Testing & programming

Testing

Encoder/Resolver testing involves assessing and confirming the operational efficiency of encoders and resolvers. These devices/sensors measure and offer feedback on the position or motion of mechanical systems. It's crucial to ensure their functionality meets specified standards. This process entails rigorous evaluations, encompassing various parameters such as precision, accuracy, and reliability. The goal is to guarantee optimal performance and reliability in diverse applications, from manufacturing to robotics. This testing aids in identifying potential issues, facilitating timely adjustments, and ultimately enhancing the overall functionality and lifespan of these critical components in mechanical systems.

Widely employed in industrial automation, robotics, and motion control systems, encoders and resolvers play a vital role in providing precise position feedback. Encoder testing is essential to validate their proper functionality and accuracy in delivering reliable position information. This process is particularly critical in applications demanding meticulous position control, guaranteeing optimal performance across diverse industrial and technological domains. Accurate and reliable position feedback from encoders and resolvers is paramount for the seamless operation of complex systems, ensuring efficiency and precision in various industrial processes.

The testing process for encoders and resolvers include the following:

Functional testing: This involves verifying that the encoder or resolver is producing the expected output signals in response to different inputs. It checks if the device is correctly measuring position, velocity, or other parameters and providing the appropriate feedback.

Programming

Programming an encoder involves interfacing with the encoder hardware and implementing the necessary logic to read and process the encoder's output. The exact steps and methods for programming an encoder can vary depending on the specific type of encoder, the programming language or platform you're using, and the requirements of your application. However, I can provide a general outline of the process:

We connect the encoder to our hardware or interface board according to the provided guidelines. This may involve connecting power, ground, and the necessary signal lines for communication.

We are able to program many kind of encoders, please contact for more details.