Advertisement
4 Technical data
Description
Capacity
Max. working temperature [° C]
Max. working pressure
Insulation
Weight (empty)
5 Installation
All pipes connecting to the tank should have removable connections (fitting/flange). Pipe thread seals with teflon are
to be avoided.
All tank connecting pipes are to be planned, constructed and tested according to the technical rules in force, as well as to the
corresponding norms and regulations in accordance with their application and supply medium.
Sensors and thermostats necessary for temperature control must be securely and permanently positioned on the tank
(immersion sleeve and sensor rail).
The tank's venting and draining facilities must have the appropriate dimensions and be correctly installed.
The installation company is responsible for the correct execution of work and for the safe and careful insulation of the pipes.
The thread diameter of the heating safety valve depends on the nominal capacity of the water space and the maximum heating
capacity of the heat generator. It can be determined as follows:
Reaction pressure
1,5 bar
2,0 bar
2,5 bar
3,0 bar
Thread diameter (inch)
© Wikora GmbH
WPH
WPH
300
400
[litre]
ca. 300 ca. 400 ca. 500 ca. 750 ca. 825 ca. 980 ca. 1000 ca. 1500 ca. 2000
95
95
[bar]
3
3
[kg]
ca. 80
ca. 95
Max. heating capacity of the heat generator
36 kW
72 kW
43 kW
86 kW
50 kW
100 kW
56 kW
112 kW
1/2
¾
WPH
WPH
WPH
500
750
825
95
95
95
3
3
3
80 mm soft foam
ca. 106 ca. 150 ca. 160 ca. 170
144 kW
252 kW
172 kW
302 kW
200 kW
350 kW
224 kW
395 kW
1
5/4
Illustration 2 (Schematic drawing– example hydraulic system heating)
Page 4
WPH
WPH
WPH
980
1000
1500
95
95
95
3
3
3
ca. 170
ca. 264
433 kW
518 kW
600 kW
678 kW
6/4
WPH
2000
95
3
ca. 325
Chart 3
650 kW
778 kW
900 kW
1017 kW
2
As of March 2011
Errors excepted.
Advertisement
