HEDS-9700#F51 Overview
The HEDS-9700#F51 is a high-performance optical incremental encoder designed to provide precise position sensing and speed feedback in industrial automation and motion control systems. Featuring a compact package and robust design, it offers reliable operation in demanding environments. With a resolution of 500 cycles per revolution and differential output signals, this encoder ensures accurate and noise-immune signal transmission. Its compatibility with standard quadrature output makes it ideal for integration into a variety of electromechanical applications. Engineers and sourcing specialists will find this component valuable for enhancing system reliability and performance. Available through IC Manufacturer, it meets stringent industrial requirements.
HEDS-9700#F51 Technical Specifications
| Parameter | Specification |
|---|---|
| Type | Optical incremental encoder |
| Resolution | 500 cycles per revolution (CPR) |
| Output Type | Quadrature differential line driver |
| Supply Voltage | 5 V ?? 5% |
| Output Current | 10 mA (max) |
| Operating Temperature Range | 0??C to +70??C |
| Package Type | Compact plastic housing with connector pins |
| Pulse Width | Minimum 90 ns |
| Signal Waveform | Square wave with 50% duty cycle |
| Supply Current | 30 mA (typical) |
HEDS-9700#F51 Key Features
- High resolution of 500 CPR: Enables precise position and speed detection for accurate motion control and feedback in industrial systems.
- Quadrature differential outputs: Provide noise-immune, reliable signal transmission critical for maintaining signal integrity in electrically noisy environments.
- Compact, durable package: Facilitates easy integration into space-constrained designs while ensuring protection against mechanical stress.
- Low power consumption: Supports energy-efficient operation which is beneficial for battery-powered or low-power industrial equipment.
HEDS-9700#F51 Advantages vs Typical Alternatives
This optical encoder stands out by delivering enhanced signal accuracy and noise immunity through differential outputs compared to single-ended alternatives. Its high-resolution capability allows for more detailed motion sensing, improving control precision. The low supply current and robust packaging contribute to longer operational lifespan and easier integration, making it a preferred choice over conventional encoders lacking these attributes.
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Typical Applications
- Industrial automation: Used for precise shaft position feedback in conveyor systems, robotic arms, and motor control units to improve operational accuracy and efficiency.
- Elevator control systems: Provides reliable speed and position sensing to ensure smooth and safe elevator operation.
- Printing machinery: Helps maintain synchronization and registration accuracy during high-speed printing processes.
- Packaging equipment: Enables precise motion control for consistent and efficient packaging line performance.
HEDS-9700#F51 Brand Info
The HEDS-9700#F51 is part of a trusted series of optical encoders known for their precision and reliability in industrial electronics. Developed by a leading manufacturer specializing in sensing and feedback devices, this model is engineered to meet rigorous quality standards. The product line supports a broad range of industrial applications where accurate rotational position measurement is crucial. The brand??s commitment to innovation and durability ensures that this encoder delivers consistent performance in challenging operational environments.
FAQ
What is the resolution of this optical encoder?
This incremental encoder offers a resolution of 500 cycles per revolution, meaning it generates 500 distinct pulses for every full rotation of the encoder shaft. This high resolution enables precise position and speed feedback in motion control applications.
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What type of output signals does it provide?
The device outputs quadrature differential signals, which consist of two square waves shifted by 90 electrical degrees. Differential signaling enhances noise immunity, making it suitable for industrial environments with electrical interference.
What is the operating temperature range for this encoder?
The encoder is rated to operate reliably within a temperature range of 0??C to +70??C, covering typical industrial ambient conditions. This ensures consistent performance over a wide range of environments.
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How is the device powered and what is its typical power consumption?
It operates on a 5 V supply voltage with a tolerance of ??5%. The typical supply current is approximately 30 mA, supporting low power consumption suitable for efficient system design.
What makes this encoder suitable for industrial automation applications?
Its combination of high resolution, robust differential output signals, and compact packaging ensures accurate, noise-resistant feedback. This leads to improved control precision and reliability in automation systems such as conveyors, robotics, and machine tools.
