Skip to main content

Products & E-shop

UL/UK - Direct operated spool valves

  • Download technical datasheet

  • TECHNICAL SPECIFICATIONS

    The direct operated solenoid valves of the UL series size 32 mm are manufactured in compliance with the European directives EEC 89/336, EEC 92/31, EEC 93/68, EEC 73/23 in the 3/2 normally open (supply through exhaust "3") and 3/2 normally closed versions. The 2/2 version can be obtained by closing the exhaust "3". Versions with 1/8" thread for single installation, and versions with interface for mounting on fixed position multiple subbases or on valve bodies (CETOP/RP32P) are available.


    ➜ Materials and components

    • HOSE: IMRE
    • G1/8 THREADED BODY: Zamak
    • BODY WITH INTERFACE: Nylon filled with verren(Zamak on request)
    • SPRING: Stainless steel
    • SEALS : Viton
    • MANUAL CONTROL: Acetal resin

    ➜ Application range: filtered compressed air (with or without lubrication).

    • Maximum frequency: ≤ 13 Hz
    • Service life: 50 million cycles at 6 bar (with optimal operating conditions)
    • Nominal diameter: 2 mm
    • Coil: integrated in the body
    • Standard voltage: 24V DC, 24 V - 110 V - 220 V AC
    • Power: DC 7 W / AC 17 VA (peak)
    • Voltage tolerance: ± 15
    • Working pressure: 0 ÷ 10 bar
    • Working temperature: 0 ÷ +50° C (- 20° C with dry air)
    • Duty cycle: ED 100%.
    • Insulation class: F
    • Protection class: IP65
    • Electrical connector: code: ULR1B
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