Vibration trend during water shock. They include the following:

Oil flow reduced at 2 o'clock

5:30 Add water to dry thin oil lubricant

Narrowband vibration trend

Shock Pulse Vibration Trend

Bubbles and air in oil

Foam and air in the oil can cause dry and thin oil lubrication problems, because tiny air bubbles can damage the oil film between the bearing components, thereby shortening the bearing life. Air increases the oxidation of oil, reducing its chemical and physical properties and shortening its life. In addition, if overtight or incorrect return filters are used, air-borne problems in the oil circulation system can increase.

Reduce energy consumption

In conventional pumping units, the pressure regulation is controlled by a separate pressure valve, which requires a degree of oil overflow to maintain a stable pressure in the piping system. This means that approximately 15% to 25% of the pumping capacity is typically used to maintain system pressure, which represents a continuous inefficient use of energy.

In addition, other system components are sized according to the oil flow rate. For example, cooling 15 to 25% of the extra oil volume consumes a lot of water throughout the year, which wastes a lot of resources.

Water tank

Based on an analysis of these issues and their relationship to traditional fuel tanks, a new design has been developed-streamlined fuel tanks. The feature is a fundamental circular footprint that replaces the traditional rectangular form.