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2-65
Chapter 2
4. Standard RS-485 Interface
2
NOTE:
*1) 999 is treated as 03E7H (99.9).
*2) Read-only from communication.
*3) The communication might not be able to be continued by writing (data 1).
Code
Name
Data format Code
Name
Data format
C01
Jump frequency 1
[1]
C02
Jump frequency 2
[1]
C03
Jump frequency 3
[1]
C04
Jump frequency (Width)
[1]
C05
Multi-step frequency 1
[5]
C06
Multi-step frequency 2
[5]
C07
Multi-step frequency 3
[5]
C08
Multi-step frequency 4
[5]
C09
Multi-step frequency 5
[5]
C10
Multi-step frequency 6
[5]
C11
Multi-step frequency 7
[5]
C12
Multi-step frequency 8
[5]
C13
Multi-step frequency 9
[5]
C14
Multi-step frequency 10
[5]
C15
Multi-step frequency 11
[5]
C16
Multi-step frequency 12
[5]
C17
Multi-step frequency 13
[5]
C18
Multi-step frequency 14
[5]
C19
Multi-step frequency 15
[5]
C20
Jogging frequency
[5]
C21
Pattern operation
[1]
C22
Stage 1
[13]
C23
Stage 2
[13]
C24
Stage 3
[13]
C25
Stage 4
[13]
C26
Stage 5
[13]
C27
Stage 6
[13]
C28
Stage 7
[13]
C30
Frequency setting
[1]
C31
Analog input offset (terminal 12) /
[4]
Analog input bias (terminal 12)
C32
Analog input offset (terminal C1) /
[4]
Analog input gain (terminal 12)
C33
Analog filter
[5]
P01
Motor 1 (Number of poles)
[9]
P02
Motor 1 (Capacity)
[5]
P03
Motor 1 (Rated current)
[12]
P04
Motor 1 (Auto-tuning)
[1]
P05
Motor 1 (On-line tuning)
[1]
P06
Motor 1 (No-load current)
[12]
P07
Motor 1 (%R1)
[5]
P08
Motor 1 (%X)
[5]
P09
Motor 1 (Slip compensation control )
[5]
H03
Data initializing
[1] *3
H04
Auto-reset (Times)
[1]
H05
Auto-reset(Reset interval)
[1]
H06
Fan stop operation
[1]
H07
ACC/DEC pattern (Mode selection)
[1]
H08
Reverse phase sequence lock
[1]
H09
Start mode (Pick-up mode)
[1]
H10
Energy-saving operation
[1]
H11
Deceleration mode
[1]
H12
Instantaneous overcurrent limiting
[1]
H13
Auto-restart (Restart time)
[3]
H14
Auto-restart (Frequency fall rate)
[5]
H15
Auto-restart (Holding DC voltage)
[1]
H16
Auto-restart (OPR command selfhold time)
[3] *1
H18
Torque control (Mode selection)
[1]
H19
Active drive
[1]
H20
PID control (Mode selection)
[1]
H21
PID control (Feedback signal)
[1]
H22
PID control (P-Gain)
[5]
H23
PID control (I-time)
[3]
H24
PID control (D-time)
[5]
H25
PID control (Feedback filter)
[3]
H26
PTC thermistor (Mode selection)
[1]
H27
PTC thermistor (Level)
[5]
H28
Droop operation
[4]
H30
Serial link (Function selection)
[1]
H31
RS-485 (Address)
[1] *2
H32
RS-485 (Mode selection on error)
[1] *2
H33
RS-485 (Timer time)
[3] *2
H34
RS-485 (Baud rate)
[1] *2
H35
RS-485 (Data length)
[1] *2
H36
RS-485 (Parity check)
[1] *2
H37
RS-485 (Stop bits)
[1] *2
H38
RS-485 (No response detection time)
[1] *2
H39
RS-485 (Response interval)
[5] *2
A01
Maximum frequency 2
[1]
A02
Base frequency 2
[1]
A03
Rated voltage 2 (at base speed)
[1]
A04
Maximum output voltage 2
[1]
A05
Torque boost 2
[3]
A06
Electronic thermal 2 (Selection)
[1]
A07
Electronic thermal 2 (Level)
[12]
A08
Electronic thermal 2 (Thermal time constant)
[3]
A09
Torque vector control 2
[1]
A10
Motor 2 (Number of motor-2 poles)
[9]
A11
Motor 2 (Capacity)
[5]
A12
Motor 2 (Rated current)
[12]
A13
Motor 2 (Auto-tuning)
[1]
A14
Motor 2 (On-line tuning)
[1]
A15
Motor 2 (No-load current
[12]
A16
Motor 2 (%R1 setting)
[5]
A17
Motor 2 (%X setting)
[5]
A18
Motor 2 (Slip compensation control 2)
[5]
Chapter02J(P44˜74).p65
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