RTD/thermal resistors

  When there is a clearance between the sensor and the outer protection sleeve,through the air transmission,the exterior temperature is certain to delay the heat responsive period ,thus a slight temperature change will not transmit onto the control instrument and meter in timel.Whereas the spring pressed type structure may make the RTD sensor tightly stick to the measuring end of the external protection sleeve and enhance the heat responsive period.

The spring-load structure to enhance the heat responsive period:

 The respective linking parts between the sensor and the outer protection sleeve may satisfy the needs in various occasions through different kinds of the structures.

 Through the thread connection between the sensor parts and the outer protection sleeve parts,it may easily pull out the RTD sensor for testing,maintenance and removal without stopping the furnace and dismantling the outer protection sleeve from the equipment,as a matter of fact,it won't influence the normal production.

Easily mounted CORE-PULLING type structure

  The bendable length:non-bending within 50mm of the measuring end tip The bending radius:2.5 times of the sheath platinum RTD exterior diam.

 In some special occasions,it is very near and crooked towards the measuring ends."Auqi inner buried type" sheath platinum RTD is much better than the butt joint sheath platinum RTD,

More bendable length and radius:

 The damage of the platinum RTD,i.e.the wire breaking of the platinum RTD elements is mostly due to vibrations."Auqi inner buried type" sheath platinum RTD may greatly increase the sensor anti-vibration performance,therefore prolongs its use life.

Better shock resistant performance:

  "Auqi inner buride type" sheath platimum RTD may reduce the breaking possibilities caused during transportation or usage.

Conductor cableMore firm mechanical strength of the measuring end

thermal resistance