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Advanced Control ADV 110 M420-M [2/72] Fig inverters of 18 kw follow
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M420 General Flux Vector Control Inverter Basic Reference Guide
1
1. Typical wiring
Braking resistor
M
U
V
W
R
S
T
The three-
phase 380V
power input
DI
1
DI2
DI3
DI4
DI
5
COM
AI1
AI2
GND
485
+
485-
Serial
communication port
AO1
GND
analog output of 1 0/
2~10
V 0/4~20
mA
Y1
COM
CME
TA
TB
TC
Relay
output 1
Multi function input terminal 1
Multi function input terminal 2
Multi function input terminal 3
Multi function input terminal 4
Multi function input terminal 5
+10
V
The analog input
0~10V/
0~20mA
ON OFF
CN4
CN3 dial switch voltage
or current for a given
Matching
resistance
selection
Analog output voltage or
current through the CN2
CN
7 selection
Digital output
terminal
I
U
CN2
I
U
CN3
NPN
PNP
CN1
+24
V
(+) (-
)
DI6
HDI7
Multi function input terminal 6
AO2
GND
analog output of 2 0/
2~10V 0
/4~20mA
I
U
CN7
RA
RB
RC
Relay
output 2
Multi function input terminal 7
Default
FWD
Default
REV
Fig.1. Inverters of 18.5KW follow
Note: this figure for ADV 1.50 M420-M ~ ADV 18.5 M420-M (1.5~18.5KW series
inverter braking unit part of the matching function, if there is demand, when ordering
please specify)
Содержание
- Fig inverters of 18 kw follow 2
- Inverter braking unit part of the matching function if there is demand when ordering 2
- Note this figure for adv 1 0 m420 m adv 18 m420 m 1 18 kw series 2
- Please specify 2
- Typical wiring 2
- Attention this figure is just for m420 series of inverter 22 75kw brake unit is the selective part plese declare it in order request if it s needed 3
- Fig inverters of 22 75kw 3
- Fig three phase inverter above 90kw 4
- Connect to the braking resistor for the ac drive of 7 kw and below 220 v and18 kw and below other voltage classes 5
- Connect to the single phase 220 vac power supply 5
- Connect to the three phase ac power supply 5
- Connecting terminals of braking resistor 5
- Connecting terminals of braking resistor connect to a braking resistor 5
- Grounding terminal grounding terminal must be grounded 5
- Main circuit terminals and wiring 5
- Main circuit terminals of three phase 5
- Output terminals connect to a three phase motor 5
- Positive and negative terminals of dc bus common dc bus input point 5
- Single phase power supply input terminals 5
- Three phase power supply input terminals 5
- Wiring precautions 5
- Control circuit terminals and wiring 6
- Operation and display 8
- Operation and display interface introduction 8
- Description of function led indicator 9
- Led display 9
- Keyboard instruction 10
- Organization way of the inverter function code 10
- Enter key 11
- Fig parameter setting operation flowchart 11
- Fig three level menu operation flow chart 11
- For example make function code f1 04 change from 0 0hz to 5 0hz 11
- Function code parameter of m420 inverter adopts three level menu it can view and monitor the parameter by operation panel the three level menu includes function parameter set level 1 menu function code level 2 menu function code setup value level 3 menu refer to fig 2 for the operation procedure in the state parameter interface it can check the different status parameter by the key 11
- In the status of the 11
- Instruction of function code viewing and modification methods 11
- Level menu but it will save the present parameter data and move to the next function code if press enter while it will give up the present parameter revising if press prg 11
- Menu the value can t be modified if the parameter doesn t have the flashing digit you can check the function code property description for the specific reasons 11
- Shift enter 11
- Tips when operating with the three level menu you can press prg or enter to return to 11
- Trouble shooting m420 general flux vector control inverter user manual 11
- Fault warnings and solutions 12
- Trouble shooting 12
- Common faults and treating methods 17
- Function code table 19
- F1 06 startup dc braking current pre excited current 0 25
- F1 07 startup dc braking time pre excited time 0 25
- F1 08 acceleration deceleration mode 0 linear 25
- S curve 0 25
- Fault type 67
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