HEDS-9140#I00 Optical Encoder Sensor Module ?C High Precision, DIP Package

HEDS-9140#I00 Overview

The HEDS-9140#I00 is a high-performance incremental optical encoder designed for precise position sensing and motion control in industrial automation systems. Featuring a compact package and robust photodetector array, it delivers reliable output signals essential for accurate speed and position feedback. This device supports up to 360 pulses per revolution (PPR), making it suitable for applications requiring fine resolution. Its well-engineered optical components ensure stable operation under various environmental conditions, while low power consumption contributes to efficient system integration. Sourced from a reputable IC Manufacturer, this encoder offers engineers and sourcing specialists a dependable solution for enhancing machine control accuracy.

HEDS-9140#I00 Technical Specifications

HEDS-9140#I00 Key Features

• High-resolution output: Provides 360 pulses per revolution, enabling precise position feedback for enhanced motion control accuracy.
• Quadrature encoder signals: Two-channel output delivers direction and speed information critical for closed-loop control systems.
• Low power consumption: Typical supply current of 15 mA supports energy-efficient designs and reduces thermal dissipation within systems.
• Robust optical sensing technology: Ensures reliable signal integrity under varying ambient light and environmental conditions.
• Compact form factor: 16-pin DIP package facilitates easy integration into existing hardware platforms without significant redesign.
• Standard 5 V operation: Compatible with common logic voltage levels, simplifying interface requirements.
• Open collector phototransistor outputs: Allow easy interfacing with various logic families and provide noise immunity in industrial environments.

HEDS-9140#I00 Advantages vs Typical Alternatives

This encoder stands out for its combination of high pulse resolution and low power consumption compared to typical incremental optical encoders. Its open collector outputs offer flexible interfacing options, while the robust optical design enhances reliability in harsh industrial conditions. The compact package and standard voltage operation facilitate seamless integration, making it a superior choice for applications demanding precise, dependable position sensing with minimal footprint and power overhead.

Typical Applications

• Industrial automation systems requiring accurate rotary position feedback for servo motor control and robotic arm movement, ensuring precise and repeatable motion control.
• Conveyor belt speed monitoring in manufacturing lines to maintain consistent throughput and product handling.
• Elevator shaft position sensing, enabling smooth acceleration and deceleration profiles for passenger comfort and safety.
• Medical equipment such as imaging devices and diagnostic machines, where reliable and exact positioning is critical for operational accuracy.

HEDS-9140#I00 Brand Info

Manufactured by a leading supplier in the field of optical encoders, this product reflects a legacy of precision engineering and quality assurance. The brand behind this incremental encoder is recognized for delivering components that meet stringent industrial standards, ensuring long-term reliability and performance. Their commitment to innovation in photodetection and signal processing technologies is evident in the design and functionality of this device, making it a trusted choice among engineers and system integrators worldwide.

FAQ

What type of output signals does this encoder provide?

The device provides two quadrature output signals, labeled A and B, using open collector phototransistor outputs. These signals enable detection of both rotational speed and direction, essential for accurate motion control applications.

What is the maximum operating frequency for signal output?

This encoder supports a maximum TTL output frequency of up to 50 kHz, allowing it to handle relatively high-speed rotations while maintaining signal integrity and timing accuracy.

Can this encoder operate in environments with temperature variations?

Yes, it is designed to operate reliably within an ambient temperature range of 0??C to 70??C, making it suitable for most industrial and commercial environments without risk of performance degradation.

How does the open collector output benefit system integration?

Open collector outputs provide flexibility by allowing the device to interface with various logic families and voltage levels through external pull-up resistors. This design also improves noise immunity, which is advantageous in electrically noisy industrial settings.

Is the encoder compatible with standard 5 V logic systems?

Absolutely. The device operates at a nominal 5 V supply voltage with a tolerance of ??5%, aligning it with common TTL and CMOS logic levels for straightforward integration into existing control circuits.