Filter
Top Products
COMMISSIONING
65
ount of water to be added to or closed circuit fluid 17. Determine the correct am
to be drained from the heat exchanger if the dynamic level is either below
the text marking “MINIMUM FLUID LEVEL WITH PUMP OPERATING” or
more than 150 mm above this mark.
Each 100 mm of fluid level height is equivalent to three (3) litres of closed
circuit fluid.
20 mm 0.6 litres 80 mm 2.4 litres 140 mm 4.2 litres
40 mm 1.2 litres 100 mm 3.0 litres 160 mm 4.8 litres
60 mm 1.8 litres 120 mm 3.6 litres 180 mm 5.4 litres
storage tank with a non permanent marker beside the
vel is 30 mm below the text marking, then place a
Mark the required closed circuit fluid level to be obtained on the side
of the solar
clear hose, in relation to the static level marked on the side of the
solar storage tank during step 8.
Eg: If the dynamic le
mark 30 mm above the static level marked on the side of the solar
storage tank in step 8. It would be necessary to add one litre of water
to the heat exchanger.
Eg: If the dynamic level is 180 mm above the text marking, then place
a mark at least 30 mm, but no more than 180 mm, below the static
level marked on the side of the solar storage tank. It would be
necessary to drain between one litre and five litres of closed circuit
fluid from the heat exchanger.
If the dynamic fluid level is greater than
150 mm above the text marking, then place
a mark below the static level marked on the
tank of between equal to this distance and
this distance plus 150 mm
MINIMUM FLUID LEVEL WITH PUMP OPERATING
‘
than
Y mm’ greater
150 mm
above text
marking
If the dynamic fluid level is below the text
marking, then place a mark equal to this distance
above the static level marked on the tank
‘X mm’
below text
marking
static level marked on tank during step 8
mark
‘X mm’
above
static mark
mark static level to achieve
mark between
‘Y mm’ and
Y + 150 mm’
below static
mark
‘
mark static level to achieve
150 mm
above text
marking