Model: Aoyg24Kbtb - Fujitsu ABYG18KRTA Design & Technical Manual

6-3. Model: AOYG24KBTB

NOTE: Values mentioned in the table are calculated based on the maximum capacity.
COOLING
Indoor unit is higher
than outdoor unit *1
Indoor unit is lower than
outdoor unit *2
HEATING
Indoor unit is higher
than outdoor unit *1
Indoor unit is lower than
outdoor unit *2
6-3. Model: AOYG24KBTB
5 7.5
25 — —
20 — —
10 — —
7.5 — 0.979
5 0.992 0.983
0 1.000 0.991
-5 1.000 0.991
-7.5 — 0.991
-10 — —
-20 — —
-25 — —
5 7.5
25 — —
20 — —
10 — —
7.5 — 0.976
5 1.000 0.976
0 1.000 0.976
-5 0.995 0.971
-7.5 — 0.969
-10 — —
-20 — —
-25 — —
- 84 -
Pipe length (m)
10 15 20
— — —
— — 0.917
0.966 0.947 0.932
0.970 0.951 0.936
0.974 0.955 0.939
0.981 0.963 0.946
0.981 0.963 0.946
0.981 0.963 0.946
0.981 0.963 0.946
— — 0.946
— — —
Pipe length (m)
10 15 20
— — —
— — 0.887
0.952 0.903 0.887
0.952 0.903 0.887
0.952 0.903 0.887
0.952 0.903 0.887
0.947 0.899 0.883
0.945 0.897 0.881
0.942 0.894 0.879
— — 0.869
— — —
6. Capacity compensation rate for pipe length and height difference
25 30
0.893 0.877
0.900 0.885
0.914 0.899
0.918 0.903
0.922 0.906
0.930 0.914
0.930 0.914
0.930 0.914
0.930 0.914
0.930 0.914
0.930 0.914
25 30
0.871 0.855
0.871 0.855
0.871 0.855
0.871 0.855
0.871 0.855
0.871 0.855
0.866 0.850
0.865 0.849
0.863 0.847
0.854 0.838
0.850 0.834