
Truck Master 2500
9
2.3.3 Correction factor - Temperature
When the temperature of the service liquid
exceeds 15°C, the pump’s capacity will be affected
with respect to the specified values.
To determine the output at a higher temperature,
the correction factor can be used.
Capacity at service liquid temperature
higher than 15°C :
Q
t>15
= Q
15
x
K
1
2.3.4 Correction factor - Wet and dry gas
Suction pressure % Vacuum
80
70
60
50
40
30
20
Correction factor wet gas
K
Wet
1,34
1,28
1,15
1,13
1,09
1,08
1,07
The performance of the pump can thereby be calculated as:
V
Wet
= V
Dry
x
K
Wet
DOC1628005_1A
Normal atmospheric air contains water vapor. In this case water will condense inside the pump and will
create a higher flow.
Below you can find a correction factor table for the performance based on condensing gas with an inlet
temperature of 50°C 100% saturated and service liquid temperature of 15°C.
Содержание TRUCK MASTER 2500
Страница 26: ...26 6 52 51 13 47 44 58 4 15 12 34 16 53 56 50 49 3 35 2 41 5 1 24 32 17 22 45 48 36 7 3 Spare parts...
Страница 33: ...Truck Master 2500 33 Notes...
Страница 34: ...34 Notes...
Страница 35: ...Truck Master 2500 35 Notes...