Two-zone discharge
For highly efficient two-zone discharging of a buffer tank through a mixing circuit by means of highly efficient operation of a system separation via flow control
Specialist partner access required
Specialist partner access required
Specialist partner access required
BAFA Funding Opportunity for Heating System Optimization Through Hydraulic Balancing and Installation of Separate Control TechnologyrendeMIX Multi-Port Mixing Manifold with 3/2-Way Tangential Mixing Valve DN32×G1½(a) MsGuss (green adapter), valve and cover Ms58For highly efficient two-zone discharge of a buffer tank via a mixing circuit through highly efficient operation of a system separation using flow controlActuator EMS 240, 230 V~ 50 Hz 3.5 VA 3-point signal, 5 Nm (240 h), 240°, 93sSingle-circuit mixer assembly with 3 connections to the heat source, Cu Ø35×1, DN32×G1½(a) flat, pipe spacing to the heat source 100 mm, pipe spacing to the mixing circuit 200 mm2 integrated gravity brakes/backflow preventers, Dp 10 mbarMixing circuit (NT) for system separation to be provided by the customer: Kvs = 12.7 • V'max[100 mbar] = 4 m³/h • Q'max[20 K] = 93 kW • Q'max[10 K] = 47 kW • Leak rate < 0.1%5 thermometers 0–120°C, Ø63mm, solder sleeves Ms585 ball valve fittings, straight-through DN32, PN25, G1½(i)×Rp1¼ flat-seal, stuffing box, stem with square drive SW25EPP insulation mold, 40 g/l, black, 300×450 mm, Quick-assembly kitWithout pump flangesAssembly does NOT include a pump compensator – PAS L180 (Part No.: 001 338)Assembly does not include a pumpModel DN 32, PN 10 bar, Tmax 120°CCAUTION: CANNOT BE USED WITHOUT SYSTEM ISOLATION!
Mixing circuit (NT) for system separation on site: Kvs = 12.7 • V'max[100mbar] = 4m³/h • Q'max[20K] = 93kW • Q'max[10K] = 47kW • Leakage rate < 0.1%