Vaillant flexo THERM 230V User manual

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flexoTHERM 230V
Heat pump technical specification
•The flexoTHERM 230V heat pump is available in 5, 8 and 11kW models
•Connects to two different sources - ground or water
•One of the quietest heat pump ranges in the UK with Sound Safe System
•Green iQ for the highest energy efficiency

flexoTHERM 230V technical specification
Dimensions Unit 5kW
230 V
8kW
230 V
11kW
230 V
Product dimensions, height (without adjustable feet) mm 1183
Product dimensions, width mm 595
Product dimensions, depth mm 600
Weight, with packaging kg 161 176 188
Weight, without packaging kg 151 166 178
Weight, ready for operation kg 157 173 185
Connections
1Recessed handles and
cable duct
2 Heating flow
3 Heating return
4Heating circuit diaphragm
expansion tank connection
5 Hot water return
6
Connection: From the heat
source to the heat pump
(hot brine, A)
7
Connection: From the heat
pump to the heat source
(cold brine, B)
7
6
5
4
3
2
1
Dimensions
Clearances Connections

Electrical data Unit 5kW
230 V
8kW
230 V
11kW
230 V
Heating circuit / compressor V/Hz 230 / 50
Auxiliary heating V/Hz 230 / 50
Power factor cos φ= 0.9
Required network impedance Zmax with inrush current limiter Ω0.42 0.14 0.15
Fuse characteristic, type C A 20 25 32
Optional building earth leakage circuit breaker
RCCB type A (type A pulse current sensitive residual-
current circuit breakers) or RCCB type B (type B universal
current sensitive residual-current circuit breakers)
Inrush current (with initial current limiter) A≤15 ≤19 ≤60
Measuring current for the compressor and electronics A 16.6 23.8 29.6
Output levels for the auxiliary electric heater kW 2.0 / 3.5 / 5.5 2.0 / 3.5 / 5.5 2.0 / 3.5 / 5.5
Minimum electrical power consumption of compressor kW 1.40 2.10 2.60
Maximum electrical power consumption of compressor kW 2.10 3.10 4.10
IP rating IP 10B
Energy-related Products at 35˚C band A+++*
Energy-related Products at 55˚C band A+++*
Hydraulic connection
Heating flow / return BSP male G 1½”
Heat source flow / return BSP male G 1½”
Central heating water expansion vessel BSP male G ¾”
Heating and brine right angle connections mm 35
Heat source circuit / brine circuit
Volume of the brine circuit in the heat pump l 2.5 3.1 3.6
Minimum pressure of brine fluid bar ≥0.7
Maximum pressure of brine fluid bar ≤3.0
Heating circuit / building circuit
Water volume of the heating circuit in the heat pump l 3.2 3.9 4.4
Minimum pressure bar ≥0.7
Maximum pressure bar ≤3.0
Minimum flow temperature heating °C 25
Maximum flow temperature heating with compressor °C 65
Maximum electrical power heating circuit pump W 63
Refrigerant circuit
Refrigerant type R 410 A
Volume of refrigerant circuit in the heat pump kg 1.50 2.40 2.50
Global warming potential (GWP) in accordance with EU No. 517/2014 2088
CO2equivalent t 3132 5011 5220
Global warming potential 100 (GWP100) in accordance with EC No.
842/2006 1975
Expansion valve type Electronic
Permissible pressure (relative) bar ≤46.0
Compressor type EVI Scroll
Oil type Ester (EMKARATE RL32-3 MAF)
Oil filling quantity l 0.74 1.25 1.25
*Reported efficiency when used with VRC 700 / VRC 700f controller

Heat source circuit / brine circuit Unit 5kW
230 V
8kW
230 V
11kW
230 V
Minimum brine input temperature when heating °C -10
Maximum brine input temperature when heating °C 25
Nominal flow rate ΔT 3K at B0/W35 l/h 1300 2110 2870
Minimum flow rate during continuous operation at the application
limits l/h 1190 1990 2570
Maximum flow rate during continuous operation at the application
limits l/h 1300 2110 2870
Maximum remaining feed head with ΔT 3K at B0/W35 bar 0.63 0.41 0.55
Electrical power for brine pump at B0/W35 ΔT 3K at 250 mbar W 49 78 80
Brine fluid type Ethylene glycol 30% volume
Building circuit / heating circuit
Nominal flow rate ΔT 5K l/h 930 1450 1930
Maximum remaining feed head with ΔT 5K bar 0.65 0.44 0.30
Nominal flow with ΔT 8K l/h 600 930 1290
Maximum remaining feed head with ΔT 8K bar 0.68 0.65 0.54
Minimum flow rate during continuous operation at the application
limits l/h 600 930 1290
Maximum flow rate during continuous operation at the application
limits l/h 930 1450 1930
Heating pump electrical power consumption for B0/W35 ΔT 3K
with an external pressure loss of 250 mbar in the heating circuit W24 37 49
Heating output B0/W35 ΔT 5K kW 5.30 8.90 11.20
Power consumption B0/W35 ΔT 5K kW 1.13 1.75 2.24
Output figure B0/W35 ΔT 5K / coefficient of performance EN 14511 4.70 5.08 5.00
Heating output B0/W45 ΔT 5K kW 5.30 8.80 11.20
Power consumption B0/W45 ΔT 5K kW 1.51 2.32 2.95
Output figure B0/W45 ΔT 5K / coefficient of performance EN 14511 3.50 3.80 3.80
Heating output B0/W55 ΔT 8K kW 5.40 9.00 11.40
Power consumption B0/W55 ΔT 8K kW 1.80 2.73 3.56
Output figure B0/W55 ΔT 8K / coefficient of performance EN 14511 3.00 3.30 3.20
Sound power level B0/W35 EN 12102/EN 14511 LWI in heating mode dB(A) 43.8 45.6 48.5
Ground source technical specification
flexoTHERM 230V technical specification

Heat source circuit / brine circuit Unit 5kW
230 V
8kW
230 V
11kW
230 V
Heat source module VWW 11/4 SI
Nominal flow of groundwater at ΔT 3K
with W10/W35 l/h 1300 2160 3100
Brine fluid type Ethylene glycol 30% volume
Building circuit / heating circuit
Nominal flow at ΔT 5K l/h 1025 1730 2270
Maximum remaining feed head with ΔT 5K bar 0.80 2.19 4.22
Nominal flow at ΔT 8K l/h 710 1120 1510
Maximum remaining feed head with ΔT 8K bar 0.62 2.10 4.05
Minimum flow rate during continuous operation at the application
limits l/h 710 1120 1510
Maximum flow rate during continuous operation at the application
limits l/h 1025 1730 2270
Heating pump electrical power consumption for W10/W35 ΔT 5K
with an external pressure loss of 250 mbar in the heating circuit W24 37 49
Heating output W10/W35 ΔT 5K kW 6.40 10.00 12.90
Power consumption W10/W35 ΔT 5K kW 1.33 1.92 2.53
Output figure W10/W35 ΔT 5K / coefficient of performance EN 14511 4.80 5.20 5.10
Heating output W10/W45 ΔT 5K kW 6.30 10.10 12.90
Power consumption W10/W45 ΔT 5K kW 1.70 2.46 3.23
Output figure W10/W45 ΔT 5K / coefficient of performance EN 14511 3.70 4.10 4.00
Heating output W10/W55 ΔT 8K kW 6.30 10.30 13.30
Power consumption W10/W55 ΔT 8K kW 2.10 2.94 4.03
Output figure W10/W55 ΔT 8K / coefficient of performance EN 14511 3.00 3.50 3.30
Sound power level W10/W35 EN 12102/EN 14511 LWI in heating mode dB(A) 43.3 46.9 50.0
Water source technical specification