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TFPS-Th-Series
Thin Film Point Sensitive Thermistor Sensor
- Thin, flexible, non-invasive thermistors
- Fast, accurate response
- Polyimide, silicone rubber, Mylar™ insulation
- Waterproof constructions
TFPS-Th-Series
From
$
31.20
Product Overview
- Accuracy ± 1 %
- Accuracy Note ± 1% @25°C
- Adhesive Backing PSA
- Electrical Connection Stripped Leads
- Insulation PFA
- Lead Length 40 in
- Nominal Resistance 10000 Ω
- Number of Wires 2
- Process Temperature, Max 125 °C
- Process Temperature, Min -50 °C
- Sensor Height 0.079 in
- Sensor Length 0.47 in
- Sensor Width 0.2 in
- Time Constant 0.8 Sec
- Wire Gauge 26 AWG
Omega offers a wide selection of point-sensitive Thin Film sensors using Thermistor elements to meet specific non-invasive application requirements for installation and performance.
Thin Film Thermistor sensors can be installed virtually anywhere for accurate temperature sensing and fast response in aerospace, medical, and industrial devices. These sensors have an accuracy of ± 1% at 25°C over a temp range -50°C (-58°F) up to 125°C (257°F).
The Thin Film sensing element offers advantages for each application. Select RTD elements to accurately monitor point temperatures with excellent repeatability (TFPS-Series), Patch-Style thermocouple for fast response surface sensing (TFPS-TC-Series), and extremely sensitive Thermistors (TFPS-Th-Series) for applications with small temperature changes.
All flexible Thin Film sensors feature quick and easy mounting with surface or pressure-sensitive adhesive (PSA), and polyimide, silicone rubber or polyester film insulation.
They also feature waterproof constructions suitable for continuous immersion and standard PTFE or silicone rubber insulated lead wire options as well as stainless steel braid over lead wires.
PDFs & Manuals
Show Ratings & Reviews
Do you have the b value or type (2, 3) for these thermistors?
Thank you for your inquiry. The Steinhart-Hart Equation for this sensor is:
1/T=A+B ln(R)+C[ln(R) ]^2+D[ln(R) ]^3
Where T is temperature in Kelvin,
A = 7.4450E-4
B = 3.4717E-4
C = -1.0790E-5
D = 4.1845E-7
Date published: 2021-06-23