Dimplex ST0133 Hydraulic integration Dimplex solar cylinders SCx, Solar loop integration

Models: ST0133

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Figure 43 – Solar loop integration

Technical manual

SOLAR

The integration of the solar thermal control and pump unit independent from manufac- turer nomenclature is shown in Figure 43.

Figure 43 – Solar loop integration

4.7.3 Hydraulic integration Dimplex solar cylinders SCx

Should the cylinder range of 175 to 305 litres not be sufficient, any number of cylinders can be connected in parallel or in series to achieve higher storage volumes. The follow- ing should be observed when connecting the cylinders:

-each cylinder must be equipped with its own safety equipment as part of the scope of delivery

-each cylinder must have its own save discharge in accordance with building regula- tions

-connect the cylinders on the potable and energy supply side in series when an even demand is required over a period of time

-connect the cylinders on the potable and energy supply side in parallel when peak demands are expected exceeding the capacity of an individual cylinder with its supply

-when installing larger systems ensure a risk assessment is carried out in accordance with approved code of practise L8 from the HSE

-ensure each cylinder is accessible for maintenance and replacement work as required

-ensure the hydraulic circuit from the solar loop is balanced, i.e. the correct flow rate is achieved through each coil

Page 42 of 72

ST0133 – A 02/09

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Dimplex Hydraulic integration Dimplex solar cylinders SCx, Solar loop integration, Page 42 of ST0133 - A 02/09