Daikin FTXN35L - Page 33

Algorithm & Control
25
Model
a Hz
(Time, s)
b Hz
(Time, s)
c Hz
(Time, s)
d Hz
(Time, s)
Max Hz
(Time, s)
RXN25/35L
ARXN25/35L
38 (60) 52 (120) 66 (120) 80 (120) 94 (120)
RXN50/60L
ARXN50/60L
RXB50/60A
35 (60) 55 (120) 75 (360) - -
RXB50/60B
RXN50/60M
RXC50/60A
55 (120) 70 (200) 85 (470) - -
RXN25/35MV1
RXN25/35MV1B
RXN25/35MV1B9
ARXN25/35MV1B
40 (180) 54 (420) 72 (180) 90 (120) -
RXN25/35N
ARXN25/35MV1B7
ARXN25/35MV16
ARXN25/35N
RXK25/35AV1B
RXC25/35A
40 (180) 54 (420) 72 (180) 90 (120) -
2.16.2 Command Rotation
Cut in upon termination of Starting Control.
Achieve capacity control by controlling the compressor rotation based on:
• Temperaturedifferencebetweensetandroomtemperature,∆T.
• Limit Rotation.
• Defrost control.
2.16.3 Fuzzy Control (Applicable for ARXN/RXN50/60L)
Based on temperature difference, ∆T, current fan speed setting & current indoor operating mode at every 30
seconds interval.
Temperature Difference
Use to set target for compressor frequency change
Compressor frequency is increased or decreased
Condition 1
∆T
Condition 2
d∆T
∆T
t
= T
room
- T
set
d∆T
t
= ∆T
t
- ∆T
t-1