Introduction to the frame structure of the pressure oil filter

The pressure oil filter is a device that purifies oil by pressurized filtration. It is widely used in power, petrochemical, machinery and other industries. Its frame structure is the core part that supports and connects various functional components, which directly affects the stability, durability and ease of operation of the equipment. The following is a detailed introduction to the frame structure of the pressure oil filter:

I. Basic composition of the frame

The frame of the pressure oil filter usually consists of the following parts:

1. Base:

- The base is the basic part of the frame and is used to support the entire equipment.

- It is usually welded with channel steel or steel plate, with high strength and stability.

- There are anchor bolt holes on the base to fix the equipment to prevent vibration or movement during operation.

2. Column:

- The column is a vertical support structure connecting the base and the top.

- It is usually made of square steel or round steel, with sufficient strength and rigidity.

- There may be mounting holes on the column to fix other parts of the oil filter.

3. Top frame:

- The top frame is located at the top of the rack and is used to install the upper components of the oil filter (such as motors, oil pumps, etc.).

- It is usually welded with steel plates or steel sections to ensure load-bearing capacity.

4. Crossbeams and support rods:

- Crossbeams and support rods are used to strengthen the overall structure of the rack to prevent deformation.

- It is usually made of angle steel or channel steel and arranged in the middle or key parts of the rack.

II. Material of the rack

1. Steel:

- The rack is mainly made of high-quality carbon steel or stainless steel.

- Carbon steel racks are low in cost and suitable for general environments; stainless steel racks are corrosion-resistant and suitable for humid or corrosive environments.

2. Surface treatment:

- The surface of the rack is usually sandblasted, painted or galvanized to improve corrosion resistance and aesthetics.

III. Design features of the rack

1. Stability:

- The rack design must ensure that the equipment is stable during operation and avoid vibration or tilting.

- The size and layout of the base and columns must be mechanically calculated to ensure the load-bearing capacity.

2. Modular design:

- The frame of modern pressure oil filters usually adopts a modular design, which is convenient for transportation, installation and maintenance.

- The various components are connected by bolts and are easy to disassemble and ｒｅｐｌａｃｅ.

3. Space layout:

- The frame design needs to reasonably arrange the various functional components (such as oil pumps, motors, filter elements, control systems, etc.) to ensure convenient operation and maintenance.

- Leave enough space for easy maintenance and replacement of filter elements.

4. Protection design:

- There may be protective covers or guardrails on the frame to prevent people from contacting moving parts or high-temperature parts.

- The protection design must comply with safety standards to ensure the safety of operators.

IV. Functional expansion of the frame

1. Mobile frame:

- Some pressure oil filters have casters installed at the bottom of the frame to facilitate the movement of the equipment.

- The casters usually have locking devices to ensure that the equipment is fixed during operation.

2. Integrated control panel:

- A control panel may be integrated on the rack to operate and monitor the operating status of the equipment.

- The control panel is usually installed in a convenient location.

3. Accessory installation:

- The rack may be provided with mounting holes or brackets for fixing accessories (such as tool boxes, oil pipe brackets, etc.).

V. Maintenance of the rack

1. Regular inspection:

- Regularly check the welding parts and connecting bolts of the rack to ensure that there are no looseness or cracks.

2. Cleaning and maintenance:

- Regularly clean the oil and dust on the surface of the rack to keep it clean.

- Repaint or ｒｅｐｌａｃｅ rusty or corroded parts in time.

3. Anti-rust treatment:

- When used in a humid environment, the rack needs to be treated with anti-rust (such as anti-rust paint or stainless steel).

VI. Selection of racks

1. According to the equipment model:

- Different models of pressure oil filters have different requirements for rack size and load-bearing capacity, and the selection needs to be based on the equipment parameters.

2. According to the use environment:

- In a corrosive environment, a stainless steel rack or a rack with special surface treatment needs to be selected.

3. According to functional requirements:

- If the equipment needs to be moved, a rack with casters needs to be selected; if an integrated control system is required, a rack with a control panel mounting position needs to be selected.

Summary

The rack structure of the pressure oil filter is an important part of the equipment, and its design must take into account stability, durability and ease of operation. The rack is usually composed of a base, columns, top frame and beams, made of steel, and surface treated to improve corrosion resistance. Reasonable rack design can not only improve the operating efficiency of the equipment, but also extend the life of the equipment and reduce maintenance costs. When selecting and using, it is necessary to ｓｅｌｅｃｔ a suitable rack structure according to the equipment model, use environment and functional requirements.