Quote Inquiry

Leave your request details online, and we’ll get back to you promptly!

Submit a message
+
  • a864a9509fe752382b91f83437da57f0(1760420176679).png
  • f17c51bf43f2eac73d609904649ce4ab(1760420174608).png

WIN400 Dry Screw Vacuum Pump

Small air-cooled dry screw vacuum pump (pumping speed: 18–80 cubic meters/hour)
  • Commodity name: WIN400 Dry Screw Vacuum Pump

whatsapp:

  • Product Description
  • Small air-cooled dry screw vacuum pump (pumping speed: 18–80 cubic meters/hour)

    Performance Features

    • Advanced technology: Leveraging next-generation composite variable-pitch screw technology
    • Environmental Protection: The flow-through section features an oil- and water-free structural design, ensuring a clean vacuum while allowing the extracted materials to be recycled and reused.
    • Energy Efficiency: Utilizing variable-pitch energy-saving technology reduces energy consumption by up to 30%.
    • Chemically Resistant: The pump chamber features a corrosion-resistant nano-ceramic coating, while the O-rings are made from fluororubber. (Optional corrosion-resistant version available: Flow-through components treated with nano-ceramic, and seals can be upgraded to highly durable materials such as perfluoroether or EPDM.)
    • Air cooling: Features an air-cooling design, eliminating the need for cooling water and offering convenient installation.
    • Energy-efficient: The machine boasts stable performance, simple operation, and a maintenance cycle of over 10,000 hours.
    • Maximum vacuum: ≤1 Pa (measured at the inlet)
    • Work area width: Operates continuously from atmospheric pressure up to ultimate vacuum.
    • Reliable sealing: A mechanical seal combined with a lip seal design ensures enhanced reliability, smooth exhaust flow, and excellent liquid-handling capabilities.
    • Lightweight: Made from a new alloy material, it’s significantly lighter.
    • Wide power supply compatibility: Available with 3-phase 380V / 3-phase 220V / single-phase 220V power options, enabling broader application scenarios.

    Technical Specifications Table

    Model

    Category

    WIN 018

    WIN 048

    WIN080

    Pumping rate (50/60 Hz)

    m3/h

    18 out of 22

    48/58

    80/96

    Extreme vacuum

    Pa

    <1

    <1

    <1

    Motor power

    KW

    1.1

    1.5

    2.2

    Rotational speed (50/60 Hz)

    RPM

    2840/3400

    2840/3400

    2840/3400

    Connection port

    Intake Size

     

    KF 25

    KF 40

    KF 40

    Exhaust size

     

    KF 25

    KF 25

    KF 25

    Cooling method

    Air-cooled

    Lubricating oil

    Shell TURBO T46 Turbine Oil

    Sealing Type

    Intake airflow

    Mechanical Seal

    Exhaust

    Mechanical seal + lip seal

    Noise

    DB

    65

    65

    65

    Weight (pump head)

    kg

    27

    39

    44

    Dimensions (mm)
    Model

    A

    B

    C

    D

    E

    F

    G

    H

    WIN018

    678

    438

    286

    260

    206

    310

    KF25

    KF25

    WIN048

    790

    578

    275

    254

    212

    328

    KF40

    KF25

    WIN080

    848

    567

    334

    254

    212

    328

    KF40

    KF25

    Large Water-Cooled Screw Vacuum Pump – Variable-Pitch Dry Screw Vacuum Pump

    Application areas: Industries such as manufacturing, chemical processing, pharmaceuticals, electronics, new energy, coating, metallurgy, and more.

    Severe and abusive operating conditions: Suitable for use in harsh conditions such as acidic, alkaline, corrosive environments, as well as in powder, granular, solvent, and condensable vapor applications—and for gas recovery, distillation, and oil-gas recovery processes.

    Dry Screw Vacuum Pump Technical Specifications (Pumping Speed: 110–1500 m³/h)

    Model

     

    WIN150

    WIN300

    WIN400

    WIN800

    WIN1500

    Pumping speed (50/60 Hz)

    m³/hour

    110/130

    250/300

    330/400

    660/800

    1250/1500

     

    L/min

    1830/2160

    4160/5000

    5500 / 6660

    11000 / 13300

    20,800 / 25,000

     

    CFM

    64.7 / 76.5

    147.1 / 176.5

    194.2 / 235.4

    388.5 / 470.8

    735.8 / 882.7

    Extreme vacuum

          

    Airless sealing

    torr

    0.05

    0.0075

    0.0075

    0.0075

    0.0075

     

    Pa

    6.65

    1.0

    1.0

    1.0

    1.0

    Has a gas seal

    torr

    0.067

    0.01

    0.01

    0.01

    0.01

     

    Pa

    8.87

    1.33

    1.33

    1.33

    1.33

    Motor power (50/60 Hz)

          

    Carrier-mounted motor power

    kW

    3.7 / 3.7

    7.5/7.5

    11/11

    15/15

    37/37

    Power consumption

    kW

    2.6 / 3.2

    5.0/6.0

    7.0/8.6

    10.2 / 12.8

    27.5 / 31.3

    Rotational speed (50/60 Hz)

    RPM

    2950/3550

    2950/3550

    2950/3550

    2950/3550

    2950/3550

    Connection pipe diameter

          

    Air intake

    Special

    1½” (40A)

    2" (50A)

    2½” (65A)

    4" (100A)

    5" (125A)

    Exhaust vent

    Special

    1½” (40A)

    1½” (40A)

    2" (50A)

    2½” (65A)

    3" (80A)

    Cooling water

          

    **Pressure

    Barg

    7

    7

    7

    7

    7

    Pressure drop

    Bar

    1

    1

    1

    1

    1

    Traffic

    L/min

    5 to 10

    10–15

    10–15

    15 to 20

    35–40

    Temperature

    °C

    5 to 35

    5 to 35

    5 to 35

    5 to 35

    5 to 35

    Connection port

    PT (JIS)

    ½” (15A)

    ½” (15A)

    ½” (15A)

    ½” (15A)

    1" (25A)

    Lubricant

          

    Gear Box

     

    Shell T-68

    Shell T-68

    Shell T-68

    Shell T-68

    Shell T-68

    Roller Bearing (REP Bearing)

     

    Mobil 1

    Shell T-68

    Shell T-68

    Shell T-68

    Mobil 1

    Noise (50/60 Hz)

    dB

    80/85

    80/85

    82 out of 85

    82 out of 85

    82 out of 85

    Vibration (**value**)

    mm/s

    1.8(4.5)

    1.8(4.5)

    1.8(4.5)

    2.8(4.5)

    2.8(4.5)

    Weight (pump head)

    kg

    200

    300

    400

    600

    900

    Dry Screw Vacuum Pump (shown above)

    Dry screw vacuum pump + Roots vacuum pump unit (as shown in the image above)

Keywords:

Certification

Trademark Registration Certificate

Declaration of Conformity for Machinery Directive

Explosion-proof Certificate

Quality Management System Certification Certificate

< 1234 >

Frequently Asked Questions


Regular website maintenance is key to ensuring the site remains secure, operates smoothly, and delivers a great user experience. Maintenance tasks include updating website content, checking and fixing broken links, backing up data, conducting routine security audits, patching vulnerabilities, and optimizing performance. These efforts help keep the website running efficiently over the long term while providing users with a seamless and enjoyable experience.

UI (User Interface) and UX (User Experience) are two crucial aspects of website design. While UI focuses on the visual design, layout, and elements of a website, UX emphasizes the overall impression and interactive experience users have while navigating the site—covering factors like usability, navigation, and engagement. Exceptional UI design typically enhances the user’s UX experience.

Website hosting services can be categorized into shared hosting, virtual private servers (VPS), dedicated servers, and cloud hosting. Shared hosting involves multiple websites sharing the resources of a single server, while VPS offers a virtualized environment that mimics a dedicated server. Dedicated servers provide exclusive access to an entire physical server, and cloud hosting delivers hosting solutions through scalable cloud-based infrastructure. Each type comes with distinct features and is suited for different use cases.

Traffic analytics tools like Google Analytics help analyze website visit data, including visitor sources, page views, and user behavior. By gaining insights from this data, website owners can better understand their audience, refine website content and design, enhance the user experience, and ultimately boost conversion rates.

Choosing website-building technology depends on your personal technical skills and the specific needs of your site. If you’re familiar with programming, you can opt to write your own code using HTML, CSS, JavaScript, and other tools. Alternatively, you might consider leveraging existing frameworks or libraries, such as Bootstrap or React, to streamline the development process.

To build a website, you first need to choose a domain name, which serves as the website’s address. Next, select a reliable hosting provider, as this is where your website files and data will be stored. After that, either write the website’s code or design its pages—whichever approach suits your needs. Finally, upload the website files to the server. And just like that, your site will be ready to be accessed and browsed online!
< 12 > 跳转到