Double nipple - MS series - stainless steel - 2x M5 AG PAT - up to 1.0 Mpa - 360° swivel - Price per piece
| € 13,26 |
| Price incl. VAT |
| plus € 29,00 shipping costs |
Delivery time 7-10 working days
Do you have any questions?
We would like to assist you!
We would like to assist you!
Item No.:
9660316005UN
Product Description
- The MS-5UN double nipple is used wherever two components with an M5 female thread need to be connected axially, e.g. in pneumatics, micro-automation, in laboratory environments or in compact control systems.
- Thanks to the SUS316 stainless steel used, the connecting element is particularly suitable for environments with moisture, vibration or chemical stress.
- It is frequently used in measurement and control technology, in medical devices or precise machine components where reliability is required in the smallest of spaces.
- The MS-5UN double nipple is a compact connecting element from the MS series for the direct screw connection of two hose connections with an M5 female thread.
- Made of stainless steel (SUS316), it has M5 external threads on both sides and thus enables a secure, pressure-tight connection with minimum space requirements.
- The MS-5UN is specially designed for systems where absolute tightness, chemical resistance and high mechanical strength are required.
- The precise workmanship and robust material quality ensure a reliable and durable connection.
- The MS-5UN double nipple can be swivelled through 360°, which makes installation even easier.
- Housing material - SUS316 stainless steel
- Connection thread (on both sides) - M5
- Swivelling - 360° around the axis of the connection
- Design - Straight extension
- Assembly - direct screw connection
- Tightening torque - Low
- Max. Operating pressure - up to 1.0 MPa
- Special features - Compact, M5 thread on both sides, corrosion-resistant
- Hexagon - SW 8
- Effective area - 4.0 mm²
- Internal Ø threaded connection - 2.5 mm
- Length - 17.5 mm
- Thread length - 4 mm each
- Weight - 3.7 g
Ratings
No evaluation has been given
