Stainless steel distributor/collector "Multidis SFB" 1"
with integrated bypass and regulating inserts, for 11 circuits


OVENTROP-“Multidis SFB” Stainless steel distributor/collector

for surface heating and cooling systems, with presettable bypass in the valve inserts M 30 x 1.5 for thermostatic and electronic control and integrated regulating inserts, pre-assembled for 11 circuits.

Flow distributor made of stainless steel (1.4301) with integrated regulating inserts, with nipples, nickel plated, with G ¾ male threaded connection according to DIN EN 16313 (cone "Euro") for Oventrop compression fittings with collar nut, nickel plated, with G 1 female threaded connection for the direct connection of a flat sealing ball valve, with connection for DN 15 hose, with vent plugs G ½, nickel plated, with rotating outlet, with blind plugs G ¾, nickel plated.

Return collector made of stainless steel (1.4301) with valve inserts M 30 x 1.5, with facility for setting of a minimum flow via the bypass at the heating circuit valve guaranteeing a perfect operation of heat pumps and a basic heat load of the underfloor heating (no cooling down), with nipples, nickel plated, with G ¾ male threaded connection according to DIN EN 16313 (cone "Euro") for Oventrop compression fittings with collar nut, nickel plated, with G 1 female threaded connection for the direct connection of a flat sealing ball valve, with fill and drain cock, with connection for DN 15 hose, with vent plugs G ½, nickel plated, with rotating outlet, with blind plugs G ¾, nickel plated.

Bracket (loosely added) made of galvanised steel for fixing the distributor/collector inside the cabinet or onto the wall. Pipe clamps sound absorbing as per DIN 4109, sound insulation in building construction.

Material: Stainless steel

Max. differential pressure: 1 bar
max. operating pressure: 6 bar
max. operating temperature: 80 ° C

Item no.: 1404461
EAN: 4026755349610
Manufacturer: Oventrop GmbH & Co. KG
Subject to technical modifications without notice.
Manual
  Name Size
140445280.pdf 1,78 MB