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Heat pumps up to 2000 kW
Heating systems
Industrial energy systems
Refrigeration systems
Futureproof and efficient heating technology for all requirements
In industrialised Western nations, heat generation for residential and commercial buildings accounts for the largest proportion of energy consumption – and therefore offers the greatest savings potential. Advanced and energy efficient heating systems from Viessmann are in use around the world, not only in many private households, but also in numerous major projects where they make an important contribution to the sustainable protection of energy reserves.
Viessmann successfully overcomes the most diverse challenges facing advanced heating technology by offering innovative solutions – in historical listed buildings, highly productive industrial complexes and the large-scale residential and commercial arena.
Viessmann has been developing and manufacturing heat pumps for international markets for more than 35 years. Its product range includes customer-specific solutions and matching services.
2/3
Contents
Introduction
Heating with renewable energy from the environment – even in higher output ranges
The Vitocal range
Standardised control concept and optimised dimensions complement Viessmann system design
from page 6 from page 8
System solutions
Viessmann offers heat pumps for a wide variety of applications and different heat sources
from page 24
Service, references
Viessmann guarantees that the components and assemblies in its large heat pumps will work seamlessly together – from the individual design process right through to maintenance.
from page 34
4/5
Introduction
Heating with renewable energy from the environment – even in higher output ranges
Natural heat is an advanced and cost effective alternative to fossil fuels.
It is available free of charge and offers independence from oil and gas.
Heat pumps offer ideal conditions for reducing heating bills and environmentally responsible heat generation. After all, the energy a heat pump uses is free and available in unlimited supply from the environment.
With a heat pump, up to 80 percent of the total energy demand can be taken from nature in a highly effective and environmentally responsible manner. Only 20 to 30 percent electrical energy needs to be invested.
The principle is as simple as it is ingenious:
The solar energy stored in the ambient air, in the ground and in groundwater is used to efficiently heat domestic hot water and heating water.
Added value through cooling function and dual mode systems
Heat pumps are also available with high outputs and are designed to meet the energy demand of larger residential complexes and commercial operations. The operating mode can be "reversed", allowing the heat pump to be used for cooling interiors in summer too.
The idea that a heat pump only suits new build projects is outdated. On the contrary, if an existing conventional oil or gas heating system is modernised or extended with a heat pump (as a dual mode system), there will be significant savings on heating bills and lower emissions at the same time. Independence from fossil fuels actively contributes to reducing CO
2
emissions and protecting the climate.
Recovering environmental energy
Various natural sources are suited to heat recovery using a heat pump:
Water – such as groundwater, river or lake water, waste water
Ground – via geothermal probes, geothermal collectors, energy piles
Air
Waste heat
Not all these heat sources can be used everywhere. It is therefore necessary to consult the relevant authorities before making a decision, and discuss the technical options with Viessmann.
Viessmann heat pumps are designed for larger residential complexes and commercial operations.
6/7
Vitocal 300-G/-W Pro
Vitocal 300-G Pro type BW 302.B150
Vitocal 300-G Pro type BW 302.B120
Take advantage of these benefits
Brine/water heat pump, single and two-stage
Heating output: 89 to 240 kW; maximum 1200 kW (as cascade)
Water/water heat pump, single and two-stage
Heating output: 112 to 290 kW; maximum 1450 kW (as cascade)
Low operating costs through high coefficients of performance COP to EN 14511 up to 4.8 (brine 0 °C/water 35 °C) and up to 6 (water 10 °C/water 35 °C)
Maximum flow temperature: 60 °C (brine 5 °C) for all sizes
Low noise and vibration emissions through sound-optimised appliance design
Low running costs with the highest level of efficiency at any operating point through the innovative RCD (Refrigerant Cycle Diagnostic) system with electronic expansion valve
(EEV)
Easy-to-operate Vitotronic control unit with plain text and graphic display
Ready-to-use connection for fail-safe primary and secondary pumps
Electronic soft starter for lower starting current and less power drawn from the mains
Water/water version with stainless steel tubular evaporator for operation without intermediate circuit
Only 855 mm wide doorway required
Exceptionally quiet operation for this output range
Series with PLC-based Vitotronic for better integration in BMS systems
Vitocal 300-G/-W Pro:
Brine/water and water/water heat pumps
These appliances are standardised, enabling quick and straightforward system engineering, as well as transparent cost calculation parameters.
The Vitocal 300-G/-W Pro heat pumps up to 290 kW are in series production. The Pro series features all characteristics of the highly efficient Vitocal 300-G series. The seven output sizes enable most requirements from residential and commercial buildings to be reliably met. These appliances are standardised, enabling quick and comprehensive system engineering, as well as transparent cost calculation parameters. Higher output levels can be achieved by linking up to five
Vitocal 300 Pro heat pumps in a single cascade.
Space efficient design
The hermetically sealed design with new scroll technology requires little space. At only
855 mm wide, with clearance at the bottom to facilitate moving by pallet truck and removable casing panels, the appliance is very easy to handle.
Direct use of groundwater without an intermediate circuit
Only the Vitocal 300-W Pro series, with its stainless steel tubular evaporator, provides a reliable solution for the direct use of groundwater without an additional intermediate circuit, thus minimising installation costs.
Pre-assembled electrical equipment
The electrical equipment is already integrated inside the heat pump casing as standard.
Factory-fitted contactors for fail-safe primary and secondary pumps, as well as protection for the compressor, reduce installation effort and ensure rapid heat pump installation.
Proven and reliable technology
The control philosophy was adopted from the
Vitocal series for detached and two-family houses. Here, too, the Refrigerant Cycle
Diagnostic System (RCD) checks efficiency continuously and safeguards reliable function at any operating point through the interaction between the electronic expansion valve (EEV) and the extensive sensor technology.
The Vitotronic 200 regulates up to three heating circuits, and, thanks to its natural cooling function, ensures a pleasant ambience on hot summer days. With the optional
Vitocom 300 communication module, a comprehensive range of system optimisation settings can be made from anywhere via internet or mobile phone.
Series with PLC-based Vitotronic
All models are further available with a programmable logic controller (PLC). Data communication via Modbus/BACnet or LAN in particular provides options for even more targeted integration into BMS systems.
The PLC-based Vitotronic also allows management of dry coolers and control of up to three heating/cooling circuits.
Plant room in Manisa (Turkey) with five Vitocal 300-G Pro heat pumps used for air conditioning
Easy-to-operate Vitotronic control unit with plain text and graphic display
8/9
Specification
Vitocal 300-G Pro brine/water heat pump
Type
Vitocal 300-G Pro
Performance data
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
in heating mode
Dimensions
Length
Width
Height
Weight
Number of compressors
Energy efficiency class LT/HT*
kW kW kW mm mm mm kg pce
BW 301.C090
86.6
68.9
18.7
4.6
1343
911
1650
770
1
A ++ /A ++
BW 301.C120
111
88.7
23.5
4.7
1343
911
1650
870
1
A ++ /A ++
BW 302.C090
82.8
65.8
17.9
4.6
1343
911
1650
720
2
A ++ /A ++
BW 302.C110
106.6
84.6
23.2
4.6
1343
911
1650
910
2
A ++ /A ++
Vitocal 300-G Pro
Performance data
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
in heating mode
Dimensions
Length
Width
Height
Weight
Number of compressors
Energy efficiency class LT/HT*
*LT for B0/ W35 °C, HT for B0/ W55 °C
Type kW kW kW mm mm mm kg pce
BW 302.C140
134.6
106.6
29.3
4.6
1932
911
1650
1180
2
A ++ /A +
BW 302.C180
173.2
137.6
37.3
4.6
1932
911
1650
1280
2
A ++ /A +
BW 302.C230
222.0
177.4
47.0
4.7
1932
911
1650
1425
2
A ++ /A +
Specification
Vitocal 300-W Pro water/water heat pump
Type
Vitocal 300-W Pro
Performance data
(to EN 14511, W10/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
in heating mode
Dimensions
Length
Width
Height
Weight
Number of compressors
Energy efficiency class LT/HT*
kW kW kW mm mm mm kg pce
WW 301.B125
116
102
20.2
5.74
1932
911
1650
1015
1
A ++ /A ++
WW 301.B155
140.1
120
24.2
5.79
1932
911
1650
1055
1
A ++ /A ++
WW 302.B125
112.1
94.2
18.6
6.0
1932
911
1650
1035
2
A ++ /A ++
WW 302.B155
145.1
121.6
24.4
5.94
1932
911
1650
1060
2
A ++ /A ++
Vitocal 300-W Pro
Performance data
(to EN 14511, W10/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
in heating mode
Dimensions
Length
Width
Height
Weight
Number of compressors
Energy efficiency class LT/HT*
*LT for B0/ W35 °C, HT for B0/ W55 °C
Type kW kW kW mm mm mm kg pce
WW 302.B200
186
157
32.1
5.9
2521
911
1650
1330
2
A ++ /A ++
WW 302.B250
240
199
42.1
5.7
2521
911
1650
1380
2
A ++ /A ++
WW 302.B300
290
244
49.5
5.8
2521
911
1650
1425
2
A ++ /A ++
10/11
Vitocal 350-G Pro
Vitocal 350-G Pro type BW 352.A156
Vitocal 350-G Pro type BW 352 A156
Take advantage of these benefits
Brine/water heat pump, two-stage
Heating output: 27 to 197 kW
High flow temperatures: up to 73 °C
Low operating costs through high coefficients of performance COP to EN 14511 up to 4.4 (brine 0 °C/water 35 °C)
Viable under partial load conditions due to the use of two or three compressors with an equal rating
Low noise and vibration emissions through sound-optimised appliance design
Intuitive operation of the control unit via touchscreen with schematics
Possibility of factory pre-installation for products, especially for specific projects
Provided with standard part-winding start-up system for low starting currents or fitted with an optional electronic soft starter
Conventional cooling/heating function with heating water buffer cylinder
PLC-based Vitotronic with Modbus and BACnet communication interface
Vitocal 350-G Pro:
Brine/water heat pump up to 73 °C
The Vitocal 350-G Pro extends the heat pump output range from 27 to 197 kW.
The frame design of the brine/water heat pump makes the powerful and efficient
Vitocal 350-G Pro heat pump easier to handle and install. The sound insulated casing (supplied separately) offers a snug fit and reduces the transport weight by around
200 kg. The unit is ideal for modernising heating systems with high flow temperatures.
Hygienic DHW heating
With high flow temperatures of up to 73 °C, the Vitocal 350-G Pro series meets the requirements for hygienic DHW heating.
The special temperature maintaining facility guarantees hot inlet temperatures at all times, even during the loading cycle.
Reliable technology and straightforward operation
Lying at the heart of the refrigerant circuit are
German-manufactured semi-hermetic piston compressors. Depending on performance, two or three compressors are integrated into the refrigerant circuit by way of a compound connection. This guarantees high levels of efficiency, even in partial load operation.
Efficiency is enhanced by electronic injection valves which are self-closing at zero volt to ensure maximum safety if there is a power failure, for example. Additionally, the hermetically sealed design with fewer threaded connections, and the absence of safety valves in the refrigerant circuit, guarantee tightness and a long service life.
For optimal control of the system and refrigerant circuit, the Vitocal 350-G Pro features a PLC-based Vitotronic. The large graphic touchscreen display enables intuitive operation. Its full colour mode highlights the different way functions and operation are displayed.
Remote monitoring and communication
The control unit recognises numerous data communication options, from a simple analogue modem to a LAN-based system:
Modbus technology and BACnet can be used to enable the system to be accessed via the internet for remote maintenance and communication purposes.
Appliance design optimised for quiet operation
As is the case for all heat pumps, the compressors emit noise in the 50 to 60 Hz range. Due to the high quality construction of the appliance frame and sound insulation, it has been possible to compensate for any noise within the casing.
Vibrations on the base support are barely perceptible, as the 3D anti-vibration design is specifically designed to dissipate vibrations.
With a sound power level of 65 dB(A) for the
197 kW heat pump, its value stands up well by comparison with other products in this market segment.
Optional factory-fitted equipment
The electrical equipment is already fully integrated inside the heat pump. The contactors for circulation pumps are pre-fitted and easily accessible. If requested by the customer, assemblies for optional function extensions can be ordered from the factory.
For example, electronic soft starters, which could further improve on the low starting currents of the part-winding function.
Large colour touchscreen with clear display
12/13
Specification
Vitocal 350-G Pro brine/water heat pump
Vitocal 350-G Pro
Type
Type
Performance data
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance e (COP) in heating mode
kW kW kW
Performance data*
(to EN 14511, W10/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
in heating mode
Dimensions
Length
Width (excl. anti-vibration fittings (casing))
Height
Weight
Number of compressors
Energy efficiency class LT/HT**
kW kW kW mm mm mm kg pce
BW 352.A027/
BW 352.A027SA
27.2
20.8
6.4
4.2
37.1
29.7
7.4
5
1848
820 (750)
1450
555
2
A + /A +
BW 352.A034/
BW352.A034SA
BW 352.A056/
BW 352.A056SA
34.3
26.4
7.9
4.4
47.8
39
8.8
5.4
1848
820 (750)
1450
672
2
A + /A +
56.1
43.2
12.8
4.4
78.6
64.2
14.5
5.4
1848
820 (750)
1450
723
2
A ++ /A +
Types BW 352.A027SA to BW 353.A198SA come fitted as standard with electronic soft starters with integral rotary field monitoring
* In W/ W operation with intermediate circuit
** LT for B0/ W 35 °C, HT for B0/ W 55 °C
BW352.A076/
BW352.A076SA
BW 352.A097/
BW 352.A097SA
76
58.8
17.3
4.4
106
85.9
19.6
5.4
2153
911 (850)
1650
963
2
A ++ /A +
96.9
74.6
21.9
4.4
134.1
109.6
24.6
5.5
2153
911 (850)
1650
1065
2
A ++ /A +
Vitocal 350-G Pro
Type
Type
BW 352.A114/
BW 352.A114SA
BW 352.A132/
BW 352.A132SA
BW 352.A156/
BW 352.A156SA
BW 353.A172/
BW 353.A172SA
BW 353.A198/
BW 353.A198SA
Performance data
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
in heating mode
Performance data*
(to EN 14511, W10/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
in heating mode
Dimensions
Length
Width (excl. anti-vibration fittings (casing))
Height
Weight
Number of compressors
Energy efficiency class LT/HT**
kW kW kW kW kW kW mm mm mm kg pce
114.2
88.4
25.9
4.4
158
129
29
5.4
2153
911 (850)
1650
1113
2
A ++ /A +
131.9
101.5
30.4
4.3
181.9
148
34.1
5.3
2153
911 (850)
1650
1209
2
A ++ /A +
155
119.2
36.3
4.3
214.4
173.8
40.7
5.3
2153
911 (850)
1650
1260
2
A ++ /A +
Types BW 352.A027SA to BW 353.A198SA come fitted as standard with electronic soft starters with integral rotary field monitoring
* In W/ W- operation with intermediate circuit
** LT for B0/ W 35 °C, HT for B0/ W 55 °C
170.2
132
38.4
4.4
237
193.5
44.2
5.4
2816
911 (850)
1650
1604
3
A ++ /A +
197
153.3
45.7
4.4
274.2
222.8
52
5.3
2816
911 (850)
1650
1678
3
A ++ /A +
14/15
Vitocal 350-G Pro
Vitocal 350-G Pro type BW352.AS1190SAH
Vitocal 350-G Pro type BW352.AS1190SAH
Take advantage of these benefits
Brine/water heat pump
Heating output, single stage: 223 to 564 kW (B0/W35 °C)
Heating output, two-stage: 433 to 1128 kW (B0/W35 °C)
Cooling capacity, single stage: 417 to 661 kW (W7/W35 °C)
Cooling capacity, two-stage: 491 to 1322 kW (W7/W35 °C)
EER (= Energy Efficiency Ratio) W7/W35 °C at 5.02
Low operating costs through high coefficients of performance to EN 14511 up to 4.71
(brine 0 °C/water 35 °C)
Maximum flow temperature: 65 °C
Low pressure drop in operation with higher flow temperatures (e.g. at FT 65 °C only up to 10 % pressure drop compared with FT 35 °C)
Optional sound insulation set for noise reduction of 8 to 10 dB(A)
10 bar pressure stage (secondary) for industrial applications
Wizard with user prompts for easy commissioning
Factory testing of output and function
Vitocal 350-G Pro:
Brine/water heat pump up to 65 °C
Brine/water heat pump and liquid cooled chiller unit with compact rotary screw compressors.
The Vitocal 350-G Pro with compact rotary screw compressors is a heat pump manufactured in series with heating output ratings above 1 MW and cooling capacities of up to 1490 kW. All models are available with different compressors which offer various benefits depending on application.
Single and two-stage versions from 223 to 1128 kW
The single stage version covers heating output ratings up to 564 kW. A refrigerant circuit with optimised design is equipped with large area plate heat exchangers on both the evaporator and the condenser sides. Integral output control is possible in stages of 25, 50,
75 and 100 percent.
Two-stage version
The two-stage version (up to 1128 kW) features two refrigerant circuits that work separately, but that are supplied via a joint tube bundle evaporator.
The particularly efficient single-pass version optimises evaporation temperatures. One four-stage output control unit per refrigerant circuit enables eight partial loads of 12.5 up to
100 percent.
Through balancing control, virtually identical compressor runtimes are achieved, thereby reducing maintenance cycles.
Comprehensive equipment level and straightforward operation
The machine's control is supported by a
PLC-based Vitotronic. Intuitive operation of the 5.7 inch colour touchscreen allows parameter settings to be made quickly. A touch function can also be used to directly access a visualised display of the scheme and the internal refrigerant circuit. System data can be automatically saved up to 14 days retroactively.
As an extended means of control, a Modbus interface can be used to provide external cascade control or for other options. To prevent any liquid evaporator medium from reaching the compressor in the event of a power failure, all Vitocal 350-G Pro appliances are equipped with a separate power pack.
It reliably closes the injection valves and shuts down the machine in a controlled way.
Optional accessories
The standard heat pumps comprise a modular frame design with a mounted control panel.
Sound insulation sets are available as retrofit option.
The machines can also be ordered with an electronic soft starter.
Single stage version of the
Vitocal 350-G Pro with a heating output of 564 kW
16/17
Specification
Vitocal 350-G Pro brine/water heat pump with compact rotary screw compressor (single stage)
Compressor version: Hanbell
Type
Type
Performance data: Heating
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
(COP) in heating mode
kW kW kW
BW 351.AS240SDH
BW 351.AS240SAH
BW 351.AS260SDH
BW 351.AS260SAH
223
175
49
4.55
246
193
55
4.48
BW 351.AS300SDH
BW 351.AS300SAH
280
220
62
4.54
BW 351.AS330SDH
BW 351.AS330SAH
305
239
68
4.50
BW 351.AS350SDH
BW 351.AS350SAH
333
262
73
4.55
Performance data: Cooling
(to EN 14511, W12-7/ W30-35 °C)
Rated cooling capacity
Rated heating output
Power consumption
Energy efficiency ratio
E
in cooling mode
kW kW kW
259
311
54
4.82
285
344
60
4.72
325
390
68
4.80
353
426
74
4.74
387
465
80
4.81
Compressor version: Hanbell
Type
Type
Performance data: Heating
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
(COP) in heating mode
kW kW kW
BW 351.AS390SDH
BW 351.AS390SAH
368
288
82
4.49
BW 351.AS440SDH
BW 351.AS440SAH
BW 351.AS490SDH
BW 351.AS490SAH
422
334
91
4.66
464
367
100
4.64
BW 351.AS520SDH
BW 351.AS520SAH
494
390
107
4.62
BW 351.AS600SDH
BW 351.AS600SAH
564
448
120
4.71
Performance data: Cooling
(to EN 14511, W12-7/ W30-35 °C)
Rated cooling capacity
Rated heating output
Power consumption
Energy efficiency ratio
E
in cooling mode
kW kW kW
426
513
90
4.73
493
590
100
4.95
541
648
110
4.93
576
690
118
4.9
661
789
132
5.02
Compressor version: Bitzer
Type
Type
Performance data: Heating
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
(COP) in heating mode
kW kW kW
BW 351.AS240SDB
BW 351.AS240SAB
BW 351.AS260SDB
BW 351.AS260SAB
BW 351.AS300SDB
BW 351.AS300SAB
BW 351.AS330SDB
BW 351.AS330SAB
216
169
49
4.43
245
191
55
4.45
273
213
62
4.43
305
238
68
4.51
Performance data: Cooling
(to EN 14511, W12-7/ W30-35 °C)
Rated cooling capacity
Rated heating output
Power consumption
Energy efficiency ratio
E
in cooling mode
kW kW kW
245
296
52
4.73
278
335
58
4.8
307
371
66
4.63
351
423
74
4.74
Compressor version: Bitzer
Type
Type
Performance data: Heating
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
(COP) in heating mode
kW kW kW
BW 351.AS390SDB
BW 351.AS390SAB
BW 351.AS440SDB
BW 351.AS440SAB
362
283
82
4.43
411
322
91
4.54
BW 351.AS490SDB
BW 351.AS490SAB
469
370
100
4.69
BW 351.AS520SDB
BW 351.AS520SAB
527
416
115
4.6
Performance data: Cooling
(to EN 14511, W12-7/ W30-35 °C)
Rated cooling capacity
Rated heating output
Power consumption
Energy efficiency ratio
E
in cooling mode
kW kW kW
417
501
87
4.81
473
569
99
4.8
546
652
110
4.98
614
732
122
5.04
Specification
Vitocal 350-G Pro brine/water heat pump with compact rotary screw compressor (two-stage)
Compressor version: Hanbell
Type
Type
Performance data: Heating
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
(COP) in heating mode
kW kW kW
BW 352.AS470SDH
BW 352.AS470SAH
BW 352.AS520SDH
BW 352.AS520SAH
BW 352.AS600SDH
BW 352.AS600SAH
BW 352.AS650SDH
BW 352.AS650SAH
BW 352.AS710SDH
BW 352.AS710SAH
445
351
98
4.55
493
386
110
4.48
559
440
123
4.54
610
478
135
4.50
666
524
146
4.55
Performance data: Cooling
(to EN 14511, W12-7 / W30-35)
Rated cooling capacity
Rated heating output
Power consumption
Energy efficiency ratio
E
in cooling mode
kW kW kW
518
622
108
4.82
570
687
120
4.72
650
781
135
4.80
707
851
149
4.74
774
930
161
4.81
Compressor version: Hanbell
Type
Type
Performance data: Heating
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
(COP) in heating mode
kW kW kW
BW 352.AS760SDH
BW 352.AS760SAH
BW 352.AS900SDH
BW 352.AS900SAH
BW 352.AS980SDH
BW 352.AS980SAH
BW 352.AS1050SDH
BW 352.AS1050SAH
BW 352.AS1190SDH
BW 352.AS1190SAH
735
576
164
4.49
844
668
181
4.66
927
733
200
4.64
988
781
214
4.62
1128
896
240
4.71
Performance data: Cooling
(to EN 14511, W12-7 / W30-35)
Rated cooling capacity
Rated heating output
Power consumption
Energy efficiency ratio
E
in cooling mode
kW kW kW
851
1026
180
4.73
986
1180
199
4.95
1083
1296
220
4.93
1153
1381
235
4.9
1322
1577
263
5.02
Compressor version: Bitzer
Type BW 352.AS470SDB
BW 352.AS470SAB
BW 352.AS520SDB
BW 352.AS520SAB
BW 352.AS600SDB
BW 352.AS600SAB
BW 352.AS650SDB
BW 352.AS650SAB
Performance data: Heating
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
(COP) in heating mode
kW kW kW
433
338
98
4.42
490
383
110
4.45
546
426
124
4.41
614
475
139
4.38
Performance data: Cooling
(to EN 14511, W12-7/ W30-35 °C)
Rated cooling capacity
Rated heating output
Power consumption
Energy efficiency ratio
E
in cooling mode
kW kW kW
491
592
104
4.73
557
669
116
4.8
613
741
132
4.63
702
846
148
4.74
Compressor version: Bitzer
Type
Type
Performance data: Heating
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance
E
(COP) in heating mode
kW kW kW
BW 352.AS760SDB
BW 352.AS760SAB
BW 352.AS900SDB
BW 352.AS900SAB
BW 352.AS980SDB
BW 352.AS980SAB
BW 352.AS1050SDB
BW 352.AS1050SAB
725
566
163
4.44
823
644
184
4.47
938
739
205
4.57
1055
832
229
4.60
Performance data: Cooling
(to EN 14511, W12-7/ W30-35 °C)
Rated cooling capacity
Rated heating output
Power consumption
Energy efficiency ratio
E
in cooling mode
kW kW kW
834
1003
174
4.81
947
1138
187
4.80
1092
1305
219
4.98
1228
1464
244
5.04
18/19
Vitocal 350-HT
Vitocal 350-HT type BW352.AHT96
Vitocal 350-HT type BW352.AHT96
Take advantage of these benefits
Heating output: 20 to 140 kW
10 bar pressure stage for industrial applications
Integral diagnostic unit monitors the tightness of the refrigerant circuit and reduces maintenance time
Automatic tightness monitoring for lower operating costs
Optimum utilisation of waste heat through high permissible primary source temperature of 5 to 45 °C
Wide application range through temperatures up to 90 °C (no booster heater required)
High sustainability due to futureproof refrigerant
Wizard with user prompts for easy commissioning
Factory testing of output and function
Vitocal 350-HT:
Brine/water heat pump up to 90 °C
Extension of the comprehensive product range to include heat pumps with output ratings between 20 and 140 kW and primary temperatures of up to 50 °C.
The use of renewable heat in commercial applications is also determined by the need for high flow temperatures. Which is why
Viessmann has the Vitocal 350-HT heat pump in its comprehensive product range.
Flow temperature up to 90 °C
The Vitocal 350-HT series delivers a flow temperature of up to 90 °C. It uses heat sources with temperatures of up to 50 °C.
This makes it ideal for extracting waste heat and generating high temperatures for industrial and commercial processes or even in older local heating networks to compensate for line losses.
New refrigerant meets more stringent requirements
With the new refrigerant HFO1234ze, this series already meets refrigerant requirements applicable beyond 2020. The GWP (global warming potential) is as low as that of natural refrigerants.
Straightforward integration in BMS systems
The control unit is designed for numerous data communication options and integration into BMS systems, from a simple analogue modem to LAN-based systems: Modbus technology and BACnet can be used to enable the system to be accessed via the internet for remote maintenance and communication purposes.
On the unit itself, the 5.7 inch colour touchscreen offers intuitive operation for changing parameters and function control.
HFO molecule – its specification corresponds to that of a natural refrigerant
20/21
Specification
Vitocal 350-HT Pro brine/water heat pump
High temperature heat pump for the utilisation of waste heat
Vitocal 350-HT Pro
Number of compressors
Compressor type
Refrigerant
Performance data: Heating
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance in heating mode
Type kW kW kW
BW352.AHT21
Tandem
44DES-14
R1234ze
20.5
15.7
5.0
4.1
BW352.AHT26
Tandem
44VES-20
R1234ze
25.5
19.7
6.0
4.3
Vitocal 350-HT Pro
Number of compressors
Compressor type
Refrigerant
Performance data: Heating
(to EN 14511, B0/ W45 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance in heating mode
Type kW kW kW
BW352.AHT21
Tandem
44DES-14
R1234ze
19.0
13.8
5.5
3.5
BW352.AHT26
Tandem
44VES-20
R1234ze
24.0
17.6
6.7
3.6
Vitocal 350-HT Pro
Number of compressors
Compressor type
Refrigerant
Performance data: Heating
(to EN 14511, B45/ W80 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance in heating mode
Type kW kW kW
BW352.AHT21
Tandem
44DES-14
R1234ze
54.2
40.9
14.0
3.9
BW352.AHT26
Tandem
44VES-20
R1234ze
68.6
52.2
17.3
4.0
Vitocal 350-HT Pro
Number of compressors
Compressor type
Refrigerant
Performance data: Heating
(to EN 14511, B50/ W90 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance in heating mode
Type kW kW kW
BW352.AHT21
Tandem
44DES-14
R1234ze
62.0
46.0
16.5
3.8
BW352.AHT26
Tandem
44VES-20
R1234ze
78.0
58.0
20.2
3.9
Dimensions
Length
Width
Height
Weight
Connection, extract air
Round pipe DN
All data provisional mm mm mm kg
1848
811
1450
570
100
1848
811
1450
690
100
BW352.AHT43
Tandem
44NES-40
R1234ze
BW352.AHT58
2
4HE-25
R1234ze
BW352.AHT71
2
6JE-33
R1234ze
42.5
32.5
10.3
4.1
BW352.AHT43
Tandem
44NES-40
R1234ze
56.0
42.5
13.8
4.1
BW352.AHT58
2
4HE-25
R1234ze
71.5
54.6
17.1
4.2
BW352.AHT71
2
6JE-33
R1234ze
40.0
29.3
11.0
3.6
BW352.AHT43
Tandem
44NES-40
R1234ze
53.0
38.7
14.6
3.6
BW352.AHT58
2
4HE-25
R1234ze
66.0
48.3
18.0
3.7
BW352.AHT71
2
6JE-33
R1234ze
113.3
86.0
28.7
3.9
BW352.AHT43
Tandem
44NES-40
R1234ze
148.1
112.2
37.8
3.9
BW352.AHT58
2
4HE-25
R1234ze
186.1
142.2
46.2
4.0
BW352.AHT71
2
6JE-33
R1234ze
128.0
92.0
33.8
3.8
1848
811
1450
740
100
165.0
119.0
43.4
3.8
2153
911
1650
980
100
217.0
160.7
56.8
3.8
2153
911
1650
1080
100
Specification
Vitocal 350-HT Pro brine/water heat pump
High temperature heat pump for the utilisation of waste heat
Vitocal 350-HT Pro
Number of compressors
Compressor type
Refrigerant
Performance data: Heating
(to EN 14511, B0/ W35 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance in heating mode
Type kW kW kW
BW352.AHT84
2
6HE-35
R1234ze
86.0
65.4
20.9
4.1
BW352.AHT96
2
6GE-40
R1234ze
98.0
74.0
24.5
4.0
BW352.AHT119
2
6FE-50
R1234ze
BW352.AHT126
3
6HE-35
R1234ze
BW352.AHT147
3
6GE-40
R1234ze
119.5
90.5
29.5
4.1
126.5
95.0
31.5
4.0
147.0
105.0
36.9
4.0
Vitocal 350-HT Pro
Number of compressors
Compressor type
Refrigerant
Performance data: Heating
(to EN 14511, B0/ W45 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance in heating mode
Type kW kW kW
BW352.AHT84
2
6HE-35
R1234ze
78.0
56.7
21.6
3.6
BW352.AHT96
2
6GE-40
R1234ze
BW352.AHT119
2
6FE-50
R1234ze
BW352.AHT126
3
6HE-35
R1234ze
BW352.AHT147
3
6GE-40
R1234ze
90.0
64.7
25.6
3.5
109.0
77.9
31.4
3.5
117.0
84.9
32.4
3.6
135.0
96.9
38.4
3.5
Vitocal 350-HT Pro
Number of compressors
Compressor type
Refrigerant
Performance data: Heating
(to EN 14511, B45/ W80 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance in heating mode
Type kW kW kW
BW352.AHT84
2
6HE-35
R1234ze
217.6
164.8
55.6
3.9
BW352.AHT96
2
6GE-40
R1234ze
BW352.AHT119
2
6FE-50
R1234ze
BW352.AHT126
3
6HE-35
R1234ze
BW352.AHT147
3
6GE-40
R1234ze
247.4
186.2
64.4
3.8
302.4
226.4
80.0
3.8
326.4
247.2
83.4
3.9
371.1
279.3
96.6
3.8
Vitocal 350-HT Pro
Number of compressors
Compressor type
Refrigerant
Performance data: Heating
(to EN 14511, B50/ W90 °C, 5 K spread)
Rated heating output
Cooling capacity
Power consumption
Coefficient of performance in heating mode
Type kW kW kW
BW352.AHT84
2
6HE-35
R1234ze
254.0
180.0
67.4
3.8
BW352.AHT96
2
6GE-40
R1234ze
BW352.AHT119
2
6FE-50
R1234ze
BW352.AHT126
3
6HE-35
R1234ze
BW352.AHT147
3
6GE-40
R1234ze
290.0
206.0
78.0
3.7
328.0
240.0
88.4
3.7
373.0
272.0
102.0
3.7
428.0
311.0
118.0
3.6
Dimensions
Length
Width
Height
Weight
Connection, extract air
Round pipe DN
All data provisional mm mm mm kg
2153
911
1650
1130
100
2153
911
1650
1230
100
2153
911
1650
1280
100
2816
911
1650
1625
100
2816
911
1650
1695
100
22/23
System solutions
Investment and energy costs
10-family house, well insulated
Heat pumps for any application and all kinds of energy from nature or processes
With many years of experience and a high level of manufacturing expertise, Viessmann is your heat pump manufacturer of choice for standardised and bespoke solutions.
Drawing on more than 35 years of experience,
Viessmann works together with its customers to develop energy solutions that will stand up to any challenge. Whenever standard production appliances from the Vitocal range are no longer adequate, bespoke solutions are the answer. Reliable deadlines and predictable costs with – no unexpected surprises. All heat pumps – standard products and special solutions – demonstrate the required outputs on the test bed and in practice. All materials and processes used are certified, and have been awarded the ISO 9001 quality seal.
Mono or dual mode solutions
Depending on the available space and the tasks required, the heat pump system is engineered and manufactured individually for each application: water/water, brine/water and air/water.
The output spectrum of these systems ranges from 15 to 2000 kW and can be extended if required, for example with a cascade linking several heat pumps.
It is also possible to implement a dual mode heating system. Here, the heat pump provides the base supply to provide domestic hot water and heating water. Any additional heat required, for example when temperatures are extremely low, is then supplied by an oil or gas condensing boiler, which kicks in automatically.
Intelligent control concepts
Advanced building services require integrated control concepts in an open system architecture.
Viessmann control systems offer the customer maximum functionality and reliability.
As part of the building management system, a control unit for large heat pump also regulates, for example, the ventilation and heating/cooling circuits, as well as DHW heating. It hooks up the energy meter and captures the energy flow via Modbus – visualised clearly for the user on the display.
Remote monitoring is also possible. This enables operational characteristics and data to be analysed and evaluated. In the event of a fault, suitable steps to eliminate the cause can be initiated immediately.
Clear control technology enables integration into an open system architecture.
24/25
Brine/water heat pumps
Brine/water heat pump with a heating output of 290 kW
Energy recovery with geothermal probes:
A stable and durable heat source
Brine/water heat pumps utilise the heat stored in the ground.
It is both free and readily available.
Geothermal probes are durable and maintenance free and tap into the heat source. In conjunction with heat pumps, they deliver heating energy, and are also the ideal heat exchanger for natural cooling. Viessmann brine/water heat pumps utilise the ground, both to draw free energy for heating and to dump energy when cooling. This dumped energy is available again later for heating purposes.
Perfect size for all kinds of heat transfer
Heat pumps are designed and sized according to customer specifications. Flow temperatures of 35 to 40 °C are economical and cost effective for surface heating systems. If required, they can be equipped with efficient output modulation or multi stage refrigerant circuits.
Ventilation systems work with flow temperatures of up to 55 °C. If, for technical reasons, temperatures of up to 70 °C are required, heat pumps from the Vitocal 350-G Pro series offer the perfect solution.
Convenient DHW heating
Frequently, DHW temperatures above 60 °C are required. However, particularly for large heat pumps, the performance proportion for
DHW heating is low. In such cases, multi stage heat pumps or hot gas decoupling are a convenient solution. The use of special safety heat exchangers guarantees global potable water requirements are maintained.
1
2
3
4
5
6
8
7
Geothermal probe
The geothermal probe is composed of two U-shaped tubes.
In the centre of this tube bundle there is an injection tube through which a bentonite/cement mixture is pressed after the probe has been installed in situ. The drilled hole is filled from bottom to top. This guarantees the entire probe is connected with the surrounding earth, seals off any watercarrying layers from one another and protects the probe.
1
Injection tube
2
Dual U-shaped tube probe with two separate circuits
3
Supply tubes
4
Protective tubing
(if required)
5
Return from the heat pump (cold)
6
Flow to the heat pump
(warm)
7
Bentonite/cement mixture
8
Protective cap
26/27
Geothermal probe manifold
Water/water heat pumps
Water/water heat pump with a heating output of 500 kW
Groundwater and surface water:
Heat sources for high efficiency
High quality stainless steel tubular heat exchangers guarantee high output and reliable operation of the water/water heat pumps.
For heat pumps, groundwater in a temperature range of 8 to 12 °C is a very rich heat source, as the temperature level is high all year round.
Stainless steel heat exchangers offer many benefits
Viessmann water/water heat pumps for groundwater or surface water are equipped with high quality stainless steel tubular heat exchangers. A large volume and generously sized surfaces in the evaporator are important benefits. They are not susceptible to icing up in the border area. Light floating matter is simply flushed through with the medium.
Corrosive chemical liquids have little destructive effect on the high grade stainless steel.
Energy from water at 4 °C
Heat pumps from the standard range can no longer draw energy from water at 4 °C.
Viessmann designed their large heat pumps especially for this purpose. The tube bundle evaporator made from 1.4401 stainless steel features a de-icing circuit. Water below the layer of ice on a lake or river can still be used.
Modules simplify handling
When existing heating centres are being modernised or converted, transporting the new unit on site often proves difficult.
Viessmann delivers the heat pump as several modules for assembly on site.
Refrigerant circuit of a water/water heat pump with stainless steel tubular heat exchanger
Subject to installation conditions, Viessmann heat pumps are delivered as modules.
28/29
Waste heat technology
This heat pump uses waste heat and, at the same time, cools the data processing centre and appliance test beds at the Viessmann head office in Allendorf
Using waste water and waste heat from production processes as heat sources
Through heat extraction, energy that has already been paid for can be returned to the heating circuit.
Waste water and waste heat contains a considerable amount of latent energy, which is rarely utilised. The fuel to generate this heat has already been paid. The use of a large
Viessmann heat pump enables this heat to be utilised efficiently.
DHW heating in hotels
Waste water from hotels and leisure complexes is usually at a residual temperature of 25 to
35 °C. However, a large amount of fresh hot water is also required for showers and spas.
Before the warm waste water reaches the sewer system, a heat pump extracts the residual heat latent in the water. This provides fresh DHW at a flow temperature of 60 °C or above.
Utilising waste heat for heating
Heating doesn't always come first. In many sectors of industry, process water has to be cooled, often through the use of cooling towers. However, a heat pump is generally a more efficient and more economical solution, especially when the heat extracted from this process can be re-used elsewhere.
For both application ranges, Viessmann develops and builds special heat pumps, which have been used successfully in many energy systems for a number of years.
In the 5 star Ritz Carlton Hotel in St Moritz, heat is recovered from waste water.
This waste water shaft is used as a primary source for DHW heating.
30/31
A waste water heat pump with 150 kW output for DHW heating
Air/water heat pumps
Air/water heat pump
Glycol dry coolers for an air/water heat pump
Air as heat source:
Ideal in dual mode systems or for cooling
In conjunction with conventional heat generators, air/water heat pumps are an economical solution if cooling is also required.
When an air/water heat pump is used, the outdoor air fulfils two tasks: For heating, the heat pump utilises the outdoor air at a temperature of down to 5 °C, managing to cover up to 50 percent of the annual heat load in a particularly efficient way. Where cooling is required, the surplus heat inside the building is routed to the outdoor air.
Split design comprising a heat pump and a cooler
Air/water heat pumps in the high output range comprise two units: the indoor heat pump and the dry cooler, which is installed outdoors.
Both units of this split design are connected by hydraulic lines carrying brine.
A system of this magnitude is operated as part of a dual mode energy system. From a specific outside temperature onwards, a second heat generator backs up or carries out the efficient heat generation. The system is controlled by a common control unit.
Heating and cooling with high efficiency
Air/water heat pumps from Viessmann are designed for heating and cooling. In both cases, the highest level of efficiency is guaranteed thanks to variable speed DC fans.
The special design of the air heat exchangers, with gaps twice as wide as in conventional chillers, optimises heat transfer. It also lowers the pressure drop of the air stream, ensures a fast defrost process and reduces noise.
Glycol dry coolers for air/water heat pumps, mounted on a wall
32/33
Service
References
Engineering, service and monitoring
A 24 hour service is available for Viessmann bespoke heat pumps.
The individual design of large Viessmann heat pumps and full in-house manufacturing guarantee optimum interaction of all components.
Following installation of a large heat pump,
Viessmann engineers or authorised service contractors commission the system, check its performance and reliability, document all the work carried out, and instruct the future operators.
As the only heat pump manufacturer with full in-house manufacturing, Viessmann guarantees optimum interaction of components and assemblies.
Service round the clock
Large heat pumps designed for specific projects can be monitored on a contractual basis from the Viessmann control centre.
Data communication and remote maintenance is used to detect irregularities early during operation and enables appropriate steps to rectify them to be initiated.
These services are particularly appropriate for large residential complexes, commercial and industrial buildings, restaurants, hotels, and communal facilities such as schools and swimming pools, etc. This, of course, also includes dual mode systems, such as a combination of heat pump and oil/gas boiler to cover peak loads.
The results for the user are a high level of serviceability, top quality and maximum flexibility. Additional building services can be integrated, providing the perfect finishing touches to the range of services on offer.
Tailor-made solutions for all output sizes
Special heat pumps from Viessmann are built according to customer specifications and factory tested for fault-free function.
Lotte World II, Seoul, South Korea
Heating output installed: 22,200 kW
Cooling capacity installed: 20,400 kW
Installed heat pumps: 12
Special features:
720 geothermal probes at 200 m (for 6 heat pumps), river water (for 6 heat pumps), simultaneous heating and cooling
34/35
Inselspital Bern, Switzerland
Cooling capacity installed: 1552 kW
Heating output installed: 1769 kW
Compressors: 4
Special features:
Primary source for cooling operating theatres, and cold rooms, simultaneous heating and cooling
References
Inntal commercial nursery, Germany
Heating output installed: 1560 kW
Cooling capacity installed: 1280 kW
Electrical output: 279 kW
Special features:
3 well systems as primary source each with 90 m
3
/h, energy to heat the greenhouse floor, dual mode system with Viessmann boiler
Residential complex in Brissago,
Lake Maggiore, Switzerland
Cooling capacity installed: 86.4 kW
Electrical output: 33.8 kW
Heating output: 120.2 kW
Special feature:
Lake water as a heat source
Lidl distribution centre,
Weinfelden, Switzerland
Cooling capacity installed: 434 kW
Electrical output: 201 kW
Heating output: 625 kW
Special feature:
Refrigeration unit as a heat source
Residential complex, Cologne, Germany
Cooling capacity installed: 56 kW
Electrical output: 18 kW
Heating output: 74 kW
Special feature:
Dual mode system with Vitocrossal 300 gas condensing boiler, 105 kW
36/37
References
Keckeisen Akkumulatoren,
Memmingen, Germany
Cooling capacity installed: 119 kW
Heating output installed: 150 kW
Special features:
Concrete core activation and radiating ceiling panels, energy contracting
Steca Elektronik,
Memmingen, Germany
Cooling capacity installed: 384 kW
Heating output installed: 484 kW
Heat pumps: 2
Special features:
Use of waste heat, energy contracting
Kiesel GmbH, logistics centre,
Stockstadt am Rhein, Germany
Cooling capacity installed: 284 kW
Heating output installed: 382 kW
Heat pumps: 2
Special features:
Dual mode system with Vitoplex 300 gas condensing boiler, 1600 kW
Ecolab, Monheim,
Germany
Cooling capacity installed: 1056 kW
Heating output installed: 720 kW
Heat pumps: 2
Special features:
1800 m
3
ice store for cooling and heating, dual mode system with gas condensing boiler
38/39
The company
Viessmann – climate of innovation
Viessmann is one of the world's leading manufacturers of intelligent, convenient and efficient systems for heating, cooling and decentralised power generation.
As a third generation family run business,
Viessmann has been supplying highly efficient and clean heating systems for many decades.
A strong brand creates trust
Together with our brand label, our key brand message is an identifying feature throughout the world. "Climate of innovation" is a promise on three levels: It is a commitment to a culture of innovation. It is also a promise of enhanced product benefits and, at the same time, an obligation to protect the environment.
Acting in a sustainable manner
For Viessmann, taking responsibility signifies a commitment to acting sustainably.
This means harmonising ecology, economic concerns and social responsibility so that the needs of today are met without compromising the quality of life of future generations.
We consider climate protection, environmental responsibility and resource efficiency to be key priorities throughout our company, which has more than 11,600 employees worldwide.
Example of Best Practice
With its strategic sustainability project,
Viessmann demonstrates at its own head office in Allendorf (Eder) that the energy and climate policy goals set for 2050 can in fact be achieved today with commercially available technology. The results speak for themselves:
Expansion of renewables to 60 percent
CO
2
emissions reduced by 80 percent
The long term goal is for the company to meet all its own heating energy requirements by sustainable means.
2009/2011/2013:
German Sustainability Award for Production/Brand/Resource
Efficiency
Energy Efficiency Award 2010
40/41
Viessmann Group
Company details
Established in: 1917
Employees: 11,600
Group turnover: 2.2 billion euros
Export share: 56 percent
22 production companies in 11 countries
74 countries with sales companies and branches
120 sales offices worldwide
The comprehensive product range from the Viessmann Group for all energy sources and output ranges
Boilers for oil or gas
Combined heat and power generation
Hybrid appliances
Heat pumps
Wood combustion technology
Biogas production plants
Biogas upgrading plants
Solar thermal
Photovoltaics
Accessories
Refrigeration systems
9443 294 - 4 GB 03/2016
Copyright Viessmann
Duplication and alternative use only with prior written consent.
Subject to technical modifications.
Your trade partner:
Viessmann Werke GmbH & Co. KG
35107 Allendorf (Eder)
Telephone +49 6452 70-0
Fax +49 6452 70-2780
www.viessmann.com
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