AEDS-9641-P10

Encoders serve as a type of transducer, creating an electrical signal that is proportional to the movement of the shaft. They are used in many applications, from controlling servo motors and positioning axes on CNC machines to controlling robots and medical instrumentation. AEDS-9641-P10 encoder is one such type of encoder, characterized by its physical size and positioning accuracy.

The AEDS-9641-P10 encoder uses Gray CodeA digital code in which each number is represented by a string of binary digits and only one digit can change from one number to the next. to measure the rotation angle of the motor shaft, making it ideal for applications where precision and high resolution are needed. The encoder is equipped with quadrature outputs (A and B) and an index (Z) output and can be operated in incremental mode, meaning it will output a rising (A) and falling (B) pulse when the shaft rotates, or in absolute mode, meaning it will output a digital value based on the rotation angle of the motor shaft when it is powered up. The encoder also provides an index pulse at a fixed angular position.

The AEDS-9641-P10 encoder is designed for use in harsh environments with extreme temperatures and moisture. It is also designed for use the automotive industry. It features a robust housing and reliable performance up to 350Hz. It is also protected against overvoltage transients due to its integrated EMC filter. When the encoder is connected to a circuit, it can be powered up using 5V, 12V, or 24V.

In terms of installation, the AEDS-9641-P10 encoder is extremely easy to install. It has a small footprint and can be mounted in just a few minutes. The encoder has a special self-lock option that will lock the motor shaft in place and ensure accurate positioning during operation. It also has a high resolution of up to 14-bits, meaning it can detect small rotations accurately.

The AEDS-9641-P10 encoder is ideal for applications that require accurate and reliable motion control. It can be used in a variety of industries, from automotive to medical, and is designed to perform in harsh environments. It has a small footprint and can be quickly mounted, while the self-lock option ensures accurate position during operation. Its high resolutions and wide operating temperature range make it ideal for applications that need precise and reliable motion control.