9986-5102

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Introduction

Proximity sensors are devices that detect physical closeness or distance from an object in a particular area. It detects the presence of an object or a material in its field of detection. Sensors used in proximity detection utilize different technologies such as ultrasound, infrared, laser, capacitive, resistive, and magnetic to detect the presence of an object to measure distance. Proximity sensors can be used in various applications from measuring distances in large manufacturing plants, to detecting levels of water or gases in tanks, and to spotting changes in conditions in hazardous environments to avoid safety incidents.One type of proximity sensor is the 9986-5102 product, developed by Banner Engineering, which utilizes ultrasound technology to detect the distance between its sensor head and the target. This article will explain the application field and working principle of the 9986-5102 product.

Application fields

The 9986-5102 sensor can be used in a wide variety of applications. It is most commonly used in automated production lines or other production automation systems to verify product dimensions and tolerances, check the distance between two points, or detect the presence of an object. It is also used for 1) detection of objects in liquid tanks, 2) position detection of conveyor belts or other moving objects, 3) measuring the level of liquid, and 4) checking the consistency of a material’s properties.

Working Principle

The 9986-5102 proximity sensors work on the principle of sound wave reflection. The head of the sensor emits an ultrasonic sound wave, which is reflected off the surface of the target. The sensor then receives the reflected sound wave and measures the time it takes for the sound wave to return. From this, the distance between the sensor head and target can be calculated.The 9986-5102 uses advanced technology to generate very short duration pulses, detected accurately and with a 200kHz sampling rate. The device produces short solid sound pulses and has a sound pressure level of 109dB (A) at 10cm. Its operating temperature range is 0°C – 50°C, and can measure up to 15m in air.

Conclusion

The 9986-5102 proximity sensor is a useful device for a wide range of applications. It uses ultrasound technology to detect the distance between its sensor head and the target. Its advantages are accurate measurement, fast response, and wide operating temperature range. It is particularly well-suited for use in automated production lines, detecting objects in liquid tanks, and measuring the level of liquid.

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