Toshiba RAS-B13GKVP-E - Manual (Page 28)

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Item
2. Indoor fan
motor control
Operation flow and applicable data, etc.
(This operation controls the fan speed at indoor unit side.)
The indoor fan (cross flow fan) is operated by the phase-
control induction motor. The fan rotates in 5 stages in
MANUAL mode, and in 5 stages in AUTO mode, respec-
tively. (Table 1)
Description
* Symbols
UH : Ultra High
H : High
M+ : Medium+
M : Medium
L+ : Low+
L : Low
L- : Low–
UL : Ultra Low
SUL : Super Ultra Low
* The fan speed broadly varies due
to position of the louver, etc.
The described value indicates one
under condition of inclining
downward blowing.
1) When setting the fan speed to L,
L+, M, M+ or H on the remote
controller, the operation is
performed with the constant
speed shown in Fig. 1.
2) When setting the fan speed to
AUTO on the remote controller,
revolution of the fan motor is
controlled to the fan speed level
shown in Fig. 2 and Table 1
according to the setup tempera-
ture, room temperature, and heat
exchanger temperature.
(Fig. 1)
(Fig. 2)
(Table 1) Indoor fan air flow rate
Fan speed
level
WF
WE
WD
WC
WB
WA
W9
W8
W7
W6
W5
W4
W3
W2
W1
COOL
UH
H
M+
M
L+
L
L–
UL
SUL
HEAT
UH
H
M+
M
L+
L
L–
UL
SUL
DRY
L+
L
L–
UL
SUL
RAS-B10GKVP-E
Fan speed Air flow rate
(rpm) (m 3 /h)
1630 684
1480 609
1400 569
1350 544
1200 468
1110 423
980 358
910 323
900 318
890 313
880 308
730 232
580 157
430 82
400 67
RAS-B13GKVP-E
Fan speed Air flow rate
(rpm) (m 3 /h)
1650 694
1530 634
1440 589
1390 564
1240 488
1150 443
1010 373
910 323
900 318
890 313
880 308
730 232
580 157
430 82
400 67
RAS-B16GKVP-E
Fan speed Air flow rate
(rpm) (m 3 /h)
1650 694
1580 659
1550 644
1530 634
1380 559
1230 483
1080 408
970 353
960 348
950 343
940 338
790 263
640 187
490 112
400 67
+2.5
Ta
[˚C]
+2.0
+1.5
+1.0
+0.5
Tsc
a
b
c
d
e
M+(WB)
*3
*4
*5
L(W6)
Air volume AUTO
L
L+
M
M+
H
W6
(L + M) / 2
W9
(M + H) / 2
WC
Indication Fan speed
Fan speed setup
COOL ON
AUTO
MANUAL
*3 : Fan speed = (M + –L) x 3/4 + L
*4 : Fan speed = (M + –L) x 2/4 + L
*5 : Fan speed = (M + –L) x 1/4 + L
(Linear approximation
from M+ and L)