CPP-60-5K Midori Potentiometer (Conductive Plastic Angle Sensor)
The CPP-60-5K by Midori is a high-precision potentiometer, designed for applications requiring accurate angular position sensing. It utilizes conductive plastic technology, making it ideal for applications that demand durability, precision, and stability over long-term use. Below are the detailed technical specifications and features of the CPP-60-5K model.
Conductive Plastic Angle Sensor
The CPP-60-5K is categorized as a Conductive Plastic Angle Sensor, which is known for its excellent wear resistance, low noise, and smooth operation. Conductive plastic potentiometers like the CPP-60-5K offer significant advantages in terms of lifespan and reliability, especially in environments that demand consistent performance over time.
Effective Electrical Angle
The sensor provides an Effective Electrical Angle of 355°, which allows for near-complete rotational measurement. This characteristic is crucial in applications where a wide range of motion is required while maintaining high accuracy.
Independent Linearity
One of the key performance indicators for any potentiometer is its linearity. The CPP-60-5K features an Independent Linearity of ±0.05%, ensuring that the output signal is highly proportional to the input shaft rotation. This high level of linearity guarantees minimal deviation from the ideal output, which is essential for precision measurement tasks.
Optional Linearity Upgrade
For applications demanding even greater precision, Midori offers an Optional Independent Linearity of ±0.03%. This optional feature makes the CPP-60-5K suitable for the most demanding tasks where even the smallest error margins are unacceptable.
Mechanical Construction and Materials
The CPP-60-5K is built with high-quality materials to ensure robustness and long-term durability:
- Housing Material: The housing is made from Aluminum, offering a lightweight yet sturdy enclosure that protects the internal components from environmental factors and mechanical stress.
- Shaft Material: The shaft is constructed from Stainless Steel, providing excellent resistance to corrosion and wear, thereby extending the lifespan of the sensor.
- Bearing Material: The use of Stainless Steel Bearings further enhances the durability and precision of the potentiometer by reducing friction and wear in the rotating parts.
Total Resistance
The potentiometer offers a Total Resistance of 5K Ohm, which is a common value for many applications. This resistance is suitable for most standard circuits, providing a stable and reliable signal output.
Servo Mount Design
The CPP-60-5K features a Servo Mount design, which is commonly used in precision applications where alignment and stability are critical. This design allows for easy installation and integration into various systems, ensuring that the potentiometer can be securely and accurately positioned.
Applications
The high precision, durable construction, and flexible design of the CPP-60-5K make it ideal for a wide range of applications, including but not limited to:
- Industrial Automation: Accurate position sensing in automated machinery.
- Robotics: Precision feedback for robotic joints and arms.
- Aerospace: Critical measurement in control systems.
- Medical Devices: Reliable and precise control in medical equipment.
Conclusion
The Midori CPP-60-5K potentiometer is a top-tier choice for applications requiring precise angular measurement. Its combination of conductive plastic technology, high linearity, robust construction, and flexible mounting options ensures that it can meet the demands of even the most challenging environments. Whether in industrial automation, robotics, aerospace, or medical devices, the CPP-60-5K provides the accuracy and reliability that professionals demand.
