Tips for Using a Liquid Level Sensor

The liquid level sensor is used to detect the level of a liquid or the interface between a liquid such as oil and water or a liquid and a solid. These devices can be described as sensors or transducers, or an integrated system with instrumentation and control capabilities. The point liquid level sensor often triggers an alarm or shuts down the system based on a certain limit. This time, this article will provide some great tips that will guide you in using the liquid level sensor. Well, just look at the tips below.

The first thing you should do is place the tool on a plastic case. You can use this special device if the container is opaque and cannot be opened, or if the liquid may be hazardous if exposed to open air.

The second thing you need to do is move the sensor under the top of the tool. You should pay attention to the sensor for indications that detect liquid on the other side of the container. This is usually indicated by a flashing light or an audible beep.

The third thing you should do is slowly move the sensor up the sides of the case. After that, you need to monitor for indications that the sensor is now above the liquid level in the container. Then, you’ll need to move it back under the container until it ignites again to determine where the top of the liquid is.

Anyway, by looking at the information above, you can now easily start using this sensor for your projects. By using this tool properly, you will get the best results in doing your job.

Uses of Load Cells

Load cells are available in a variety of shapes, sizes and capacities and are now the industry standard for all types of weighing. This can be a bit of a minefield trying to find the correct load cell for your application. I have listed some of the most commonly found today and their uses.

Single Point – Single point is probably the cheapest and most popular type on the market today. Because of their price and reliability, they can be found in most types of retail scales, weighing scales, medical scales, parcel scales, and postal scales. This type of load cell can also be used in platform scales and industrial weighing systems to provide accurate readings regardless of the position of the load on the platform, reducing manufacturing costs.

Tube type – The tube type has been around for a long time and is likely to become the industry standard for most high capacity compression applications. Tube type load cells are used for single and multi weighing applications. This type of cell has buttons on the top and bottom sides and can only be used in compression. Tube-type load cells are used in tank scales, ship weighing applications, axle scales, truck scales, vehicle scales and weighbridges. Tube type load cells offer accurate weighing in harsh environments.

Double Ended Shear Beams – For medium to high capacity applications, double ended shear beams offer a number of advantages over other designs. This type has the ability to sway on the stand to accommodate misalignments in the mounting surface while still being maintained, it also allows limited movement to allow thermal expansion and contraction as well as lifting protection. This cell type is also available as a weighing module kit.

Single End Shear Beams – Single ended shear beams are commonly found in all types of floor, platform and shipping scales today and provide the ideal solution for most medium capacity weighing applications. The single end shear cell has the ability to withstand full capacity side loads without any problems which makes it particularly suitable for weighing systems with mixers, blenders and agitators. This type is very durable but can be expensive and impractical to install above 10,000 kg. This cell type is also available as a weighing module.

Tension Links – Tension links are suitable for applications such as winching, hanging scales, crane scales and lifting systems. This type of load cell offers superior accuracy in high capacity weighing. This type of cell has openings at both ends for easy connection to shackles, wire ropes, D links, or other rigging. Tension link load cells provide a robust design for resistance to side loading.

Torque Rings – Torque rings are a relatively new design concept and provide an excellent low profile solution for a wide range of weighing applications. Unlike standard compression load cells, which can easily suffer from off-axis loading problems, the torsion ring is loaded via an annular ring located in the middle. By using a central float pin to transmit the load to this ring, optimal load recognition is ensured and off-axis loads of up to three or four degrees can be tolerated without loss of performance. Exclusive mounting modules, which offer great versatility, are now available for process weighing and platform weighing applications.

Weighing Modules – Weighing modules generally consist of load cells with mounting kits. Many types now come supplied as modules but generally single or double shear beam and tube types are the industry standard. Load cell weighing modules are used in tank scales, silo weighing, ship weighing applications, axle scales, truck scales, vehicle scales and weighbridges.

Wireless – All of the above has one major drawback; they are connected to the device via a cable. One of the main problems with weighbridges or floor scales is the possibility of damaged cables. Using the latest technology, wireless, load cells are now available and could one day become the industry standard. All of the above load cells are now available in wireless format, although this technology is very expensive.

Type S – Type S gets their name from their shape, being the letter ‘S’. S type load cells can provide digital output when used in either tension or compression and provide superior side load rejection. This type of cell has two female threaded mounting points, the top and bottom are where eye bolts or threaded rod ends can be attached. This type is used in crane scales, hanging scales, hoist scales, and most tension applications.

Some Applications for a Servo Motor

Servo motors are essentially electric motors with a built-in motion sensor, which makes them particularly suitable for applications that require highly controlled motion.

Robotics: These motors are very important in robotics as they facilitate intelligent and natural movements. It can transmit information regarding the rotation of the motor on its axis, thereby keeping the robot alert to the movement of its various parts. The servo is also very small and very powerful, making it perfect for use in efficient and functional robot models. The energy consumption of servo motors is generally low, as they draw only power relative to their mechanical load, making them perfect for use in battery-operated robotic devices.

Remote Controlled Devices: These motors are an essential component for anything with remote controlled movement, from simple children’s toys to more sophisticated models. In particular, servo motors are used in remotely controlled vehicles to move the control surfaces precisely. These include elevators that control the pitch of an aircraft and the rudders of a ship, submarine or aircraft that steer a vehicle through the air or water. A servo in a remotely controlled car, for example, will perform throttle control, braking, steering, and forward or reverse gear shifting. This motor is connected to a radio controller and the electric rotation of the servo motor is directly translated into mechanical movement in the remote controlled car.

Motion Control: The servo motor’s capacity for sensitive operation makes it an essential component in many industries. In addition to their use in remotely controlled vehicles, these motors are essential for dynamic response in commercial aircraft, cruise control of vehicles, and engine equipment and steam turbines. These motors are useful in any application that requires precise movement. It has been used to assist the movement of antennas used in military detection systems, especially those located in harsh environments with adverse weather conditions. The use of servos in these military applications allows for accurate and reliable antenna positioning.
Other military applications for this type of motor include fire control, marine navigation and anti-aircraft weapon systems. Servo motors are also very helpful in a wider range of industrial applications, such as glass making. Servo motors facilitate the highly precise mechanisms required in the glass industry, such as the need to cut a certain amount of molten glass to obtain a quality finish. Servo is also used in many autofocus cameras, to position the lens accurately and adjust focus. The precision of servo motors is used to advantage in modern hard disk drives for sub-micrometer positional accuracy in maintaining disk rotation speed.