ENS1D-B28-L00128L

Encoders are electrical components with the capability of sensing and measuring angular and linear movement or position. One type of encoder, known as the ENS1D-B28-L00128L, is a line driver optical incremental rotary encoder. Encoders of this type are typically used in industries such as automotive, aerospace, medical, and industrial automation.

Application Field

The ENS1D-B28-L00128L encoder has a number of different applications in industries such as:

• Automotive
• Aerospace
• Medical
• Industrial Automation

In automotive applications, the encoder is often used to measure the speed of a wheel, or to monitor the relative position of a throttle or other vehicle control. It can also be used to measure the angle of a drive shaft or the position of the brake pedal.

In aerospace applications, the encoder is used in many different circumstances, such as to measure the speed of an aircraft’s engines, or to measure the position of different control surfaces on the aircraft. The encoder can also be used to measure the angle of a fin or aileron to control the aircraft’s flight.

In medical applications, the encoder is used to measure the speed and position of surgical instruments or prosthetic limbs. The encoder is also used to measure the rate of respiration, and in medical imaging equipment to ensure the images are accurately etched and positioned.

In industrial automation applications, the encoder is used to measure the speed and position of a range of components. The encoder can be used to measure the position of a machine tool so that the exact amount and position of material is cut. It can also be used to measure the speed of motors, and to measure and monitor the position of various working arms and loading bays.

Working Principle

The ENS1D-B28-L00128L encoder uses a line driver optical system to measure angular and linear motion or position. The encoder works with a line driver optical disk that contains a number of alternating transparent and opaque areas around its circumference. When the encoder is rotated, its optical disk turns beneath a photointerrupter, which senses the alternating patterns of transparency and opacity. By counting the number of photointerrupter counts, the angle of the disk can be accurately measured.

The line driver output of the encoder is in RS-422 format and can be interfaced with a number of digital systems. The encoder also has a digital (TTL-compatible) output which is in the form of a pulse train. The frequency of the pulse train is dependent on the speed of the encoder input.

The ENS1D-B28-L00128L encoder is a rugged and reliable device and is ideal for a range of industries. It is designed to withstand harsh environmental conditions and is suitable for a range of industrial and automotive applications.