530-03
Cut-in socket fitting with BAIO® spigot end and Synoflex socket

The Hawle BAIO® system is also being increasingly used for the restoration of existing pipe networks.

The cut-in socket fitting with BAIO® spigot end and Synoflex multi-range socket can be used for integrating valves and fittings of the Hawle BAIO® system retrospectively into cast iron, steel, PE, PVC and AC pipes. The cut-in socket fitting is equipped on the one hand with a BAIO® spigot end for a positive connection with BAIO couplings and on the other hand with a Synoflex multi-range socket for a high-quality restraint connection of pipes made of cast iron, PE, PVC and steel.

Attention: When joining AC pipes, there is no restraint connection (concrete abutment). Not suitable for stainless steel pipes.

Miscellaneous:
- Bolt head anti-twist locking device
- Angle compensation max. (+/- 4° per socket)
- Bolts reversible 180°

Material: Housing:
Hawle epoxy powder coating
Gaskets: EPDM acc. to KTW-BWGL for water
Nuts/screws: stainless steel
Synoflex support element ring: POM
Synoflex grip: steel
Gasket: EPDM acc. to KTW-BWGL for water
Max. operating Pressure: Potable water: 16 bar
Sewage water: 16 bar
Medium Water / Sewage

The Hawle BAIO® system is also being increasingly used for the restoration of existing pipe networks.

The cut-in socket fitting with BAIO® spigot end and Synoflex multi-range socket can be used for integrating valves and fittings of the Hawle BAIO® system retrospectively into cast iron, steel, PE, PVC and AC pipes. The cut-in socket fitting is equipped on the one hand with a BAIO® spigot end for a positive connection with BAIO couplings and on the other hand with a Synoflex multi-range socket for a high-quality restraint connection of pipes made of cast iron, PE, PVC and steel.

Attention: When joining AC pipes, there is no restraint connection (concrete abutment). Not suitable for stainless steel pipes.

Miscellaneous:
- Bolt head anti-twist locking device
- Angle compensation max. (+/- 4° per socket)
- Bolts reversible 180°