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19 Process Inputs
FM-channel A
FM-channel B
TV TR T(3) T(4)
TV TR T(3) T(4)
T1
T2
T3
T4
max. 4x Pt100
constant-
Channel A
Temperature input:
Channel B
Temperature input:
Inlet temperature TV
T1
Inlet temperature TV
Constant value
Outlet temperature TR
T2
Outlet temperature TR
T4
Heat quantity measurement
possible
Heat quantity measurement
possible
Fig. 19.1: Example of configuration of the temperature inputs for heat flow measurement
With this configuration, two independent heat flow measurements can be performed simultaneously.
The temperature measured by T2 can not be used for heat flow measurement on channel B, but can
be displayed and output.
19.1.2 Linking the Temperature Inputs
SYSTEM settings
Proc. inputs
Proc. inputs
Link temperature
A:T-Inlet
Input T1
In the program branch SPECIAL FUNCTIONS, select
SYSTEM SETTINGS, then PROCESS INPUTS.
In the PROCESS INPUTS scroll list, select the option
LINK TEMPERATURE.
Select in the scroll list the temperature input you want to
link to channel A as inlet temperature.
Select the option FIXED INPUT VALUE if the inlet
temperature should be entered manually before
measurement.
Select the option NO MEASURING if you don't want to
link an inlet temperature to channel A.
Confirm by pressing ENTER.
EESIFLO will now ask in the same way which temperatures should be linked to channel A as T-Outlet,
T(3) and T(4), and then which temperatures should be linked to the other channels.
Note:
110
EESIFLO stores the configuration of a measuring channel when switching to the
configuration of the next channel. You must go through the whole configuration dialogue
for this channel to save changes.
IM-EESIFLO-6000V3-EN, 02.01.2003