Encoders: HEDB-9100-I13
Introduction
The HEDB-9100-I13 is a high-performance rotary encoder specifically designed for position measurement and control application. It offers a high-resolution sine-cosine output with 12-bit resolution and a 16-bit resolution resolution. It also offers a lower cost, non-contact and easy to use rotary encoder.
Application Field
The HEDB-9100-I13 provides precise rotary position measurement and control for industrial, consumer, and automotive applications. The rotary encoder can be used to control or monitor motor speed, shaft position, or other position-sensing operations in both domestic and industrial settings. Its mechanical design makes it suitable for applications requiring a large installation space. Additionally, it is extremely reliable and available with a variety of interface options for a completely customizable solution.
Working Principle
The HEDB-9100-I13 is an absolute encoder, which uses optical or magnetic sensing for the position sensing. The encoder system consists of a number of discrete pulses that are transmitted from an internally mounted pulse generator. The pulses are transmitted by a series of optical or magnetic detectors, which are then converted into an electrical signal that is amplified and filtered. This converted electrical signal is then transmitted via pulse width modulation for the output of the encoder.
Accuracy and Output Ratings
The HEDB-9100-I13 provides a high-resolution sine-cosine output of up to 12-bit resolution. The integrated signal conditioning circuitry allows the encoder to have an accuracy rating of ±0.1 degree. The output ratings range from 1 axis (x), to 4 axes (x, y, z, and w). The encoders are available in either optical or magnetic versions with a wide range of tactile and visual indicators. The maximum speed of the encoder is 10,000rpm.
Advantages
The HEDB-9100-I13 has several advantages over traditional encoders. The increased accuracy and resolution reduce the number of position errors that are encountered in applications where precision is critical. The low cost, non-contact design makes the encoder suitable for a variety of automotive, industrial, and domestic applications. Additionally, the mechanical design is suitable for applications that require a large installation space and is extremely reliable. The encoder is also available with a variety of interface options for a completely customizable solution.
Conclusion
The HEDB-9100-I13 is a high-performance rotary encoder specifically designed for position measurement and control application. It provides an output of up to 12-bit resolution, with accuracy rating of ±0.1 degree. Additionally, the non-contact design and mechanical design make it suitable for a variety of automotive, industrial and domestic applications.