Honeywell 112-103FAD-B01 Temperature Sensor Review
The Honeywell 112-103FAD-B01 temp sensing thermistor is part of the 112 Series, a Honeywell line developed for practical, high-stability NTC temperature sensing. In many engineering environments, a 10 kOhm thermistor remains one of the most common starting points for analog temperature measurement because it offers useful sensitivity and straightforward circuit integration. The Honeywell 112-103FAD-B01 temp sensing thermistor fits directly into that design logic, especially for users seeking a compact glass thermistor for industrial or control-oriented temperature monitoring.
Technical Characteristics of the Honeywell 112-103FAD-B01 Temp Sensing Thermistor
Published part references identify the Honeywell 112-103FAD-B01 temp sensing thermistor as an NTC thermistor in the Honeywell 112 Series, with 10 kOhm resistance and glass thermistor construction. Some listing sources describe the part as an axial glass thermistor, while broader Honeywell 112 Series documentation describes these sensors as hermetically sealed glass devices intended for general-purpose temperature measurement and control over a wide environmental range. That family context matters because it shows the part is designed not only for nominal resistance accuracy, but also for sensor durability and stable long-term thermal behavior.
Why This 10K Honeywell Thermistor Is Commonly Relevant
A 10 kOhm NTC thermistor is a familiar value in electronics and control engineering because it integrates easily into resistor-divider circuits, compensation networks, and analog sensing stages. The Honeywell 112-103FAD-B01 temp sensing thermistor therefore appeals to users searching for glass bead thermistor, industrial thermistor, or Honeywell temperature sensor solutions that balance sensitivity with a widely supported resistance class.
Another advantage is platform continuity. Engineers already working within the Honeywell 112 Series can compare related 1 kOhm and 10 kOhm variants without changing the overall sensor family. For more about Honeywell, the 112 thermistor line is a useful reference when evaluating durable NTC sensing options for control and measurement systems.
FAQ
What resistance value is associated with the Honeywell 112-103FAD-B01?
Published product references identify it as a 10 kOhm NTC thermistor, which is one of the most commonly used resistance values in temperature sensing circuits.
Why is a glass thermistor beneficial in temperature sensing?
Glass construction can improve durability and sensor stability. It helps protect the sensing element and supports use in environments where long-term reliability matters.
Is the Honeywell 112-103FAD-B01 intended only for laboratory equipment?
No. The broader 112 Series is used in general-purpose temperature measurement and control applications, which means it is relevant in a wide range of industrial and electronic systems.
What should be checked before using this thermistor in a circuit?
Users should confirm resistance value, expected temperature range, lead style, and the calibration requirements of the host design. Matching the thermistor to the measurement method is essential for accurate results.