Command Data - Fuji Electric FRENIC-AQUA series User Manual

5.1.2

Command data

[ 1 ] List of command data
The table below shows the function codes (S code) for the command data. The "Support"
column indicates whether the function code is supported or not. The symbol "O" means that the
code is supported and the symbol "X" means that the code is not supported.
Code Name
S01 Frequency
reference (p.u.)
S02 Torque
command
S03 Torque current
command
S05 Frequency
reference
S06 Operation
command
S07 Universal DO
S08 Acceleration
time F07
S09 Deceleration
time F08
S10 Torque limit
level (Driving)
S11 Torque limit
level (Braking)
S12 Universal AO
S13 PID command
S14 Alarm reset
command
S19 Speed
command
Table 5.2 List of command data
Function
Frequency command
issued through
communications (the
reference value for
maximum frequency)
Torque command
issued through
communications
Torque current
command issued
through
communications
Frequency command
issued through
communications (in
units of 0.01 Hz)
Operation command
issued through
communications
[general input terminal
functions (X1 to X7, XF
(FWD), R (REV)) and
FWD, REV, RST only
through
communications]
Command issued to
DO terminal through
communications
Each data is set with
the code or
communications format
common to all the
inverter types.
Command issued to
AO terminal through
communications
PID command issued
through
communications
Alarm reset command
issued through
communications
Speed command
issued via
communications
* Legends in R/W column...R: Readable, W: Writable, R/W: Readable/writable
Permissible setting In units
range of
-32768 to 32767 1
(Max frequency:
at +/- 20000)
-327.68 to 327.67 0.01
-327.68 to 327.67 0.01
0.00 to 655.35 0.01
0000 to FFFF 1
H H
0000 to FFFF 1
H H
0.0 to 3600.0 0.1
0.0 to 3600.0 0.1
20.00 to 150.00, 0.01
999
20.00 to 150.00, 0.01
999
-32768 to 32767 1
(Full scale: at +/-
20,000)
-32768 to 32767 1
(+/- 20000
corresponds to +/-
100%)
0 or 1 1
-32768 to 32767 1
5-2
Support
Unit R/W *
HVAC AQUA
−
R/W
× ×
% R/W
× ×
% R/W
Hz R/W
−
R/W
−
R/W
s R/W
s R/W
% R/W
% R/W
−
R/W
−
R/W
−
R/W
-1
min R/W