The second-hand Yamaha chip mounter is widely used in industry. So, have you understood the principle characteristics of the Yamaha chip mounter sensor? Now let's Kunshan Senruida Mechanical Electrical Equipment Co., Ltd. Yamaha placement machine to explain in detail for everyone, let's take a look!

After the second-hand Yamaha inductor coil is connected with alternating current, the Yamaha inductor will generate a closed alternating magnetic field inside the iron core. According to the principle of transformer, the alternating electromotive force current will be generated in the secondary coil, namely the zinc liquid in the melting ditch. Yamaha inductor because the secondary coil has only 2 turns, much less than the primary coil, so the electromotive force is low but the current is very large, so the zinc liquid in the melting ditch passes through a large current, the zinc liquid has a certain resistance, Yamaha inductor will generate a large heat generate a large temperature rise, at this time, the zinc liquid will be in the magnetic field force According to the theoretical analysis field confirmation, the flow direction of zinc liquid is the two sides to the middle. Yamaha sensor can make the high temperature zinc liquid in the melting ditch the zinc liquid in the zinc pot fully stir heat transfer, so as to make the temperature of the zinc liquid in the zinc pot rise achieve the heating effect.

The classification of the working principle of sensors physical sensors are applied to physical effects, such as piezoelectric effect, magnetostrictive phenomenon, ionization, polarization, thermoelectricity, photoelectricity, magnetoelectricity other effects. Small changes in the measured signal will be converted into electrical signals.

Chemical sensors include those with chemical adsorption, electrochemical reaction other phenomena as the causal relationship. The small changes of measured signal will also be converted into electrical signals.