LP35-S-Z-XP-H30S-28/SI-SM12-T2

Application Field and Working Principle of LP35-S-Z-XP-H30S-28/SI-SM12-T2

Modern industrial automation products require rotary encoders for motion control. The LP35-S-Z-XP-H30S-28/SI-SM12-T2 series of rotary encoders are designed to meet the needs of this market. This series of rotary encoders provide a variety of configurations, features, signal types, and performance specifications to meet the requirements of almost any motion control system.

Application

The LP35-S-Z-XP-H30S-28/SI-SM12-T2 rotary encoders are designed for use in industrial automation applications such as robotics, machine tools, and other position control systems. These encoders can be used in a wide variety of applications including: machine vision, robotics, CNC machine tools, and motion control applications.

Features

The LP35-S-Z-XP-H30S-28/SI-SM12-T2 encoders have a unique combination of features that set them apart from other rotary encoders on the market. These features include:

• High resolution of 12 bits providing up to 4196 quadrature counts per pulse
• High accuracy rating of 0.2° resolution
• Voltage operated version allowing the user to select from 4 different input supply voltages (3.3V to 24V)
• Optional communication protocol options; RS-422, CANbus, and LonWorks
• Wide operating temperature range of -40°C to +105°C
• Compact size of 58mm x 30mm x 30mm
• IP65 rating for protection against dust and water

Working Principle

The LP35-S-Z-XP-H30S-28/SI-SM12-T2 is an incremental rotary encoders.This type of encoder uses a disc with slots and a detector that senses the passing slots. The movement of the disc activates the detector and causes it to generate a pulse signal. The output signals from this encoder provide a binary digital representation of the direction and amount of rotation for each pulse.

The LP35-S-Z-XP-H30S-28/SI-SM12-T2 rotary encoders have a resolution of 12 bits which allows up to 4196 quadrature count per pulse. The output signals can be either line driver type (two digital signals) or voltage type (voltage polarity). The line driver output signals are: A+, A-, B+, B-. The voltage level outputs are: +V, -V. The encoder can also be supplied with an optional communication protocol option such as RS-422, CANbus, and LonWorks.

Conclusion

LP35-S-Z-XP-H30S-28/SI-SM12-T2 rotary encoders are designed for industrial automation applications including robotics, machine tools, and other position control systems. The encoders feature a high resolution of 12 bits providing up to 4196 quadrature counts per pulse and an accuracy rating of 0.2° resolution. They are also available with different input supply voltages, communication protocol options, and a wide operating temperature range. The working principle of this encoder is based on incremental rotary encoders which use a disc with slots and a detector that senses the passing slots.