PT100-2W

  • PT100-2W series thin film platinum resistors have the advantages of small size, high precision and good long-term stability.
  • It has the characteristics of anti-vibration and anti-shock.
  • The product can be subdivided into regular ultra low and high temperature series, covering the temperature range of -200 to 650℃.
  • It can be used in many connection ways, such as resistance welding, argon arc welding, pressure welding, brazing and so on.
  • Widely used in automotive, instrumentation, household appliances, new energy and other fields.
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Product Description

General features

Performance parameters Description
Type of Components Thin film platinum resistance
Component Size 2.0mm*2.3mm*1.1mm

1.6mm*2.3mm*1.1mm

1.2mm*5.0mm*1.1mm

Lead Specifications Length:10mmm;diameter:0.2mm
Lead Material Platinum nickel;Silver target;

Pure Platinum;Sterling silver;

Lead Tension ≥9N
Insulation Impedance >100MΩ at 20 ℃

>2MΩ at 500 ℃

TCR 3850ppm/℃
Working Current 0.3~1mA
Long-Term Stability After 1000 hours at 500℃ , the resistance shift of R(0℃) is less than 0.04%
Response Time water current v=0.4m/s τ0.5=0.05s

τ0.9=0.15s

air current

v=2m/s

τ0.5=3s

τ0.9=10s

Self-Heating

Coefficient

0℃  0.4℃/mW
Anti-Vibration Frequency acceleration ≥40g

from 10 to 2000Hz

Impact Resistant 8ms half sine wave acceleration ≥100g
Package Vacuum plastic packaging
Customizable Substrate size、base resistance 、lead specifications、can be provided on request

Selection

Type Temperature Criteria Range of

Application

Classes R0(Ω) Temperature Range Deviation
PT100-2W -70~+500℃ 1/3B 100±0.04 0~+150℃ ±(0.1+0.0017|T|)
A 100±0.06 -50~+300℃ ±(0.15+0.002|T|)
B 100±0.12 -70~+500℃ ±(0.3+0.005|T|)
2B 100±0.24 -70~+500℃ ±(0.6+0.01|T|)
PT100-2W-H650 -50~+650℃ B 100±0.12 -50~+650℃ ±(0.3+0.005|T|)
2B 100±0.24 -50~+650℃ ±(0.6+0.01|T|)
PT100-2W-L200 -200~+150℃ B 100±0.12 -200~+150℃ ±(0.3+0.005|T|)
2B 100±0.24 -200~+150℃ ±(0.6+0.01|T|)

Note * :The marked grades and temperature measurement accuracy are all referred to IEC60751 standards, and are the temperature measurement accuracy within the corresponding specified temperature range, and do not represent the temperature measurement accuracy of the whole temperature range.
T is the measured temperature.

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