Unlike a mechanical drive, a hydraulic analogue has a lot of advantages in everyday or seasonal operation. High-quality hydraulics for special equipment can last for decades, requiring only periodic, seasonal maintenance. The main thing is to use only high-quality components for harvesters for equipment, more details on the website https://www.broddwayservice.ru/Broadway RS LLC
The most popular components
The hydraulic drive consists of several main components and many smaller accessories. Every detail plays an important role in the reliability and performance of the system as a whole. During natural use or in the event of emergency breakdowns, the equipment may fail. The following units are not repairable due to high manufacturing precision. They must be replaced entirely with similar products:
- Medium and high pressure hydraulic pumps.
- Axial piston pump for trouble-free operation.
- Special metering pump with additional settings.
- Hydraulic equipment that regulates flows.
- Hydraulic motors of different capacities.
Any hydraulic device can serve for a long time, as long as the basic operational requirements. High-quality oil and filter elements that trap wear products and dirt. hydraulic valves are especially sensitive to debris in the lubricant, which can fail for an extended period of time.
Causes of failure of hydraulics
Hydraulic drive is a closed system capable of resisting all negative operating factors for a long time. But, it also naturally wears out over time. In addition, there are internal and external causes of hydraulic breakdowns that can be completely avoided if you know about them:
- use of lubricants of the wrong density, density;
- getting into the hydraulic circuit air or water droplets;
- installation of hydraulic pumps that are too powerful;
- physically damaged high-pressure hoses;
- hydraulic overheating in summer.
hydraulic pumps. The only cooling method for them is oil or hydraulic fluid. It is for this reason that it is very important that the design of the hydraulic drive provides for all variations of the negative consequences during the operation of the equipment.
