Medical equipment use Pt100 temperature sensor
- PRODUCT DETAIL
The pt100 temperature sensor is an instrument that converts temperature variables into a standardized output signal that can be transmitted. It is mainly used for the measurement and control of industrial process temperature parameters. Transducers with sensors usually consist of two parts:
Sensors and signal converters. The sensors are mainly thermocouples or thermal resistors; The signal converter is mainly composed of a measurement unit, a signal processing and a conversion unit. (Because industrial thermal resistance and thermocouple index meters are standardized, the signal converter is also called a transmitter when it is a standalone product). Some transmitters have added display units, and some also have fieldbus capabilities.
Indexing table
-50℃ 80.31 Ω
-40℃ 84.27 Ω
-30℃ 88.22 Ω
-20℃ 92.16 Ω
-10℃ 96.09 Ω
0℃ 100.00 Ω
10℃ 103.90 Ω
20℃ 107.79 Ω
30℃ 111.67 Ω
40℃ 115.54 Ω
50℃ 119.40 Ω
60℃ 123.24 Ω
70℃ 127.08 Ω
80℃ 130.90 Ω
90℃ 134.71 Ω
100℃ 138.51 Ω
110℃ 142.29 Ω
120℃ 146.07 Ω
130℃ 149.83 Ω
140℃ 153.58 Ω
150℃ 157.33 Ω
160℃ 161.05 Ω
170℃ 164.77 Ω
180℃ 168.48 Ω
190℃ 172.17 Ω
200℃ 175.86 Ω
Sensors and signal converters. The sensors are mainly thermocouples or thermal resistors; The signal converter is mainly composed of a measurement unit, a signal processing and a conversion unit. (Because industrial thermal resistance and thermocouple index meters are standardized, the signal converter is also called a transmitter when it is a standalone product). Some transmitters have added display units, and some also have fieldbus capabilities.
Indexing table
-50℃ 80.31 Ω
-40℃ 84.27 Ω
-30℃ 88.22 Ω
-20℃ 92.16 Ω
-10℃ 96.09 Ω
0℃ 100.00 Ω
10℃ 103.90 Ω
20℃ 107.79 Ω
30℃ 111.67 Ω
40℃ 115.54 Ω
50℃ 119.40 Ω
60℃ 123.24 Ω
70℃ 127.08 Ω
80℃ 130.90 Ω
90℃ 134.71 Ω
100℃ 138.51 Ω
110℃ 142.29 Ω
120℃ 146.07 Ω
130℃ 149.83 Ω
140℃ 153.58 Ω
150℃ 157.33 Ω
160℃ 161.05 Ω
170℃ 164.77 Ω
180℃ 168.48 Ω
190℃ 172.17 Ω
200℃ 175.86 Ω
composition part
Common pt100 temperature sensing element with ceramic components,Glass elements,Mica components,They are by the platinum wire around the ceramic skeleton, respectively,Glass skeleton,Mica skeleton and then through a complex process from processing
Applications
Medical, electrical, industrial, temperature calculation, resistance calculation and other high-precision temperature equipment,The application range is very wide.
Film Platinum Resistance:
The platinum was sputtered onto a ceramic substrate by vacuum deposition of a thin film technique,Film thickness of 2 microns or less,The Ni (or Pd) lead was fixed with a glass frit,The laser is modulated into thin film components.
As the PT100 thermal resistance of the temperature value and resistance changes,People will use it of this characteristic,R & D and production of the PT100 thermal resistance temperature sensor.
Common pt100 temperature sensing element with ceramic components,Glass elements,Mica components,They are by the platinum wire around the ceramic skeleton, respectively,Glass skeleton,Mica skeleton and then through a complex process from processing
Applications
Medical, electrical, industrial, temperature calculation, resistance calculation and other high-precision temperature equipment,The application range is very wide.
Film Platinum Resistance:
The platinum was sputtered onto a ceramic substrate by vacuum deposition of a thin film technique,Film thickness of 2 microns or less,The Ni (or Pd) lead was fixed with a glass frit,The laser is modulated into thin film components.
As the PT100 thermal resistance of the temperature value and resistance changes,People will use it of this characteristic,R & D and production of the PT100 thermal resistance temperature sensor.
