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Models
Overall dimensions
Minimum cupboard
dimensions
Hot and cold water
Solar Pipe Connections
Maximum hot water flow rate
Weight
Dwelling Type
Maximum system pressures
SAP 2005 Data
Storage Volumes
Heat loss factor
Temperature factor (vessel heat loss)
1.
This flow rate is based on a 35ºC temperature rise and assumes that the
recommended pressures and adequate flow are available at the appliance. The actual
maximum flow rate is regulated to a maximum of 26 litres/minute.
2.
The temperature of hot water is also regulated to about 52ºC at a flow rate of 18
litres/min.
3.
The heat losses from thermal stores should not be directly compared with heat
losses from unvented or vented cylinders because they are treated differently in SAP.
The SAP calculator takes account of the type of store and various correction factors
are included to reflect the different ways that the hot water and heating operates.
For any further technical information/assistance regarding this product please ring
the Gledhill Technical Help line on 01253 474401.
Technical Specification of PulsaCoil SOL A-Class
Height
Width
Depth
Height
Width
Depth
Collector
Return
Empty
Full
Bedrooms
Bathrooms
En-suite
Thermal Store
Solar System
Mains pressure hot water
Total
Solar
1.0 design
1.2 tecHnical data
PCA200 - SOL
(mm)
1330
(mm)
560
(mm)
605
(mm)
2080
(mm)
600
(mm)
625
(mm)
22
(mm)
15
(mm)
22
(l/min)
35
(kg)
60
(kg)
224
1-2
1 or
1
Open
6m
Vented
(bar)
6
(bar)
5
(litres)
164
(litres)
53
(kWh/24h)
2.022
-
Page 5
PCA220-SOL
PCA240-SOL
1500
1465
560
580
605
620
2250
2215
600
620
625
640
22
22
15
15
22
22
35
35
63
68
254
278
2-3
2-3
1
1
1
2
6m
6m
6
6
5
5
191
210
64
68
2.052
2.086
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