2/2-way sol. valve,AISI 304,FPM,NC, force pilot op.,230 V,G 1/2

Price:

717.80 €

  • Your  B2B Shop Register now and benefit from the advantages!                

2/2-way sol. valve,AISI 304,FPM,NC, dir. op.,24 V DC,NPT 1/8
2/2-way sol. valve,AISI 304,FPM,NC, dir. op.,24 V DC,NPT 1/8
110.11 €
110.11 €
2/2-way sol. valve,AISI 304,FPM,NC, force pilot op.,24 V DC,G 1/2
2/2-way sol. valve,AISI 304,FPM,NC, force pilot op.,24 V DC,G 1/2
738.76 €
738.76 €

2/2-way sol. valve,AISI 304,FPM,NC, force pilot op.,230 V,G 1/2

https://www.filcom-technik.de/web/image/product.template/170947/image_1920?unique=6cff680

Typennummer: MV 122 ES

EAN: 4047322157520

717.80 € 717.8000000000001 EUR 717.80 € VAT Included

804.25 € VAT Included

Not Available For Sale


    This combination does not exist.


    Free shipping
    Free delivery within Germany Details

    Product no. :
    102978
    Category :
    Solenoid valves
    Weight :
    1.07 kg

    2/2-Wege-MV, AISI 304, FPM, NC, zwangsgest., 230 V, 50-60 Hz, Med-Temp. -15 bis 100°C, Umgeb-Temp -15 bis 75°C, G 1/2, PN 0-9 bar

    Housing Edelstahl 1.4301
    Sealing material FPM
    Protection class IP 65 (bei Verwendung der Gerätesteckdose)
    Electrical connection für Gerätesteckdose PG 11 P, nach DIN 4400
    Operating pressure min. 0 bar
    Max. operating pressure 9 bar
    Medium temperature min. -15 °C
    Medium temperature max. 100 °C
    Ambient temperature min. -15 °C
    Ambient temperature max. 75 °C
    Interior parts Edelstahl
    Valve seat Edelstahl 1.4301
    Thread G 1/2
    DN 16
    Design 3
    Function stromlos geschlossen (NC)
    A 80 mm
    B 71 mm
    REACH SVHC1 Substance Name Blei
    CAS No. SVHC 1 7439-92-1
    RoHS material information RoHS konform
    RoHS Directive 2011/65/EU, 2015/863/EU, 2018/741/EU
    RoHS Article of the Directive Artikel 4, Absatz 1, Anhang 3
    Share of SVHC substance in % for RoHS 0.04
    Exception 6c
    REACH Info enthält SVHC Stoff
    Share of SVHC SCIP >= 1,0% w/w und < 10,0% w/w
    Proportion of SVHC substance in SCIP >= 0,1 % in w/w
    Material identification keine
    Class name MAX