EN16-V10BF15

Encoders

Encoders are used to measure the rotational position and motion of motors. They are commonly used in automotive, robotics, consumer electronics, automated production and assembly lines, and aerospace applications. They are designed to be robust and resilient, able to cope with harsh and dynamic operating environments.

The EN16-V10BF15 encoder is an incremental rotary encoder designed to provide precision position and motion sensing. It features a reliable optical sensing design as well as contactless sensing, making it suitable for dynamic motion sensing applications. It has a 50 kHz output rate, with a resolution up to 16,320 steps per revolution, and a compact form factor of 50mm x 50mm. High resistance to shock and vibration, as well as electrical and optical immunity, make it ideal for operation in harsh environments.

Application Field of EN16-V10BF15 Encoder

The EN16-V10BF15 encoder is highly versatile and can be used in a diverse range of applications. This includes motor control, position or speed sensing, robotics, automated machinery, and factory automation. The encoder can be used to detect rotational angle, position, and speed in a variety of applications. As a result, it is suitable for use in a broad range of industries, ranging from automotive and aerospace to medical and military.

Working Principle of EN16-V10BF15 Encoder

The working principle of the EN16-V10BF15 encoder is based upon optical sensing resolvers. This type of sensing technology makes use of a rotating disk with patterns etched onto it that, when illuminated by light, can be read as a specific pattern. This pattern is then used to detect angular position and motion, and can be used to accurately determine the position or speed of a motor.

The EN16-V10BF15 encoder uses optical sensors to detect angular position and motion. These sensors use a photodiode to detect when a pattern on a rotating disk passes by. The pattern is read by the photodiode, and the corresponding signals are then processed by the encoder to determine the angular displacement and speed. This data is then used to accurately determine the position or speed of the motor.

The EN16-V10BF15 encoder is designed to provide reliable and accurate position and motion sensing in a variety of applications. Its optical sensing technology makes it suitable for use in harsh and dynamic operating environments, and its compact form factor makes it an ideal choice for applications that require a small package size. Its 50 kHz output rate and 16,320 steps per revolution resolution also make it an excellent choice for position and speed sensing applications.