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Termix VMTD-F-I-2 XB06H/Zonev./Cirk.  20

Termix VMTD-F-I, Type 2, Heating controller name: AVPL, DHW controller name: IHPT

144B3851

Product Type: Termix VMTD-F-I, Type 2, 16 bar, 120 °C, dP-control, IHPT

Product specifications

Characteristic
Value
Application typeDirect Heating & Instantaneous DHW
CE evaluatedYes
China RoHS complianceOut of scope
Circulation connection size3/4"
Circulation connection typeG int. Thread
Circulation pipe sizeØ18
Cover materialWhite-lacquered steel sheet, White-lacquered In wall.
Cover optionExtra
DCW static pressure [bar] [Min]1 bar
Depth with cover [mm]242 mm
Depth without cover [mm]150 mm
DescriptionTermix VMTD-F-I-2 with zone valve, Wilo Z-15 TT
DG Indicator ProfileNot relevant for dangerous goods
DH connection size3/4"
DH connection typeG int. Thread
DH pipe sizeØ18
DHW circulationIncluded
DHW connection size3/4"
DHW connection typeG int. Thread
DHW Control typeFlow/thermostatic
DHW controller nameIHPT
DHW pipe sizeØ18
EU RoHS complianceYes with exemptions
EU RoHS exemption clause6(c)
Characteristic
Value
HE connection size3/4"
HE connection typeG int. Thread
HE pipe sizeØ18
Heating circuit - controldP-control
Heating control typeDelta p controller + zone valve
Heating controller nameAVPL
Height with cover [mm]650 mm
Height without cover [mm]560 mm
HEX DHW brazing materialCopper
HEX DHW typeBrazed
In scope of WEEE and contain batteriesNo
Material DescriptionTermix VMTD-F-I-2 XB06H/Zonev./Cirk. 20
Pressure nominal primary [bar]16 bar
Product groupSmall Stations
Product lineLight Duty Stations
Product TypeTermix VMTD-F-I
REACH Candidate List substancesLead (CAS no. 7439-92-1)
SCIP dossier no.4a50d2ac-51e7-49ab-b060-4e3c0b4103ab
Station size typeType 2
Supply temperature construction [˚C]120 °C
UK RoHS complianceOut of scope
UL evaluatedOut of scope
Width with cover [mm]540 mm
Width without cover [mm]510 mm

General specifications

Characteristic
Value
Gross weight20 Kilogram
Net weight19 Kilogram
Volume0.046 Cubic meter
Characteristic
Value
EAN5706560902574
Proposition 65Cancer and Reproductive Harm