HEDS-9100#H00 Optical Encoder Sensor Module ?C High Precision, Compact Package

HEDS-9100#H00 Overview

The HEDS-9100#H00 is a high-precision incremental optical encoder designed for accurate position and speed feedback in industrial applications. This device features a compact package with robust electrical and mechanical characteristics that make it suitable for demanding environments. The encoder provides reliable dual-channel quadrature output, facilitating precise motion control and positioning. Its design supports seamless integration into various automation systems, enhancing overall system efficiency. Engineers and sourcing specialists will appreciate the balance of performance and durability offered by this encoder, making it a dependable choice for motion sensing requirements. For detailed specifications and purchasing options, visit IC Manufacturer.

HEDS-9100#H00 Technical Specifications

HEDS-9100#H00 Key Features

• High-resolution incremental output: 250 pulses per revolution ensure precise detection of shaft position and speed, crucial for accurate motion control applications.
• Quadrature signal output: Dual-channel output with phase shift enables direction sensing and high fidelity position tracking in dynamic systems.
• Robust electrical design: Push-pull transistor outputs improve noise immunity and allow easy interface with a variety of controllers and logic families.
• Compact and reliable packaging: The encoder??s durable construction supports stable operation within standard industrial temperature ranges, ensuring long-term reliability.
• Index channel availability: Provides a single reference pulse per revolution to facilitate homing and absolute position referencing.
• Wide operating speed: Supports shaft speeds up to 10,000 RPM, accommodating a broad range of motor and machinery speeds.

HEDS-9100#H00 Advantages vs Typical Alternatives

This encoder stands out by delivering a combination of moderate resolution and reliable quadrature outputs, optimizing sensitivity and accuracy for industrial feedback systems. Its push-pull output stage enhances noise immunity and integration flexibility compared to open-collector alternatives. The robust operating temperature range and consistent electrical characteristics make it a superior choice for applications demanding durability and precise position sensing. Overall, it offers improved reliability and straightforward interfacing, which typical alternatives may lack.

Typical Applications

• Industrial motor feedback systems requiring accurate shaft position and speed data for closed-loop control in automation and robotics.
• Conveyor systems where precise speed measurement ensures smooth material handling and process synchronization.
• Printing machinery needing reliable position feedback to maintain registration and print quality over high-speed operations.
• Elevator control systems demanding dependable rotational sensing for safety and smooth ride performance.

HEDS-9100#H00 Brand Info

The HEDS-9100#H00 is part of a well-established line of optical encoders known for precision and durability. Designed for industrial-grade performance, this product reflects the brand??s commitment to quality and innovation in motion sensing technology. It is widely adopted in sectors where reliable and accurate position feedback is critical. The brand supports comprehensive documentation and technical assistance to facilitate effective integration and long-term operation.

FAQ

What type of output signals does this encoder provide?

The device provides quadrature output signals through push-pull transistor stages. This configuration delivers two square wave signals shifted by 90 degrees in phase, which enables both position tracking and direction detection. An additional index pulse is also available for reference per revolution.

What is the maximum operating speed for this encoder?

The encoder supports rotational speeds up to 10,000 revolutions per minute. This wide speed range makes it suitable for various high-speed motor and machinery applications without compromising signal integrity.

Can this encoder operate in harsh industrial environments?

Yes, it is designed to operate reliably within an industrial temperature range of 0??C to +70??C. Its robust mechanical and electrical design ensures stable performance under typical environmental conditions encountered in automation and control systems.

How does the index channel function benefit system integration?

The index channel provides a precise single pulse once per revolution, allowing systems to establish an absolute reference position. This feature is essential for initialization, homing procedures, and maintaining accurate positional alignment over time.

Is the encoder compatible with standard 5 V logic systems?

Yes, the supply voltage is specified at 5 V ??10%, making it compatible with standard digital logic levels commonly used in industrial controllers and microprocessor-based systems. The push-pull output stage further simplifies interfacing with various input types.