Duncan 610 R10k±20% Linear Position Sensor

What is the Duncan 610 R10K±20% Linear Position Sensor?

Duncan 610 R10K±20% is a linear position sensor capable of directly measuring the displacement or movement of an object in line along a straight path. It uses the principle of resistance changes, where variations are directly proportional to the shaft or slider movement of this sensor. In this regard, “R10K±20%” is a reference to a 10,000 Ohm resistor with a tolerance of ±20%, which can be used to convert mechanical position into an electrical signal for monitoring and control.

Linear position sensors, for example, the Duncan 610, are widely used in track positions that need to be highly and accurately followed for various automation equipment, robotics and industrial machinery.

Key Features and Benefits of the Duncan 610 R10K±20% Sensor

Accurate Position Feedback: The Duncan 610 has accurate position feedback, hence tracking the actual linear displacement. This makes it suitable for applications that require a high degree of accuracy, such as in automation systems and quality control processes.

Wide Range of Applications: The 610 R10K±20% sensor is very versatile and thus widely applicable in lots of industries like automotive, aerospace, robotics, and manufacturing. The main application is in position detection, feedback control, and monitoring.

Long-lasting and reliable : This is the construction built for every industrial environment; hence, the Duncan 610 proves to be long-lasting due to its tough construction. This durability reduces maintenance and downtime costs, making it a cost-effective option.

Linear Output Response: Since the output from the sensor is linear, it implies that the change in the resistance varies linearly with the linear displacement of the sensor: one parameter directly proportional to the linear displacement of the sensor. This lends itself to the ease of implementing the sensor in control systems with more predictable and reliable readings of output.

Easy Integration: The Duncan 610 R10K±20% is integrated very smoothly into already existing systems; its vast compatibility with controllers and monitor devices ensures it could be added in a very vast range of setups.

Applications of the Duncan 610 R10K±20% Linear Position Sensor

This sensor is often used for applications wherein there is a need for precise position feedback. Areas where the Duncan 610 proves useful include

Automation and Robotics: Position sensing is essential for such operations like assembly, material handling, and movement of the robot itself in automation. Therefore, to attain maximum efficiency and precise control for such systems, the Duncan 610 comes into play.

Industrial Machinery: All applications that include a linear movement as on CNC machines, cutting tools, or conveyors will rely on the 610 R10K±20% sensor feeding it appropriate feedback data to be allowed to continue working in accurate fashion.

Aerospace and Automotive Testing: In manufacturing where the emphasis is on testing and quality control, the use of the Duncan 610 is for detecting linear displacement in many parts to ensure that tight performance standards are met.

Medical Equipment: Some medical equipment such as image machines or patient positioning systems require accurate linear position feedback for safe and effective operation and the Duncan 610 sensor delivers what is needed in applications like this.

Why the Duncan 610 R10K±20% Linear Position Sensor?

The Duncan 610 R10K±20% is a perfect blend of precision and reliability with integration. It may be applied in different industries which utilize critical linear position measurements for an obligatory need of continuous and reliable feedback that allows for better system performance and efficient running of equipment.

Choosing a Duncan sensor means selecting a high-quality product designed to meet the demands of modern industrial applications, plus a reputation for excellence in engineering.