App. G Replacement Information
A-31
App.
G.3 Function codes
This section describes the replacement information related to function codes that are required when
replacing the conventional inverter series (e.g., FVR-C9S and FVR-C11S) with the FRENIC-Mini series.
It also provides the conversion table for the torque boost setting.
FVR-C9S vs. FRENIC-Mini
Function
code
Name
Function
code
Name
F00 Data protection F00 Data Protection
F01 Frequency command F01 Frequency Command Source 1
F02 Operation method F02 RUN Command Source
F03 Maximum frequency F03 Maximum Frequency
F04 Base frequency F04 Base Frequency
F05 Acceleration time F07 Acceleration Time 1
F06 Deceleration time F08 Deceleration Time 1
F07 Torque boost F09 Torque Boost The data implements other function.
For details, refer to the torque boost setting
conversion table on page A-33.
F37 Load Selection/Auto Torque
Boost/Auto Energy Saving Operation
Select the reduced/constant torque using F37.
F08 Electronic thermal overload relay
(Select)
F10 Electronic Thermal Motor Overload
Protection (Select motor
characteristics)
Select "Disable" using F11 (= 0.00) instead of
F10.
F09 Electronic thermal overload relay
(Level)
F11 Electronic Thermal Motor Overload
Protection (Overload detection
current)
F12 Electronic Thermal Motor Overload
Protection (Thermal time constant)
Set the data at 1.0min.
F10 Restart mode after momentary
power failure (Select)
F14 Restart after Instantaneous Power
Failure
F10=0/F10=1 is equivalent to F14=1/F14=4.
F11 Frequency setting gain C32 Analog Input Adjustment (Gain for
terminal input [12]) (Gain)
C34 Analog Input Adjustment (Gain for
terminal input [12]) (Gain reference
point)
F26 Bias frequency F18 Bias (for Frequency Command 1,
F01)
C50 Bias (Frequency command 1)
(Bias reference point)
F12 DC brake (Braking current) F21 DC Braking (Braking level)
F13 DC brake (Braking time) F22 DC Braking (Braking time)
F20 DC Braking (Start frequency) Set at 3 Hz.
F14 Starting frequency F23 Start Frequency
F15 Motor sound F26 Motor Sound (Carrier frequency) F15=0 to 5 sets the carrier frequency at 2.5 to
15kHz equivalently. Check the motor sound and
select the frequency correctly.
F16 Alarm history Check the alarm information from the keypad.
Refer to Chapter 3 for details.
F17 Data initializing H03 Data Initialization (Data reset)
F18 Auto-reset H04 Retry (No. of retries)
H05 Retry (Latency time)
F19 Motor Characteristics No function code with same feature. No setting
required.
F20 Jump frequency width C04 Jump Frequency Band
F21 Jump frequency 1 C01 Jump Frequency 1
F22 Jump frequency 2 C02 Jump Frequency 2
F23 Jump frequency 3 C03 Jump Frequency 3
F24 Peak frequency F15 Frequency Limiter (High)
F25 Bottom frequency F16 Frequency Limiter (Low)
F27 THR terminal function E01 X1 Terminal Function Assign (THR) to the terminal [X1].
If F27=0, set E01=9, if F27=1, set E01=0.
F28 BX terminal function E02 X2 Terminal Function Assign (BX) to the terminal [X2].
If F28=0, set E02=7, if F28=1, set E02=1.
F29 Multistep frequency setting 1 C05 Multistep Frequency Settings 1
F30 Multistep frequency setting 2 C06 Multistep Frequency Settings 2
F31 Multistep frequency setting 3 C07 Multistep Frequency Settings 3
F32 FM terminal (Voltage adjustment) F30 Terminal [FMA] (Gain to output
voltage)
The data has different feature each other.
Readjust the meter.
F33 FM terminal (Select) F31 Terminal [FMA] (Monitor object) When selecting the output frequency (F33=0),
set F31=0. If the output current (F33=1),set F31=
2.
When the retry is enabled (F18=1), set
H04=5/H05=0.5s.
FVR-C9S FRENIC-Mini
Remarks
Analog input is applied to [12] so that the gain
for set frequency is equal to the gain for [12].
Setting differs each other. Refer to Chapter 9
"FUNCTION CODES" for details.
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