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VX Solo II HWP

VX Solo II HWP, AHQM, Type 1, Heating controller name: ECL 310-A247 & AHQM 15/AMV150, DHW controller name: ECL 310/AHQM/AMV150

145F4144

Product Type: VX Solo II HWP, AHQM, Type 1, 16 bar, 110 °C, ECL 310 / AHQM / AMV, ECL 310/AHQM/AMV150

Product specifications

Characteristic
Value
Additional informationCoverSafety function
Application typeIndirect Heating & Primary connections for DHW cylinder
Capacity [kW]20.0 kW
China RoHS complianceOut of scope
Connection directionTop and bottom
Contain batteriesNo
DescriptionVX-Solo II HWP ECL310/A347 Type 2, 2x AHQM, with Cover and STW
DG Indicator ProfileNot relevant for dangerous goods
DH connection size3/4"
DHW Control typeElectronic
DHW controller nameECL 310/AHQM/AMV150
DHW pipe sizeØ18
DHW tank circuit - controlAHQM 15 / AMV 150
Differential pressure controllerIntegrated
EU RoHS complianceYes with exemptions
EU RoHS exemption clause6(c)
HE connection size3/4"
HE connection typeG int. Thread
HE pipe sizeØ18
Heat exchanger test pressure [bar]38 bar
Heating capacity [kW]30 kW
Heating control typeElectronic
Characteristic
Value
Heating controller nameECL 310-A247 & AHQM 15/AMV150
Heating HEX typeXB06H-1 40
Heating pump brandGrundfos
Heating pump typeUPM3 Auto L
Height with cover [mm]861 mm
Height without cover [mm]818 mm
HEX heating alloyAISI 316
HEX heating brazed/gasketed materialBrazed copper
Material DescriptionVX-Solo II HWP ECL310/A247 TYP1 KR STW
Mixing circuit - controlECL 310 / AHQM / AMV
Package depth [mm]620 mm
Package height [mm]420 mm
Package width [mm]840 mm
Pressure nominal primary [bar]16 bar
Pressure nominal secondary [bar]3 bar
Product groupSmall Stations
Product lineLight Duty Stations
Product TypeVX Solo II HWP, AHQM
REACH Candidate List substancesLead (CAS no. 7439-92-1)
Station size typeType 1
Supply temperature construction [˚C]110 °C
Supply voltage [V] AC230 V

General specifications

Characteristic
Value
Gross weight40 Kilogram
Net weight38 Kilogram
Volume225.781 Liter
Characteristic
Value
EAN/UPC5714279483642
Proposition 65Cancer and Reproductive Harm