Pneumatic Products, eSafe Couplings & Nipples
Series 326 eSafe, DN 7.6 Stainless steel
- Vented safety function
- High-flow capacity quick disconnect
- Durable and robust for tough environments
CEJN eSafe Series 326 is suitable for applications that require an easy to grip and high performing coupling. The eSafe series has a unique built-in safety function to avoid pneumatic recoil, and compared to other safety couplings, the eSafe series maintains a high flow. To provide the longest possible service life and thus save both the environment and money, all exposed components are made of stainless steel. This makes series 326 a perfect fit in aggressive environments, from cleaning solvents in food processing to the offshore industry. The eSafe connector complies with ISO Standard 4414 and EN 983.
Series 326 is also available in steel version, series 320.
eSafe vented safety coupling stainless steel | Part No. | Connection |
Hose connection | 10 326 2004 103262004 | |
Stream-Line connection | 10 326 2062 103262062 | |
Male thread | 10 326 2152 103262152 | |
10 326 2154 103262154 | ||
10 326 2155 103262155 | ||
10 326 2452 103262452 | ||
Female thread | 10 326 2202 103262202 | |
10 326 2204 103262204 | ||
10 326 2205 103262205 | ||
10 326 2402 103262402 | ||
Nipples | Part No. | Connection |
Hose connection | 10 326 5002 103265002 | |
10 326 5003 103265003 | ||
10 326 5004 103265004 | ||
Stream-Line connection | 10 326 5062 103265062 | |
Male thread | 10 326 5152 103265152 | |
10 326 5154 103265154 | ||
Female thread | 10 326 5204 103265204 | |
10 326 5205 103265205 | ||
10 326 5232 103265232 | ||
Technical data | |
7.6 mm (5/16") | |
1800 l/min (63.5 CFM) | |
16 bar (232 PSI) | |
140 bar (2030 PSI) | |
86 N | |
-20°C — +100°C (-4°F — +212°F) | |
Hardened stainless steel (AISI 316) | |
Stainless steel (AISI 316) | |
CEJN 320, Rectus 25/26, Tema 1600/1625, Prevost ESC07/ERC07/ESI07/ISC08, Oetiker SC C, Hansen Auto-Flo 24 | |
CEJN Original, Eurostandard 7.4 mm | |
Global |
Flow capacity is measured at 6 bar (87 PSI) inlet pressure, and pressure drop at 0.5 bar (7 PSI).