Piston rod-free cylinder, double-acting, Piston Ø 32, Stroke 700

Price:

562.10 €

Filtration Group filter element 852 760 PS 6
Filtration Group filter element 852 760 PS 6
584.65 €
584.65 €
Piston rod-free cylinder, double-acting, Piston Ø 25, Stroke 1000
Piston rod-free cylinder, double-acting, Piston Ø 25, Stroke 1000
504.74 €
504.74 €

Piston rod-free cylinder, double-acting, Piston Ø 32, Stroke 700

https://www.filcom-technik.de/web/image/product.template/175388/image_1920?unique=eb0cb8c

Typennummer: 6.DD.320700

EAN: 4047322103596

562.10 € 562.1 EUR 562.10 € VAT Included

629.80 € VAT Included

Not Available For Sale

10% Black Week Sale - Sparcode: F24Q4BW
End of promotion: 10% Black Week Sale

    This combination does not exist.


    Free shipping
    Free delivery within Germany Details

    Product no. :
    106331
    Category :
    Rodless cylinders
    Weight :
    3.80 kg

    Kolbenstangenloser Zylinder, doppeltwirkend, Magnet, Kolben-Ø 32, Hub 700, G 1/4, Arbeitsdruck 1 - 8 bar, Temp. -10 °C bis 80 °C

    Temperature range min. -10 °C
    Temperature range max. 80 °C
    Housing Profilrohr aus Aluminiumlegierung, eloxiert
    Sealing material NBR (für Geschwindigkeiten bis max. 1 m/s)
    Working pressure min. 1 bar
    Working pressure max. 8 bar
    Carriage (piston guide) Aluminiumlegierung, eloxiert
    Sealing tapes Edelstahl
    Piston Ø 32 mm
    Function doppeltwirkend
    Stroke 700 mm
    Force at 6 bar 420 N
    Side load max. 2 Nm
    REACH SVHC1 Substance Name nein
    CAS No. SVHC 1 keine CAS Nr.
    Connection G 1/4
    RoHS material information RoHS konform
    RoHS Directive 2011/65/EU, 2015/863/EU, 2018/741/EU
    RoHS Article of the Directive keinen Eintrag
    Share of SVHC substance in % for RoHS 0
    Exception keine Ausnahme
    REACH Info kein SVHC Stoff enthalten
    Share of SVHC SCIP kein SVHC Stoff
    Proportion of SVHC substance in SCIP kein SVHC Stoff enthalten
    Material identification keine
    Class name PLUS
    Magnet mit Magnet
    Damping mit einstellbarer Dämpfung