HEDS-6100#A09

Series:	HEDS
Part Status:	Obsolete
Accessory Type:	Codewheel
For Use With/Related Products:	HEDS-900x Series

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Introduction

HEDS-6100#A09 is a high-performance optoelectronic laser scanner for accurate, reliable and fast positioning. It is widely used in a variety of motor-driven X/Y axes applications such as pulse motor and step motor. The following paper will analyze its application field and working principle.

Application Field

HEDS-6100#A09 is mainly used in components of automation equipment, like handling robot, machine vision, labeling machine, packaging machine, laser cutting engraving machine, aerospace application, printing machine, NC processing machine, sewing machine, and so on. Most of its features meet the requirements of these equipment, such as having high accuracy, speed, and repeatability.Furthermore, it is also used in precision machinery, such as die bonding, semiconductor machinery and equipment, optoelectronics, medical technology, semiconductor package, automotive manufacturing, automotive testing, precision electronics assembly, communications, optics coating, automotive testing, etc. Generally speaking, this laser scanner could provide satisfactory performance in any application which requires high precision and great speed.

Working Principle

HEDS-6100#A09 operates with the combinational of laser diode and semiconductor position detector. The laser diode generates laser beam, and the semiconductor detector receives the laser reflected light. According to the working principle, the light from the laser diode is implemented with the laser angle adjustment element position and is reflected off of the object\'s surface. The reflected light detected by the position detector is analyzed by the control signal corresponding to the coordinates of the position.Moreover, this optoelectronic laser scanner is mainly composed of laser diode, scan mirror, scanning angle adjustment element and semiconductor position detector. The semiconductor position detector is composed of linearly array of light receiving element and an A/D converter. Each element in the array can be regulated independently, which can convert the received light to digital signal and then to coordinates. When the scan mirror is driven to oscillate, the laser diode projects the laser beam spot to the surface of the object. By tracking the reflected laser beam, the position detector can output a position signal which can drive the equipment to reach the desired output.

Conclusion

Overall, HEDS-6100#A09 is an optoelectronic laser scanner for accurate positioning. It is widely used in many fields, including components of automation equipment, precision machinery, aerospace applications, and so on. In terms of principles, it works with the help of laser diode, scan mirror, laser angle adjustment element and semiconductor position detector. With great accuracy, speed, and repeatability, this scanner is capable of providing satisfactory performance in any application requiring precision and speed.

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