60A18-4-080C

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Encoders are an important device for automatic positioning, speed measurement, and revolution counting. The 60A18-4-080C encoder is usually used in electric machinery to measure the angular displacement of the machine\'s rotating shaft. This device consists of a rotating disk with binary-coded patterns printed on it.

When the rotating disk rotates, the pulses generated by the printed patterns can be passed through the photodetector, and the pulse signal can be processed by the circuit to obtain the relative position and speed of the rotating shaft. Through clever algorithmic design, the encoder can output an absolute or incremental signal, taking into account the use of the environment.

The 60A18-4-080C encoder has solid state construction and is IP65 rated making it dust and waterproof. It is made up of an electric circuit, a coded rotating disk, and a photo-electrical device. The disk is attached to the rotating shaft of a machine. As the shaft rotates, the radially printed binary coded patterns alternately pass through the photo-electrical device which detects changes in the transmit signal as the patterns pass by.

The photo-electrical device in the 60A18-4-080C encoder is typically made up of an infrared emitter and a complementary photo-transistor. When the patterned area of the disk passes between the emitter and the photo-transistor, the transistor turns on and off, resulting in signals that a microcontroller can process.

The coded rotating disk in the 60A18-4-080C encoder is made up of alternating transparent and opaque zones. When the disk is rotated, the opaque zones project a shadow on the complementary detectors which correspond to a logically encoded number sequence, usually either Gray or 8-Or-More Code.

The electric circuit in the 60A18-4-080C encoder is made up of a logic circuit that decodes the received signals. Since binary signals are too sensitive to noise, decoders often use complex digital algorithms to combine and decode multiple binary bits to produce a digital output. This digital output can then be used to control the device, such as measuring speed, position, or position difference.

The 60A18-4-080C encoder is used in a variety of applications, such as industrial machinery and automation, linear stage applications, and robotics. It is a versatile device with a wide range of applications, making it a popular choice for its ease of integration into any system.

The specific data is subject to PDF, and the above content is for reference