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3-way seated valve type VMV 3 internal thread

VMV RAV, PN 16, DN 15, 2.5 m³/h, Rp 1/2, RAV

065F0015

VMV PN16 15/2,5 3-way int. thr RAV neck

Product specifications

Characteristic
Value
ApplicationHeating and cooling
Basic Data Text Template
Cavitation factor0.50
China RoHS complianceOut of scope
Closing differential pressure (diverting) [bar] [Max]0.6 bar
Closing differential pressure (mixing) [bar] [Max]0.6 bar
Connection sizeRp 1/2
Connection type to valveRAV
Connection typesInternal thread
Contain batteriesNo
Control ratio1:30
DescriptionVMV PN16 15/2,5 3-way int. thr RAV neck
DG Indicator ProfileNot relevant for dangerous goods
Diameter [mm]15 mm
Differential pressure range [bar] [Max]0.60 bar
EU RoHS complianceYes with exemptions
EU RoHS exemption clause6(c)
Flow characteristicApprox. linear
FunctionMixing valve
Function 2Diverting valve
Kvs values [m³/h]2.50 m³/h
Leakage bypass port max. [% Kvs]0.10 %
Leakage through port max. [% Kvs]0.05
Material DescriptionVMV PN16 15/2,5 3-way int. thr RAV neck
Media pH [Max]10
Characteristic
Value
Media pH [Min]7
Media temperature [°C] [Max]120 °C
Media temperature [°C] [Min]2 °C
Medium alternativeGlycolic water up to 30%
Mounting versionFree
Number of ports3
Permissible mediaDistrict heating/cooling circulation water
PN alternative VSP10
Pressure classPN 16
Pressure nominal [bar]16 bar
Product groupMotorized control valves
Product lineDistrict Energy Controls
Product TypeVMV RAV
REACH Candidate List substancesLead (CAS no. 7439-92-1)
SCIP dossier no.f1191696-ea02-4df4-a5cd-d40d3deecab5
SCIP dossier product name065F0015
Spindle materialStainless steel
Spindle positionB-AB (Normal open)
Stroke [mm]2.00 mm
UK RoHS complianceOut of scope
Valve body materialRed bronze, mat. No. 2.1096.1 (RG5)
Valve cone materialEPDM
Valve seat materialRed bronze, mat. No. 2.1096.1 (RG5)
Valve sizeDN 15

General specifications

Characteristic
Value
Gross weight0.514 Kilogram
Net weight0.514 Kilogram
Volume0.851 Liter
Characteristic
Value
EAN5702420012674
Proposition 65Cancer and Reproductive Harm