REMKO CMF-80 v.2 - Manual (Page 28)

REMKO CMF / CMT
System example 4: Heat pump CMF 80, CMF 140 in bivalent mode with solid fuel boiler
Designation Range of values System example 4
Language D/GB/F/NL/E/I D - German
Time 0 - 24 hours Set time
Date Year, month, day Set date
BUS code BM Off, 01-15 Off
Terminal address Off, 01 - 30 01
Regulator address 01 - 16 01
Bus code 1 00 - 15 01
Bus code 2 00 - 15 02
System selection ----, 01 - 13 12
Regulator type 00 – 06 06
WE1 Type 00 – 07 07
WE1 BUS 00 – 05 20
Gradient On / Off Off
WE2 Type 00 – 22 01
WE2 storage 00 - 03 00
WE3 Type 00 – 09 01
WE4 Type 00 – 09 00
Buffer type 00, 01, 02 00
Cooling mode Off/ On Off
HK1 function
Standard,T-feed
const, swimming
pool, WW,
return
Standard
HK2 function See HK1 Standard
Designation Range of values System example 4
Output/level 00 – 9950 kW
WE 1 level 1 = 50
WE 2 level 1 = 1
WE 3 level 1 = 1
Continue with key next to "end"
MF1 function
00 - 34 00
T-MF1 setpoint 10° – 90° ---
MF1 Hyst 2K – 10K ---
MF1 Hyst off 2K – 10K ---
MF2 function 00 - 34 05
T-MF2 setpoint 10° – 90° ---
MF2 Hyst 2K – 10K ---
MF2 Hyst off 2K – 10K ---
MF3 function 00 - 34 10
T-MF3 setpoint 10° – 90° ---
MF3 Hyst 2K – 10K ---
MF3 Hyst off 2K – 10K ---
MF4 function 00 - 34 22
T-MF4 setpoint 10° – 90° ---
MF4 Hyst 2K – 10K ---
MF4 Hyst off 2K – 10K ---
F15 function 00 - 08 07
E1 function 00 - 03 02
E2 function 00 - 03 00
5K sensors 5K, 1K 5 K
M
Heating circuit
M M
Buffer tank Solid fuel
boiler
Storage
system (tank)
TS
Chilled water Flow
control
Circulation
pump
Filling station
Indoor unit CMF
1)
0000
2)
3) The circulation pump have to be controlled separately
3)
Outdoor unit
The quantity of necessary sensors have to be controlled!
1) Proposed position for the heat meter (2,5m³/h)
2) Proposal: Use of energy efficiency pumps
F 8
F 6
F 17
F 9
AB
A
B
F 11
F 5
intake
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