Potentiometric encoders

Application range
Automotive, Mechanical Engineering (CE), Mobile Machinery
Max. measurement range
345°
Interface
Ratiometric
Protection rating
IP54
Temperature
-40 °F to 120 °F
Application range
Mechanical engineering CE
Max. measurement range
335°
Interface
Ratiometric
Protection rating
IP40
Temperature
-40 °C to 85 °C
Application range
Mechanical engineering CE
Max. measurement range
345°
Interface
Ratiometric
Protection rating
IP40
Temperature
-40 °C to 100 °C
Application range
Mechanical engineering CE
Max. measurement range
345°
Interface
Ratiometric
Protection rating
IP40
Temperature
-40 °C to 100 °C
Application range
Mechanical engineering CE
Max. measurement range
350°
Interface
Ratiometric
Protection rating
IP40
Temperature
-40 °C to 100 °C
Application range
Mechanical engineering CE
Max. measurement range
355°
Interface
Ratiometric
Protection rating
IP40
Temperature
-40 °C to 100 °C
Application range
Mechanical engineering CE
Max. measurement range
355°
Interface
Ratiometric
Protection rating
IP65
Temperature
-40 °C to 100 °C
Application range
Mobile machines
Max. measurement range
350°
Interface
Ratiometric
Protection rating
IP67, IP69
Temperature
-40 °C to 105 °C
Application range
Mechanical engineering CE
Max. measurement range
360°
Interface
Ratiometric
Protection rating
IP65
Temperature
0 °C to 70 °C
Application range
Mechanical engineering CE
Max. measurement range
355°
Interface
Ratiometric
Protection rating
IP00
Temperature
-40 °C to 100 °C
Application range
Mechanical engineering CE
Max. measurement range
345°
Interface
Current
Protection rating
IP65
Temperature
-25 °C to 70 °C

Industries

Find out in which industries our displacement and angle sensors are used worldwide and discover the right solution for your application.

Consulting

Take advantage of our personalized consultation and technical expertise. We’ll guide you every step of the way, from the initial idea to successful implementation.

Cost-effectiveness meets ease of use
Potentiometric encoders

Our potentiometric encoders provide a reliable method for measuring angular displacement. They operate on the proven potentiometer principle: mechanical rotational movement is converted into Voltage proportional Voltage the wiper and immediately output. As a result, they deliver a real-time signal without any sampling, conversion, or processing delays—making them ideal for fast control loops and dynamic processes.

Their simple design allows for effortless integration into existing systems, making them highly functional and reliable in a wide range of applications. In addition, we develop and manufacture our own conductive plastic compounds for potentiometers in-house. These conductive resistive elements are based on a proprietary formula and are optimized for low wear, very low contact resistance to ensure excellent contact throughout their entire service life, and minimal drift over temperature and service life.

Thanks to their cost-effectiveness and durability, they offer invaluable advantages even in industrial machinery, where they ensure continuous process monitoring at minimal maintenance costs. Their strengths are particularly evident in applications that require continuous monitoring.

Key advantages of potentiometric encoders

  • Simple design: The simple design and low power consumption reduce potential sources of error, increase reliability, and minimize maintenance requirements.
  • Durability: The high-performance compounds used in the resistive elements ensure minimal wear and low drift, thereby guaranteeing long-term, stable performance in a wide variety of environments.

Typical applications for potentiometric rotary encoders

  • Industrial machinery: Effective process monitoring with reduced maintenance requirements while maintaining consistent performance.
  • Automation systems: Enable reliable monitoring of linear and rotary movements to ensure safe operation in demanding applications.
  • Control and proportional valves: As position sensors with very low power consumption, they provide high-resolution, repeatable feedback on the valve position, thereby enabling precise metering of process fluids or gases—ideal for energy-efficient, sensitive control loops.

Novotechnik's potentiometric encoders offer a durable and reliable solution that combines quality with operational reliability. The potentiometer principle delivers a highly precise, continuous real-time signal without any sampling, calculation, or conversion delays—ideal for fast control loops and tight tolerances. Thanks to their electronics-free design, the encoders operate with very low power consumption and are robust. The position-proportional Voltage fine resolution across the entire measuring range and supports high repeatability with low temperature drift.

We are happy to be there for you

Contact.

* Mandatory field

Product type
Product type filter label
Measuring range - slider
1 mm/º — 4000 mm/º
Interface
Design
Application range
Sensor principle
Protection class min.
Temperature min.
Temperature max.
Special properties
Series
Measuring range
Measuring range - slider
1 mm/º — 4000 mm/º
Interface
Design
Application range
Sensor principle
Protection class min.
Temperature min.
Temperature max.
Special properties
Series