HEDS-5500#E05

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The HEDS-5500#E05 is a type of encoder, and is used in a wide array of applications in various industries. It is designed to provide precise positional data, high resolution, and fast response time, all while keeping its cost competitive compared to other encoders on the market. The HEDS-5500#E05 encoder can be used for a variety of industrial applications such as:

• Motion control – such as speed and direction control of actuators.
• Automation – such as lubrication and cleaning of automated production lines.
• Robotics – to locate and orient robots accurately for high-speed production.
• Data collection – for accuracy in recording data from a variety of industrial processes and applications.
• Process control – for precise and rapid control of pressure, flow, and temperature levels.
• Safety control – to ensure the safe operation of hazardous equipment.

The HEDS-5500#E05 is a rotary incremental encoder, which means it is capable of accurately measuring the angular position of a shaft over a full 360 degree rotation. It is designed with two complimentary signals, A and B, which are referred to as quadrature encoders. This allows the encoder to track shaft movements accurately, as both the A and B signals will provide identical output but shifted in time. The two signals can be phase shifted at 90 degrees from each other, which then allows the use of the HEDS-5500#E05 encoder in absolute zero position detection and velocity detection applications.

The HEDS-5500#E05 utilizes magnetic technology to provide high resolution, speed (), and accuracy (<0.001 degree) readings. The encoder features a Hall-effect principle that detects a magnetic field generated by a slotted disc called a "code wheel". The code wheel has a series of alternating North and South poles that pass by the detector. Every time a pole passes, the device will produce either a low, or a high pulse, alternately. By counting the pulses, the exact angular position of the shaft can be determined, allowing for accurate and precise positioning over a 360 degree range.

Another unique feature of the HEDS-5500#E05 is its ability to detect its own zero position without having to manually input it. This is known as "self-correction", and what it does is continuously monitor the A and B quadrature signals, while simultaneously storing their positions when they are the most opposite. This allows the encoder to automatically correct any errors in the signal over time, ensuring accuracy and reliability. This feature also helps when restarting after a power loss, as the encoder will automatically detect the zero position and accurately measure movements from that point.

The HEDS-5500#E05 encoder is ideal for applications where high accuracy, reliable performance, and repeatability are required. It also has the advantage of being cost-competitive, when compared to other encoders on the market. The HEDS-5500#E05 is an excellent choice for many industries, as its versatile design and features make it ideal for a wide variety of uses. In addition, its strong construction and reliability helps ensure that it will perform optimally for many years to come.

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