Skip to main content

Products & E-shop

7000 - Push-in fittings for braking systems

  • Download technical datasheet

  • CHARACTERISTICS AND USE

    The push-in fittings (series 7000), made of brass, has been designed to be used with polyamide 11/12 or polyester elastomer tubes on pneumatic circuits of auxiliary installations and heavy-duty braking systems and trailers. It is a ready-to-use safety coupling, requiring no tools for coupling with the tube. All that is required is to manually snap the tube into the coupling housing. The assembly time is thus extremely reduced compared to traditional couplings with cutting rings. A reduction in assembly time of around 70-80% can be estimated. The tolerances of the pipes used must strictly comply with ISO 7628 and DIN 74324/73378. The temperature range of the quick coupling is -40°C/+100°C. Sealing under these conditions is guaranteed by a special mixture chosen for the O-rings.

    ➜ Field of application: compressed air, pneumatic circuits of auxiliary installations, truck and trailer brake assemblies

    ➜ Temperature:
    - Minimum temperature: - 40°C
    - Maximum temperature: + 100°C

    ➜ Tube tolerances: see ISO 7628 and DIN74324/73378 standards

    ➜ Recommended tubes: polyamide PA 11/12 or polyester elastomer tubes

    ➜ Standards: TÜV automotive, stall test DIN 74324 (ISO 7628), leak test DIN 74324 (ISO 7628), salt spray test (DIN 500021 SS (ISO 21227-2), vibration resistance test DIN IEC 6812-6.

    ➜ Materials: Brass

Save
Cookies user preferences
We use cookies to ensure you to get the best experience on our website. If you decline the use of cookies, this website may not function as expected.
Accept all
Continue without accepting
Read more
Analytics
Tools used to analyze the data to measure the effectiveness of a website and to understand how it works.
Google analytics
Accept
Decline
Google Analytics
Accept
Decline
Marketing
Set of techniques which have for object the commercial strategy and in particular the market study.
Google
Accept
Decline
Unknown
Unknown
Accept
Decline