
Basic Wiring Diagram1
EC500D4G23C~EC50132G23A
、
EC50D75G43C~EC504D0G05D5P43C
EC5000
Common terminal for
analog signals
Input of auxiliary
analog instruction
Non-fuse breaker
The default setting is the indication of failure
The default setting is the indication of running
The default setting is consistent frequency
Out put multi function analog quantity
Rs485
communi cation data interface
R
S
T
PR
R / L1
U / T1
V / T2
W / T3
Y1A
AC250V/2.5A
DC24V/5A
AC250V/2.5A
48VDC/50mA
48VDC/50mA
0-10VDC/5mA
DC24V/5A
Y1B
Y1C
Y2A
Y2B
Y2C
Y4
YC
FMA
FC
DA
DB
EG
Y3
S / L2
EG
S2
S3
S4
S5
S6
S7
S8
SC
FS(+12V)
FV
FI
FC
5K
SP(+24V)
S1(FWD)
SW1-2
SW1-1
Input of multi-function connection contact
0/4-20mA
M
3~
DB
0-10V
Input of analog quantity
+
12V/20mA
0-10V(4.7K)
Positive rotation run/stop
Reverse rotation run/stop
External failure
Reset
Multi-speed instruction 1
Multi-speed instruction 2
Multi-speed instruction 3
Inching instruction
Default settings
The default setting is theindication of the
completion of the preparation work ofAC
motor driver
Main
analog
quantity
instruction
0-10V(4.7K)
Power
supply for frequency setting
+12V/20mA
Brake
resistor(optional component)
T / L3
Output of multi-function connection contact
-
18
-
-
19
-
Installation and Wire Layout
2
-
+ 1
EC5000
Installation and Wire Layout
Common terminal for
analog signals
Input of auxiliary
analog instruction
Non-fuse breaker
The default setting is the indication of failure
The default setting is the indication of running
The default setting is consistent frequency
Out put multi function analog quantity
Rs485
communi cation data interface
R
S
T
PR
R / L1
U / T1
V / T2
W / T3
Y1A
AC250V/2.5A
DC24V/5A
AC250V/2.5A
48VDC/50mA
48VDC/50mA
0-10VDC/5mA
DC24V/5A
Y1B
Y1C
Y2A
Y2B
Y2C
Y4
YC
FMA
FC
DA
DB
EG
Y3
S / L2
EG
S2
S3
S4
S5
S6
S7
S8
SC
FS(+12V)
FV
FI
FC
5K
SP(+24V)
S1(FWD)
SW1-2
SW1-1
Input of multi-function connection contact
0/4-20mA
M
3~
DB
0-10V
Input of analog quantity
+
12V/20mA
0-10V(4.7K)
Positive rotation run/stop
Reverse rotation run/stop
External failure
Reset
Multi-speed instruction 1
Multi-speed instruction 2
Multi-speed instruction 3
Inching instruction
Default settings
The default setting is theindication of the
completion of the preparation work ofAC
motor driver
Main
analog
quantity
instruction
0-10V(4.7K)
Power
supply for frequency setting
+12V/20mA
Brake
resistor(optional component)
T / L3
Output of multi-function connection contact
Note:
1
.
SW1
:
Input signal selection switch
V: Voltage 0-10 V I: Current 0-20mA
2.FV:B14=0,
voltage input, SW1 to V (factory default)
3.FI:
①
B14=1, B15=1, current input, SW1 to 1
②
PID open feedback signal terminal, used in combination with SW1.
Basic Wiring Diagram 2
EC505D5G07D5P43B~EC50015G18D5P43B
Non-fuse breaker
The default setting is the indication of failure
The default setting is the indication of running
The default setting is consistent frequency
Output of multi-function analog quantity
Rs485 Communication data interface
The default setting is the indication of the completion
of the preparation work of AC motor driver
Inching instruction
Common terminal for
analog signals
R
S
T
R / L1
U / T1
V / T2
W / T3
Y1A
AC250V/2.5A
DC24V/5A
AC250V/2.5A
48VDC/50mA
48VDC/50mA
0-10VDC/5mA
DC24V/5A
Y1B
Y1C
Y2A
Y2B
Y2C
Y4
YC
FMA
FC
DA
DB
EG
Y3
S / L2
T / L3
EG
S2
S3
S4
S5
S6
S7
S8
SC
FS(+12V)
FV
FI
FC
5K
SP(+24V)
S1(FWD)
SW1-2
SW1-1
Input of multi-function connection contact
Default settings
Output of multi-function connection contact
0/4-20mA
M
3~
PR
DB
0-10V
Short Circuit Plate (Default Setting)
DC Reactor (Optional component)
Brake Resistor(Optional Component)
Input of analog quantity
Positive Rotation Run/Stop
Reverse Rotation Run/Stop
External Failure
Reset
Multi-speed Instruction 1
Multi-speed Instruction 2
Multi-speed Instruction 3
power supply for frequency setting
+12V/20mA
Main analog quantity instruction
0-10V(4.7K)
Input of auxiliary
analog instrucion
+ 1
+ 2
-
Note:
1
.
SW1
:
Input signal selection switch
V: Voltage 0-10 V I: Current 0-20mA
2.FV:B14=0,
voltage input, SW1 to V (factory default)
3.FI:
①
B14=1, B15=1, current input, SW1 to 1
②
PID open feedback signal terminal, used in combination with SW1.