Daikin Europe NV
17
6
CONNECTING
6.1
Connecting CH installation
1.
Rinse the CH installation carefully.
2.
Fit the supply pipe (A) and return pipe (B) to the connection set.
3.
All pipes must be assembled with no electrical current, in order to prevent shocks
from the pipes.
4.
Existing connections may not be rotated, in order to prevent leakages.
The CH installation must be fitted with:
•
A filling/draining tap (A) in the return pipe, immediately underneath the unit.
•
A draining tap at the lowest point of the installation.
•
An overflow valve (B) of 3 bar in the input pipe at a distance of no more than 500
mm from the unit.
Between the unit and the overflow valve there may be no valve or constriction.
•
An expansion vessel in the return pipe (in the B-pack or in the installation).
•
A check valve, if there are pipes running up, within close distance of the unit. This
prevents a thermo siphon effect from occurring during tap water operation (a non
spring-operated return valve, must be assembled vertically).
6.1.1
Thermostatic radiator taps
If all radiators are fitted with thermostatic or cable radiator taps, a minimum water
circulation must be safeguarded. See par. 8.4.
6.1.2
Underfloor heating
Underfloor heating distributor with pump
If an underfloor heating system is not hydraulically neutral, the underfloor heating
pump may generate unwanted circulation over the boiler. For a good functioning of
the domestic hot water provision, unwanted circulation over the boiler must be
prevented.
Connect an underfloor heating system indirectly hydraulically neutrally or provide the
CH installation with a two-way valve set 230 V ~ (E). If the underfloor heating pump
absorbs heat via the return of the boiler, unwanted circulation can be prevented by
means of a check valve (D).
Make sure there is a minimal water circulation. See par. 7.3.
Connection diagram underfloor heating
A.
Boiler
B.
Pump
C.
Thermostatic control valve
D.
Spring-operated check valve
E.
Electrical valve 230 V ~
F.
Radiators
G.
Space/clock thermostat
H.
Maximum thermostat
Summary of Contents for EKOMB22AAV1H
Page 32: ...Daikin Europe NV 33...
Page 87: ...Daikin Europe NV 31...
Page 145: ...Daikin Europe NV 33...
Page 200: ...Daikin Europe NV 31...
Page 255: ...Daikin Europe NV 32...
Page 311: ...Daikin Europe NV 32...
Page 367: ...Daikin Europe NV 32...
Page 394: ...Daikin Europe NV 4 Daikin EKOMB22AAV1H EKOMB28AAV1H EKOMB33AAV1H CH DHW O...
Page 399: ...Daikin Europe NV 9 3 A CH L B C M D S1 N X4 E S2 O F P S3 G Q H R I 230 V S J T K U...
Page 403: ...Daikin Europe NV 13 4 2 1 2 cm 4 2 1 50 cm2 4 2 2 A 1 2 70 C a b DHW c d e...
Page 404: ...Daikin Europe NV 14 4 3 EKVK4AA B 4 3 1 4 3 2 B...
Page 405: ...Daikin Europe NV 15 4 3 3 1 2 A B C 3 4 5 6 B 7 8 9 D E 10 D F 11 5 6 12 4 3 4...
Page 407: ...Daikin Europe NV 17 D CH A 55 C B X4 6 7 10 1 7 4 7 3 C o 0 3 P 5 2 3...
Page 414: ...Daikin Europe NV 24 5 7 CE B23 B33 C13 C33 C43 CLV C53 C63 CE...
Page 421: ...Daikin Europe NV 31 5 10 5 O 1 5 3 250 mm 2000 mm 1000 mm 1 500 mm...
Page 422: ...Daikin Europe NV 32 5 10 6 C83 O A B EKOMB22AAV1H 100 m EKOMB28AAV1H 85 m EKOMB33AAV1H 80 m...
Page 429: ...Daikin Europe NV 39 6 3 1 2 3 4 5 6 6 3 1 10 2...
Page 431: ...Daikin Europe NV 41 30 C 90 C 80 C LED 40 C 65 C 60 C...
Page 439: ...Daikin Europe NV 50 8 3 8 3 1 8 3 2 8 3 3 CH OpenTherm 80 1 X2 24 V X4...
Page 442: ...Daikin Europe NV 53 9 9 1 1 1 2 3 4 5 6 7 1 2 3 8 4 5 6 9 10 11 Allen 12 13 9 1 2 1 2 3 4 5...
Page 447: ...Daikin Europe NV 58 11 Daikin Europe NV CH...
Page 448: ...008 1548599_05 05 2022 88551810...