Viessmann VITOCAL 200-G Manuel utilisateur

VITOCAL 200-G Type BWP

Up to 60 ºC flow temperature

Heat pump with electric drive for DHW and central heating

in mono-mode or mono-energetic heating systems

With integral brine and heating circuit pump, three-way

"Central heating/DHW" diverter valve and fitted safety

equipment

VIESMANN

Datasheet

Part numbers and prices: see pricelist

VITOCAL 200-G

Brine/water heat pump

6.1to9.7kW

File in:

Vitotec folder, register 16

5822 347-2 GB 4/2007

Vitocal 200-G

Vitocal 200-G with ground probe

Heat from the ground:

The Vitocal 200-G extracts energy from the ground with the help

of ground collectors or ground probes.

The ground provides almost completely stable temperatures all

the year round, enabling the Vitocal 200-G to operate virtually

independently of the outside temperature. It can cover the entire

heat demand of a building, even on colder days.

Vitocal 200-G with ground collector

Benefits

&Provides all heating and DHW in mono-mode operation all year

round.

&High operational safety, reliability and quiet running through

hermetically sealed Compliant scroll compressor with dual anti-

vibration mountings.

&Refrigerant R 410 A.

&Weather-compensated, digital heating circuit control unit with

integral natural cooling function .

&Flow temperatures up to 60 °C make it also suitable for radiator

heating systems.

&Easy handling through separation of casing and heat pump

module.

&Optional temporary installation of an electrical booster heater,

for example for screed drying.

5822 347-2 GB

2VIESMANN VITOCAL 200-G

Product information

AHermetically sealed Compliant scroll compressor

BBrine circuit pump

CCondenser

DEvaporator

EWeather-compensated, digital heat pump control unit CD 70

FSafety equipment block with safety assembly

5822 347-2 GB

VITOCAL 200-G VIESMANN 3

Benefits (cont.)

Vitocal 200-G Type BWP 106 BWP 108 BWP 110

Heat pump performance data*1

Heating output kW 6.1 7.7 9.7

Refrigerating capacity kW 4.7 5.9 7.5

Power consumption kW 1.4 1.8 2.2

Coefficient of Performance ∊(COP)

during heating operation

4.3 4.3 4.3

Instantaneous heating water heater (acces-

sories) performance data

Heat output kW stepped 3/6/9

Instantaneous heating water heater output kW 15.1 16.7 18.7

Brine (primary)

Capacity litres 1.6 2.1 2.6

Min. throughput*2l/h 1200 1400 1800

Max. external pressure drop mbar 400 480 380

Max. inlet temperature °C 25 25 25

Min. inlet temperature °C –5–5–5

Heating water (secondary)

Content, heat pump litres 1.6 1.8 2.0

Content, total litres 7.0 7.2 7.4

Min. throughput*2l/h 800 800 800

Max. external pressure drop mbar 450 450 450

Max. flow temperature °C 60 60 60

Electrical values

Rated voltage (heat pump, complete) 3/N/PE 400 V/50 Hz

Rated voltage (control circuit) 230 V/50 Hz

Rated current (compressor) A 5.5 6.0 8.0

Starting current (compressor) A 25.0 14.0*320.0*3

Starting current (compressor

with stalled armature)

A 32.0 35.0 48.0

Power consumption

–Solar circuit pump for stage 1/2/3 W 62/92/132 195/175/120 195/175/120

–Heating circuit pump for stage 1/2/3 W 62/92/132

Fuse(slow) A 3×16 3×16

*43×16

Protection IP 20

Fuse (internal) 6.3 A H (slow)

Refrigerating circuit

Refrigerant R 410 A

Fill volume kg 1.050 1.200 1.350

Compressor Type Hermetically sealed scroll compressor

Dimensions

–Total length mm 720 720 720

–Total width mm 600 600 600

–Total height mm 1145 1145 1145

Weights

–Total weight kg 120 130 135

–Standard equipment weight kg 70 70 70

–Heat pump weight kg 50 60 65

Permissible operating pressure

Brine circuit (primary) bar 4.0 4.0 4.0

Heating water circuit (secondary) bar 3.0 3.0 3.0

Connections

Primary flow and return (brine) optionally Rp ¾" or multi-connect system DN 20

Heating flow and return Multi-connect system DN 20

DHW R Multi-connect system DN 20

5822 347-2 GB

4VIESMANN VITOCAL 200-G

At operating point B0/W35 to EN 255: B0 = Brine inlet temperature 0 °C/W 35 = Heating water outlet temperature 35 °C.

For further operating points, see the output diagrams.

Always safeguard the min. throughput.

With electronic starting current limiter (full wave soft starter; the Z characteristic is required for protection).

Z characteristic required.

Specification

Dimensions

ACable entries

BSafety assembly

CPrimary flow (brine) IN

DPrimary return (brine) OUT

HR Heating return

HV Heating flow

SRL DHW return

SVL DHW flow

5822 347-2 GB

VITOCAL 200-G VIESMANN 5

Specification (cont.)

Output diagrams*1

Type BWP 106

AHeating output

BRefrigerating capacity

CPower consumption

DTHV =35°C

ETHV =45°C

FTHV =55°C

Output data

Operating point B0/W35 B2/W45 B2/W55

Heating output kW 6.1 6.2 5.9

Refrigerating capacity kW 4.7 4.4 3.9

Power consumption kW 1.4 1.8 2.1

Coefficient of Performance ∊

(COP)

4.3 3.4 2.8

5822 347-2 GB

6VIESMANN VITOCAL 200-G

Data for the COP in tables and diagrams calculated with reference to DIN EN 255.

Specification (cont.)

Type BWP 108

AHeating output

BRefrigerating capacity

CPower consumption

DTHV =35°C

ETHV =45°C

FTHV =55°C

Output data

Operating point B0/W35 B2/W45 B2/W55

Heating output kW 7.7 7.8 7.5

Refrigerating capacity kW 5.9 5.6 4.7

Power consumption kW 1.8 2.3 2.8

Coefficient of Performance ∊

(COP)

4.3 3.4 2.7

5822 347-2 GB

VITOCAL 200-G VIESMANN 7

Specification (cont.)

Type BWP 110

AHeating output

BRefrigerating capacity

CPower consumption

DTHV =35°C

ETHV =45°C

FTHV =55°C

Output data

Operating point B0/W35 B2/W45 B2/W55

Heating output kW 9.7 9.9 9.6

Refrigerating capacity kW 7.5 7.0 5.9

Power consumption kW 2.2 2.9 3.7

Coefficient of Performance ∊

(COP)

4.3 3.4 2.6

5822 347-2 GB

8VIESMANN VITOCAL 200-G

Specification (cont.)

Curves

Residual head of the internal brine circuit pump

&Type BWP 106,

pump stage 3, brine temperature +5 °C

&Type BWP 108 and 110,

pump stage 3, brine temperature +5 °C

Residual head of the internal heating circuit pump

Delivered condition

Heat pump with the following components:

&Brine/water heat pump module (packed separately; with primary

connection pipes, approx. 0.9 m long)

&Standard device

–Three-way diverter valve "Central heating/DHW"

–Secondary pump

–Safety equipment block with safety assembly

–Plug-in connector system for easy retrofitting of an instanta-

neous heating water heater (accessories)

&Adjustable anti-vibration feet

&Weather-compensated heat pump control unit CD 70

&Circulation pumps for brine and heating circuit

Weather-compensated heat pump control unit CD 70

Digital heat pump control unit:

&For regulating one heating circuit without mixer and/or one heat-

ing circuit with mixer (accessories) and additionally, when using

the natural cooling function, one cooling circuit with mixer

(accessories)

&With cylinder thermostat

&Control of an instantaneous heating water heater (accessories)

&Integral natural cooling control function

&Including screed drying programs (utilisation permissible only in

conjunction with the instantaneous heating water heater)

&Menu-guided operation

5822 347-2 GB

VITOCAL 200-G VIESMANN 9

Specification (cont.)

&Fault display with plain text

&With diagnostic system and central fault message output

&With outside temperature and return temperature sensor

Design information

Installation room requirements

Wall clearances (plan view)

AApply on-site strain relief to electrical cables/leads in case of

distances > 80 mm

&The installation room must be dry and free from the risk of frost.

&Carry out the vapour diffusion-proof thermal insulation on the

brine side of the heat pump installation in accordance with stan-

dard practice to prevent condensation damage.

&Never install this equipment on wooden floors in attics to pre-

vent the transmission of structure-borne vibrations.

Pipework

Never use zinc-plated/galvanised pipes for the brine circuits.

Heat transfer medium

Order the required amount of Tyfocor for the entire system.

Never dilute the premixed heat transfer medium with water (min.

frost protection down to –15 °C).

Drying buildings

The primary heat source (ground probe/ground collector) of the

heat pump is not designed for the higher heat demand required

for drying buildings.

Should there be a higher heat demand for drying a building, cover

that demand with the instantaneous heating water heater

(accessories).

Various drying programs are programmed into the control unit.

DHW cylinder

When selecting the DHW cylinder, ensure that its indirect coil sur-

face area is large enough for the purpose. For connectable output,

see the DHW cylinder manufacturer's specification.

Note

We recommend the installation of the Vitocell 100-V, type CVW

DHW cylinder with 390 l capacity (for further details, see the sepa-

rate datasheet).

5822 347-2 GB

10 VIESMANN VITOCAL 200-G

Delivered condition (cont.)

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