Vitocal 150-A Standard (A10 400V V 105) 10kW

Up to 70 °C flow temperature

Heat pump with electric drive in monoblock design with outdoor and indoor unit.

Quick facts

Monobloc heat pump: indoor + outdoor unit
Up to 70 °C flow temperature (subject to system design)
Natural refrigerant R290 (low GWP)
Integral WiFi; system monitoring via ViCare (end user) and ViGuide (installer)

Product features – for space heating, cooling and domestic hot water (DHW) heating

For space heating, cooling and domestic hot water (DHW) heating
Monobloc indoor unit with heat pump control unit
High-efficiency circulation pump for the secondary circuit
Integral 4/3-way valve and safety assembly
Integral instantaneous heating water heater
Integral buffer cylinder and overflow valve

Advantages at a glance – high COP, up to 70 °C flow temp, R290, quiet operation

Low running costs thanks to high COP (coefficient of performance) to EN 14511: up to 5.2 at A7/W35 (depending on operating conditions)
Output control and DC inverter for high efficiency in partial load operation
Maximum flow temperature of up to 70 °C at an outside temperature of −10 °C (subject to system design)
Self-optimising control of the flow rate via Viessmann Hydro AutoControl
Environmentally responsible, natural refrigerant R290 with a particularly low GWP (global warming potential)
Convenient reversible design for heating and cooling (availability subject to system configuration)
Reduced sound emissions thanks to Advanced Acoustic Design (AAD)
Web-enabled via integral WiFi
Guided commissioning via ViGuide
Individual room control with components from ViCare Smart Climate

Key specifications - permissible operating pressure (heating water): 3 bar (0.3 MPa)

Permissible operating pressure (heating water): 3 bar (0.3 MPa)
Colour of indoor unit: Vitopearlwhite
Colour of outdoor unit: Vitosilver

Heat pump control unit - for weather-compensated mode

7-inch colour touchscreen with energy cockpit
WiFi hotspot for local service without internet connection
Internet connection via WiFi
Control of a DHW circulation pump
Control of an instantaneous heating water heater
Active cooling control function
Integral energy statement
Setting of low-noise mode for the outdoor unit
Optimised energy management, e.g. in conjunction with photovoltaic system, power storage system
Display of energy flows in the ViCare app and ViGuide

Mobile applications - Communication technology

ViCare app – mobile application for system users

Mobile operation of the heating system for room heating and DHW heating, power storage units and ventilation systems
Assistance functions and fault display with option for direct connection to the contractor for service requests
For more information on system requirements and ViCare app registration and usage, see Vicare App Guide
Download:

ViGuide – mobile applications for trade partners

Service and maintenance with ViGuide for optimising workflows in operation, for the Viessmann trade partner
Ensures customer-friendly online services for the system user, provided they have enabled service via the ViCare app
Straightforward and efficient commissioning of heat generators with integral communication module, power storage units and ventilation systems, performed by heating contractors using ViGuide
In addition to the free version, ViGuide Plus and ViGuide Pro are also available as paid-for versions with additional analysis, remote maintenance and optimisation functions
For more information on system requirements and ViGuide registration and usage, see ViGuide App Guide
Download:

Standard delivery - Indoor and Outdoor units

IDU-A indoor unit

Integral 4/3-way valve for room heating, DHW heating and bypass
Integral high-efficiency circulation pump for the secondary circuit
Integral instantaneous heating water heater
Integral 16 l buffer cylinder
Integral safety valve and digital pressure gauge
Weather-compensated heat pump control unit with outside temperature sensor
Integrated flow rate measurement
Wall mounting bracket
12 l diaphragm expansion vessel

ODU 150-A outdoor unit

Inverter-controlled compressor
4-way diverter valve
Electronic expansion valve
Evaporator and condenser
EC fan
Factory-filled with refrigerant R290
Heating water filter upstream of condenser
Transport aid for outdoor unit
Integral fan ring heater and electric ribbon heater for the condensate pan

Important

Specifications and features may vary by model and configuration. All performance figures are subject to system design, installation conditions and operating parameters.
For the indoor units, a Basic or Comfort pre-plumbing jig must be added to the order; see Accessories tab.
The heat pumps must be commissioned by Viessmann Technical Service or a specialist heat pump contractor trained by Viessmann.
To operate multiple regulated heating/cooling circuits downstream of the heating water buffer cylinder, a separate heating/cooling water buffer cylinder is required.
Extensions/accessories are required for the heating/cooling circuits with mixer and optimisation of self-consumption: see Accessories tab.

Vitocal 150-A Standard (A10 400V V 105) 10kW

Vitocal 150-A Standard - Installation Packs

Specification.

To verify always consult the manufacturers current documentation.

Heat Pump Size	Unit	10	13	16
Heating performance data to EN 14511 (A2/W35)
Rated heating output	kW	5.8	6.7	7.6
Power consumption	kW	1.41	1.76	2.00
Coefficient of performance ε in heating mode (COP)	-	4.1	3.8	3.8
Output control	kW	2.2 to 11.0	2.6 to 12.3	3.0 to 13.7
Heating performance data to EN 14511 (A7/W35, 5 K spread)
Rated heating output	kW	7.4	8.1	9.1
Fan speed	rpm	430	440	567
Air flow rate	m³/h	4045	4188	5393
Power consumption	kW	1.42	1.59	1.82
Coefficient of performance ε in heating mode (COP)	-	5.2	5.1	5.0
Output control	kW	2.6 to 12.0	3.0 to 13.4	3.3 to 14.9
Heating performance data to EN 14511 (A−7/W35)
Rated heating output	kW	10.0	11.1	12.4
Power consumption	kW	3.23	3.96	4.4
Coefficient of performance ε in heating mode (COP)	-	3.0	2.8	2.8
Heating performance data to EN 14511 (A−7/W55)
Rated heating output	kW	9.2	10.6	11.8
Power consumption	kW	4.79	5.12	5.28
Coefficient of performance ε in heating mode (COP)	-	1.9	2.1	2.2
Heating performance data to Commission Regulation (EU) No 813/2013 (average climatic conditions)
Low temperature application (W35) – Energy efficiency η_s	%	199	194	188
Low temperature application (W35) – Rated heating output P_rated	kW	9.8	12.4	13.67
Low temperature application (W35) – Seasonal coefficient of performance (SCOP)	-	5.06	4.93	4.78
Medium temperature application (W55) – Energy efficiency η_s	%	156	155	150
Medium temperature application (W55) – Rated heating output P_rated	kW	9.37	12.1	13.37
Medium temperature application (W55) – Seasonal coefficient of performance (SCOP)	-	3.97	3.95	3.82
Energy efficiency class to Commission Regulation (EU) No 813/2013 (heating, average climatic conditions)
Low temperature application (W35) (D→A+++)	-	A+++	A+++	A+++
Medium temperature application (W55) (D→A+++)	-	A+++	A+++	A+++
Cooling performance data to EN 14511 (A35/W7)
Rated cooling capacity	kW	3.90	5.15	6.3
Fan speed	rpm	550	550	550
Power consumption	kW	1.18	1.29	1.85
Coefficient of performance in cooling mode (EER)	-	3.30	4.00	3.40
Output control	kW	3.9 to 7.2	4.2 to 8.0	4.5 to 8.7
Cooling performance data, average climatic conditions (A35/W7)
Rated cooling capacity P_rated	kW	6.90	8.11	8.93
Seasonal cooling energy efficiency ratio (SEER)	-	3.60	4.71	4.10
Cooling performance data to EN 14511 (A35/W18)
Rated cooling capacity	kW	9.50	11.20	13.30
Power consumption	kW	2.10	2.70	3.60
Coefficient of performance in cooling mode (EER)	-	4.50	4.10	3.70
Output control	kW	6.5 to 13.4	6.8 to 14.7	7.1 to 16.0
Cooling performance data, average climatic conditions (A35/W18)
Rated cooling capacity P_rated	kW	9.81	11.51	13.32
Seasonal cooling energy efficiency ratio (SEER)	-	7.20	6.70	6.30
Air inlet temperature
Cooling mode – Min.	°C	15	15	15
Cooling mode – Max.	°C	45	45	45
Heating mode – Min.	°C	-20	-20	-20
Heating mode – Max.	°C	40	40	40
Heating water (secondary circuit)
Capacity excl. expansion vessel	l	18	18	18
Heat pump circuit minimum flow rate (defrosting)	l/h	1000	1000	1000
Max. flow temperature	°C	70	70	70
Outdoor unit electrical values
Rated voltage	-	3/N/PE 400 V~ / 50 Hz
Max. operating current	A	12	12	12
Cos φ	-	0.96	0.96	0.96
Compressor starting current, inverter controlled	A	< 10	< 10	< 10
Compressor starting current with stalled armature	A	< 10	< 10	< 10
Fuse protection	-	B16A	B16A	B16A
IP rating	-	IPX4	IPX4	IPX4
Indoor unit electrical values
PCB – Rated voltage	-	1/N/PE 230 V~ / 50 Hz
PCB – Power supply fuse protection	-	1 x B16A	1 x B16A	1 x B16A
PCB – Internal fuse protection	-	6.3 A H (slow) / 250 V~
Instantaneous heating water heater
Rated voltage	-	3/N/PE 400 V~ / 50 Hz
Heating output – Max.	kW	8	8	8
Heating output – Stage 1	kW	2.4	2.4	2.4
Heating output – Stage 2	kW	2.4	2.4	2.4
Heating output – Stage 3	kW	3.2	3.2	3.2
Power supply fuse protection	-	3 x B16A	3 x B16A	3 x B16A
Max. power consumption
Outdoor unit – Fan	W	2 x 140	2 x 140	2 x 140
Outdoor unit – Total	kW	4.8	5.4	5.4
Indoor unit – Integral secondary pump/heating circuit pump, heating/cooling circuit 1 (PWM)	W	60	60	60
Indoor unit – Energy efficiency index EEI of the circulation pumps	-	≤ 0.2	≤ 0.2	≤ 0.2
Indoor unit – Control unit/PCB	W	5	5	5
Indoor unit – Max. connected load, function components 230 V~	W	1000	1000	1000
Mobile data transfer
WiFi
Transmission standard	-	IEEE 802.11 b/g/n	IEEE 802.11 b/g/n	IEEE 802.11 b/g/n
Frequency band	MHz	2400 to 2483.5	2400 to 2483.5	2400 to 2483.5
Max. transmission power	dBm	+15	+15	+15
Low power radio
Transmission standard	-	IEEE 802.15.4	IEEE 802.15.4	IEEE 802.15.4
Frequency band	MHz	2400 to 2483.5	2400 to 2483.5	2400 to 2483.5
Max. transmission power	dBm	+6	+6	+6
Refrigerant circuit
Refrigerant	-	R290	R290	R290
Safety group	-	A3	A3	A3
Charge weight	kg	2	2	2
Global warming potential (GWP)	-	0.02	0.02	0.02
CO₂ equivalent	t	0.00004	0.00004	0.00004
Compressor (hermetically sealed) – Type	-	Twin rotary	Twin rotary	Twin rotary
Oil in compressor – Type	-	HAF68	HAF68	HAF68
Oil volume in compressor	l	1.150 ± 0.020	1.150 ± 0.020	1.150 ± 0.020
Permissible operating pressure
High pressure side	bar	30.3	30.3	30.3
High pressure side	MPa	3.03	3.03	3.03
Low pressure side	bar	30.3	30.3	30.3
Low pressure side	MPa	3.03	3.03	3.03
Outdoor unit dimensions
Total length	mm	600	600	600
Total width	mm	1144	1144	1144
Total height	mm	1382	1382	1382
Indoor unit dimensions
Total length	mm	360	360	360
Total width	mm	450	450	450
Total height	mm	920	920	920
Total weight
Indoor unit – Empty	kg	47	47	47
Indoor unit – Filled (max.)	kg	74	74	74
Outdoor unit	kg	197	197	197
Permissible operating pressure on the secondary side
Permissible operating pressure on the secondary side	bar	3	3	3
Permissible operating pressure on the secondary side	MPa	0.3	0.3	0.3
Connections to indoor unit without installation aid
Heating water flow/return, heating/cooling circuit or external buffer cylinder	mm	Cu 28 x 1.0	Cu 28 x 1.0	Cu 28 x 1.0
Heating water flow/return, DHW cylinder	mm	Cu 22 x 1.0	Cu 22 x 1.0	Cu 22 x 1.0
Heating water flow/return, outdoor unit	mm	Cu 28 x 1.0	Cu 28 x 1.0	Cu 28 x 1.0
Length of connection line, indoor — outdoor unit (e.g. Quattro connection line)
Length of connection line	m	5 to 20	5 to 20	5 to 20
Sound power at rated heating output (reference DIN EN 12102-1:2023 and DIN EN ISO 3744:2011 in ErP point C to DIN EN 14825; operating conditions A7/W55)
Indoor unit – ErP	dB(A)	40	40	40
Outdoor unit – ErP	dB(A)	53	54	55
Outdoor unit – Max.	dB(A)	61	61	66
Outdoor unit – Low-noise mode, stage 2	dB(A)	54	54	59

Viessmann Energy Management

Viessmann Energy Management is integrated in all heat pumps and in photovoltaic inverters/power storage systems with Viessmann One Base.
Energy Management allows balanced operation of components in the home which generate, consume or store electricity.
Its focus is on self-consumption optimisation of self-generated power from photovoltaic systems.
The energy management system provides extensive information on electricity flows and CO2 reduction
Viessmann Energy Management turns a heat pump with Viessmann One Base into a control centre for the energy flows in the home.
The energy flows between photovoltaics, heat pump, energy store, wallbox and other compatible accessories are optimised.
On request, customers can add further optimisation stages in the ViCare app.

For further information on system requirements, functions and use see Viessmann Energy Management and Viessmann One Base

Buying into Viessmann.

Viessmann use their best endeavours to ensure that their products are manufactured without any manufacturing or material defects.
The standard terms and conditions guarantee that Viessmann will fix or replace any manufacturing or material defects free of charge within a period of 2 years from the date of delivery.

For a fee the warranty may be extended to 7 years - Details

Viessmann Warranty Overview

Return of Goods.

We very much hope you will be happy with your products, however we do understand items sometimes need to be returned.
Condition is all important, an item should have been treated in the same way as if it was on sale in a shop, unopened and unused with seals intact.
Large palleted items (boilers, heat pumps, cylinders etc.) must be returned as delivered, strapped and wrapped to the pallet, unopened.
Cylinders must be strapped as delivered in an upright position.

Policy.

Our returns policy can be found here.

Vitocal 150-A Standard (A10 400V V 105) 10kW

Vitocal 150-A Standard (A10 400V V 105) 10kW

Quick facts

ViCare app – mobile application for system users

ViGuide – mobile applications for trade partners

IDU-A indoor unit

ODU 150-A outdoor unit

Important

Specification.

Viessmann Energy Management

Buying into Viessmann.

Return of Goods.

Policy.

Customer Services

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