IDT-5230E

Series:	--
Part Status:	Obsolete
Accessory Type:	Hardware
Specifications:	Mobile Rack

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IDT-5230E application field and working principle

Introduction

The IDT-5230E is an inductive proximity switch (IPT) designed for applications such as position sensing, material level sensing and counting. It is made by SIRIUS (Automation and Control) a US-based maker of sensing and automation products and widely used in the electrical systems of automotive, avionics and industrial machinery. It is a non-contact detection device that consists of a coil and a metal plate. It is designed to detect the presence of metallic objects in close proximity. The IDT-5230E can detect objects up to 10 mm in diameter and is suitable for use in applications where its robustness and narrow detection range make it advantageous.

Application field of IDT-5230E

The IDT-5230E is used in a variety of applications including:

• Position sensing.
• Material level sensing.
• Light object counting.
• Speed detection.
• Detecting movement of mechanical devices, such as robots, conveyors and valves.

The IDT-5230E is especially well suited for applications in the automotive, avionics and industrial machinery industries, where the device can be used to detect movement of robotic arms and conveyors. It can also be used to detect objects in hazardous and/or inaccessible areas where physical sensors can’t be used.

Working principle of IDT-5230E

The IDT-5230E consists of two parts, an inductive coil and a metal plate. When a metallic object is brought in close proximity to the metal plate, it induces a magnetic field in the coil, which changes the resonance frequency of the coil. This change in frequency is detected by the device and a signal is generated, indicating the presence of the metallic object.The IDT-5230E operates on the principle of magnetic induction. The coil of the device is energized by an alternating current, which creates an alternating magnetic flux in the coil. When a metallic object is brought near the coil, it induces a second magnetic field in the coil, which disrupts the original flux and results in a change of the resonance frequency. This change in frequency is detected by the device, triggering the output circuit, which activates the switch.

Conclusion

The IDT-5230E is a robust and reliable inductive proximity switch designed for use in industrial, avionics and automotive applications. With its narrow detection range and resistance to harsh environmental conditions, the IDT-5230E is an ideal choice for sensitive and challenging applications. In addition, the device operates using the principle of magnetic induction, making it very reliable and cost effective.

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