Inkbird ITC-306T-WIFI, Руководство пользователя

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alarm will be pushed to mobile APP and
remind the user that the device is in alarm
state.
6.6 Temperature Calibration (CA)
When there is deviation between measured
temperature and actual temperature, the
temperature calibration function can be used
to calibrate the measured value and make it
consistent with the standard value, the
calibrated temperature = the measured
temperature value + the calibration value.
6.7 Display in Fahrenheit or Celsius unit (C/F)
Optional setting the display unit as Fahrenheit
or Celsius. The default temperature unit is
Fahrenheit. In need of displaying in Celsius ,
set CF value as C.
Note: When CF is changed, all setting values
will be restored to the default setting and the
buzzer will beep once.
6.8 Buzzer Sound ON/OFF Under Abnormal
Alarm (ALM)
Users can choose whether to turn on the
sound function of the buzzer when an
abnormal alarm occurs according to actual
use. When choosing ON, the buzzer will make
a sound, when choosing OFF, the buzzer will
close the sound when there is abnormal
alarm.
6.4 Control Function Instruction
6.4.1 Temperature Control Instruction in the
Normal Mode (TS1,DS1,TR=0)
When the controller is working normally, PV
window displays the measured temperature,
SV window displays temperature set value.
When the measured temperature PV ≥ TS1
(Temperature Set Value1), the WORK indicator
is off, the output sockets turn off; When the
measured temperature PV ≤ TS1 (Temperature
Set Value1)-DS1 (Heating Differential Value 1),
the WORK indicator is on, and the output
sockets turn on.
For example, TS1=25.0°C, DS1=3.0°C, when
the measured temperature ≤ 22°C (TS1-DS1),
the output sockets turn on; when the
measured temperature ≥ 25°C (TS1), the
output sockets turn off.
6.4.2 Temperature Control Instruction in the
Timer Mode (TS1, DS1, TR=1 , TS2, DS2, TAH,
TAM, TBH, TBM, CTH, CTM)
When TR=0, the timer mode function is off, the
parameters TS2, DS2, TAH, TAM, TBH, TBM,
CTH, CTM don’t show up in the menu.
When TR=1, the Timer Mode is on. Time
A~Time B~Time A is a cycle, 24 hours.
During Time A~Time B, the controller runs as
TS1 (Temperature Set Value1) and DS1
(Heating Differential Value1); during Time
B~Time A, the controller runs as TS1
(Temperature Set Value2) and DS1(Heating
Differential Value2).
For example: Set TS1=25, DS1=2, TR=1,
TS2=18, DS2=2, TAH=8, TAM=30, TBH=18,
TBM=00, CTH=9, CTM=30, CTH and CTM are
the current time setting, the setting time is
9:30.
During 8:30-18:00 (Time A~Time B), the
temperature controls between 22°C
(TS1-DS1)~25°C (TS1);
During 18:00-8:30 (Time B~Time A), the
temperature controls between 16°C
(TS2-DS2)~18C (TS2).
6.5 High/Low Temperature Alarm (AH,AL)
When the measured temperature ≥ High
Temperature Alarm (AH), it will alarm and
turn off heating output. The PV window will
display “AH” and the measured temperature
at the 1Hz frequency alternately , buzzer will
“Bi-Bi-Biii” when ALM=ON, until the
measured temperature < AH, buzzer will be
off and return to normal display and control.
Or press any button to turn the buzzer alarm
off;
When the measured temperature ≤ Low
Temperature Alarm (AL), it will alarm. The PV
window will display “AL” and the measured
temperature at the 1Hz frequency alternately,
buzzer will “Bi-Bi-Biii” when ALM=ON, until
the temperature > AL, buzzer will be off and
return to normal display and control. Or press
any button to turn the buzzer alarm off.
Note: The Low Temperature Alarm (AL)
should be less than the High Temperature
Alarm (AH). The high or low temperature
6.2 Menu Setting Flow Chart
SET
SET
SET
SET
SET
SET
SET
SET
Press "SET" Key for over 2
seconds to enter parameters
setting mode
Temperature
Set Value1
Heating Differential
Value1
Alarm High
Temperature Limit
Alarm Low
Temperature Limit
Temperature
Calibration
Temperature Unit
Buzzle on or off
in the alarm state
Timer Mode Setting
0->Normal Mode
1->Timer Mode
No Key for 30 seconds or
Presss “SET” key for over
2 second ?
Working normally
TS1
77.0°F
DS1
2.0°F
AH
210°F
AL
CA
0.0°F
CF
F
ALM
ON
SET
SET
SET
SET
SET
Heating Differential
Value2
emperature Set
Value2
Time A
Setting Hour
Time A
Setting Minute
Time B
Setting Hour
Time B
Setting Minute
Current Time
Setting Hour
Current Time
Setting Minute
DS2
2.0°F
TS2
78.0°F
TAH
8
ATM
00
TBH
18
TBM
00
CTH
8
CTM
30
TR=1?
N
N
Y
Y