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Performance and pressure losses
GX6 S/D/DEC 260
Courbes de perte de charge
Performance curves for different flow rates and temperatures
Ci-dessous les pertes de charge entre les raccords d'entrée et de sortie du circuit primaire en fonc-
Performance curves for different flow rates and temperatures
of the primary circuit for DHW production from 10ºC to 60ºC
tion du débit
of the primary circuit for DHW production from 10ºC to 45ºC
Pressure losses between input and output connections
of the primary circuit for different flow rates.
Performance GX S/D/DEC 130
Peak flow rate at 40ºC
Peak flow rate at 45ºC
Peak flow rate at 60ºC
Peak flow rate at 40ºC
Peak flow rate at 45ºC
Peak flow rate at 60ºC
Continuous flow at 40ºC
Continuous flow at 45ºC
Continuous flow at 60ºC
Performance and pressure losses
Preheating time from 10 to 60ºC
Primary circuit flow rate
Note: Performance data assumes a primary flow temperature of
GX6 S/D/DEC 600
85ºC and domestic cold water supply of 10ºC
Fig. 2. SX90S - Courbe de perte de charge
Performance curves for different flow rates and temperatures
of the primary circuit for DHW production from 10ºC to 45ºC
Continuous DHW production curves with different
Performance curves for different flow rates and temperatures
temperatures and predetermined flow rate of the
of the primary circuit for DHW production from 10ºC to 60ºC
Pressure losses between input and output connections
primary circuit for ΔTp=20ºC and Δts=30ºC
of the primary circuit for different flow rates.
Performance GX6 S/D/DEC 260
Peak flow rate at 40ºC
Peak flow rate at 45ºC
Peak flow rate at 60ºC
Peak flow rate at 40ºC
Peak flow rate at 45ºC
Peak flow rate at 60ºC
Continuous flow at 40ºC
Continuous flow at 45ºC
Continuous flow at 60ºC
Preheating time from de 10 to 60ºC
Primary circuit flow rate
Note: Performance data assumes a primary flow temperature of
85ºC and domestic cold water supply of 10ºC
Fig. 4. SX190S - Courbe de perte de charge
Continuous DHW production curves with different
temperatures and predetermined flow rate of the
DHW (l/h)
primary circuit for ΔTp=20ºC and Δts=30ºC
Pressure losses between input and output connections
of the primary circuit for different flow rates.
Performance GX6 S/D/DEC 600
Peak flow rate at 40ºC
Peak flow rate at 45ºC
Peak flow rate at 60ºC
Peak flow rate at 40ºC
Peak flow rate at 45ºC
Peak flow rate at 60ºC
Continuous flow at 40ºC
Continuous flow at 45ºC
Continuous flow at 60ºC
Preheating time from de 10 to 60ºC
Primary circuit flow rate
Note: Performance data assumes a primary flow temperature of
85ºC and domestic cold water supply of 10ºC
Fig. 6. SX400S - Courbe de perte de charge
Continuous DHW production curves with different
temperatures and predetermined flow rate of the
DHW (l/h)
primary circuit for ΔTp=20ºC and Δts=30ºC
I10_092-01 • SILOX S_FR
L/10min
L/10min
L/10min
L/60min
1000
L/60min
L/60min
L/h
L/h
L/h
min
m
/h
3
Test data
L/10min
L/10min
L/10min
L/60min
1545
L/60min
1455
L/60min
L/h
1400
L/h
1336
L/h
min
m
/h
3
Test data
L/10min
L/10min
L/10min
L/60min
L/60min
L/60min
L/h
L/h
L/h
min
/h
m
3
Test data
Performance curves for different flow rates and temperatures
of the primary circuit for DHW production from 10ºC to 60ºC
184
175
128
950
582
960
920
545
18
5
Performance curves for different flow rates and temperatures
of the primary circuit for DHW production from 10ºC to 60ºC
380
341
236
873
873
28
6
83
900
809
566
2755
2546
1600
2225
2085
1241
34
6
85
D
onnées techniques
Pressure losses between input and output connections
of the primary circuit for different flow rates.
Fig. 3. SX130S - Courbe de perte de charge
Pressure losses between input and output connections
of the primary circuit for different flow rates.
Test data
Fig. 5. SX260S - Courbe de perte de charge
Pressure losses between input and output connections
DHW (l/h)
of the primary circuit for different flow rates.
Test data
Fig. 7.
SX600S - Courbe de perte de charge
DHW (l/h)
Test data
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