1, IH type single-pole single-suction centrifugal pump designed according to the international standard ISO2858 performance and size of the design, mainly by the pump body, pump cover, impeller, shaft, seal ring, bushing and suspension bearings are not seen and other components.
2. The pump body and pump cover part of the IH type single-pole single-suction centrifugal pump is split from the back of the impeller, which is commonly referred to as the rear door opening structure. The advantage is that the maintenance is convenient. When the pump body is not moved during the maintenance, the suction pipeline, the discharge pipeline and the motor are removed, and the intermediate part of the lengthened coupling can be removed and the rotor part can be removed for maintenance.
3. The pump housing (ie pump body and pump cover) forms the pump's working chamber. Impellers, shafts, and rolling bearings are the rotors of the pump. Suspension bearing parts support the rotor part of the pump, which is subjected to the radial and axial forces of the pump.
4. In order to balance the axial force of the pump, most pump impellers are equipped with sealing rings before and after the impeller, and balance holes are provided on the rear cover of the impeller. Because some pumps have little axial force, the back of the impeller is not sealed. Rings and balance holes.
5. The axial sealing ring of the pump is composed of packing gland, packing ring and packing to prevent air intake or large leakage. If the impeller of the pump is in balance, the cavity filled with soft packing communicates with the suction inlet of the impeller. If the liquid at the inlet of the impeller is in a vacuum state, it is easy to inhale along the surface of the sleeve, so the packing ring is installed in the packing cavity to pass through. The small hole in the pump cover leads the pressure water in the pump chamber to the packing ring for sealing. If the impeller of the pump does not have a balance hole, since the liquid pressure on the back of the impeller is greater than the atmospheric pressure, there is no problem of air leakage, so the packing ring may not be installed.
6. In order to avoid shaft wear, sleeve protection is provided at the shaft through the cavity. There is an O-ring between the sleeve and the shaft to prevent air intake or leakage along the mating surface.
7. The transmission mode of the pump is to lengthen the coupling of the elastic coupling with the motor. The rotation direction of the pump is seen from the driving end and is clockwise rotation.
use:
IH type single-pole single-suction centrifugal pump is suitable for petrochemical, pharmaceutical, food, textile, machinery, chemical, metallurgy, electric power, papermaking, environmental protection, wastewater treatment and synthetic fiber industries for conveying various kinds of corrosion or not allowing pollution. Similar to the water medium.
High Precision Oil Wire Cutting Processing
High Precision Oil Wire Cutting Processing is a manufacturing process that uses a thin oil wire electrode to cut through various materials with high accuracy and precision. This process is commonly used in industries such as aerospace, automotive, electronics, and medical device manufacturing.
In oil wire cutting, a wire electrode made of brass or copper is continuously fed through the workpiece while submerged in dielectric oil. The wire is electrically charged, and as it passes through the material, it creates a controlled spark discharge between the wire and the workpiece. This spark discharge melts the material and removes it in the form of fine chips or debris.
The high precision aspect of oil wire cutting is achieved through the use of precise CNC (Computer Numeric Control) machines that control the wire feed rate, the discharge power, and the cutting path. This allows for accurate and repeatable cuts with tolerances as low as 0.001mm.
Oil wire cutting is particularly effective for cutting materials that are difficult to machine with conventional methods, such as hardened steel, titanium, carbide, and exotic alloys. It can produce intricate and complex shapes without the need for special tooling or fixtures, making it ideal for producing prototypes, one-off custom parts, or small production batches.
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