Share via email
Some fields are missing
send eMail

    Type 2852 - 2-way proportional valve with pressure compensation

    Type Description

    The new proportional valve 2852 is pressure-compensated and therefore offers a high pressure level with low power consumption at the same time. The total dimensions of this valve were kept low with regards to integration in devices where compactness and low heating are required for each individual valve, while it still offers comparatively high flow rates. The valve is designed for installation in analytical and medical devices, but can also be used in similar applications in other markets. It possesses two kinds of mechanical integration and three different electrical connection types (wires, plug and soldered contacts) that support all good integration options in mechatronic systems.

    • Excellent span
    • Very compact design for easy use in electronic devices
    • Flange and plug-in connection for integration into valve manifolds
    • Reduced power consumption
    • Operating pressure up to 7 bar(g)

    For selecting the correct product please refer to the technical data, images and notes for proper use according to the data sheet.

    Downloads

    Data Sheets

    Description
    Filesize
    Language / Country
    DTS Type 2852 data sheet | 2-way proportional valve with pressure compensation 865,2 kB EN / EU
    DTS 数据表|2852型|带压力补偿功能的二通比例阀 1,3 MB ZH / CN
    DTS Typ 2852 Datenblatt | 2-Wege Proportionalventil mit Druckentlastung 867,4 kB DE / DE

    User Manuals

    Description
    Filesize
    Language / Country
    MAN Operating Instructions Type 2852 | Proportional valve 946,4 kB EN / EU
    MAN Bedienungsanleitung Typ 2852 |Proportionalventil 950,2 kB DE / DE
    MAN Manuel d'utilisation Type 2852 | Vanne proportionnelle 953,7 kB FR / FR

    Declaration of Conformity

    Description
    Filesize
    Language / Country
    ABD MDec|Food 212,2 kB EN,DE
    ABD EU-DoC|EU Declaration Typ 2852 ROHS 24,7 kB EN,FR,DE
    ABD MDec|Oxygen Declaration 2852 111,5 kB ML