Stainless steel manifold with automatic deaeration - 3 way

Stainless steel manifold for underfloor heating with automatic deaeration
Manifolds are made of high quality stainless steel according to the German standard DIN EN 1264-4: 2009-11.

Manifolds can be used on all types of plastic pipes, including multilayer pipes and copper. The pipe is connected using a 3/4 "EK fitting.

Manifolds for underfloor heating are equipped with two-regulating flow meters with a flow indicator (Regolux 0-5 l / min) with memory and thermoregulating valves (with M30 x 1.5 connection) on each circuit so that each heating circuit can be regulated separately.

The manifold includes automatic vent valves, rotary drain valves and nickel-plated carriers.

- automatic deaeration
- connection of pipes 15, 16, 20 using RCS 15, 16, 20 compression fittings
-power: 25kW at ?t 10k; 2.14 m3 / hour
- country of origin: Germany

Technical parameters:

- purpose: heating and cooling systems
- permissible liquid temperatures: -10 ° C to +120 ° C
- max. permissible operating temperature: +80 ° C
- max. permissible operating pressure: 6 bar
- max. test pressure: 10 bar
- measuring range: 0 - 5 l / min
- flow rate: 2.14 m3 / h
- material: brass, heat-resistant plastics, stainless steel 1.4301
- seal: EPDM
- measurement accuracy: ± 10%
- thread: DIN ISO EN 228-1
- liquids: heating water, cooling water, water mixtures with standard anti-corrosion antifreeze
fittings: Press-Messing Ms 58, nickel-plated
- flat seal: WS 3825
- sound insulation: DIN 4109
- recommended piping: PEX-AL-PEX 16 x 2
- recommended connection of the compression fitting on the pipe: ALPEX 16 x 2 ALU-EK
- connection of branches: Ek, Euroconus
- input and output connection: 1 "
- flow meters: double adjustable with the possibility of locking

The report contains:

- stainless steel body with holders
- automatic deaeration
- drain rotary valves
- dual control flow meters with memory
- stainless steel thermoregulation valves with the possibility of mounting an actuator, connection M30 x 1.5