Honeywell 111-104HAK-H01 Temp Sensing Thermistor Guide
Understanding the Honeywell 111-104HAK-H01 Temperature Sensing Component
The Honeywell 111-104HAK-H01 temp sensing thermistor is a compact NTC temperature sensing component designed for applications that require fast thermal response in a very small footprint. As a Honeywell 111 Series device, it uses a small hermetically sealed glass bead construction with axial leads, which helps support stable performance in demanding environments. For engineers, service teams, and technical buyers looking for a compact thermal sensing solution, the Honeywell 111-104HAK-H01 temperature sensing thermistor is often discussed because it combines high nominal resistance with a broad operating range.
At 25°C, this Honeywell 111-104HAK-H01 temp sensing thermistor provides a nominal resistance of 100,000 Ohm and a resistance tolerance of ±25%. It also uses a 25/85 Beta value of 3984, making it relevant for resistance-based temperature measurement and compensation tasks where predictable NTC behavior matters. The part is built with platinum iridium lead termination and a lead length of approximately 9.6 mm, which supports integration into miniature assemblies, prototypes, and compact sensing layouts.
Technical Highlights of the Honeywell 111-104HAK-H01 Temp Sensing Thermistor
One of the main reasons this Honeywell temperature sensing thermistor stands out is its broad operating temperature range, from -60°C to 300°C. That makes the Honeywell 111-104HAK-H01 temperature sensing component useful in applications where thermal conditions may vary significantly. The hermetically sealed glass bead structure also helps protect the sensing element while preserving response speed.
This model is frequently associated with low heat capacity environments, gas analysis setups, gas flow measurement, thermal conductivity analysis, and certain medical assemblies where miniature dimensions are important. Because the sensor is physically small and highly responsive, it can be suitable for designs where fast detection of temperature change is more important than bulky packaging.
Why the 111-104HAK-H01 Is Used in Precision Temperature Sensing
In practical engineering terms, the Honeywell 111-104HAK-H01 temp sensing thermistor is valued for its micro-size construction and long-term stability. Designers searching for a Honeywell 111-104HAK-H01 thermistor, Honeywell 111-104HAK-H01 temperature sensor, or Honeywell 111-104HAK-H01 temp sensing device are usually looking for a component that can fit into restricted spaces without giving up thermal responsiveness.
Its glass bead package and through-hole mounting style make it especially relevant in compact instrumentation, laboratory tools, and specialized thermal monitoring assemblies. For more information about Honeywell, this resource offers a useful starting point.
FAQ
What type of component is the 104HAK-H01?
It is an NTC thermistor from Honeywell’s 111 Series. That means its resistance decreases as temperature increases, making it suitable for temperature sensing and compensation circuits.
What is the nominal resistance of the Honeywell 111-104HAK-H01?
The nominal resistance is 100,000 Ohm at 25°C. This relatively high resistance value can be useful in circuits designed for precise thermal detection in compact layouts.
What operating temperatures can the 111-104HAK-H01 handle?
This temperature sensing thermistor is specified for operation from -60°C to 300°C, which is a notably wide range for a miniature glass bead sensor.
Where is the Honeywell 111-104HAK-H01 commonly used?
It is commonly referenced for gas analysis, gas flow measurement, thermal conductivity analysis, and small medical or analytical assemblies where fast thermal response and compact size are important.
Why does the glass bead construction matter?
The hermetically sealed glass bead design helps protect the sensing element while supporting stability and fast response. It also makes the Honeywell 111-104HAK-H01 temp sensing thermistor a strong fit for miniature assemblies.
Is the Honeywell 111-104HAK-H01 intended for general temperature monitoring?
It can be used for temperature monitoring, but it is especially attractive when the design calls for a very small sensing element, quick response time, and reliable NTC characteristics rather than a larger packaged probe.