through an 18 mm thick, ≈ 1.25 tog timber oor, over
Warmup Metro, tted with pipe at 200 mm centres, in a 21°C room heated
with 40°C water is;
q = 2.76 x ( 40 – 21 ) = 2.76 x 19 = 52.44 W/m²
Alternatively, using the system k
H
value to calculate the required water
temperature, knowing the required heat output:
T
water
= ( q / k
H
) + T
air
Example:
The water temperature required to produce a heat output of 55 W/m²,
through a 3 mm thick ≈ 0.25 tog LVT oor nish, over Warmup Metro, tted
with pipe at 200 mm centres, in a 22°C room is;
T
water
= ( 55 / 4.09 ) + 22 = 13 + 22 = 35°C
q = Specic Heat Output, W/m² k
H
= System Performance Factor, W/m²K
T
water
= Mean water Temperature T
air
= Room Air Temperature
Bekijk gratis de handleiding van Warmup Metro, stel vragen en lees de antwoorden op veelvoorkomende problemen, of gebruik onze assistent om sneller informatie in de handleiding te vinden of uitleg te krijgen over specifieke functies.
Productinformatie
| Merk | Warmup |
| Model | Metro |
| Categorie | Niet gecategoriseerd |
| Taal | Nederlands |
| Grootte | 7455 MB |
