6.3 Details of Function Codes
6-147
Chap. 6
FUNCTION C
ODES
・
The motor parameters to be initialized are those regarding the voltage and frequency
settings below. When the base frequency, rated voltage, and the number of poles are
different from those of the listed motors, or when non-Fuji motors or non-standard motors
are used, change the rated current data to that printed on the motor nameplate.
Motor selection
V/f setting
Data = 0 or 4
Fuji standard motors, 8-series
4 poles 400 V/50 Hz
Data = 1
HP rating motors
4 poles 460 V/60 Hz
When accessing function code P02 with the keypad, take into account that P02 data
automatically updates data of function codes P03, P06 through P12, and H46.
Initialize real-time clock information (H03 = 10)
Initializes the real-time clock (RTC) information set by PRG > 1(Start-up) > 2(Date/Time) >
1(Adjust).
Initialize function code data except communication function codes (H03 = 11)
The function codes other than the communication function codes (y codes) are initialized.
Initialize U code data (H03 = 12)
Initializes the customizable logic (U code) data. Any other function code data are not
initialized.
Initialize according to application (H03 = 51 to 59, 71, 72)
H03 initializes data of the specified function codes to the values required for application such
as drive control and control objects. Function codes for quick setup also change according to
application.
This application-specific initialization is convenient for pump control.
H03 initializes data of function codes not listed below will be initialized to the factory
defaults.
When H03 = 51
(Initialize according to application (Single pump drive))
Object function codes
Initialize to:
F02: Operation Method
1: External signals (Terminal command
FWD
or
REV
)
F07: Acceleration Time 1
3.00 s
F08: Deceleration Time 1
3.00 s
F15: Frequency Limiter (High)
50.0 Hz
F16: Frequency Limiter (Low)
25.0 Hz
F26: Motor Sound (Carrier frequency)
3 kHz
F35: Pulse Output [FM2] (Function)
2: Output current
F37: Load Selection
0: Variable torque load
E06: Terminal [X6] Function
171: PID multistep command (
PID-SS1
)
E07: Terminal [X7] Function
172: PID multistep command (
PID-SS2
)
E62: Terminal [C1] Extended Function
5: PID feedback value 1
E63: Terminal [V2] Extended Function
32: Auxiliary input 2 to PID process command
C64: Analog Input Adjustment for
Terminal [C1] (Display unit)
44: bar
C65: Analog Input Adjustment for
Terminal [C1] (Maximum scale)
10.00
H91: Current Input Wire Break Detection
0.5 s
Summary of Contents for FRENIC-AQUA series
Page 1: ...MEHT538b...
Page 2: ...User s Manual...
Page 13: ......
Page 15: ......
Page 33: ......
Page 35: ......
Page 61: ...2 26 Figure D Figure E NC No connection Do not make wiring NC NC...
Page 63: ...2 28 Figure J Figure K Charging lamp Charging lamp Viewed from A...
Page 83: ...2 48 Unit mm FRN45 to 55AQ1 4...
Page 84: ...2 9 External Dimensions 2 49 Chap 2 SPECIFICATIONS Unit mm FRN75 to 90AQ1 4...
Page 85: ...2 50 Unit mm FRN110AQ1S 4 FRN132AQ1S 4 FRN160AQ1S 4 FRN200AQ1S 4...
Page 87: ...2 52 Unit mm FRN500AQ1S 4 FRN630AQ1S 4 FRN710AQ1S 4...
Page 88: ...2 9 External Dimensions 2 53 Chap 2 SPECIFICATIONS 2 9 2 Keypad Unit mm Panel cutout...
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Page 140: ...4 4 Options 4 33 Chap 4 SELECTING PERIPHERAL EQUIPMENT...
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Page 341: ...6 60 Example of Thermal Overload Detection Characteristics...
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Page 651: ...7 12 Figure 7 7 Terminal FM2 Output Selector...
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Page 751: ...MEHT537 Phone 81 3 5435 7058 Fax 81 3 5435 7420 Printed in Japan 2012 08 H12b b12 CM00FOLS...