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 Start-up and taking out of service

FA ROTEX Solaris DrainBack - 09/2016

25

5

Start-up and taking out of service

5.1

Start-up

The instructions for integration into the hydraulic system, start-
up, operation of the control systems and rectifying faults and mal-
functions are contained in the installation and maintenance in-
structions of the (RPS4 and RPS3 25M) control system and 
pump unit.

5.2

Decommissioning

5.2.1 Temporary shutdown

By switching off the Solaris R4 control unit at the main switch or 
disconnecting the mains plug from the power supply, the ROTEX 
solar system can be shut down temporarily.

If there is a danger of frost:

– put the ROTEX solar system back into operation

or

– suitable antifreeze measures must be applied to the con-

nected heating system and hot water storage tank (e.g. 
draining).

5.2.2 Final shutdown

Take the ROTEX solar system out of operation (see 
Chapter 5.2.1 "Temporary shutdown").

Disconnect the ROTEX solar system from all electrical and 
water connections.

Dismantle the ROTEX solar system in accordance with the 
assembly instructions (Chapter 4 "Installation") in reverse 
order.

Dispose of the ROTEX solar system properly.

Recommendations for disposal

WARNING!

The solar system cannot be started until all 
hydraulic and electrical connections have been 
completed.
An incorrect start-up will adversely affect the 
function and may damage the complete system. 
Installation and start-up must therefore must 
conducted by ROTEX-authorised and trained 
heating experts.
Before start-up, the protective conductor re-
sistance and proper connection must be 
checked.

CAUTION!

Setting up in frosty conditions can result in 
damage to the entire system.

Start-up at outside temperatures below 0 °C 
only when a water temperature of at least 
5 °C is guaranteed in the solar circuit (e.g. 
prior heating of the hot water storage tank).

ROTEX recommends not operating the instal-
lation in extremely frosty conditions.

CAUTION!

A heating system which is shut down can freeze 
in the event of frost and may suffer damage.

Drain the heating system that is shut down if 
there is danger of frost.

CAUTION!

Pumps switched off for a lengthy period can 
seize.
For temporarily shut-down solar systems, the 
protective function against seizing pumps 
(pump kick function) is also deactivated.

When restarting, check the pump is working 
correctly. In most cases, seized pumps can 
be freed again manually.

If there is a risk of frost for a few days only, the excellent 
heat insulation of the ROTEX hot water tank means that 
it need not be drained as long as the storage tank tem-
perature is observed regularly and not permitted to fall 

below +3 °C. This does not, however, provide any protection 
against frost for the connected heat distribution system.

Thanks to the environmentally friendly design of the 
solar system, ROTEX has complied with requirements 
for environmentally sound disposal. During the disposal 
process, the only waste created is that which can be 

used for material or thermal recycling.
The materials used that are suitable for recycling can be sorted 
into individual types.

Summary of Contents for H26P

Page 1: ...mpanies ROTEX Solaris Planning and installation instructions DrainBack solar system Valid for the following components Solaris V21P Solaris V26P Solaris H26P Solaris assembly packages GB Edition 09 20...

Page 2: ...ystems 7 3 3 2 System components for roof mounted systems ADM 9 3 3 3 System components for in roof systems IDM 11 3 3 4 System components for flat roof systems FDM 13 4 Installation 16 4 1 Transport...

Page 3: ...ir technical training and specialist knowledge Please read this manual carefully and thoroughly before proceeding with the installation and initial start up or modifi cation of the system Comply stric...

Page 4: ...levant accident pre vention regulations as well as the recognised safety related and occupational health rules 2 3 Use as intended The ROTEX solar system may only be used for solar supported heating o...

Page 5: ...condi tions of overvoltage category III and a residual current circuit breaker RCD with a reaction time 0 2 s Compare the mains voltage 230 V 50 Hz indicated on the nameplate with the supply voltage b...

Page 6: ...ne FLS Solaris FlowSensor flow rate measurement PS Solaris operating pump RPS4 Control and pump unit TK Solaris solar panel temperature sensor TR Solaris return flow temperature sensor TS Solaris stor...

Page 7: ...r unit of an air water heating pump Electronic control The fully electronic ROTEX Solaris R4 control unit ensures op timum utilisation of the solar heat hot water heating heating support and the obser...

Page 8: ...ble pipe clamps and connecting fittings Extension kit for feed line CON XV CON XV 80 16 42 64 L 8 m UV resistant thermally insulated feed line with integrated sensor cable pipe clamps cable connection...

Page 9: ...5j Cable tie 5k Solar panel temperature sensor 5l n Extraction tool with inserts for 15 mm and 18 mm 5o Planning and installation instructions 5p Quick instructions 5q Cable connection fitting 5r Roof...

Page 10: ...escription FIX WD 16 47 03 for corrugated roofing FIX BD 16 47 04 for folded sheet metal roofing 12h Mounting profile beam 12i Quick instructions Fig 3 13 FIX WD 12j Mounting profile beam 12k Quick in...

Page 11: ...n fitting 5e g Pipe clamps with hangar bolts 5h Single terminal block with equipotential bonding terminal 5i Single terminal block 5j Cable tie 5k Solar panel temperature sensor 5l n Extraction tool w...

Page 12: ...in strip 10g Bottom left drip off sheet 10h Bottom right drip off sheet 10i Bottom left sight guard plate 10k Bottom right sight guard plate 10l Accessory bag 10m Accessory bag 10n Locking plate 10o...

Page 13: ...al block with equipotential bonding terminal 5i Single terminal block 5j Cable tie 5k Solar panel temperature sensor 5l n Extraction tool with inserts for 15 mm and 18 mm 5o Planning and installation...

Page 14: ...exagon nut M8 6m Hexagon nut M8 with locking serration 6n Washer 6o Round head screw M8 6p Quick instructions Fig 3 22 Flat roof frame basic package FB V26P 6g 8x 6f 2x 6e 6 6 c d 6a 6p 6x 6x 10x 4x 1...

Page 15: ...ut M8 with locking serration 6n Washer 6o Round head screw M8 6p Quick instructions Fig 3 24 Flat roof frame basic package FB H26P 8 8d c 8b 8a 8g x 2 8f 8e 8p x 4 x 4 x 7 x 3 x 4 x 4 6h 6n 6k 6i 6m 6...

Page 16: ...ses and main switches remove cables and must be secured against inadvertent restarting The components must be stored in such a way that persons are not endangered by them The regulations in the respec...

Page 17: ...nting rail 2b Solar panel securing clips 4 Solar panel 5 Solar panel connecting elbow return flow 6 Solar panel connecting elbow inflow 7 Sealing plug 8 Solar return flow pipe 9 Solar inflow pipe 10 S...

Page 18: ...of the inflow pipe is not more than 16 mm a continuous rise of the inflow pipe to the highest point as well as a continuous gradient to the warm water storage cylinder is ensured For pipe runs in whic...

Page 19: ...M16 glands from inside 7 For on roof mounting Cover the roof penetrations The roof tiles at the side and above must overlap the roof penetration The corrugated flashing must overlap the roof tile und...

Page 20: ...gs such as roof tiles with very pronounced undulations large differ ences in height sealing problems can occur with the universal roof penetration box In such cases and also with plane tiles or slate...

Page 21: ...tep 3 CAUTION In order to prevent torsional stresses and fixing difficulties when mounting the solar panels slightly tighten the self locking nuts of the slide blocks align both mounting profiles exac...

Page 22: ...e system Always fit the expansion joints to the flat solar panels with extreme caution Bring the next flat solar panel in alignment with the connection pipes of the previous flat solar panel when push...

Page 23: ...Insert the sealing plugs into the open solar panel connection pipes until the retaining clamps audibly click in place These instructions only describe the pipe laying for al ternate end connection wit...

Page 24: ...sing cable ties Then connect the silicone covered cable inside the roof to the connection cable of the solar panel temperature sensor of the control and pump units WARNING The equipotential bonding do...

Page 25: ...nducted by ROTEX authorised and trained heating experts Before start up the protective conductor re sistance and proper connection must be checked CAUTION Setting up in frosty conditions can result in...

Page 26: ...al in compliance with the respective na tional regulations of the country of use is the responsi bility of the user owner Disassembly of the system handling of coolant oil and other parts may only be...

Page 27: ...EC for correct selection of products for your application contact your dealer Depending on your application and the product selected an additional supplementary heater may have to be installed Tab 6...

Page 28: ...anently standstill proof and thermo shock tested Minimum collector yield above 525 kWh m2 per year with 40 cloud coverage location W rzburg Tab 6 2 Technical Data Flat Solar Panel Unit Solaris flat so...

Page 29: ...ssible roof load has been exceeded by the ballast weight secure the solar panel array using a suitable steel rope construction Working angle Wind action kN m2 0 5 0 65 0 8 0 95 1 1 1 2 1 3 Ballast wei...

Page 30: ...5 60 6 50 7 21 7 48 7 70 3 64 4 23 4 69 4 86 5 00 50 5 11 5 87 6 46 6 68 6 85 3 32 3 82 4 20 4 34 4 45 48 4 72 5 37 5 86 6 04 6 18 3 07 3 49 3 81 3 93 4 01 46 4 41 4 97 5 38 5 53 5 63 2 86 3 23 3 50 3...

Page 31: ...ial bonding 24 Roof penetration 19 Solar panel temperature sensor 24 M Mounting profile connector 8 Mounting profile rail 7 O Operating mode 7 Outer layer of storage tank 7 P Parallel connection 17 Pr...

Page 32: ...ROTEX FA ROTEX Solaris DrainBack Subject to change and correction 008 1628844_00 09 2016...

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