Breathing Air Products, Couplings & Nipples
Series 342
- Automatic safety-locking feature
- Extremely high flow capacity
- One-hand operation
Series 342 coupling withstand extremely rough handling in extra tough applications. The series features a zinc-plated steel/brass construction with a locking sleeve made of hardened zinc-plated steel. The Series offers a wide range of connections. The automatic safety-locking feature prevents unintentional disconnection.
Couplings | Part No. | Connection | Length | Diameter | Hexagon |
Hose connection | 10 342 1002 103421002 | ||||
10 342 1003 103421003 | |||||
10 342 1004 103421004 | |||||
10 342 1005 103421005 | |||||
Male thread | 10 342 1152 103421152 | ||||
10 342 1154 103421154 | |||||
10 342 1155 103421155 | |||||
10 342 1452 103421452 | |||||
10 342 1454 103421454 | |||||
10 342 1455 103421455 | |||||
Female thread | 10 342 1202 103421202 | ||||
10 342 1204 103421204 | |||||
10 342 1205 103421205 | |||||
10 342 1402 103421402 | |||||
10 342 1404 103421404 | |||||
10 342 1506 103421506 | |||||
Stream-Line | 10 342 1060 103421060 | ||||
10 342 1062 103421062 | |||||
Nipples | Part No. | Connection | Length | Diameter | Hexagon |
Hose connection | 10 342 5002 103425002 | ||||
10 342 5004 103425004 | |||||
10 342 5005 103425005 | |||||
Stream-Line | 10 342 5060 103425060 | ||||
10 342 5062 103425062 | |||||
Male thread | 10 342 5152 103425152 | ||||
10 342 5154 103425154 | |||||
10 342 5155 103425155 | |||||
10 342 5452 103425452 | |||||
10 342 5454 103425454 | |||||
10 342 5455 103425455 | |||||
10 342 5556 103425556 | |||||
Female thread | 10 342 5202 103425202 | ||||
10 342 5204 103425204 | |||||
10 342 5402 103425402 | |||||
10 342 5404 103425404 | |||||
10 342 5205 103425205 | |||||
Technical data | |
7.4 mm (0.3") | |
1950 l/min (68.8 CFM) | |
35 bar (507 PSI) | |
140 bar (2030 PSI) | |
-30°C — +100°C (-22°F — +212°F) | |
Zinc-plated steel/brass | |
Hardened zinc-plated steel | |
NBR | |
- | |
CEJN Original Standard |
Flow capacity is measured at 87 PSI (6 bar) inlet pressure, and pressure drop at 7 PSI (0.5 bar)