FAQ

Advantages and Features of Litian Magnetic Field Generators:1.Utilization of high-quality copper magnet wires with Class H insulation.2.Winding and manufacturing processes are completed by specialized craftsmen.3.Magnetic circuit simulation optimizes electromagnetic efficiency.4.Dedicated circuit design for inductive loads.5.Capable of generating strong electromagnetic fields within limited space.6.Delivers the highest magnetic field intensity and optimal reliability for a given spatial configuration.

Solutions for Heat Generation in Magnetic Field Coils During Operation?  We know that magnetic field coils require an operating current to function, and current flow causes the coils to generate heat. Short-duration operation is generally not a major concern. However, during prolonged operation, heat accumulation becomes significant, leading to a rapid temperature rise. Excessively high temperatures can damage the coils. Therefore, managing this heat is essential. Common methods to dissipate heat and prevent coils from overheating include air cooling, water cooling, and gas cooling.

Is the Protection of Innovative Technologies for Magnetic Field Electromagnets Underway? After half a year of dedicated efforts in both design and manufacturing, we have achieved technological advancements and innovations in large-scale, heavy-duty magnetic field electromagnets. Among these, the development of the pole distance adjustment mechanism for large electromagnets and the digital display technology for magnetic pole distance have significantly enhanced the user experience. To protect these intellectual innovations and intellectual property rights, we have already initiated the process of applying for technical patents, thereby safeguarding the achievements of our years of sustained innovation.

Characteristics of Adjusting Pole Distance in Large Field Electromagnets? The answer from our electromagnet engineers is as follows:  When the pole faces are large and the distance is small, the magnetic attraction force is significant, making adjustment impossible while powered on.  After power-off, the residual magnetism is relatively higher, requiring slightly greater force to adjust the pole distance.  The positioning accuracy of pole distance adjustment is somewhat lower.

Does a Helmholtz magnetic field coil require water cooling? The opinion of our magnetic field generator engineers at Litian Company is: 1.Under normal circumstances, a Helmholtz magnetic field coil does not require water cooling during operation.,The reason it is not needed is that it is designed to operate under natural air cooling conditions. 2. If the magnetic field of the Helmholtz coil is relatively high and natural air cooling is insufficient, water cooling becomes necessary.3.The reason for using water cooling is that, when the magnetic field is high, it offers better cost-effectiveness, but water cooling must then be equipped accordingly.

Which cooling method is more energy-efficient for the magnetizing coil of a magnetizer? Our magnetizer design engineers' answer is: For a magnetizer, if the energy output is fixed and identical, a smaller outer diameter is more advantageous. Therefore, natural air-cooled magnetizing coils are the most energy-efficient, followed by forced-air cooling with compressed gas, and lastly, water-cooled coils.

The Importance of Actual Measurement for Field Electromagnets?  Field electromagnets undergo testing of their key technical specifications before leaving the factory. The values obtained from these tests are the actual measured values. These measured values genuinely represent the product's parameters and the manufacturer's technical capabilities. When conducting product measurements, colleagues must also pay attention to the testing instruments and conditions. Falsifying data or mislabeling parameters is strictly prohibited.