VS 2, PN 16, DN 15, 1.00 m³/h, G 3/4 A
065F2114
VS 2 PN16 15/1 2-way seated ext. thr
Product specifications
Characteristic | Value |
---|---|
Application | District Heating |
Application alternative VSP | Heating |
Cavitation factor | 0.50 |
Cavitation factor 100% | 0.34 |
Cavitation factor 25% | 0.58 |
Cavitation factor 50% | 0.52 |
Cavitation factor 75% | 0.50 |
Connection size | G 3/4 A |
Connection types | External Thread |
Control ratio | 1:50 |
Description | VS 2 PN16 15/1 2-way seated ext. thr |
DG Indicator Profile | Not relevant for dangerous goods |
Diameter [mm] | 15 mm |
Differential pressure range [bar] [Max] | 10.00 bar |
EU RoHS compliance | Yes with exemptions |
EU RoHS exemption clause | 6(c) |
Flow characteristic | Linear |
In scope of WEEE and contain batteries | No |
Kvs values [m³/h] | 1.00 m³/h |
Leakage through port max. [% Kvs] | 0.05 |
Material Description | VS 2 PN16 15/1 2-way seated ext. thr |
Media pH [Max] | 10 |
Media pH [Min] | 7 |
Characteristic | Value |
---|---|
Media temperature [°C] [Max] | 130 °C |
Media temperature [°C] [Min] | 2 °C |
Medium alternative | Glycolic water up to 30% |
Number of ports | 2 |
Permissible media | District heating/cooling circulation water |
PN alternative VSP | 10 |
Pressure class | PN 16 |
Pressure nominal [bar] | 16 bar |
Product group | Motorized control valves |
Product line | District Energy Controls |
Product Type | VS 2 |
REACH Candidate List substances | Lead (CAS no. 7439-92-1) |
SCIP dossier no. | b8dc27b2-17a4-4373-ad5a-11c65acf7795 |
SCIP dossier product name | VS2 (1) |
Spindle position | Normally open |
Stroke [mm] | 4.00 mm |
Valve body material | Dezincing free brass |
Valve cone material | Stainless steel |
Valve size | DN 15 |
VVS Number DK | 461045304 |
VVS Number FI | 4364772 |
VVS Number SE | 5360082 |
General specifications
Characteristic | Value |
---|---|
Gross weight | 0.294 Kilogram |
Net weight | 0.294 Kilogram |
Volume | 0.247 Liter |
Characteristic | Value |
---|---|
EAN | 5702421510209 |
Proposition 65 | Cancer and Reproductive Harm |