Valve technology
For discharging a buffer For a fresh water station with effective use of the medium buffer volume - buffer hotter faster at the top and colder for longer at the bottom -
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BAFA Funding Opportunity for Heating System Optimization Through Hydraulic Balancing and Installation of Flow Control Technology<br/>Thermostatic Flow Temperature Controller with Adjustable Flow Temperature
For draining a buffer tank. For a fresh water station with effective use of the average buffer volume—the top of the buffer heats up faster and the bottom stays cold longer—<br/>1) Three-way mixing valve, red brass, EPDM seal<br/>G1½ flat-seal, Z-dimensions: L 98 mm × W 49 mm<br/>DN32, DpN 100 mbar, Kvs = 6.4, V'max[100 mbar] = 2.0 m³/h, Q'max = 47 kW [20 K] = 19 L/min [10/45°C]<br/>PN 10 bar, Tmax 120°C (Part No. 996 019)<br/>2) Thermostat head with spiral immersion sensor, setpoint range 20°C to 70°C<br/>Capillary tube length 2 m<br/>Spiral immersion sensor length 125 mm<br/>CAUTION: The immersion sensor comes into contact with the heating water—provide a shut-off valve on site!<br/>PN 10 bar, Tmax 90°C (Part No. 996 005)<br/>3) Connection fittings:<br/>a) 1x compression fitting with union nut, flat seal, DN32, G1½xØ35 (Part No. 996 043)<br/>a) 1x union-type compression fitting, flat-seal, DN32, G1½xØ35 (Part No. 996 043)<br/>b) 2x Screw nipple insert, flat-sealing, R1¼xDN32 (for G1½ union nut) (Part No. 996 033)<br/>4) Black T-fitting, TsF 1¼x1¼x½ (Part No. 996 057)
DN32, DpN 100mbar, Kvs = 6.4, V'max[100mbar] = 2.0m³/h, Q'max = 47kW [20K] = 19l/min [10/45°C]