Raymond mill is a powder metallurgy grinding equipment with a wide range of applications. This machine has the characteristics of large production capacity, stable work and wide use, and is suitable for mining, metallurgy, cement and other industries. However, the Raymond mill will inevitably be affected by external factors in operation, and what will be the impact of the instability of the voltage on the Raymond mill?Raymond mill is a large-scale machinery that uses a constant pressure wheel to squeeze the grinding ring many times to achieve the purpose of crushing materials. However, under high loads, poor contact of the power supply line, unstable output power, and high resistance of the power supply zero point will cause voltage instability, and the voltage instability of the device will also cause many problems.
The first is the instability of the working voltage of the Raymond mill, which leads to the instability of its internal air pressure, resulting in its internal air pressure instability;During this process, due to the drop in voltage, the air pressure in the mill drops, and the material cannot be transported to the analyzer, causing the material to accumulate in the mill, causing the exhaust pipe to be blocked.
Secondly, the constant pressure characteristics of Raymond mill can be used to ensure that the grinding ring speed is stable and the grinding pressure of the material remains unchanged to ensure that the particle size and particle size distribution of the discharge are uniform. However, when the equipment is working, if the voltage fluctuation is too large or too small, it will affect the granularity of the product, fail to meet the engineering requirements, and cause rework.
Therefore, in the case of voltage instability of the equipment, it is necessary to carefully investigate and find out whether it is a line fault or an equipment failure, so as to take measures to ensure the normal operation of the equipment. In addition, the voltage is adjusted by adjusting the voltage regulator to ensure the stability and safety of the voltage.