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ITC-106 User Manual

 

Inkbird Tech. Co., Ltd.                                                                        www.ink-bird.com

 

 

6.23 Sensor Input Type Setting:  

Set the sensor input type as required(the faulty is the "K" type), the temperature need to 

calibrated for there will be deviation due to the sensor and the operating environment. 

 

 
 

6.24 Output Parameters Setting:

  

The recommended control mode for the first use is the PID control(default settings of PID 
control), please select the self-tuning mode when the controlling temperature cannot reach 

the desired value after it worked over time with the stable controlled temperature.  

Under  the  self-tuning  mode,  the  temperature  will  exceed  the  set  value  and  activate  the 

alarm. The exceeding temperature value is related to the heating system but it will return 
to  normal  after  finished  the  self-tuning.  If  the  temperature  control  requirement  is 

undemanding,  please  select  the  ON/OFF  control  mode  which  its  range  of  temperature 

controlling is depended on the dF(hysteresis). As below is the setting and the calculation: 

       The low temperature point=SV setting value-dF             
       The high temperature point=SV setting value+dF. 

 dF(hysteresis) can be worked both on alarm setting and ON/OFF control mode. 

 

 

6.25 PID Parameters Setting:  

SSR  control  output:  the  control  period(CtrL)  can  be  set  within  4  seconds(default  2 

seconds);  

Relay control output: The control period (CtrL) should be set to longer time(the normal is 
18s) that would prolong the work life of the relay. 

 

 

6.26 Setup Flow Chart: 

(Please check next page) 

 

Summary of Contents for ITC-106

Page 1: ...prior written permission Disclaimer Inkbird has made every effort to ensure that the information contained in this document is accurate and complete however the contents of this document are subject...

Page 2: ...nel Instruction 6 6 Setting Parameters 7 6 1 Sensor Type and Measuring Range 7 6 2 Operation Guide 7 6 21 Boot screen display 7 6 22 Enter the settings menu 7 6 23 Sensor Input Type Setting 8 6 24 Out...

Page 3: ...ric shock fire or malfunction Do not use the product where subject to flammable or explosive gas Otherwise injury from explosion may occasionally occur Never disassemble modify or repair the product o...

Page 4: ...ccuracy 0 2 FS 0 1 C F 1000 C F 1 C F 1000 C F Sampling Period 0 5 second Temperature Compensation 0 50 C 32 122 F Control Output Relay Output AC 250V 3A resistive load Voltage Output for driving SSR...

Page 5: ...when there are two or more temperature controllers installed 4 Wiring Diagram 2 wires sensor 3 wires sensor Thermocouple Output Relay Output Voltage Power Connection 9 and 10 terminals are for power...

Page 6: ...rapidly by keeping press this button DOWN Button when setting the value pressing the down button can be decrease the value that would be reduced rapidly by keeping press this button SHIFT Button when...

Page 7: ...750 F E 0 1000 C 0 1800 F J 0 1000 C 0 1800 F B 0 1800 C 0 3200 F N 0 1000 C 0 1800 F Remarks The faulty input sensor is the K type If select the wrong input sensor the measuring temperature will be i...

Page 8: ...and activate the alarm The exceeding temperature value is related to the heating system but it will return to normal after finished the self tuning If the temperature control requirement is undemandin...

Page 9: ...ITC 106 User Manual Inkbird Tech Co Ltd www ink bird com 9...

Page 10: ...ndition by the original purchaser not transferable against defects caused by INKBIRD s workmanship or materials This warranty is limited to the repair or replacement at INKBIRD s discretion of all or...

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