LK PressPex T-Coupling A32xA40xA32 Brass
Press couplings join LK PAL/PE-X Universal pipes. Parts in AX16 (16x2.0 mm) and A32 (32x3.0 mm) can also be used for PEM pipes.
Watch this product and we will notify you once it is back in stock.
LK PressPex T-Coupling A32xA40xA32 Brass
Press couplings join LK PAL/PE-X Universal pipes. Parts in AX16 (16x2.0 mm) and A32 (32x3.0 mm) can also be used for PEM pipes.
Description
Press coupling for joining LK PAL and LK PE-X Universal pipes. Parts in this range in dimensions AX16 16x2.0 mm and A32 32x3.0 mm can also be used for PEM pipes.
Specifications
- Dimension: A32mmxA40mm
- Pressure/Flow/Temp: PN10, max temp +70°C (+95°C)
- Function: Press joint tap water/heating/cooling
- Design: 3muff
- Color: brass
- Material: AZH-brass
- Material connection 1: Brass
- Material quality connection 1: Dezincification resistant brass (DZR)
- Surface protection connection 1: Untreated
- Surface treatment connection 1: Untreated
- Material connection 2: Brass
- Material quality connection 2: Dezincification resistant brass (DZR)
- Surface protection connection 2: Untreated
- Surface treatment connection 2: Untreated
- Material connection 3: Brass
- Material quality connection 3: Dezincification resistant brass (DZR)
- Surface protection connection 3: Untreated
- Surface treatment connection 3: Untreated
- Model/Design: T-piece
- Curved branch: No
- Reduction: Yes
- Multi-piece: No
- System-bound: Yes
- Connection dimension 1: Other
- Outer pipe diameter connection 1: 32 mm
- Connection 1: Press sleeve
- Connection dimension 2: Other
- Outer pipe diameter connection 2: 40 mm
- Connection 2: Press sleeve
- Connection dimension 3: Other
- Outer pipe diameter connection 3: 32 mm
- Connection 3: Press sleeve
- Sealing material: EPDM (ethylene propylene rubber)
- Max. working pressure at 20°C (PN): 10 bar
- With gaskets: No
- With drain valve: No
- With air vent/bleeder: No
- With internal stop edge: Yes
- With protective cap/plug: No
- FM-marked: No
- LPCB-marked: No
- ULC-marked: No
- UL-marked: No

