MULTICAL®603
KamstrupA/S∙Technicaldescription∙5512‐2029_A1_GB_06.2017
93
Calculation Condition
Heatenergy
(E1,A1,A2)
Inlet E1
=m
3
x(t1‐t2)k
t1
A1=m
3
x(t5‐t2)k
t1
A2=m
3
x(t2‐t5)k
t1
t1>t2
Ift1=t2,thenE1,A1,A2=0
Ift5‐t20,thenA1=0
Ift2‐t50,thenA2=0
t1
>
hc
(metertype6)
Outlet E1=m
3
x(t1‐t2)k
t2
A1=m
3
x(t5‐t2)k
t2
A2=m
3
x(t2‐t5)k
t2
t1>t2
Ift1=t2,thenE1,A1,A2=0
Ift5‐t20,thenA1=0
Ift2‐t50,thenA2=0
t1
>
hc
(metertype6)
Coolingenergy
(E3)
Inlet E3=m
3
x(t2‐t1)k
t1
t1<t2
t1
>
hc
(metertype6)
Outlet E3=m
3
x(t2–t1)k
t2
t1<t2
t1
>
hc
(metertype6)
Inlet/outletenergy
(E8,E9,E10,E11)
E8=V1(m
3
)xt1
E9=V1(m
3
)xt2
E10=V1(m
3
)xt3
E11=V2(m
3
)xt3
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