VOGEL&NOOT Vonova Ventil centre conn.33VM 900/25 Bl 1000mm white – F1H330901001000

VN-T6-middle connection radiator Middle connection radiator made of cold-rolled sheet steel according to EN 442-1, stable, attractive profiling with 40 mm bead division, primer coating according to DIN 55900 Part 1, baked at 190 degrees C, finished with an electrostatic powder coating according to DIN 55900 Part 2, in RAL 9016, baked at 210 degrees C object temp., equipped with a fixed T-shaped valve set, suitable for two-pipe and one-pipe systems using a one-pipe manifold, kv value of the factory-fitted built-in valve is preset and matched to the heat output, whereby demand-oriented adjustments in the range of 0.13 to 0.72 are possible. Adjustment of the radiator proportion in one-pipe systems from 30% to 50%. Equipped with a construction site protective cap for the built-in valve, suspension lugs welded on the back, a removable top cover and two closed side parts for all types, sealed drain, rotatable special vent and blanking plugs, the cover system complies with the former BAGUV guidelines, complete pre-installation option using the mounting template 3/4' A.G., flushing and leak testing of the system using a flushing bend (accessory), alternatively also connectable as a compact radiator on one side or alternately, uniform wall distance for all multi-layer radiators (with special angled bracket also for single-layer radiators). Dismantling and assembly of the top cover by means of decorative clips, performance tested according to DIN EN 442 or ÖNORM EN 442 and permanently production-monitored according to EN-ISO 9001, triple packed (cardboard, edge protection, shrink film). Suitable for manual and thermostatic operation, variable connection option for copper, steel, plastic and multi-layer composite pipes, connections: 4 x G 1/2 I.G. and 2 x G 3/4 A.G. bottom center. Thermostatic valve (factory-sealed top right) can be easily exchanged to the left at any time, even retrospectively, without turning the radiator and without crossing flow and return.