• -43%

XY-WFTX távoli WIFI termosztát Nagy pontosságú hőmérséklet szabályozó modul hűtő fűtés APP

XY-WFTX távoli WIFI termosztát Nagy pontosságú hőmérséklet szabályozó modul hűtő fűtés APP

1 180 Ft 43% megtakarítás
2 071 Ft
Nincs adó
1.1 Automatic Mode Function Description
\ \
 
1) First choose heating mode/cooling mode;
 
\ \
 
2) Set the temperature and return difference. If delayed start is required, set the time of delayed start
 
\ \
 
3) If it is necessary to set high and low temperature alarm, set the high and low temperature alarm threshold
 
\ \
 
1.2 Description of Heating Modes
\ \
 
When the detection temperature (current temperature) is less than or equal to the set temperature-return temperature, the relay is on, and the heating equipment starts to work;
 
\ \
 
When the detection temperature (current temperature) is greater than or equal to the set temperature, the relay is disconnected and the heating equipment stops working.
 
\ \
 
For example: set temperature 30℃, return temperature 5℃;
 
\ \
 
When the temperature is 20℃≤25℃(30-5 = 25), the relay will start to heat up. When the temperature reaches 30℃≥ 30℃, the relay will disconnect and stop heating.
 
\ \
 
1.3 Cooling Mode Description
\ \
 
When the detection temperature (current temperature) ≥ set temperature return temperature, relay turns on, refrigeration equipment starts to work;
 
\ \
 
When the detection temperature (current temperature) is less than or equal to the set temperature, the relay is disconnected and the refrigeration equipment stops working.
 
\ \
 
For example: set temperature 30℃, return temperature 5℃;
 
\ \
 
When the temperature is 36 ° C ≥35 ° C (30 5 = 35), the relay starts to be cooled. When the temperature reaches 30 ° C ≤ 30 ° C, the relay breaks off and stops cooling.
 
\ \
 
 
 
\ \
 
1.4 Description of delayed startup function
\ \
 
After the completion of one heating/cooling process, how long will the delay (unit: second) allow the next heating/cooling process?
 
\ \
 
1.5 Temperature correction function
\ \
 
If the system works for a long time, there may be deviations. Through this function correction, the current temperature = measured temperature calibration value;
 
\ \
 
1.6 High and low temperature alarm function
\ \
 
Buzzer on and off: after the buzzer is on, the buzzer will ring after the alarm, and the buzzer will stop sounding after the button is pressed.
 
\ \
 
High temperature alarm: after the high temperature alarm is started, the relay will be disconnected when the current temperature is higher than the high temperature alarm temperature.
 
\ \
 
Low temperature alarm: after the low temperature alarm is started, the relay will be disconnected when the current temperature is lower than the low temperature alarm temperature.
 
\ \
 
1.7 Emergency braking (emergency stop)
 
\ \
 
After the emergency stop is started, the relay will be disconnected in any state. After the emergency stop is closed, the relay returns to normal state;
 
\ \
 
1.8 Can the Product Be Disconnected from the Network and Run Offline in Automatic Mode
\ \
 
In automatic mode, when the parameters are set, the product can be disconnected from the network and run offline, and the parameters are not lost when the power is off.
 
\ \
 
1.9 LAN Data Export Function
\ \
 
A temperature data will be uploaded to the LAN every second. After clicking "Export", it will be automatically exported to EXCEL for temperature data analysis
 
 
                                             
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XY-WFTX távoli WIFI termosztát Nagy pontosságú hőmérséklet szabályozó modul hűtő fűtés APP
XY-WFTX remote WIFI thermostat High precision temperature controller module cooling heating APP
1.1 Automatic Mode Function Description
\ \
 
1) First choose heating mode/cooling mode;
 
\ \
 
2) Set the temperature and return difference. If delayed start is required, set the time of delayed start
 
\ \
 
3) If it is necessary to set high and low temperature alarm, set the high and low temperature alarm threshold
 
\ \
 
1.2 Description of Heating Modes
\ \
 
When the detection temperature (current temperature) is less than or equal to the set temperature-return temperature, the relay is on, and the heating equipment starts to work;
 
\ \
 
When the detection temperature (current temperature) is greater than or equal to the set temperature, the relay is disconnected and the heating equipment stops working.
 
\ \
 
For example: set temperature 30℃, return temperature 5℃;
 
\ \
 
When the temperature is 20℃≤25℃(30-5 = 25), the relay will start to heat up. When the temperature reaches 30℃≥ 30℃, the relay will disconnect and stop heating.
 
\ \
 
1.3 Cooling Mode Description
\ \
 
When the detection temperature (current temperature) ≥ set temperature return temperature, relay turns on, refrigeration equipment starts to work;
 
\ \
 
When the detection temperature (current temperature) is less than or equal to the set temperature, the relay is disconnected and the refrigeration equipment stops working.
 
\ \
 
For example: set temperature 30℃, return temperature 5℃;
 
\ \
 
When the temperature is 36 ° C ≥35 ° C (30 5 = 35), the relay starts to be cooled. When the temperature reaches 30 ° C ≤ 30 ° C, the relay breaks off and stops cooling.
 
\ \
 
 
 
\ \
 
1.4 Description of delayed startup function
\ \
 
After the completion of one heating/cooling process, how long will the delay (unit: second) allow the next heating/cooling process?
 
\ \
 
1.5 Temperature correction function
\ \
 
If the system works for a long time, there may be deviations. Through this function correction, the current temperature = measured temperature calibration value;
 
\ \
 
1.6 High and low temperature alarm function
\ \
 
Buzzer on and off: after the buzzer is on, the buzzer will ring after the alarm, and the buzzer will stop sounding after the button is pressed.
 
\ \
 
High temperature alarm: after the high temperature alarm is started, the relay will be disconnected when the current temperature is higher than the high temperature alarm temperature.
 
\ \
 
Low temperature alarm: after the low temperature alarm is started, the relay will be disconnected when the current temperature is lower than the low temperature alarm temperature.
 
\ \
 
1.7 Emergency braking (emergency stop)
 
\ \
 
After the emergency stop is started, the relay will be disconnected in any state. After the emergency stop is closed, the relay returns to normal state;
 
\ \
 
1.8 Can the Product Be Disconnected from the Network and Run Offline in Automatic Mode
\ \
 
In automatic mode, when the parameters are set, the product can be disconnected from the network and run offline, and the parameters are not lost when the power is off.
 
\ \
 
1.9 LAN Data Export Function
\ \
 
A temperature data will be uploaded to the LAN every second. After clicking "Export", it will be automatically exported to EXCEL for temperature data analysis
 
 
                                             
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1005004159546969.

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XY-WFTX távoli WIFI termosztát Nagy pontosságú hőmérséklet szabályozó modul hűtő fűtés APP

1.1 Automatic Mode Function Description
\ \
 
1) First choose heating mode/cooling mode;
 
\ \
 
2) Set the temperature and return difference. If delayed start is required, set the time of delayed start
 
\ \
 
3) If it is necessary to set high and low temperature alarm, set the high and low temperature alarm threshold
 
\ \
 
1.2 Description of Heating Modes
\ \
 
When the detection temperature (current temperature) is less than or equal to the set temperature-return temperature, the relay is on, and the heating equipment starts to work;
 
\ \
 
When the detection temperature (current temperature) is greater than or equal to the set temperature, the relay is disconnected and the heating equipment stops working.
 
\ \
 
For example: set temperature 30℃, return temperature 5℃;
 
\ \
 
When the temperature is 20℃≤25℃(30-5 = 25), the relay will start to heat up. When the temperature reaches 30℃≥ 30℃, the relay will disconnect and stop heating.
 
\ \
 
1.3 Cooling Mode Description
\ \
 
When the detection temperature (current temperature) ≥ set temperature return temperature, relay turns on, refrigeration equipment starts to work;
 
\ \
 
When the detection temperature (current temperature) is less than or equal to the set temperature, the relay is disconnected and the refrigeration equipment stops working.
 
\ \
 
For example: set temperature 30℃, return temperature 5℃;
 
\ \
 
When the temperature is 36 ° C ≥35 ° C (30 5 = 35), the relay starts to be cooled. When the temperature reaches 30 ° C ≤ 30 ° C, the relay breaks off and stops cooling.
 
\ \
 
 
 
\ \
 
1.4 Description of delayed startup function
\ \
 
After the completion of one heating/cooling process, how long will the delay (unit: second) allow the next heating/cooling process?
 
\ \
 
1.5 Temperature correction function
\ \
 
If the system works for a long time, there may be deviations. Through this function correction, the current temperature = measured temperature calibration value;
 
\ \
 
1.6 High and low temperature alarm function
\ \
 
Buzzer on and off: after the buzzer is on, the buzzer will ring after the alarm, and the buzzer will stop sounding after the button is pressed.
 
\ \
 
High temperature alarm: after the high temperature alarm is started, the relay will be disconnected when the current temperature is higher than the high temperature alarm temperature.
 
\ \
 
Low temperature alarm: after the low temperature alarm is started, the relay will be disconnected when the current temperature is lower than the low temperature alarm temperature.
 
\ \
 
1.7 Emergency braking (emergency stop)
 
\ \
 
After the emergency stop is started, the relay will be disconnected in any state. After the emergency stop is closed, the relay returns to normal state;
 
\ \
 
1.8 Can the Product Be Disconnected from the Network and Run Offline in Automatic Mode
\ \
 
In automatic mode, when the parameters are set, the product can be disconnected from the network and run offline, and the parameters are not lost when the power is off.
 
\ \
 
1.9 LAN Data Export Function
\ \
 
A temperature data will be uploaded to the LAN every second. After clicking "Export", it will be automatically exported to EXCEL for temperature data analysis
 
 
                                             

Write your review