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CHE100SeriesOpen Loop Vector Inverter

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General

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Open loopvector inverter

The first generation

Special inverter

0 universal type5 specific for medium frequency

::

Voltage degree

SubstitutionG P/

G constant torqueP variable torque::

Power code

General

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General

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The keypad

Terminals of thecontrol panel

Terminals of themain circuit

Inlet of thecable of themain circuit

Installation hole

Control cable inlet

Cover

Cover buckle

Air vent

General

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Cover

Cover installation hole

Ai r vent

General

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Disassembly

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Power supply

Circuit breaker

Contactor

AC reactor

Braking resistor

DC reactor

Input EMC filter

Inverter

The earth

Output reactor

Output EMC filter

Motor

The earth

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R S T U V W

POWER MOTOR( +) PB

( +) PBR S T U V W

POWER MOTOR( - )

( +) PBR S T U V W

POWER MOTOR( - )

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ROA ROBAOAI2S1 S2 S3 S4 COM Y +24V ROC485-485+

AO

AI1 AI2

COM Y +24V+10V

GND S1 S2 S3 S4

ROA ROB ROC

485+ 485-

ROA ROB ROC485+ 485- AO GNDAI1 AI2 +10V S1 S2 S3 S4 COM Y +24V

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Open collector output

Multi function input terminal 1-

Multi function input terminal 2-

Multi function input terminal 3-

Multi function input terminal 4-

18 5kW.

Analog output

Note 485 communicationis optional

: +.

Relay output

Frequency settingpower supply

Multi functionalanalog input

-

Jumper

setting

Input

Input

Protectioncircuit

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Powersupply Filter

Reactor

Othercontroldevices

MCCB

MCCB

ACCHE100

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Reactor

Filter

MCCB

AC

CHE100

Feedback unit

Inverter

GridAC powr

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3 phase input-

DC fuse DC fuse

EMCfilter

CHE100 inverter CHE100 inverter

380V

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COM

AI2

+24V

CHE V

I

J16 COM

AI2

CHE

V

I

0~10V

J16 COM

AI2

CHE

V

I

0~20mA

J16

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Digital display

Program Escape key/

Shortcut key

Run key

Digital modify key

Function indicator

Unit indicator

Data enter key

Shift key

Stop and Fault

reset key

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RSTSTOP

JOG

QUICK

STOP

RUN

RST

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50.00

P0.

P1.

Stop/run state

P1.00

PRG

ESC

P1.01

00.00

01.05

P1.02

P1.

50.00

PRG

ESC

PRG

ESC

DATA

ENT

ESC

DATA

ENT

PRG

PRG

ESC

PRG

ESC

PRG

ESC

DATA

ENT

DATA

ENT

Save theparameter

00.00SHIFT

>>

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Select control mode (set

P0.00)

Select run command source (set P0.01)

Select proper frequency command (set

P0.02 and P0.03)

Select the motor starting (setP1.01)

Set P2 group

Motor parameter

autotuning (set P0.12)

Select ACC/DEC time (set P0.08 and

P0.09)

Select the motor stopping (set

P1.05)

Start the motor and observe. Settle the abnormality.

P0.00=0?

Select ACC/DEC time (set P0.08 and

P0.09)

Starting

Achieve the required control

Yes

No

End

Yes

No

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1

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Output frequency

RealDEC time

P0 08. P0 09.

Set

Max

RealACC time

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6 small

small

big

small

big

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Output frequency

Output voltage

P1 09.

P1 07.P1 04.

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Output frequency

Forward

Dead zone time

Reverse

Tens UnitsBIT0: positive/negative logic

definition of S1

BIT1: positive/negative logic

definition of S2

BIT2: positive/negative logic

definition of S3

BIT3: positive/negative logic

definition of S4

0: positive logic 1:negative logic

BIT0: positive/negative logic

definition of Y

BIT1: positive/negative logic

definition of RO

BIT2: reserved

BIT3: reserved

0: positive logic 1:negative logic

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Output frequency

parameters

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Output voltage

Linear type

Torque stepdown V F curve 2 0 order- / ( . )

Output frequency

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Output frequency

Vb ost

F

Output voltage

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CHE

CHE

CHE

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CHE

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Corresponding setting

Frequency PID given and PID feedback,

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Corresponding setting

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Skip frequency bandwith

Skip frequency bandwith

Setting frequency

Output frequency

Jitter frequency

Center frequency

Upper limit

Lower limitAcce ler ate

Decelerate

Fall timeof traverse

Raise timeof traverse

Traverse amplltude

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Output frequency

FDT levelLag

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Output frequency

Reference frequency Detecting range

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Given value Setfrequency

Controlalgorithm

FilterFeedback value

PIDControl

Outputfrequency

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Reference value

Feedback valueBias limit

Output frequency

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Output frequency

Running command

S1

S2

S3

ON ON

ON ON

ON ON

ON

ON

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Time

1 Minute

Current

Motor overloadprotection coefficient

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Output v oltage

Output frequency

Over voltagestall point

-

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Output current

Output frequency

Au tomati ccurrent limiting

level-

Frequency fall isdetermined by Pb 07.

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RTU mode

Modbus

ASCI I mode

Modbus

Start at least3 5 bits of

vacancy

,. Slave

addressFunction

code Data Check

End at least3 5 bits of

vacancy

,.

Slaveaddress

Functioncode

Data Check0x3A 0x0D

0x0A

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Above 100 mm

Above 100 mm

Above 50m m

Fa n

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External braking resistor

CHE100

Braking unit

External braking resistor

CHE100

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Braking unit Braking unitCHE100

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