HFE 3 PN6 20/12 rotary 3-way Flange
065Z0428
HFE 3 PN6 20/12 rotary 3-way Flange
Product specifications
Characteristic | Value |
|---|---|
| Application | Heating |
| Application alternative VSP | District heating |
| China RoHS compliance | Out of scope |
| Closing differential pressure (diverting) [bar] [Max] | 0.5 bar |
| Closing differential pressure (mixing) [bar] [Max] | 0.5 bar |
| Connection size | PN 6 |
| Connection types | Flange |
| Contains batteries | No |
| Description | HFE 3 PN6 20/12 rotary 3-way Flange |
| DG Indicator Profile | Not relevant for dangerous goods |
| Diameter [mm] | 20 mm |
| Flow characteristic | S characteristic |
| Function | Pressure relief |
| Kvs values [m³/h] | 12.00 m³/h |
| Leakage through port max. [% Kvs] | Diverting: 0.5Mixing: 1.0 |
| Material Description | HFE 3 PN6 20/12 rotary 3-way Flange |
| Media pH [Max] | 10 |
| Media pH [Min] | 7 |
| Media temperature [°C] [Max] | 110 °C |
Characteristic | Value |
|---|---|
| Media temperature [°C] [Min] | 2 °C |
| Medium alternative | Glycolic water up to 50% |
| Mounting version | Flow |
| Number of ports | 3 |
| Operating torque [Nm] | 5 N-m |
| Permissible media | District heating/cooling circulation water |
| Pressure nominal [bar] | 6 bar |
| Product group | Other valves |
| Product line | Hydronic Balancing and Controls |
| Product Type | HFE 3 |
| REACH Candidate List substances | Lead (CAS no. 7439-92-1) |
| SCIP dossier no. | b522cde8-91be-41f7-a332-895ff80167a5 |
| SCIP dossier product name | HRB HRE HFE |
| Slide shoe material | DZR brass CuZn36Pb2AS (CW 602N) |
| Spindle material | Stainless steel |
| Stuffing box sealing material | EPDM |
| Valve body material | Grey cast iron EN-GJL-250 (GG-25) |
| Valve cone material | DZR brass CuZn36Pb2AS (CW 602N) |
General specifications
Characteristic | Value |
|---|---|
| Gross weight | 4.114 Kilogram |
| Net weight | 3.708 Kilogram |
| Volume | 5.514 Cubic decimeter |
Characteristic | Value |
|---|---|
| EAN/UPC | 5710104033457 |
| Proposition 65 | Cancer and Reproductive Harm |