Last Updated on December 17, 2023 by Ali Hamza
Linear measurement sensors are used extensively in many fields of industry. These sensors are used to determine the performance of electric motors, to detect the presence of a defect in a component and so on. There are different types of linear measurement sensors available. These include the linear voltage sensors, the linear velocity sensors, the pressure measuring sensors, the frequency measuring sensors etc. They are all used for various applications in industries. Let’s look at some of the applications of these sensors in more detail.
The main use of linear measurement sensors is to detect the presence of voltage fluctuations inside electrical motors. This is very important in industries where heavy machines are working round the clock and the circuits inside the electric motors are prone to voltage fluctuations. These fluctuations may lead to short-circuit and fire accidents. So, it is necessary that you use high-quality and highly durable linear sensors to avoid such dangers.
These sensors are also used in the manufacturing processes to measure the resistance of the electric motors to the flow of the fluid during the manufacturing process. Resistance measuring is very important in industries like textiles and garment making. The resistance level of a textile can be known by using a resistive measurement sensor. These sensors help you measure the power used for operating electrical motors and other appliances inside your factories. Thus, they help in reducing wastage of electric energy.
Besides being used in industries, these sensors are used extensively in many home applications too. For instance, if you want to know the amperage in your hot water tank, you need high quality and highly sensitive measurement device such as multimeters. The multimeters are used for measuring the pressure, temperature, humidity etc. You can measure the amperage, the temperature and the humidity inside your house easily and quickly. You can keep a single multimeter for measuring all three parameters simultaneously.
One of the most popular and widely used types of multimeters is the linear output devices. They are mainly used for measuring digital outputs such as audio, thermal, photoresistor and phototimesic output. The digital sensors are available in two variants, i.e., analogue and digital. In the analogue variants, the output from the multimeter is measured in linear components whereas, in the digital variations, the measurement results are presented in binary form. The digital multimeters have a much higher resolution than the analogue ones.
If you have some electrical motors at home, you can make use of an AMF meter (analogue output) to measure the resistance of the electric motors. This will help you diagnose the fault in your electrical motors easily. You can also measure the frequency of the rotors of the electrical motors. The multimeter can also measure the temperature of the input voltage. The sensitivity of the multimeter varies depending upon the input voltage.
There are many kinds of multimeters, which are available in the market. These include the angle, line, needle, screw and multimeter measuring instruments. The cost factor and the utility factor of each type of multimeter should be considered before buying one. If you are interested in using the multimeter to measure electrical resistance, temperatures and currents, then you should choose the multi-meters with a larger measurement range and better accuracy. The best way to buy the multimeter is to go for online purchase from the websites.
The advantage of the multimeters is that they provide a fast, smooth and reliable measurement performance. They can easily measure the resistance and the capacitance of the conductors without the help of external probes. Other advantages include faster execution, higher reliability and smaller size. While choosing the linear measurement sensors, the measurement power, measurement range and the measurement speed should be considered.