Nowadays, the use of plastic buckets has become an indispensable product in our daily lives. Its appearance has brought us great help, but we may experience high temperatures during the production process. What are the factors causing this phenomenon? Next, let me briefly introduce the relevant knowledge points for everyone.
The capacity of the plastic bucket fuel tank is too small, the heat dissipation area is insufficient, and the cooling equipment capacity is too small. The high temperature of the climate and operating environment leads to an increase in oil temperature, or improper selection of oil viscosity, resulting in increased leakage due to high viscosity, high viscosity resistance, or low viscosity. Both of these conditions can constitute a heating temperature rise.
The barrel system pipeline is too thin, too long, and bent too much, resulting in partial pressure loss and pressure loss along the way. Poor component accuracy, poor device quality, and relatively large mechanical resistance between movements. The fitting space is too small or the space is too large due to wear and tear, resulting in large internal and external leakage and significant volume loss, such as a decrease in pump capacity and rapid temperature rise. The chemical drum adopts a quantitative pump oil supply system with an oil pump capacity based on the fast forward speed.
During operation, most of the remaining flow will overflow back from the relief valve under high pressure and generate heat. When the unloading circuit in the system is defective or the oil pump cannot unload due to the absence of an unloading circuit and shutdown. The overflow phenomenon occurs when the entire flow of the pump is under high pressure, causing overflow loss and heating, resulting in an increase in temperature.
