rSTOR C
For highly efficient two-zone discharge of an rSTOR C buffer storage tank in a mixed low-temperature circuit, with highly efficient utilization of the return flow from an unmixed high-temperature circuit through highly efficient operation of a system separation via flow control, Connection ABOVE a ball valve connection set
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BAFA Funding Opportunity for Heating System Optimization Through Hydraulic Balancing and Installation of Separate Control Technology<br/>rendeMIX Multi-Port Mixing Manifold with 3/2-Way Tangential Mixing Valve DN25×G1½(a) Ms Cast Iron (red adapter), valve and cover Ms58<br/>For highly efficient two-zonedischarge of an rSTOR C buffer tank in a mixed low-temperature circuit with highly efficient utilization of the return flow from an unmixed high-temperature circuit via highly efficient operation of a system separation using flow control, Connection ABOVE a ball valve connection set<br/>Actuator EMS 240, 230V~ 50Hz 3.5VA 3-point signal, 5Nm (240h), 240°, 93s<br/>Dual-circuit manifold assembly with 3 connections to the heat generator (buffer tank or boiler with flue gas heat exchanger), Cu Ø35×1, pipe spacing 100 mm, DN32×G1½(a) flat<br/>3 integrated gravity brakes/backflow preventers, Dp 10 mbar<br/>Direct heating circuit (HT): Kvs = 11.9 • V'max[100 mbar] = 3.8 m³/h • Q'max[20 K] = 88 kW - Mixing circuit (NT) for system separation to be provided on site: Kvs = 9.7 • V'max[100 mbar] = 3.1 m³/h • Q'max[10 K] = 36 kW • Leak rate < 0.1%<br/>7 thermometers 0–120°C, Ø63 mm, solder sleeves Ms58<br/>4 ball valve fittings, straight-through DN25s, PN20, G1½(i)×Rp1 flat-seal, stuffing box, stem with nylon T-handle<br/>Insulating molded shell EPP 40 g/l, black, 450×450 mm, Quick-assembly kit<br/>Without pump flanges<br/>Assembly does NOT include pump compensator – PAS L180 (Part No.: 001 338)<br/>With blind fitting consisting of a G1½ brass union nut and a stainless steel washer<br/>Model DN 25 – heavy-duty version, PN 10 bar, Tmax 120°C<br/>CAUTION: CANNOT BE USED WITHOUT SYSTEM ISOLATION!
Direct heating circuit (HT): Kvs = 11.9 • V'max[100mbar] = 3.8m³/h • Q'max[20K] = 88kW - Mixing circuit (NT) for system separation on site: Kvs = 9.7 • V'max[100mbar] = 3.1m³/h • Q'max[10K] = 36kW • Leakage rate < 0.1%