K-SVKM NW 7,6 IG ST
Quick disconnect couplings DN 7.6, galvanised steel / nickel-plated brass, femaleProduct image
Properties
Operating pressure |
Max. 16 bar |
Flow rate air |
2.100 l/min (at 6 bar and Δp = 0.5 bar) |
Media temperature |
-20 °C to +100 °C |
Housing |
Steel |
Spring |
Stainless-steel |
Sliding sleeve |
Hardened and nickel-plated steel |
Sealant |
NBR |
Description
High-quality, one-hand quick disconnect couplings made of brass / steel for high flow rates. Specially designed for all applications susceptible to severe mechanical wear. Strong, impact and vibration-resistant design for demanding environments. The "stream line" type has an integrated hose stem.
Note
Further information on request
Item
Sort upwards
Sort downwards
Identification | Connection | Length (mm) |
AF (mm) |
---|---|---|---|
K- 07 35 07 80 | G 1/4 female | 57,0 | 20 |
K- 07 35 07 81 | G 3/8 female | 60,0 | 22 |
K- 07 35 07 82 | G 1/2 female | 60,0 | 25 |
Additional elements
- K-NIPPEL KUPPL NW7 AG VZ PTFE
- Plugs for couplings DN 7.2 - DN 7.8, hardened and galvanised steel, male threaded, FPM (PTFE coated) seal
- K-NIPPEL KUPPL NW7 IG VZ 1
- Plugs for couplings DN 7.2 - DN 7.8, hardened and galvanised steel, female
- K-NIPPEL KUPPL STREAM LINE
- Plugs for couplings DN 7.2 - DN 7.8, hardened and galvanised steel »stream line«
- K-TUE 7,2 7,8 ST VZ 2
- Stems for couplings DN 7.2 - DN 7.8, hardened and galvanised steel
Disclaimer
Despite careful checking, we cannot guarantee the accuracy of all information included on this site, and we accept no liability.
All data and information in our online catalogue are based on currently valid standards and the regulations from the employer's liability insurance association. Product safety can only be guaranteed when our assembly instructions are carefully observed. Non-adherence to these regulations can affect product operation and functioning and result in a loss of warranty. Our warranty is only valid for HANSA-FLEX products. Our products are constantly subject to further development and technical changes are therefore possible.