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MF Bi-Directional Direct-Acting Solenoid Valve (0~25bar)
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  • MF Bi-Directional Direct-Acting Solenoid Valve (0~25bar)

MF Bi-Directional Direct-Acting Solenoid Valve (0~25bar)

MF Stainless Steel Balanced Solenoid Valve (DN8~10mm)

Features     
● MF provides effective shut-off with both forward and reverse directional flows.
● Direct acting construction, applicable to media with relatively high viscosity
● No pilot orifice, preventing clogging
Applicable Media

Air, water, lubricating oil, and other neutral gases and liquids.

Technical Specifications      
● Working pressure: 0~25bar (forward flow), 0~12bar (reverse flow)
● Media temperature: -10℃~+60℃
● Ambient temperature: -20℃~+50℃
● Rated voltage: 24 VDC (tolerance ±10%)
● Electrical connection: DIN 43650 junction box
● Protection class: IP65
● Medium viscosity: ≤100cst
● Body material: 304 stainless steel and magnetic stainless steel 00Cr18Si2Mo2, 0Cr17Si2
● Sealing material: FPM, EPDM (see "Application of Sealing Materials" )
● Switching type: normally closed NC (closed with power off & open with power on)

  • Product Details
  • 概要描述
  • 文档下载
    • Commodity name: MF Bi-Directional Direct-Acting Solenoid Valve (0~25bar)
    • Commodity ID: EG00930
    • 小标题: MF Stainless Steel Balanced Solenoid Valve (DN8~10mm)

    <span style="color:#689cd2"> ○ </span> 0~25bar, G3/8~G1/2 <span style="color:#689cd2"> ○ </span> 24VDC, normally closed <span style="color:#689cd2"> ○ </span> Stainless steel, effective shut-off with both directional flows, for media with very high viscosity, anti-clogging

    Application of Sealing Materials

    Material Code

    Material

    Uses

    F

    FPM

    Suitable for air, water, lubricant oil, weak bases, etc. -10℃~+60℃

    E

    EPDM

    For ammonia, alcohols, ketones, and aldehyde; incompatible with mineral oil; -10℃~+60℃

     

    Ordering Example


    Outline Diagram for Female Threaded Solenoid Valve


    Table of Technical Data [mm]

    Common models

    Interface A

    Pathway

    L

    H

    B

    F

    E

    M

    C

    Power

    Working pressure [bar]

    Positive

    Reverse

    MF08-G3/8-24VDC-F-SS

    G3/8

    8

    62

    67

    32

    28

    20

    M5

    54

    22W

    0–25

    0–12

    MF10-G1/2-24VDC-F-SS

    G1/2

    10

    70

    84

    38

    32

    22

    M6

    55

    26W

    0–25

    0–12

    Key words:
    • Solenoid valve
    • medium
    • not resistant to
    • material
    • energized
    • applicable
    • corrosive
    • viscosity
    • DIN 43650
    • external dimensions
  • Features     
    ● MF provides effective shut-off with both forward and reverse directional flows.
    ● Direct acting construction, applicable to media with relatively high viscosity
    ● No pilot orifice, preventing clogging
    Applicable Media

    Air, water, lubricating oil, and other neutral gases and liquids.

    Technical Specifications      
    ● Working pressure: 0~25bar (forward flow), 0~12bar (reverse flow)
    ● Media temperature: -10℃~+60℃
    ● Ambient temperature: -20℃~+50℃
    ● Rated voltage: 24 VDC (tolerance ±10%)
    ● Electrical connection: DIN 43650 junction box
    ● Protection class: IP65
    ● Medium viscosity: ≤100cst
    ● Body material: 304 stainless steel and magnetic stainless steel 00Cr18Si2Mo2, 0Cr17Si2
    ● Sealing material: FPM, EPDM (see "Application of Sealing Materials" )
    ● Switching type: normally closed NC (closed with power off & open with power on)

Application of Sealing Materials

Material Code

Material

Uses

F

FPM

Suitable for air, water, lubricant oil, weak bases, etc. -10℃~+60℃

E

EPDM

For ammonia, alcohols, ketones, and aldehyde; incompatible with mineral oil; -10℃~+60℃

 

Ordering Example


Outline Diagram for Female Threaded Solenoid Valve


Table of Technical Data [mm]

Common models

Interface A

Pathway

L

H

B

F

E

M

C

Power

Working pressure [bar]

Positive

Reverse

MF08-G3/8-24VDC-F-SS

G3/8

8

62

67

32

28

20

M5

54

22W

0–25

0–12

MF10-G1/2-24VDC-F-SS

G1/2

10

70

84

38

32

22

M6

55

26W

0–25

0–12

3D Diagrams and Sample Downloads