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5

UP

Data or function code increment

DOWN

Data or function code decrement

Shift/Monitor

In programming, the key can shift code digit. In other status, the key

can shift monitoring parameter

Reserve/switch

In programming, the key can enter next step manual or reserve the
setting

Digital

potentiometers

Left rotary, the same function as UP key. Right rotary, the same

function as DOWN KEY

Pressing potentiometer, the same function as

VII. Function Parameter Table

“○”: means that the parameter can be modified during running state.

“×”: means that the parameter can not be modified during running state.
“*”: means read-only parameter which can not be modified.

P0 Group: Basic running function parameter
Func

Code

Name

Range

Min Unit Factory

Default

Modify

P0.00

Control

mode

selection

0

V/F Control

1

Senseless vector control

1

0

P0.01

Freq

control

channel selection

0

Analog potentiometer on control

panel(single display valid)

1

▼key on control panel(single

display valid)

Panel digital potent▲

▼key on

control panel(double display valid)

2

Digital setting 1,control panel given

3

Digital setting 2, UP/DOWN terminal

given

4

Digital setting 3, serial port given

6

CI analog given(CI-GND)

7

Pulse terminal given(PULSE)

8

Combination given (refer to P3.00)

1

0

P0.02

Running frequency

set

P0.19lower limit freq.~P0.20upper limit

freq.

0.01HZ

50.00HZ

P0.03

Running command

mode selection

0

Control panel mode

1

Terminal control mode

2

Serial port control mode

1

0

P0.04

Running direction

setting

Unit’s digit: 0: Forward 1:Reverse

Ten’s digit: 0:REV allowed

1:REV

prohibited

1

10

P0.05

FWD/REV

dead

time

0.0

120.0s

0.1s

0.1s

P0.06

Max output freq.

50.00Hz

500.00Hz

0.01Hz

50.00Hz

×

P0.07

Basic running freq

1.00Hz

500.00Hz

0.01Hz

50.00Hz

×

P0.08

Max output voltage

1

480V

1V

inverter

rated

voltage

×

P0.09

Torque boost

0.0

%~

30.0

0.1

2.0

×

P0.10

Torque

boost

cut-off freq.

0.00Hz

Basic running freq.P0.07

0.00

50.00Hz

P0.11

Torque boost mode

0

Manual

1

Auto

1

0

ENTER

►►

ENTER

Summary of Contents for KD3000 Series

Page 1: ...KD3000 Series Mini Inverter Simple Manual 6w 200w Mini Inverter Green Intelligent Energy Saving Shenzhen Karda Electric Co Ltd www szkarda com...

Page 2: ...the input power is off Be sure to install the terminal cover before turning on the power When removing the cover be sure to turn off the power Grounding terminal must be grounded reliably Do not touc...

Page 3: ...put Terminals U V W 220V 3 Phase output Terminals Grounding V Basic Wiring Diagram Sort Terminal Name Function Description Specification Communi cation 485 RS485 communication port RS485 differential...

Page 4: ...rogramming see terminal function parameters P4 group input terminal functions Common port COM X2 Multifunctional input terminal 2 X3 Multifunctional input terminal 3 Power source 10V 10Vpower source S...

Page 5: ...on control panel single display valid 1 key on control panel single display valid Panel digital potentiometer key on control panel double display valid 2 Digital setting 1 control panel given 3 Digit...

Page 6: ...80 0 Acc Dec time P0 14 P0 15 90 0 1 60 0 P0 16 Acc Dec time unit 0 Second 1 Minute 0 0 P0 17 Acc time 1 0 1 6000 0 0 1 20 0 P0 18 Dec time 1 0 1 6000 0 0 1 20 0 P0 19 Upper limit freq Lower limit fre...

Page 7: ...start from start freq 2 Track speed then start 1 0 P2 01 Start freq 0 40 20 00Hz 0 01Hz 0 50Hz P2 02 Start freq running duration 0 0 30 0s 0 1s 0 0s P2 03 DC brake current as start 0 15 1 0 P2 04 DC...

Page 8: ...7 Acc Dec time terminal 2 8 Acc Dec time terminal 3 9 3 wire control 10 Free stop input FRS 11 External stop command 12 Stopping DC brake input command DB 13 Inverter running prohibited 14 Freq increa...

Page 9: ...ction parameter Func Code Name Range Min Unit Factory default Modify P6 00 Last fault record Last fault record 1 0 P6 01 Output freq in last fault Output freq in last fault 0 01Hz 0 P6 02 Set freq in...

Page 10: ...too big Add suitable braking device Inverter capacity is too low Select inverter with proper capacity E 03 Over current at constant speed running Load mutation Check load Acc or Dec time is too short...

Page 11: ...ns voltage General motor runs at low speed with heavy load for long term Use a special motor for long term running Wrong setting of motor overload protection factor Set the factor right Motor chocked...

Page 12: ...ll input power source filter DSP read write error Reset or contact supplier E 17 EP2PPROM error Read write error of control parameter press key to reset or install input power source filter E 18 Motor...

Page 13: ...of fault and clearing otherwise the inverter may be damaged 2 If it can t be reseted or fault occurs again after reset please check the cause of fault continuous reset may damage inverter 3 Reset the...

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