Festo NPQR-DK-G18-Q4 Push-in Fitting

Features

• Standard size
• 2.6MM nominal size
• 14MM tubing insertion depth
• Sealing ring type of seal on screwed plug
• Optional mounting position
• Straight design design
• 1 size of pack
• Push-pull principle design
• 997424 symbol
• -0.095MPA operating pressure complete temperature range
• 1.6MPA operating pressure complete temperature range
• -0.95BAR operating pressure complete temperature range
• 16BAR operating pressure complete temperature range
• -13.775PSI operating pressure complete temperature range
• 232PSI operating pressure complete temperature range
• Water: max. 0.7 MPa at 0 - 80 °C note on operating pressure
• NSF C0556009 certificate issuing authority
• Compressed air to ISO 8573-1:2010 [7:-:-] operating medium
• Water (liquid, ice-free) operating medium
• Lubricated operation possible note on operating and pilot medium
• 4 - Very high corrosion stress corrosion resistance class cRC
• VDMA24364-B2-L lABS (PWIS) conformity
• Metals with more than 1% copper, zinc or nickel by mass are excluded from use. Exceptions are nickel in steel, chemically nickel-plated surfaces, printed circuit boards, cables, electrical plug connectors and coils suitability for the production of li-ion batteries
• Class 4 according to ISO 14644-1 cleanroom class
• See declaration of conformity suitable for use with food
• NSF/ANSI 169 suitable for use with food
• 3NM nominal torque
• ± 20% tolerance for nominal tightening torque
• 7.5G product weight
• Internal hexagon, size 2.5 mm type of mounting
• RoHS-compliant note on materials
• High-alloy stainless steel material housing
• FPM material thread seal
• High-alloy stainless steel guard ring material
• High-alloy stainless steel material release ring
• FPM material tubing seal
• High-alloy stainless steel material tubing clamp component
• PPSU thrust ring material
• -20GC ambient temperature to 150GC ambient temperature
• Pneumatic connection male thread G1/8 , port 1
• Pneumatic connection for tubing outside diameter of 4 mm , port 2