Functions of a Hydraulic Filter
Using a hydraulic filter is an essential part of maintaining a hydraulic system. It can protect expensive components within the circuit and prevent contaminants from entering the system. It can also extend the life of the system. There are numerous types of filters available. Let us examine a few of them.
Suction And Strainer Filters Extend The Life of The System
Hydraulic filters are an essential part of extending the life of a hydraulic system. They ensure that the oil in the system is clean and free of debris. They also help the system run more efficiently and extend the life of its components. There are many types of hydraulic filters available on the market, and hydraulic filter suppliers va. Some are designed to filter cooling lubricants, water-based fluids, and abrasive fluids.
Hydraulic filters can be classified according to their location in the system. They may be installed on the suction side of the system before the pump or on the pressure side after the pump. Each has an inlet and an outlet aligned with the primary strategy. Some filters are connected to a reservoir for easy access.
In addition to protecting the pump from damage, suction strainers protect the hydraulic system from large floating foreign objects. These objects include cigarette butts, wine corks, plastic bags, tissues, and leaves. In addition, foreign objects can even have rats and insects, which can enter the system through the suction line. A suction filter can prevent damage to the pump and keep the hydraulic system running optimally.
A high-quality suction filter is an integral part of a hydraulic system. The right filter will prevent clogging and maintain fluid pressure. Most systems are equipped with multiple filters for maximum efficiency. The filters are designed to remove millions of particles larger than one micron, which can damage the components. This means that it is vital to have an efficient filtration process to increase the lifespan of a hydraulic system.
Kidney-Loop Filters Remove Contaminants
The Kidney-loop filter is an off-line, stationary system for removing solid particles and free-water contamination. It features a Schroeder Medium Pressure RLD series duplex-type filter and a changeover valve that allows the filter elements to be changed without shutting down the system. This makes it particularly useful for fluid applications.
Des-Case’s educational services manager, Jarrod Potteiger, says kidney-loop filtration is becoming increasingly popular. Kidney-loop systems come in wide varieties. Some can be portable, while others are permanently mounted on a panel or near the reservoir.
Kidney loop systems are also available with integrated contamination sensors. This type of system enables monitoring and preventive maintenance of critical components. It also extends the life of machines by removing contaminants from fluids. Kidney loop systems can be customized to accommodate different reservoir sizes. They can also be used to supplement inline filters and contamination sensors.
Kidney-loop filters are highly effective at removing contaminants from fluids. Since the filtering elements are not exposed to the hydraulic system, they have a high capacity to remove dirt. Additionally, because the filters are independent, they can run continuously or intermittently. As a result, they can extend the life of fluids and save considerable money.
High-Pressure Filters Protect Expensive Components in The Circuit
High-pressure hydraulic filters are designed to protect the expensive components in a hydraulic circuit from wear. They are used in numerous industries and are essential components of many hydraulic systems. These filters are typically installed downstream of a pump and are the most critical filter in the course.
High-pressure hydraulic filters are available in different designs, sizes, and materials. They are typically made of metal and may have various filter media depending on the fluid’s contaminants. Port sizes may vary but usually range from 1/4 to 3/4-inch. Additional high-pressure filters will also require other ports.
These filters are potent, but their high-pressure properties make them hard to handle. Some of them weigh up to 200 pounds and are difficult to transport. However, the filter elements can be easily replaced. They are also inexpensive to replace. They can withstand various high-pressure applications, but it is crucial to choose the appropriate material for the application.
Modern high-pressure hydraulic systems are susceptible to multiple contaminants, leading to premature wear on internal surfaces, promoting leakage, and clogging flow paths. As a result, an efficient filtration system is an essential part of any hydraulic circuit. Ideally, the filters should be sized appropriately to separate particulate matter. The filters should also be installed in the appropriate locations in the hydraulic circuit.
