47
[Fig. 71] Digital Output Composition Setup
3 Screen (DO Setup 3)
[Fig. 72] Digital Output Composition Setup
4 Screen (DO Setup 4)
● Digital Output (DO) Composition Setup 3
● Digital Output (DO) Composition Setup 4
Discrete Output Item
Details
H.Damper OPEN
Damper in the High Temp.
Room is opened
When they are set as damper-type chambers,
they get automatically controlled following the test
pattern operation situation.
The time for the actual output to go out depends
on the time set value. (When it is set to be the
maximum value of 60000 sec., the output is
performed constantly during the pertinent segment
time.)
H.Damper CLOSE
Damper in the High Temp.
Room is closed
R.Damper OPEN
Damper in the Test Room
(specimen) is opened
R.Damper CLOSE
Damper in the Test Room
(specimen) is closed
L.Damper OPEN
Damper in the Low Temp.
Room is opened
L.Damper CLOSE
Damper in the Low Temp.
Room is closed
PRE H/C
Setup of the discrete output (DO) number of the pre-heating operation status
HOLD
Setup of the discrete output (DO) number of the HOLD status during operation
H.WAIT & L.WAIT
Setup of the discrete output (DO) number of the waiting (WAIT) status during operation
ELV.H & ELV.L
When they are set as elevator-type chambers, they get automatically controlled
following the test pattern operation situation.
TEST RUN
Setup of the DO output number of the automatic-mode test operation status
TEST END
Setup of the DO output number of the automatic-mode test operation completion
status. The maintained time gets applied. (sec.)
SEN BURN
Setup of the DO output number of the status of disconnection of sensor input.
The maintained time gets applied. (sec.)
N2GAS
When they are set as gas-type chambers, they get automatically controlled
following the test pattern operation status.
REF.1 & REF.2
Setup of the output number of the signals that control the freezer in the binary
refrigeration method at the time of automatic control operation. (REF.2 works
only when REF.1 works they all turned OFF during the defrost motion.)