EXAMPLE
Reactivation air i nle t temperatu
re (ti): 15 °C
Reactivation air temperature (to): 115 °C
Temperature increase: 100 °C
to = ti +100 °C
4.2.4 Base configurationsettings
Fan
coefficient
Airflow
(m
3
/h
Differ ential pressure
(Pa)
Fan speed,
(rpm)
Process fan
690 10000 210 1900
MCD-
100
Reactivation fan
150 3060 416 2940
Process fan
690 12000 302 2150
MCD-
120
Reactivation fan
220 3960 324 2710
Process fan
690 14000 412 2450
MCD-
140
Reactivation fan
220 4500 418 2920
Process fan
690 15300 492 2450
MCD-
155
Reactivation
fan 150 3060 416 2840
Table 4.1 Base confi guration settings for rated airflows at air density 1 ,2 kg/m
3
Δ
p
=
q
k
(
2
)
Figure 4.1 Formula for calculatio n of differential pr essure
p=Differ
entialpressure(Pa)
q=Airflow(
m
3
/hat actual temperature)
k=Fancoe
fficient
190TEN–106 5–J1408
Commissioning
27