By sending sound waves off of targets to return to a home transmitter, ultrasonic level sensors can be a valuable asset to companies that deal in storage or when materials are moved around several times a day. The term “ultrasonic” uses sound waves that operate at a frequency beyond human hearing and is applied in ultrasonic level sensors by sending sound waves that echo off the desired target and are returned to the transmitter.
When applied to storage companies and the like, the most pragmatic uses for ultrasonic level sensors are level, volume, flow monitoring, presence or absence detection, and object dimensioning.
Ultrasonic level sensors have a tremendous effect on the productivity and efficiency with companies that use forklifts. With minimal maintenance and easy handling and installation, ultrasonic level sensors are the perfect, long lasting tools missing in a company’s arsenal of useful accessories.
In terms of placement, the sensor does not need to be placed anywhere on the forklift where it could potentially be compromised by hitting another forklift, pallet, or object. Once in place, locating forklifts will be much easier, and more importantly, ultrasonic level sensors can keep track of usage, which can be applied to figuring out the frequency of maintenance a forklift receives, which can ultimately prevent a breakdown.
Another point of usage is, instead of putting them on the forklift itself, to place them on the pallet in a safe spot. In the same vein as locating a misplaced forklift, finding the correct pallet will be much easier in a warehouse or yard that could be full of them.
Overall, the installation of ultrasonic level sensors to industries that use forklifts is a lucrative move to make. Not only will you be able to track the usage and location of a forklift, you can also track the time of maintenance to prevent breakdowns and slowing down a workdays pace. For a low cost, investing in ultrasonic level sensors will pay themselves off in no time, improving the overall efficiency of the workplace.