Three phase horizontal spiral discharge centrifuge, oil cement three-phase separation centrifuge

Description :

　　Three phase horizontal spiral discharge centrifuge, oil cement three-phase separation centrifuge

　　Full name: Three phase horizontal spiral discharge settling centrifuge

　　Abbreviation: Three phase horizontal screw centrifuge

　　It is a product that can continuously feed, separate, and discharge materials at full speed. The oil cement three-phase separation equipment has a compact structure, easy sealing, smooth operation, low noise, large processing capacity, low energy consumption, high degree of automation, low labor intensity, convenient operation and maintenance, and a wide range of adaptability.

　　Design features of three-phase horizontal spiral discharge centrifuge for oil cement three-phase separation:

　　1. Industrial design

　　The overall design follows and integrates industrial design concepts, highlighting the stability of the main structure, the functionality of the host, and the safety of the entire machine, while effectively absorbing the dynamic load shear force during equipment operation.

　　2. Effectively avoiding the phenomenon of resonance zone in high-speed rotation of dual rotors

　　Within the designed speed range, there is no obvious first-order or second-order resonance zone phenomenon during the operation of the whole machine, and the full vibration intensity of the bearing seat is controlled between 2mm/s and 4mm/s. Avoiding additional fatigue damage to various components of the equipment caused by high-frequency vibration and beat vibration.

　　3. Thoroughly eliminate the phenomenon of liquid ring stall

　　Thoroughly eliminating the phenomenon of liquid ring stall during heavy load startup or shutdown of the entire machine (especially LW530 and above large models), thereby avoiding additional impact fatigue damage to the main bearings, spiral bearings, and rotating components of the equipment caused by the jumping or severe shaking of the entire machine due to liquid ring stall.

　　4. The raw materials for the components are produced using centrifugal casting and forging processes

　　The main components of the whole machine are manufactured using centrifugal casting or integral forging processes, which completely avoids the uncontrollable quality risks such as intergranular corrosion and residual stress release caused by traditional welding processes.

　　5. Selection of host bearings

　　Select international origin products such as NSK, SKF, FAG, etc.

　　6. Constant temperature inspection

　　All precision machined components of the entire machine are inspected under constant temperature conditions to ensure that the actual machining quality meets the design accuracy requirements.

　　7. The main rotating body and all components of the same model have interchangeability under the guarantee of the overall interchangeability structure design and key position processing technology and accuracy, making it easier to maintain and greatly improving the reliability and safety of the equipment.

　　8. Easy and safe disassembly of bearings

　　The mating surface between the bearing and the workpiece is separated by a layer of oil film injected under high pressure during disassembly, fundamentally eliminating friction between them, reducing the required pulling force by 90% during disassembly, and reducing the risk of damage to high-precision components during bearing disassembly.

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