Snabbkoppling Typ 1600 Hona Inv-G3/8''
Industrial quick couplings Series ESI/1600 easy shut-off • High quality, extremely robust one-hand quick couplings with high-grade seal made of nickel-plated brass MS58 • Collar version: valve housing protection • High flow rates with low pressure drop thanks to patented OptiFlow valve technology • Suitable for low vacuum with low coupling force compared to all other compatible products • For compressed air supply in industry and use of compressed air tools • Also replaceable with plug profile DN 7.2 Material • Body, valve body: Brass MS 58 nickel-plated • Valve: Brass MS 58 smooth • Sleeve, plug: Hardened steel nickel-plated • Seals: NBR (other sealing material on request) • Springs: Stainless steel 1.4310 • Balls: Stainless steel 1.4034
Artikelnummer:
1600B
Förpackningsstorlek:
5 st
Minsta beställningskvantitet:
1 st
Anvendelsesområde
Air
DN
7.8 mm
Flow Nominel
2000 lpm
Flow luft nominelt
2000 lpm
Gevind ISO standard
ISO 228
Gevind indvendig
G 3/8 BSP
Materiale
Brass
Model kode
ESI 38 I
Mærke navn
Ludecke
Overfladebehandling
Nickel-plated
Pakningsmateriale
NBR
Temperatur maks.
+100 °C
Temperatur min.
-20 °C
Tryk maks.
35 bar
Tryk nominelt
PN 35
Package size
5 st
Barcode
187544
Gross weight
0,10 Kg
Net weight
0,10 Kg
Country of origin
DE
Industrial quick couplings Series ESI/1600 easy shut-off • High quality, extremely robust one-hand quick couplings with high-grade seal made of nickel-plated brass MS58 • Collar version: valve housing protection • High flow rates with low pressure drop thanks to patented OptiFlow valve technology • Suitable for low vacuum with low coupling force compared to all other compatible products • For compressed air supply in industry and use of compressed air tools • Also replaceable with plug profile DN 7.2 Material • Body, valve body: Brass MS 58 nickel-plated • Valve: Brass MS 58 smooth • Sleeve, plug: Hardened steel nickel-plated • Seals: NBR (other sealing material on request) • Springs: Stainless steel 1.4310 • Balls: Stainless steel 1.4034
Copyright © 2025 HydraSpecma