Features to Check While Purchasing Water Resistant Proximity Sensor

Sensing the approach of nearby objects to carry out operations, a proximity sensor is essential in many sectors. A common example of the use of proximity sensors is on mobile phones. As soon as we pick up a call by bringing the phone to our ear, the display light gets turned off. This is the result of a proximity sensor. Here are the characteristics to look for while choosing a waterproof proximity sensor:

  • Robust Sensor: To detect nearby objects without getting in contact with them, a waterproof proximity sensor must have robust sensors. Thus, the first thing you must look for in your proximity sensor is quality. Along with this, you should also test the distance to which the sensor would work. IP67 standard sensors are the best options for water depth measurement.
  • Sensitivity: In order to measure the distance or depth measurement of water, a proximity sensor must have high sensitivity. The higher the sensitivity, the better chance of the waterproof proximity sensor to detect smaller objects in the vicinity. An operational value of 42KHz is found to be suitable for a proximity sensor with good sensitivity.
  • Noise Resistance: To work properly underwater, i.e. in harsh conditions, a Water Resistant Proximity Sensor should have high acoustics and noise resistance. The proximity sensor performs real-time auto-calibration and noise rejection to reduce working hurdles.
Water Resistant Proximity Sensor

Triggering Of Ranging: Since proximity sensors are used for underwater operations such as water depth measurement, handling them can be problematic. As a solution for this issue, choose a proximity sensor that comes with triggered ranging, both internally & externally. External and internal triggering ranging makes the task much faster, and these sensors come with easy hole mounting that can be paired with all kinds of electrical fittings without difficulty.
  • Reliable Data: In the end, the equipment that is best for the application is based on the result it provides. The range of the data from the narrow beam of sensors should be precise and accurate. With swift filtering and good acoustics resistance, this function is possible.

These are the basic characteristics that are essential to a proximity sensor for underwater operations. Check out the MaxBotix website at maxbotix.com for a well-functioning waterproof proximity sensor.

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