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Compact  28 MST VVX-2-1

Termix Compact 28 MST VVX, Type 2-2, Heating controller name: ECL 120, DHW controller name: IHPT

144H3447

Product Type: Termix Compact 28 MST VVX, Type 2-2, 16 bar, 110 °C, ECL 120, AVQM, AMV20, IHPT

Product specifications

Characteristic
Value
Application typeIndirect Heating & Instantaneous DHW
CE evaluatedYes
China RoHS complianceOut of scope
Circulation connection size3/4"
Circulation connection typeG int. Thread
Circulation pipe sizeØ18
Contains batteriesNo
Cover optionNo
Depth without cover [mm]400 mm
DescriptionDistrict heating substation for indirect heating andinstantaneous domestic hot water.
DG Indicator ProfileContains Gas
DH connection sizeG1"
DH connection typeInternal thread
DH pipe sizeØ28
DHW circulationOptional
DHW connection sizeG3/4"
DHW connection typeInternal thread
DHW Control typeFlow/thermostatic
DHW control valve kvs value [m3/h]2.00 m³/h
DHW controller nameIHPT
DHW HEX typeXB06H+-1 40 G3/4"*20 H
DHW pipe sizeØ18
EU RoHS complianceYes with exemptions
EU RoHS exemption clause6(c)
Characteristic
Value
HE connection size1"
HE connection typeInternal thread
HE pipe sizeØ28
Heating ActuatorAMV20
Heating control typeElectronic
Heating Control valveAVQM
Heating controller nameECL 120
Heating HEX typeT137H-1 40 G1"*20 H
Height without cover [mm]914 mm
HEX DHW brazed/gasketed materialBrazed copper
HEX heating brazed/gasketed materialBrazed copper
Material DescriptionCompact 28 MST VVX-2-2
Pressure nominal primary [bar]16 bar
Product groupSmall Stations
Product lineLight Duty Stations
Product TypeTermix Compact 28 MST VVX
REACH Candidate List substancesLead (CAS no. 7439-92-1)
SCIP dossier no.ef654007-c59a-44f2-865e-89129645e30a
Station size typeType 2-2
Supply temperature construction [˚C]110 °C
Supply voltage [V]230.0 V
UL evaluatedOut of scope
Width without cover [mm]905 mm

General specifications

Characteristic
Value
Gross weight52 Kilogram
Net weight50 Kilogram
Volume0.331 Cubic meter
Characteristic
Value
EAN/UPC5706562243538
Proposition 65Cancer and Reproductive Harm