Rotex Solaris User Manual

3 x Installation
30
FA ROTEX Solaris - 08/2007
3.4.6 Installing the equipotential bonding terminal
1. Loosen the slotted screws on the equipotential bonding terminal.
2. Connect the equipotential bonding terminal cable (not included in scope of supply) (Fig. 3-71).
3. Tighten the screws of the equipotential bonding terminal.
4. Run the connecting cable to the equipotential bonding rail, secure it with cable ties and connect it to the rail.
3.4.7 Running the connection pipes and solar panel temperature sensor cable through the roof
WARNING!
The equipotential bonding terminal is not a substitute for a lightning rod. It is merely intended to protect the
solar panel temperature sensor.
If two or more solar panel rows are installed, they must be connected by means of an equipotential bonding
terminal. Equipotential bonding terminals are included in the CON RV ( 16 4217) kit.
Fig. 3-70 Mounting clip with equipotential
bonding terminal
Fig. 3-71 Connecting the equipotential
bonding terminal cable
CAUTION!
For longer horizontal tracks with only a minimum gradient, water pockets can form due to thermal expansion
of the plastic pipes between the mounting points: For this reason:
• either attach the pipe to a rigid supporting structure (e.g. mounting rail, pipe, etc.).
• or run the pipe through a drain pipe with gradient (e.g. HT pipe).
If the 20 m CON A, CON R, CON I or CON F connection pipe is
not long enough, it can be lengthened in accordance with the
size of the solar panel array to bridge the gap between the
storage tank and the solar panel array.
Pipe extension kits CON X 25 (2.5 m), CON X 50 (5 m), and
CON X 100 (10 m) are available.
Number of solar panels Max. possible total length
of pipe
2 45 m
3 30 m
4 17 m
5 15 m
Tab. 3-2 Lengthening options with CON X connection pipes

Rotex Solaris Specifications

General

Brand	Rotex
Model	Solaris
Category	Heating System
Language	English