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6.4
Installing accessories for higher loads
▶ Screw the angle profiles 680 mm [2] to the profiles 2050 mm
and 2215 mm.
▶ Place the profile rails [1] in the centre and screw them together.
Fig. 30 Installing accessories for higher loads
6.5
Making the roof connection
▶ Design the substructure and fastenings according to the table to
ensure that the system can withstand the wind forces that occur.
Wind speed
Base anchor
102 km/h
3 x M8/8.8 (per
triangle)
129 km/h
151 km/h
Table 15 Values for the required stabilisation of the system
A base anchor or ballast troughs (only TSS150/200) can be used to
create the roof connection for stabilisation of thermosiphon system.
Base anchor
The base anchor can be created through a substructure provided by the
customer (e.g. l-beam) or direct connection to the roof.
▶ Design the on-site substructure so that the collectors can withstand
the wind forces affecting them.
▶ Transfer the hole dimensions to the l-beams and drill the necessary
holes.
▶ Fasten each angle profile 2215 mm at the bottom with 3 screws,
washers and nuts, to be provided by the customer.
TSS – 6720887696 (2018/05)
1
2
0010014828-01
Weight in ballast troughs
(minimum weight)
100 kg per collector
150 kg per collector
--
Fig. 31 Example: Installing angle profiles on l-beams
[1]
Protective building mat
Ballast troughs
▶ Insert 4 ballast troughs into angle profiles.
▶ Place ballast (concrete slabs, gravel, etc) into the ballast troughs.
Weight "Values for the required stabilisation of the system" table.
0010014831-02
Fig. 32 Inserting ballast troughs
[1]
Angle profile
[2]
Ballast trough
[3]
Hook ballast troughs into each other
[4]
Protective building mat
Fitting the WSF flat roof frame
1
0010014830-02
4
15
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