RAVI-VMT, PN 10, DN 15, 1.6 m³/h, 43 °C - 65 °C, 2 m, External Thread

013U8081

RAVI-VMT PN10 15/1,6 43-65/2m ext. thr

Characteristic	Value
Ambient temperature [°C] [max]	70 °C
Ambient temperature [°C] [min]	0 °C
Approval standard	DIN 14597:2005-12 TR838
Basic Data Text Template	HWS-CONTROL 15/8
Capillary tube length [m]	2.0 m
Cavitation factor	0.50
Cone /seat sealing material	NBR / Brass W. No 2.0402
Connection size	G 3/4 A
Connection standard	ISO 228/1
Connection types	External Thread
Contain batteries	No
Description	RAVI-VMT PN10 15/1,6 43-65/2m ext. thr
DG Indicator Profile	Contains Gas
Diameter [mm]	15 mm
Differential pressure range [bar] [Max]	0.80 bar
EU RoHS compliance	Yes with exemptions
Flow characteristic	Linear
Flow control	No
Function	Temp. controller
Function VSP - P	No
Function VSP - Q	No
Function VSP - T	Yes
Impulse tube material	Copper mat. No 2.0090
Kvs values [m³/h]	1.60 m³/h
Material Description	RAVI-VMT PN10 15/1,6 43-65/2m ext. thr
Media pH [Max]	10
Media pH [Min]	7

Characteristic	Value
Media temperature [°C] [Max]	120 °C
Media temperature [°C] [Min]	2 °C
Media temperature at sensor [°C] [Max]	120 °C
Medium alternative	Glycolic water up to 30%
Number of ports	2
Permissible media	District heating/cooling circulation water
Pressure class	PN 10
Pressure nominal [bar]	10 bar
Product group	Temperature controllers
Product line	District Energy Controls
Product Type	RAVI-VMT
REACH Candidate List substances	Lead (CAS no. 7439-92-1)
Rection time close [sec]	3 "
Rection time open [sec]	3 "
Return limiter function	No
Temperature control	Yes
Temperature sensor diameter [mm]	9.5 mm
Temperature sensor length [mm]	150 mm
Temperature sensor material	Copper mat. No 2.0090
Temperature sensor mounting	Colder
Temperature setting range [°C] [Max]	65 °C
Temperature setting range [°C] [Min]	43 °C
Transport temperature [°C] [Max]	50 °C
Transport temperature [°C] [Min]	-20 °C
Valve body material	Brass CuZn40Pb2 W. no 2.0402
Valve size	DN 15

Characteristic	Value
EAN/UPC	5702421500545
Proposition 65	Cancer and Reproductive Harm