-40%
DC12V high temperature k-thermocouple digital led temp controller switch modS5
€ 4.49
- Description
- Size Guide
Description
The controller uses industrial microcomputer control system, stable performance, simple operation. Using K-type thermocouple temperature probe, with easy installation, high temperature resistance, long life and other advantages. the mode and status of real-time visibility.Parameters:
Product Name: Digital Thermostat
Input Voltage: DC 12V
Power Dissipation: < 3W
Temperature Control Range: -30~999℃
Measuring Input: K-type thermocouple
Resolution: 1℃
Temperature Measurement Accuracy: ±2℃
Output Type: one way relay output
Board Size: 79 * 54 * 21mm
Button Instruction:
When Power on, window shows the current real-time temperature
Ent: Enter key, press one time to confirm setting value, press long time can be Startup & Shutdown.
SET: Setting key, press one time to enter the main menu (P0-P3)
"+" Key: Increase the value of display panel
"-" Key: Decrease the value of the display panel
Setting Instruction:
Press the SET one time, the panel display P0-P3, can be set for each parameter by key operation.
P0: Setting the working mode H = Heating, C = Cooling, This step is very important, the first time use must to set.
P1: Setting hysteresis, it means how much degress down to work again.
P2: Temperature correction, display value = real-time value + correction value
P3: High temperature alarm, reaches this temperature the thermostat will prompt alarm
Notice:
1, Please make sure using correct voltage DC 12V.
2, Measuring input is K-type thermocouple, pay attention to distinguish positive and negative, do not use other probes.
3, The output of the relay maximum capacity is 10A, please put control devices's power in series with the output.
4, Need to pay attention to insulation at the bottom of the motherboard when installation.
5, When wiring, disconnect all power to avoid electrical shock hazard.
6, If there is an unknown fault, please restore factory settings.
Packing List:
1pcs x DC12V -30~999℃ Digital High Temperature Thermostat
The controller uses industrial microcomputer control system, stable performance, simple operation. Using K-type thermocouple temperature probe, with easy installation, high temperature resistance, long life and other advantages. the mode and status of real-time visibility.
Parameters:
Product Name: Digital Thermostat
Input Voltage: DC 12V
Power Dissipation: < 3W
Temperature Control Range: -30~999℃
Measuring Input: K-type thermocouple
Resolution: 1℃
Temperature Measurement Accuracy: ±2℃
Output Type: one way relay output
Board Size: 79 * 54 * 21mm
Button Instruction:
When Power on, window shows the current real-time temperature
Ent: Enter key, press one time to confirm setting value, press long time can be Startup & Shutdown.
SET: Setting key, press one time to enter the main menu (P0-P3)
"+" Key: Increase the value of display panel
"-" Key: Decrease the value of the display panel
Setting Instruction:
Press the SET one time, the panel display P0-P3, can be set for each parameter by key operation.
P0: Setting the working mode H = Heating, C = Cooling, This step is very important, the first time use must to set.
P1: Setting hysteresis, it means how much degress down to work again.
P2: Temperature correction, display value = real-time value + correction value
P3: High temperature alarm, reaches this temperature the thermostat will prompt alarm
Notice:
1, Please make sure using correct voltage DC 12V.
2, Measuring input is K-type thermocouple, pay attention to distinguish positive and negative, do not use other probes.
3, The output of the relay maximum capacity is 10A, please put control devices's power in series with the output.
4, Need to pay attention to insulation at the bottom of the motherboard when installation.
5, When wiring, disconnect all power to avoid electrical shock hazard.
6, If there is an unknown fault, please restore factory settings.
Packing List:
1pcs x DC12V -30~999℃ Digital High Temperature Thermostat
Am 02.08.21 hat der Verkäufer die folgenden Angaben hinzugefügt: