HEDS-9141#E00 Optical Encoder Sensor Module | High-Precision | Through-Hole Package

HEDS-9141#E00 Overview

The HEDS-9141#E00 is a precision incremental rotary encoder designed for accurate position sensing in a compact form factor. It integrates a photodetector with an optical disc to deliver reliable quadrature output signals, making it suitable for industrial and automation applications requiring precise angular measurement. This device ensures consistent performance with a wide operating voltage range and robust electrical characteristics. Manufactured to meet stringent quality standards, it offers engineers a dependable solution for rotary position feedback. For detailed technical resources and purchasing options, visit IC Manufacturer.

HEDS-9141#E00 Technical Specifications

HEDS-9141#E00 Key Features

• High-resolution output: Provides 250 pulses per revolution, enabling precise position feedback critical for accurate motor control and automation tasks.
• Robust quadrature signaling: Ensures reliable phase difference of 90?? ?? 18??, facilitating accurate direction detection and speed measurement.
• Wide operating voltage range: Supports 4.5 V to 5.5 V supply, allowing flexible integration with standard 5 V industrial control systems.
• Compact design: Small form factor simplifies mounting in tight spaces without compromising signal integrity or mechanical stability.

HEDS-9141#E00 Advantages vs Typical Alternatives

This encoder offers superior accuracy and signal integrity compared to many generic incremental encoders. Its well-defined quadrature outputs and stable operating characteristics reduce noise susceptibility and improve system reliability. The wide supply voltage tolerance and low power consumption enhance compatibility with diverse industrial environments, making it a preferred choice for engineers seeking consistent, high-performance rotary position sensing solutions.

Typical Applications

• Industrial automation systems requiring precise shaft position feedback to ensure accurate control of motors and actuators in manufacturing equipment.
• Robotic motion control, where consistent quadrature signals enable precise speed and direction monitoring for enhanced operational efficiency.
• Elevator and conveyor systems, utilizing rotational feedback for smooth, reliable movement and positioning.
• Medical equipment such as imaging devices and surgical robots, demanding accurate angular position detection in compact assemblies.

HEDS-9141#E00 Brand Info

This device is part of a well-established family of optical encoders recognized for their reliability and precision in industrial applications. Known for rigorous quality control and consistent performance, it embodies the brand??s commitment to delivering robust sensing solutions. The product supports a wide range of standard industrial interfaces and is backed by comprehensive technical documentation, facilitating rapid design integration and reducing time-to-market for system developers.

FAQ

What type of output signals does this encoder provide?

The device generates incremental quadrature output signals with two channels (A and B) phase-shifted by 90??, allowing detection of both rotational speed and direction. These signals are commonly used in motion control systems for precise position feedback.

What is the typical operating temperature range for this encoder?

The recommended operating temperature range is from 0??C to 70??C, making it suitable for most indoor industrial environments. This range ensures stable performance without degradation under typical operating conditions.

Can this encoder operate at voltages other than 5 V?

Yes, it supports a supply voltage range from 4.5 V to 5.5 V, allowing it to function reliably with standard 5 V systems and tolerate minor voltage variations without affecting output signal quality.

What resolution does the encoder provide, and why is it important?

This model delivers 250 pulses per revolution, which defines its resolution. Higher resolution improves the precision of angular position measurements, critical in applications such as robotics or CNC machinery where exact movement control is required.

How does the encoder ensure signal accuracy and reliability?

Signal accuracy is maintained through well-engineered optical sensing and defined quadrature phase shifts of 90?? ?? 18??. This precise phase relationship reduces signal ambiguity and improves noise immunity, ensuring reliable operation in demanding industrial environments.