13
USER MANUAL
Use the button in the bottom left corner to return to the home screen. Use the arrow button in the bottom right corner to return to previous screen.
For instructions screen, press the ‘i’ button in the top right corner. In case of operation faults, an alarm button is displayed on the top bar.
Factory settings for heat distribution circuits are as follows:
Set value and
setting range
Meaning
Factory
setting
Supply water1
max 0…90 °C
Maximum value of heat distribution
circuit 1 heating supply water.
60 °C
Supply water1
min 0…90 °C
Minimum value of heat distribution
circuit 1 heating supply water.
5 °C
Supply water2
max 0…90 °C
Maximum value of heat distribution
circuit 2 heating supply water.
60 °C
Supply water2
min 0…90 °C
Minimum value of heat distribution
circuit 2 heating supply water.
5 °C
Supply water3
max 0…90 °C
Maximum value of heat distribution
circuit 3 heating supply water.
60 °C
Supply water3
min 0…90 °C
Minimum value of heat distribution
circuit 3 heating supply water.
5 °C
3.5.3.4. Safety device settings (in monovalent devices)
This screen allows programming activation of the safety device-heating
element if the storage tank target temperature is not achieved by the com
-
pressor during the dedicated period (from 0 to 24 hours, factory setting:
12 hours). The setting is applicable in full-power systems only.
3.5.3.5. Bivalent settings (in bivalent devices)
In bivalent system the immersion heater and compressor can be on at the
same time. In bivalent settings -page can be set the heating time before
additional heating goes on.
3.5.3.6. Summer functions
This screen allows stopping of the heat distribution circuit water circula
-
tion pumps during the summer to save energy.
3.5.3.7. Brine circuit circulation pump control
This screen allows adjustment of the ground circuit fluid flow rate. If the
setting is 100%, the flow speed is maximal. If the setting is 0%, the flow
speed is minimal. Factory setting is 90%.
3.5.3.8. Passive cooling
There is a possibility to install cooling system to the heat pump brine col
-
lector circuit. Brine collector liquid is circulated through cooling system
installed in to the premises. Passive cooling is energy efficient method of
cooling as the only cost is electrical consumption of the circulation pump
and cooling convector fan.
Room temperature control
In this screen operational area of the cooling system is adjusted. In addi
-
tion of this in the screen there are values for room temperature, liquid
temperature, humidity and dew point indicated. Also status of the system
Summary of Contents for VMI 6-17
Page 1: ...L MP SS Vmi 6 17 L MP SS 3 2016 INSTRUCTIONS FOR USE INSTALLATION AND MAINTENANCE...
Page 31: ...XL 2015 811 2013 A A A B C D E F G A A A B C D E F G Vmi 6 38 dB 00 dB 8 kW 8 kW 8 kW...
Page 32: ...A A A A A A A A B C D E F G A A A A B C D E F G XL 2015 811 2013 XL X Vmi 6...
Page 35: ...XL 2015 811 2013 A A A B C D E F G A A A B C D E F G Vmi 9 41 dB 00 dB 10 kW 10 kW 10 kW...
Page 36: ...A A A A A A A A B C D E F G A A A A B C D E F G XL 2015 811 2013 XL X Vmi 9...
Page 39: ...XL 2015 811 2013 A A A B C D E F G A A A B C D E F G Vmi 11 36 dB 00 dB 11 kW 11 kW 11 kW...
Page 40: ...A A A A A A A A B C D E F G A A A A B C D E F G XL 2015 811 2013 XL X Vmi 11...
Page 44: ...A A A A A A A A B C D E F G A A A A B C D E F G XL 2015 811 2013 XL X Vmi 11 1x230V...
Page 47: ...XL 2015 811 2013 A A A B C D E F G A A A B C D E F G Vmi 14 38 dB 00 dB 14 kW 14 kW 14 kW...
Page 48: ...A A A A A A A A B C D E F G A A A A B C D E F G XL 2015 811 2013 XL X Vmi 14...
Page 52: ...A A A A A A A A B C D E F G A A A A B C D E F G XL 2015 811 2013 XL X Vmi 14 1x230V...
Page 55: ...XL 2015 811 2013 A A A B C D E F G A A A B C D E F G Vmi 17 42 dB 00 dB 17 kW 17 kW 17 kW...
Page 56: ...A A A A A A A A B C D E F G A A A A B C D E F G XL 2015 811 2013 XL X Vmi 17...
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