Honeywell 114BF1C502 Position Sensing Precision Potentiometer Guide
The Honeywell 114BF1C502 position sensing precision potentiometer is designed for applications where rotary movement needs to become a stable and readable analog signal. That function remains highly relevant in modern engineering, especially in systems where simple, direct, and repeatable position feedback is preferred over more complex sensing architectures.
As a Honeywell position sensing potentiometer, this model fits into a precision-oriented product category rather than a casual adjustment component class. That distinction matters because engineers selecting a rotary potentiometer for controlled feedback usually care about signal consistency, mechanical feel, durability, and integration reliability as much as the nominal resistance value itself.
Technical Profile of the Honeywell 114BF1C502
The Honeywell 114BF1C502 precision potentiometer is publicly listed as a 5 kOhm, single-gang, linear, panel-mount model with 1.0 turn operation, a conductive plastic element, 1 W power rating, and solder turret termination. Those characteristics make it a strong fit for equipment that depends on smooth rotational adjustment and reliable analog output.
The 5 kOhm resistance value is especially useful in designs where the circuit benefits from a lower resistance path than a more common 10 kOhm option. Meanwhile, the linear output profile helps maintain a straightforward relationship between shaft movement and resistance change.
Why Conductive Plastic Still Matters
In precision rotary sensing, conductive plastic remains an important material choice. It is commonly associated with smooth operation, fine control behavior, and dependable analog performance across repeated adjustments. That is one of the reasons Honeywell conductive plastic potentiometers continue to appear in instrumentation, industrial control systems, calibration assemblies, and specialist machine interfaces.
For engineers, that translates into a component that is easier to trust in applications where small signal changes must remain meaningful and consistent.
Applications for the Honeywell 114BF1C502 Position Sensing Potentiometer
The Honeywell 114BF1C502 position sensing precision potentiometer can be relevant in industrial control panels, test benches, instrumentation modules, operator interfaces, analog calibration systems, and custom machine control assemblies. In these environments, the potentiometer often functions as more than a manual setting device. It becomes part of the system’s logic for interpreting movement or defining reference points.
Its panel-mount format and solder turret terminations also support controlled assembly practices where durability and service access are important.
FAQ
What is the resistance value of the Honeywell 114BF1C502?
The Honeywell 114BF1C502 is publicly listed as a 5 kOhm potentiometer.
Is the Honeywell 114BF1C502 linear?
Yes. It is identified as a linear potentiometer, which helps provide proportional response across the rotation range.
What kind of product is the Honeywell 114BF1C502?
It is a Honeywell position sensing precision potentiometer designed for rotary analog feedback and controlled adjustment applications.
Why would engineers choose conductive plastic?
Conductive plastic is often preferred in precision potentiometers because it supports smooth motion, refined control behavior, and stable signal performance.
Where can I find more about Honeywell products?
For more information about Honeywell, review the broader product page and explore related sensing solutions.