UA18CAD04NGM1TI

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Proximity Sensors

The UA18CAD04NGM1TI is an inductive, non-contact type of Proximity Sensor, specifically designed for detection of ferrous metal (i.e. steel and iron). It is typically used for detecting the presence of objects (e.g. parts of machinery, handle bars, etc.), without using any physical contact.

Proximity sensors are able to detect metal objects without any contact, since they are based on magnetic induction principles. The UA18CAD04NGM1TI utilizes a flexible loop coil for sensing the ferrous metal objects, with the help of the experienced protection circuitry. The loop coil is energized by the supplied voltage of 10-30vDC and the protection circuitry ensures that the current reaching the circuit is only minimum.

As the ferrous metal object enters the sensing range of the UA18CAD04NGM1TI Proximity Sensor, the energy field of the loop coil gets affected and causes a transmutation in the output state. The output state, when programmed by a proper relay, can perform various tasks.

Application Field:

The UA18CAD04NGM1TI is suitable for a wide variety of applications in various industry segments.

• The Proximity Sensor is frequently used in security systems to detect body heat and motion. It can be used in home systems as well as in commercial establishments to detect unauthorized entry.
• It can also be used in the manufacturing industry to detect parts of machineries, handle bars, etc.
• The UA18CAD04NGM1TI is also used in automotive industry to detect obstacles while parking, engine bay and fuel line etc.
• It is used for protection of electronic equipment, such as computers, TV etc.

Working Principle:

The UA18CAD04NGM1TI connects a loop coil to an oscillator of a programmable electronic circuit. The oscillator generates a detectable electromagnetic field when the loop coil is energized. It generates an alarm when a ferrous metal object enters the sensing field by affecting the energy of the loop coil.

The Proximity Sensor operates on the principle of magnetic induction. As the ferrous metal object enters the sensing field, it creates a transmutation in the output state of the sensor. The output state can be programmed using a suitable relay, which can be used to control various tasks as per the requirement.

The UA18CAD04NGM1TI is highly sensitive when used in the proper applications and provides accurate detection of objects. The adjustable sensing distance of the Proximity Sensor allows it to be used in a wide range of applications and makes it an ideal choice in the industry.