REMKO Multi-talent - Manual (Page 55)

F6
F17
V V
B
A
AB
F8
II 0 I
F11
F9
A12
A6
1) A1
M
2)
1)
F5
A2
A4/A5
Designation Value range Programming
Output/level 00 – 9950 kW
WE 1 level 1 = 50
WE 3 level 1 = 1
continue with key next to "End"
MF 1 function
0 0 - 3 6 0 0
T - MF 1 target - 2 0 °C - 9 0 °C ( ---- )
MF 1 Hyst 2 K - 1 0 K ( ---- )
MF 1 Hyst Off 2 K - 1 0 K ( ---- )
MF 2 function 0 0 - 3 6 18
T - MF 2 target - 2 0 °C - 9 0 °C ( ---- )
MF 2 Hyst 2 K - 1 0 K ( ---- )
MF 2 Hyst Off 2 K - 1 0 K ( ---- )
MF 3 function 0 0 - 3 6 3 4
T - MF 3 target - 2 0 °C - 9 0 °C ( ---- )
MF 3 Hyst 2 K - 1 0 K ( ---- )
MF 3 Hyst Off 2 K - 1 0 K ( ---- )
MF 4 function 0 0 - 3 6 0 2
T - MF 4 target - 2 0 °C - 9 0 °C ( ---- )
MF 4 Hyst 2 K - 1 0 K 5.0K
MF 4 Hyst Off 2 K - 1 0 K 2.0 K
F15 function 0 0 - 0 8 0 7
E 1 function 0 0 - 0 3 0 2
E 2 function 0 0 - 0 3 0 3
Sensor 1k/5k sensors 5k sensors
Designation Value range Programming
BUS code BM Off, 00-15 Off
Language D/GB/F/NL/E/I D (German)
Terminal address On / Off On
Time 0-24 Set time
Date Year, month, day Set date
BUS code 1 00-15 01
BUS code 2 00-15 02
System selection ---/01-12 06
Regulator type 00-06 06
WE 1 type 00-09 07
WE BUS 00-05 05
Gradient On / Off Off
WE 2 type 00-22 08
WE 2 tank 00-03 00
WE 3 type 00-09 01
WE 4 type 00-09 00
Buffer type 00-02 00
Cooling mode Off/On On
HC1 function
Standard,T-feed
const, swimming
pool, WW,
return
Standard
HC2 function see HC1 Standard
Outdoor unit
Indoor unit
CMT 120/160
EMT 100/150
Heating circuit 1
Taps
CW inlet
Surface heating /
Surface cooling
Hydraulic diagram for the heat pump assembly 12
Functions: Heating or cooling and hot water,
monoenergetic operating mode
“System selection 6”
Process hot water tank
EWS 300
Notes:
1) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efficiency circulation pumps.
2) If the surface heating is the only heat distribution system, it automatically becomes heating circuit 1. A mixer is not necessary in this case!
The cooling must be activated via heating circuit 2 by setting T-supply cooling to the desired cooling target supply temperature.
Sample hydraulic diagram for system selection 6
55