Инверторы серии FRENIC-AQUA. Руководство пользователя (2012 год) - часть 80

 

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Инверторы серии FRENIC-AQUA. Руководство пользователя (2012 год) - часть 80

 

 

 

 

7-4

 

7.3 

Блок

 

команд

 

привода

 

0

1

2

O

per

ati

on method

3

F02

Hol

d

K

eypad

Hold

E

nable 3-wire 

operation

HL

D

R

un forward 

FW

D

R

un reverse 

RE

V

0,1,4

2,3,5 to 8

0,1

2,3

H3

0

y99

y9

8

0,1

2,3

FW

D/R

E

V

FWD

 only

RE

only

Host 

equipment

Host 

equipment

Host 

equipment

FW

D

RE

V

[X

1]

[X

2]

[X

6]

[X

3]

[X

4]

[X

5]

Bit

 1

0

Bit

 1

1

Bit

 1

2

Bit

 1

3

Bit

 1

4

Bit

 1

5

X

F

 [FW

D

]

[X

7]

XR

 [

R

EV]

RS

T

FW

D

P

roc

essor

RE

V

P

roces

sor

FW

D

RE

V

FWD

RE

V

FW

D

RE

V

F2

3

F25

S0

6

R

un command

Run

dec

ision

RE

V

FW

D

B

it  0

B

it  1

B

it  2

B

it  3

B

it  4

B

it  5

B

it  6

B

it  7

B

it  8

B

it  9

Truth table for S

06 (bit 13, bit 14) process

ors

bi

t 13

bit 14

Outpu

t

ON

O

N

ON

ON

OFF

O

FF

OFF

O

N

O

FF

OFF

O

FF

OFF

ON

-

ON

OFF

-

OFF

-O

N

O

N

-O

F

F

O

F

F

*1

F16

H6

3

E6

5

Field

bus card

(option)

*2

R

emote/local d

ecision

RS

-485 CO

M por

t 1

RJ

-45 c

onnector to

connec

t with key

pad

RS

-485 COM port 2

Control c

irc

uit terminals

DX

+ and D

X

-

Fi

re

 mo

d

e

O

F

F

 if

 y

9

8=

2

,3

o

r

H

3

0

=

2

,3

,5

O

F

F

 if

 y

9

8

=

2

,3

or

H

3

0

=

6

 t

o

 8

O

F

F

 if

H

3

0

=

2

,3

,5

 t

o

 8

O

N

 if

 E

98

=

9

8

O

N

 if

 E

9

8

=

9

9

O

N

 if

 E

9

9

=

9

8

O

N

 if

 E

9

9

=

9

9

-

N

o

a

ss

ig

n

e

d

(O

u

tp

u

ts

 t

h

e

 v

a

lu

e

 o

th

e

 a

ss

ig

n

e

d

 b

it.

)

*1

N

ot

e

:

S

 c

od

es

 a

re

 c

om

m

un

ic

at

io

n-

re

la

te

fu

nc

tio

co

de

s.

 

R

ef

er

 to

 th

R

S

-4

85

 C

om

m

un

ic

at

io

U

se

r's

 M

an

ua

fo

de

ta

ils

.

*2

F

or

 d

et

ai

ls

 o

f t

h

op

tio

ns

, r

ef

er

 to

 th

in

st

ru

ct

io

m

an

ua

l

   

   

fo

ea

ch

 o

pt

io

n.

F

o

rc

e

d

 t

o

 O

F

F

if 

b

o

th

 

=

 O

N

S

ta

rt

in

g

 f

re

q

u

en

cy

 1

S

to

p

 fr

e

q

u

e

n

cy

F

re

q

u

e

n

cy

 li

m

ite

(L

o

w

)

Lo

w

 li

m

ite

r

R

e

fe

re

n

ce

 lo

ss

 d

e

te

ct

io

n

O

N

 if

 H

9

6

=

1

,3

F

re

q

u

e

n

cy

co

m

m

a

nd

F

o

rc

e

 t

o

 s

to

p

S

T

O

P

D

e

te

ct

e

d

 s

pe

e

d

O

N

 if

 H

7

2=

1

M

a

in

 

p

ow

e

lo

ss

 

d

e

te

ct

io

n

E

n

a

b

le

co

m

m

u

n

ic

a

tio

ns

 li

n

k

vi

a

 R

S

-4

8

5

 o

fie

ld

b

u

s

L

E

K

e

yp

a

d

S

e

le

ct

 lo

ca

l

(k

ey

p

a

d

)

o

p

e

ra

tio

n

L

O

C

C

o

m

m

u

n

ic

a

tio

n

s

lin

fu

n

ct

io

n

L

o

a

d

e

lin

k

fu

n

ct

io

n

B

u

lin

fu

n

ct

io

n

*1

 

 

Рисунок

 7.2  

Блок

 

команд

 

привода

 

 

7.4  V/f Control Block 

7-5

 

Chap. 7 

BLOC

K DI

AG
RAMS FO

R C

O

NTROL

 LO
GIC 

7.4 

Блок

 

вольт

-

частотного

 V/f 

управления

 

 

x

"-1"

"0"

ACC/DEC processor

F03
F04

F23

F25

H70

Deceleration

rate

processor

Operation 

analyzer

Frequency 

processor

Overload prevention

Current limiter

Current limit control

F44

Current limiter (Level)

Output current

F43

Current limiter 
(Mode selection)

+

-

F07
F08

S08

S09

H70

0.00

H11

H70=0.00

Torque limit

adjuster

F41

+

-

H69
=2 to 5

H70

0.00

H70=0,999

F43

0

F43=0

H69=0

E16

F40

H56

H63

FWD REV

E17

+

-

H76

H08

Rotational 
direction limitation

F24

P12

P10

F42

Rated slip 

frequency

Slip compensation 

response time

E10
E11

H14

Restart mode after

momentary power failure 

(Frequency fall rate)

Select torque limiter level 2/1

TL2/TL1

1

+

+

H07

Acceleration/deceleration pattern

E12
E13
E14
E15

F14

2,3

Run decision

Torque limit control

Run decision

Calculated

torque

Automatic 

deceleration 

control block

Run decision

H69

+

-

H76

Calculated

torque

Limit level

+

-

Limit level

Edc (DC link bus voltage)

H69

=2,4

=3,5

Automatic 

deceleration

Automatic 

deceleration 

control block

Run decision

H15

Restart mode after 

momentary power failure 

(Continuous running level)

Edc (DC link bus voltage

)

F14

+

-

H92
H93

Restart mode after

momentary power failure 

(Mode selection)

Edc controller

Calculated

torque

Monitor output 

< Output torque >

(One-way deflection)

Monitor output 

< Output frequency 1

(before slip compensation) >

Deceleration 

mode

Deceleration time 

for forced stop

Low limiter

(Mode selection)

Maximum frequency 1
Base frequency 1

Starting frequency 1
(Holding time)
Stop frequency

Continuity of

running 

(I)

(P)

Torque limiter 2 (Braking)

Torque limiter 1 (Braking)

Torque limiter 1 (Driving)

Torque limiter 2 (Driving)

Automatic deceleration

(Mode selection)

Overload

prevention

control

ACC time 2
DEC time 2
ACC time 3
DEC time 3
ACC time 4
DEC time 4

ACC time 1

ACC time

DEC time

DEC time 1

Select ACC/DEC

time (4 steps)

RT2/RT1

Torque limiter for braking

(Frequency increment limit)

Automatic 

deceleration

(Mode selection)

Torque limiter for braking

(Frequency increment limit)

(One-way 
deflection)

 

 
 

Рисунок

 7.3 (1)  V/f Control Block 

 

 

7-6

 

 
 
 
 

H64 F16

H64=0.0

F15

Voltage calculator

F03
F04
F05

F09
F37

H50
H51

P01

+

-

x

H80

Current 

fluctuation 

suppressor

Voltage 

calculator

Run 

decision

DC braking

F21

(Braking level)

F20
F22

(Braking time)

Motor parameters

Edc 

Compen

-sation

PWM 

processor

Carrier 

frequency

F26
F27

Carrier frequency 

reduction 

processor

Hardware 

current 

limiter

Motor sound 
(Carrier frequency)

Edc

(DC link bus 

voltage)

Cancel if bit 0=0

Gate drive circuit

Current limit processing

H12

Alarm 0C1 to 0C3

Cooling fan

ON/OFF 

control

H06

M

3

Motor

Cooling fan

1

0

(Braking starting 

frequency)

H98

Comparator

(Tone)

H64

0.0

P99 Motor 1 selection

H71

H95

(Braking response

mode)

PWM signals

DC braking

F06

H52
H53

(bit 0)

DCBRK

F14

H13
H14

H09

H49

H16

STM

Auto search for 

idling motor 

speed

Restart mode

after momentary

power failure

1

P03

to

P06

to

H46

F42

Phase angle

calculation

Main power

down detection

H72

PWM

signals

(One-way 

deflection)

RMS 

current

P12

DC link bus 

capacitor

Power

supply

Rectifier 

Current limit level

Output current

(

Iu, Iv, Iw

)

Instantaneous overcurrent

limiting (Mode selection)

Main power
down detection
(Mode selection)

Low limiter

(Lower limiting 

frequency)

Frequency

limiter

(Low) 

Frequency

limiter

(High) 

Output current

(

Iu, Iv, Iw

)

Starting mode (Auto search)

(Auto search delay time 1)
(Auto search delay time 2)

Restart mode after momentary power failure (Mode selection)

(Restart time)

(Frequency fall rate)

(Allowable momentary power failure time)

Edc

(DC link bus 

voltage)

Output current

(

Iu, Iv, Iw

)

Cooling fan

ON/OFF 

control

Maximum frequency 1
Base frequency 1
Rated voltage at base frequency 1
Maximum output voltage 1

Torque boost 1
Load selection/Auto torque boost/Auto energy saving operation 1
Drive control selection 1

Non-linear V/f pattern 1 

(Frequency)

Non-linear V/f pattern 2 

(Frequency)

Deceleration 

characteristics

(Voltage)

(Voltage)

Monitor output 

< Output voltage >

Monitor output 

< Output frequency 2

(after slip compensation) >

Monitor output 

< Output current >

Monitor output 

< DC link bus voltage  >

 

 
 

Рисунок

 7.3 (2)  

Блок

 

вольт

-

частотного

 

управления

 V/f 

 

 

7.5  PID Process Control Block 

7-7

 

Chap. 7 

BLOC

K DI

AG
RAMS FO

R C

O

NTROL

 LO
GIC 

7.5 

Блок

 

ПИД

-

управления

 

процессом

 

 

*1

E61

*1

E62

*1

E63

[12]

[C1]

[V2]

PID process command 1

PID feedback amount 1

3

5

4

30

3

5

4

30

3

5
4

30

Keypad

PID process command 1

4

3

J202

PID process command 1

PID control 2

(Command selection)

0

1

J102

3

S13

PID control 1

(Command selection)

+

+

+

+

PID feedback amount 2

1

E61
E62
E63

=31

Keypad

PID process command 2

2

0

Multistep PID 

command selection

PID-SS1, SS2

J136

J137

J138

Multistep

command

+

+

C58
C59
C60

C64
C65
C66

C70
C71
C72

Pattern 

operation

4

101

PID process command 2

C21

+

+

0, 8

1

2

3

5

F01

10

7

A

UP

/

DOWN

control

UP

/

DOWN

control

B

C

D

E61
E62
E63

=32

K126

2

3

4

5

[C1]

C

C31

+

+

C36

Reference
loss
detection

E65

E65

B

+

E65

+

+

Gain

Bias

C32
C34

F18
C50

×

4-20 mA/

0-20 mA

selection

C40

C33

C38

Normal/inverse decision

C53

[V2]

D

E65

++

C41

C43

Compa-

rator

H27

1

2

H26

=C1

H26=1,2

=PTC

+

Disable PID control

(J101=0 and J201=0)

+

Compa-

rator

+

+

Gain

Bias

C37
C39

F18
C50

×

+

+

Gain

Bias

C42
C44

F18
C50

×

1

[12]

[12] Filter

[12] Offset

UP

command

UP

DOWN

command

DOWN

Hardware 

switch

SW5

H26=0

Thermistor

(Mode selection)

Thermistor

(Mode selection)

[V2] filter

[V2] Offset

Thermistor

(Level)

[C1] Offset [C1] Filter

Reference loss 

detection

Reference loss 

detection

Alarm

0H4 

Thermistor

(Mode selection)

Reference loss 

detection

"0"

0 limiter

"0"

0 limiter

"0"

0 limiter

Frequency 

command 1

Switch normal/

inverse operation

IVS

Selection of 

normal/inverse

operation

Display unit
Maximum scale
Minimum scale

Display unit
Maximum scale
Minimum scale

Display unit
Maximum scale
Minimum scale

(Less than)

 

 
 

Рисунок

 7.4 (1)  

Блок

 

ПИД

-

управления

 

процессом

 

 

 

7-8

 

 
 
 
 

*1  Priority when the same function is selected by E61 to E63

        U87 

・・・

 U81  Terminal [12]  Terminal [C1]  Terminal [V2]  Terminal [32]  Terminal [C2] > Terminal [PT1] > Terminal [PT2]

*2  For details of the options, refer to the instruction manual for each option.

Invert

-

Slow flowrate stop 

function

0 Hz

C01
C02
C03
C04

F15

F16

PID1 alarm 

processor

PID Control 1

(Alarm output selection)
(Upper level alarm (AH))

(Lower level alarm (AL))

J124

J122

J121

PID1 alarm

PID1-ALM

PID2 alarm 

processor

PID Control 2

(Alarm output selection)
(Upper level alarm (AH))

(Lower level alarm (AL))

J224

J222

J221

PID2 alarm

PID2-ALM

PID channel 

switching

PID2/1

J105
J106
J107

1

10

11

12

13

14

+

-

J153

Average

Addition 

J104

J103

J203

J205
J206
J207

PID 2 PV failure 

judgment

PID1 feedback error

PV2-OFF

PID 1 PV failure 

judgment

PID1 feedback error

PV1-OFF

1

0

2

J231

J230

J229

J228

J227

J131

J130

J129

J128

J127

J213

PID control 2

(Feedback filter)

J113

PID control 1

(Feedback filter)

Normal/inverse 

decision

J*01

J*12

J*11

J*10

PID Control

(Upper limit of PID 

process output)

J*18

J*19

PID Control

(Lower limit of 

PID process 

output)

PID Control

(Anti-reset wind-up)

J*14

Switch normal/

inverse operation

IVS

PID Control

 (Mode selection)

PID Control P (Gain)

PID Control I (Integral time)

PID Control D (Differential time)

Reset PID integral and 

differential components

PID-RST

Hold PID integral 

component

PID-HLD

Cancel PID control

Hz/PID

Inverter 

running

RUN

Under PID control

PID-CTL

H118

Fire mode

FMS

Fire mode

(Reference frequency)

Remote/local decision

Fire mode decision

H116

A

Upper limit 

frequency

Lower limit 

frequency

*=1,2

Asterisk (*) replaces 

1

 or 

2

identifying individual codes.

1

2

PV1

PA1

PV2

PA2

Note: In practice, many 

functions other than the 

flow flowrate stop 

function are available.

Under PID2 

control

PID2

End of curve 

protection

Filter clogging prevention/Anti-jam

Pdr

PoL

roC

rLo

FoL

PID

PID alarm

PID-ALM

2

3

4

5

S01

S05

Host 

equipment

OFF if y98=1,3

or

H30=1,3,7

Host 

equipment

Host 

equipment

OFF if y98=1,3

or

H30=4,5,8

OFF if

H30=1,3 to 5,

7,8

RS-485 COM port 1

(RJ-45 connector to 

connect with keypad)

*2

Fieldbus card
(option)

RS-485 COM port 2

(Control circuit 

terminals DX+ and 

DX-)

0

0

E

S01

0

0

S19

S05

Data clear processing 

for communications

error

y95

When an alarm (Er8, ErP, Er4 or Er5) 

occurs, the frequency command and 

run command (FWD, REV, FWD2 or 

REV2) can be cleared.

ON if y99 = 1,3

Host 

equipment

(Win PC

Main monitor

details

4
5

K11

A

8

Display frequency

(%)

0,2,6

1,3 to 5,7,8

0,2

1,3

H30

y99

y98

0,2

1,3

Manual speed command

E

1

13

(Upper limit warning detection hysteresis width)

J223

(Lower limit warning detection hysteresis width)

J225

Frequency 

command via 

communication

Last 

command

takes effect.

Keypad

Select local 

(keypad) 

operation

LOC

Frequency

limiter 

(Low)

Frequency

limiter 

(High)

Enable 

communi-

cations link 

via RS-485 

or fieldbus

LE

Select multistep 

frequency

SS1

,

SS2

,

SS4

,

SS8

Display unit
Maximum scale
Minimum scale

Display unit
Maximum scale
Minimum scale

Balanceless-bumpless
(F01,C30 = 8

Key operation on the keypad

Load shaft speed

Motor speed

(Light alarm only)

(Light alarm only)

(Light alarm only)

USB connector

C05
C06
C07
C08
C09
C10
C11
C12
C13
C14
C15
C16
C17
C18
C19

 

 
 

Рисунок

 7.4 (2)  

Блок

 

ПИД

-

управления

 

процессом

 

 

7.6  External PID Process Control Block 

7-9

 

Chap. 7 

BLOC

K DI

AG
RAMS FO

R C

O

NTROL

 LO
GIC 

7.6 

Блок

 

внешнего

 

ПИД

-

управления

 

процессом

 

 

*1

E61

*1

E62

*1

E63

[12] 

[C1] 

[V2]

41

42

43

44

45

41

42

43

44

45

41

42

43

44

45

Keypad

External PID1 SV

0

4

51

S31

Ext PID command 1 

for communication

External PID control 1

(Remote command)

46

46

46

J502

J551

J552

J553

51

60

61

62

63

64

Average

Addition 

J503

3

UP/

DOWN

control

J613

J551

J552

J553

J663

J551

J552

J553

4

S32

Ext PID command 2 

for communication

External PID command 1

Keypad

External PID2 SV

0

51

J602

52

4

S33

Ext PID command 3 

for communication

Ext PID process command 1

Keypad

External PID3 SV

0

51

J652

52

47

48

49

47

48

49

47

48

49

3

53

3

U

U

C

Ext PID process command 2

Ext PID process command 3

External PID command 2

Ext PID multistep 

command

EPID-SS1, SS2

J505

J506

J507

Display unit

Maximum scale

Minimum scale

J603

J653

112

111

J550

Bit0=0

J550

J550

J605

J606

J607

J655

J656

J657

51

52

51

52
53

111

J513

Bit1=0

Bit2=0

*1  Priority when the same function is selected by E61 to E63

        U87 

・・・

 U81  Terminal [12]  Terminal [C1]  Terminal [V2]  Terminal [32] 

        Terminal [C2] > Terminal [PT1] > Terminal [PT2]

a

b

c

d

e

f

g

h

i

j

k

l

[12]

C31

++

C36

+

4-20 mA/

0-20 mA

selection

C40

C33

C38

[V2]

++

C41

C43

Compa-

rator

H27

1

2

=C1

H26=1,2

=PTC

+

+

Compa-

rator

H26

Gain

Bias

C32 C34 C55 C56

+

+

×

Gain

Bias

C42 C44 C67 C68

+

+

×

Gain

Bias

C37 C39 C61 C62

+

+

×

Hardware 

switch

SW5

H26=0

Thermistor

(Mode selection)

[C1]

[C1] 
Offset

[C1] Filter

[V2] Offset

[V2] Filter

[12] Offset

[12] Filter

Thermistor

(Mode selection)

Thermistor

(Mode selection)

Thermistor

(Level)

Alarm 0H4 

Display unit

Maximum scale

Minimum scale

Display unit

Maximum scale

Minimum scale

(Less than)

U

 

 
 
 

Рисунок

 7.5 (1)  

Блок

 

внешнего

 

ПИД

-

управления

 

процессом

 

 

 

7-10

 

 
 
 
 
 

Invert

Normal/inverse 

decision

+

-

J501

(Anti-reset wind-up)

J514

Switch 

normal/

inverse 

operation

EPID1-IVS

Reset external PID1

integral/differential 

components

EPID1-RST

Hold external PID1

integral component

EPID1-HLD

External PID1

alarm processor

J524

J522

J521

External PID1 

alarm

EPV1-ALM

J504

Keypad external PID1

 manual command

Invert

+

-

J601

J618

J619

J614

Reset external PID2

integral/differential 

components

EPID2-RST

External PID2

alarm processor

J624

J622

J621

External PID2

alarm

EPV2-ALM

Invert

+

-

J651

J668

J669

J664

External PID3

alarm processor

J674

J672

J671

External PID3

alarm

EPV3-ALM

Cancel external 

PID control 1

%/EPID1

Cancel external 

PID control 2

%/EPID2

Cancel external 

PID control 3

%/EPID3

External PID control 1 

ON command

EPID1-ON

ON

External PID control 2

ON command

EPID2-ON

ON

External PID control 

3 ON command

EPID3-ON

ON

Duty 

control

External PID1 output

EPID1-OUT

[Y] #202

External PID1 output

EPID1-OUT

[FM1] [FM2]

#65

J517

Duty 

control

External PID2 output

EPID2-OUT

[Y] #212

External PID2 output

EPID2-OUT

[FM1] [FM2]

#75

J617

Duty 

control

External PID3 output

EPID3-OUT

[Y] #222

External PID3 output

EPID3-OUT

[FM1] [FM2]

#85

J667

J540

J640

J690

J512

J511

J510

J515

J516

J612

J611

J610

J615

J616

J662

J661

J660

J665

J666

J520

J620

J670

W216

Running under 

external PID1 control

EPID1-RUN

W226

W236

External PID1

PV failure 

judgment

External PID1 

feedback error

EPV1-OFF

External PID2

PV failure 

judgment

External PID2

feedback error

EPV2-OFF

External PID3

PV failure 

judgment

External PID3

feedback error

EPV3-OFF

J681

J680

J679

J631

J630

J629

111

112

53

0,8

52

111

0,8

51

0

51

0,8

52

J501

J601

J651

21,22

31,32

11,12

1,2

21,22

31,32

11,12

1,2

21,22

31,32

11,12

1,2

PVA

PAA

PAb

PAb

PVc

PAC

J531

J530

J529

J518

J519

Keypad external PID2

 manual command

Keypad external PID3

 manual command

Marking xx denote the conversion from 

physical quantity (fixed-point) to 20000 p.u. 

values.

(Lower limit of 

PID process 

output)

(Light alarm only)

+100%

0%

a

b

c
d

e

f

g

h

i

j

k

l

(Mode 

selection)

(Anti-reset wind-up)

(Mode 

selection)

Switch 

normal/

inverse 

operation

EPID2-IVS

(Mode 

selection)

Switch 

normal/

inverse 

operation

EPID3-IVS

Reset external PID3

integral/differential 

components

EPID3-RST

(Anti-reset wind-up)

Inverter running

RUN

Inverter running

RUN

Inverter running

RUN

Hold external PID2

integral component

EPID2-HLD

Hold external PID3

integral component

EPID3-HLD

P (Gain)

I (Integral time)
D (Differential time)

P (Gain)

I (Integral time)
D (Differential time)

P (Gain)

I (Integral time)
D (Differential time)

Under external PID1 control

EPID1-CTL

Under external PID2 control

EPID2-CTL

Under external PID3 control

EPID3-CTL

(Light alarm only)

(Light alarm only)

Running under 

external PID2 control

EPID2-RUN

Running under 

external PID3 control

EPID3-RUN

(Upper and 

lower limits)

(Lower limit of 

PID process 

output)

(ON/OFF control 

hysteresis width)
(Proportional operation 

output convergent 

value)

(ON/OFF control 

hysteresis width)
(Proportional operation 

output convergent 

value)

(ON/OFF control 

hysteresis width)
(Proportional operation 

output convergent 

value)

Normal/inverse 

decision

Normal/inverse 

decision

 

 
 
 

Рисунок

 7.5 (2)  

Блок

 

внешнего

 

ПИД

-

управления

 

процессом

 

 

 

7.7  FM1/FM2 Output Selector 

7-11

 

Chap. 7 

BLOC

K DI

AG
RAMS FO

R C

O

NTROL

 LO
GIC 

7.7 

Селектор

 

выхода

 FM1/FM2 

 

×

×

F31

F30

F29

0

1

16

2

3

4

5

6

7

9

10

13

14

15

0

1, 2

18

20

70

51

54

55

60

61

65

50

115

75

80

81

85

111

112

113

114

71

116

117

Analog output

[FM1]

Current output

Voltage output

SW4 = IO1 position

Hardware switch

SW4 = VO1 position

Analog output [FM1]

(Function)

Voltage

adjustment

Mode 

selection

PID feedback amount (PV)

Output frequency 1

Output frequency 2

Output current

Output voltage

Output torque

Load factor

Input power

PID output (MV)

PID command (SV)

Universal AO

DC link bus voltage

Motor output

Calibration (+)

Heat sink temperature (200°C/10 V)

Reference frequency

PID feedback amount 1 (PV1)

PID command 1 (SV1)

PID feedback amount 2 (PV2)

PID command 2 (SV2)

External PID feedback amount 1 (EPID1-PV)

External PID command 1 (EPID1-SV)

External PID final output 1 (EPID1-OUT)

External PID feedback amount 2 (EPID2-PV)

External PID command 2 (EPID2-SV)

External PID final output 2 (EPID2-OUT)

External PID feedback amount 3 (EPID3-PV)

External PID command 3 (EPID3-SV)

External PID final output 3 (EPID3-OUT)

Customizable logic output signal 1

Customizable logic output signal 2

Customizable logic output signal 3

Customizable logic output signal 4

Customizable logic output signal 5

Customizable logic output signal 6

Customizable logic output signal 7

Note: Deviation output is supported by terminal [Ao] only.

 

 
 
 

Рисунок

 7.6  

Селектор

 

выхода

 [FM1] 

 

 

 

 

 

 

 

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