EE-SX4164-P1

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Optical sensors are a type of non-contact device that measures light via optical radiation. They are used for a range of applications, and have been integral to industrial automation and control processes for decades. And the EE-SX4164-P1 belongs to photointerrupters-slot type-logic output. Photointerrupters are particularly useful for positioning, double detection, and position detection. In this article, we\'re going to look at what the EE-SX4164-P1 is, its application fields, and its working principle.

Overview of EE-SX4164-P1

The EE-SX4164-P1 is an optical sensor with slotted type photointerrupter configuration. It is designed for the purpose of preventing interference with signals as much as possible. It has a power supply voltage of 4.5-24V, with a Collector/Emitter Breakdown Voltage of 30V, and a transistor current gain of 40-200V/V. It has a rise time of less than 1.0μsec, and its output logic levels are high or low for high inputs. The output connector of the EE-SX4164-P1 is designed for a quick disengagement if the device interrupts.

Application Field

The EE-SX4164-P1 is designed to be used primarily for the following applications:

• Positioned Detecting Devices
• Positional Readouts
• Robotic Arm Positioning
• Robotic End-Effectors
• Proximity Sensors
• Laser Cutter Positioning
• Inspection Equipment

The EE-PX4164-P1 also finds use in a variety of applications in the end-effectors of industrial robotics in addition to those listed above. It can be used to detect signals in industrial machines, such as matching parts, detecting objects and position in varying levels of precision. It can also be used for sheet metal working, automotive trim and assembly, cutting, and welding. Moreover, it can be used for welding in processes such as soldering and painting, as well as for fabricating intricate parts. Its speed and accuracy make it an excellent choice for these types of processes.

Working Principle of EE-SX4164-P1

The EE-SX4164-P1 utilizes the principle of detected light to sense signals. The device works by using a position sensing detector and translating the detected light into electrical signals. The photointerrupter consists of a Infrared LED and an optical diamond. Inside the LED is a semiconductor junction that emits photons when electrons enter into a positive material and exit into a negative material. An external light source passes through the LED and is reflected or scattered off the surface of the diamond. The reflected light passes through a detecting photo diode, and the generated signals are fed into the photo electronic device.

When the EE-PX4164-P1 detects an interruption in the light path, it produces an electrical signal that is proportional to the size and type of interruption. This signal is then converted into data which is fed into the control system. The system is then able to determine the exact position of the interruption and/or the cause of the interruption. This allows for precise control and positioning in most cases.

Conclusion

The EE-SX4164-P1 is an optical sensor with slotted type photointerrupter configuration. It is used for a range of applications, such as position sensing, double detection, and position detection. Its working principle is based on the detection of light and its translation into electrical signals, which is then used to determine the exact position of the interruption. The EE-SX4164-P1 is a reliable sensor that can be used with confidence for both industrial automation and robotics applications.

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