Panasonic MIR-H163-PA, Руководство по обслуживанию

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<Note>
not change. In this case, F07 can be used after inputting service
code in F06.
Above service code input can be valid unless inputting
“000” in
F06 again or switch OFF power supply.
F07: <Purpose>
<Operation>
<Contents>
<Example>
Display zero adjustment volume (VR1 on main PCB) set value.
Input
“F07” and press CALL key to show zero adjustment volume
set value.
Zero adjustment data by volume is exchanged to the value in
range of ±6.5
℃
and add to temperature sensor data. Its zero
adjustment data can be shown and checked (but it takes some
time for response). Press CALL key to return to chamber
temperature display mode (or return by PV auto return). It cannot
be written in non-volatile memory. A decimal point is not shown.
-2.5
℃
: - 2 5
4
th
digit is blank, 3
rd
digit is blank (+) or -,
2
nd
and 1
st
digit is numerical value (no decimal point).
F08: <Purpose>
<Operation>
Control temperature with primary delay filtering by software is
used for temperature display to prevent flickering. Display the
temperature with reducing this delay (temperature display
response become quicker).
Input
“F08” and press CALL key to show “000” (initial value). Use
UP key to input
“001” and press CALL key to return to
temperature display with reducing filter. It is valid until input
“000”
in F08 again or switch OFF power supply.
F09: <Purpose>
<Operation>
Initialize non-volatile memory. But, zero adjustment data in F11 is
not initialized.
This function is used when non-volatile memory data is broken by
unexpected cause (noise, etc.) and cannot be recovered.
Therefore, it should not be used normally.
Input
“F09” and press CALL key to show “000”. Input “1” to 1 st
digit
and press CALL key to initialize all data in non-volatile memory.
-12-