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F3 Human Machine Interface Parameter s

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Fuling-Inverter-Manual

F3 Human Machine Interface Parameter s

Chap ter 5 Function Parameters List

DZB Series

Function

Code

Nam e

Settin g Range

Modi fi

ca tio n

S erial

128

256

Outpu t terminal sta tu s

PI D setpoint

PI D fe edba ck

VI va lue

AI va lue

C urrent seg ment o f

multi-spee d control

Default

Value

F3.0 7

85 .

※

0 - 14 (0: in va li d )

opera tion st atus display

p efe ren tial option

0

IGBT mo dule temperatur e

F3.08

100.0

～

℃

86 .

F3.09

Software version

87 .

F3.10

Accum ulative op erating

time

9999h

～

88 .

F3.11

The fa ult before pr evious

fault typ e

91 .

No fault

：

1:IGBT U p hase protecti on(E009)

4:Acce leration over -curren t(E004)

5:Deceleration o ve r-curre nt(E005)

6:Constan t speed o ver-current

(E0 06)

F3.12

Previous faul t type

89 .

F3.13

Cu rrent fault type

90 .

2:IGBT V pha se pro tection (E019)

3:IGBT W ph ase protection(E0 29)

512

1024

Act ua l dela y time

Se tt ing d elay t ime

DC bus volt age

255

84.

F3.06

※

Stop status display

par ameter option

Setting freque ncy

Input terminal status

128

256

512

4096

8192

16384

7:DC bus vo ltage

8:PID set point

9:PID fee db ac k

10:Reserved

11:Reserved

12: VI value

13: AI value

14: Current segment of

multi-speed control

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C hapter 5 Functio n Pa rame ters List

DZB Series

Function

Code

Name

Settin g Range

Modifi

cation

Serial

18 :Communi cation fa ult(E018)

19 :Current de tect error(E015)

20 :Motor self-l earni ng error (E016)

21 :EEPROM o peration e rror

( E0 0F)

22 :PID fe edbac k di sc onne ct err or

( E0 2E)

23 :Br aking uni t error

E01A

（

）

24 :Reserv ed

F3.14

Ope rating freq uency at

curre nt fault

0.00Hz

92.

F3.15

Output am perag e at

curre nt fault

0.0 A

93.

F3.16

Bus v oltage at current fault

0.0 V

94.

F3.17

Setting del ay ti me

95.

F3.18

96.

F4.00

ACCEL Ti me 2

0.1

36 0.0s

～

10.0s

97.

F4.01

DECEL Ti me 2

0.1

36 0.0s

～

10.0s

98.

F4.02

Jogging frequen cy

0.00

F0 .04

～

5.00Hz

99.

F4.03

Jogging ACCEL time

0.1

36 0.0s

～

10.0s

100.

F4.04

Jogging DECEL time

0.1

36 0.0s

～

10.0s

101.

※

※

F4 Application Func tion Parameters

Defa ult

Value

16 :IGBT modul e overheat fault

( E0 1E)

17 :Externa l fault(E01 7)

14 :Outpu t s ide pha se failure(E013)

15 :Diode module ove rheat fault

( E0 0E)

Setting uni t of d elay time

0~9999s

0~3

7:Ac ce lerati on over-voltage(E002)

8:D ecelera tion ove r-v oltage (E00A)

9:C onstan t speed o ver-voltage

( E0 03)

10 :Bu s under-voltage fault E001

（

）

11:Motor o verload(E007)

12 :Inverter o verl oad(E008)

13 :Inpu t s ide pha se failure(E012)

※

Chap ter 5 Function Parameters List

DZB Series

Function

Code

Nam e

Settin g Range

Modi fi

ca tio n

S erial

F4.13

FDT l evel detection value

0.00

F0.04

～

50.00Hz

110.

※

F4.16

Brake Threshold

Va lue Voltage

115.0

140.0%(standard DC bus

v oltage) 380V

～

130.0%

113.

115.0

140.0%(standard DC bus

v oltage) 220V

～

120.0%

F4.17

Speed display

ratio

0.1

99 9.9%

Speed=1 20

running

frequency

F4.17/pole n umber

～

100.0%

114.

F4.18

PID setpoint

Sources Option

Given by Keyboard(F4.19)

：

Given by pan el potentiometer VI

：

Given by external te rminal AI

：

Given by Remote

Communicatio n

：

Multi-seg setpoint

：

115.

F4.19

PID Feedback

Sources Option

0.0%

100.0 %

～

0.0%

116.

F4.20

Preset PID s etpoint

Reserved

：

AI Feedback

：

Reserved

：

Comm unication fe edback

：

117.

F4.21

PID Output Charac teristic s

Option

0

positi ve

：

negative

：

118.

※

F4.14

FDT d elay detection va lue

0.0

10 0.0%(FD T leve l)

～

5.0%

111.

F4.15

Frequency reaching

detec tion ran ge

0.0

10 0.0%(max im um fre quency)

～

0.0%

112.

※

Default

Value

F4.1 0

Trav erse frequen cy down

time

0.1

360.0s

～

5.0 s

107 .

※

F4.11

Fault auto -res et times

～

108.

※

F4.1 2

Interval ti me s etting of

automatic resetting fault

0.1

100.0s

～

1.0 s

109.

※

F4.0 5

Skip fre quency

0.00

F0.04

～

0.0 0Hz

102 .

F4.0 6

Skip fre quenc y r ange

0.00

99.99 Hz

～

0.0 0Hz

103 .

F4.0 7

Traver se frequency range

0.0

10 0.0%

relative to set fr equen cy

～

（

）

0.0%

104 .

F4.0 8

Kick frequency range

0.0

50 .0%( rela tive to traverse

fr equency r ange)

～

0.0%

105 .

F4.0 9

Traverse freq uency up

time

0.1

360.0s

～

5.0 s

106 .

※

●

※

●

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-3 2 -

C hapter 5 Functio n Pa rame ters List

DZB Series

Function

Code

Name

Settin g Range

Modifi

cation

Serial

F4.31

Multi -Speed 2

-100 .0

1 00.0%

～

0.0%

128.

F4.32

Multi -Speed 3

-100 .0

1 00.0%

～

0.0%

129.

※

F4.33

Multi -Speed 4

-100 .0

1 00.0%

～

0.0%

130.

F4.34

Multi -Speed 5

-100 .0

1 00.0%

～

0.0%

131.

F4.35

Multi -Speed 6

-100 .0

1 00.0%

～

0.0%

132.

F4.36

Multi -Speed 7

-100 .0

1 00.0%

～

0.0%

133.

F5.00

Motor Overl oad

P rotection Option

No prote ction

：

Normal motor

：

Variable Frequency motor

：

134.

F5.01

Motor Overl oad

P rotection Current

20.0%

120.0%

(mot or r ated cu rrent)

～

10 0.0%

135.

F5.02

P ower- down Fr equenc y

Drop Point

70.0

110.0%(sta nda rd bus

volta ge)

～

80 .0%

136.

F5.03

Instant powe r-do wn

Frequ ency dro p rate

0.0 0Hz

99.99Hz

～

0.0Hz

137.

F5.04

Over -voltage

S tall Protection

prohibit

：

allow

：

138.

F5.05

Over -voltage Stall

P rotection Vo ltage

110

150%(380V)

～

120%

139.

110

150%(220V)

～

115%

F5.06

Over -cur rent s tall s etti ng

100

200%

～

150%

140.

F5.07

Over -cur rent gain settin g

to avoi d of stalling

141.

※

●

※

F5 Protection Parameter s

F4.28

Feedba ck disc onnec tion

detecting ti me

0.0

360.0s

～

1.0 s

125.

F4.29

Multi -Speed 0

-100 .0

1 00.0%

～

0.0%

126.

F4.30

Multi -Speed 1

-100 .0

1 00.0%

～

0.0%

127.

※

Defa ult

Value

F4.22

Proportio nal gain (Kp)

0.0 0

99.99

～

1.00

119.

F4.23

Integral time (Ti)

0.0 1

10.00s

～

0.10s

120.

F4.24

Differentia l time (Td)

0.0 0

10.00s

～

0.00s

121.

F4.25

Sampli ng cycle time (T)

0.0 1

99.99s

～

0.10s

122.

F4.26

PID control

di screpancy li mit

0.0

100.0%

～

0.0 %

123.

F4.27

Feedba ck disconnection

de tecting v alue

0.0

100.0%

～

0.0 %

124.

※

100

～

Chap ter 5 Function Parameters List

DZB Series

4:Od d chec k

E,8,2

for RTU

（

）

5:Even check

O,8,2

for RTU

（

）

6:No check

N,7,1

for ASCII

（

）

7:Od d chec k

E,7,1

for ASCII

（

）

8:Even check

O,7,1

for ASCII

（

）

9:No check

N,7,2

for ASCII

（

）

10:Odd check

E,7,2

for ASCII

（

）

11:Even check

O,7,2

for ASCII

（

）

12:No che ck

N ,8,1

for ASCII

（

）

13:Odd check

E,8,

for ASCII

（

，）

14:Even chec k

O,8,1

for ASCI I

（

）

15:No che ck

N ,8,2

for ASCII

（

）

16:Odd check

E,8,2

for ASCII

（

）

17:Even chec k

O,8,2

for ASCI I

（

）

F6.03

Co mmunication

res ponse delay

200 ms

～

5ms

145.

F6.0 4

Co mmunication

overtim e fault time

0.0

in valid

0.1

10 0.0s

（

），

～

0.0 s

146.

F6.05

Co mmunication

err or mea sure

147.

Alarm an d free ru n stop

：

1

No al arm an d keep run ning

：

No al arm an d stop accor ding to

stop m ode (by c ommunication)

：

※

3:No check

N,8,2

for RTU

（

）

Function

Code

Nam e

Settin g Range

Modi fi

ca tio n

S erial

Default

Value

2:Even che ck

O,8,1

fo r RTU

（

）

F6.0 2

Data pattern

144.

0:No ch eck

N,8,1

for RTU

（

）

1:Od d check

E,8 ,1 fo r RTU

（

）

※

F6.0 0

Co mmun ication Address

247,0 is th e broadcas t a ddres s

～

142.

F6.01

Baud rate s etting

120 0BPS

：

240 0BPS

：

480 0BPS

：

960 0BPS

：

192 00BPS

：

384 00BPS

：

143.

※

※

F6 Communication Paramete rs

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Cha pter 6 Parameter D es cription

DZB Series

Functio n

Cod e

Name

Sett ing Range

Modi fi

cation

S eria l

N o

D efault

Valu e

No alar m an d stop ac cor ding to

st op mode(by all control mode)

：

F6.06

Response

m eas ure

148.

Respons e when wr ite

：

1

No response when wri te

：

※

P ath Sel ection for the i nverter Control Command

0: Keyboard Command Path

The buttons RU N and STOP on the keyboard are for operation control.

1:Terminal Command Path

Multifunction input terminals of forward, reverse, forward j ogging, revers e jogging and so on,

perform the opera tion c ommand control.

2:Communi cation Command Path

Operation command control is performe d t hrough communication pattern by upper level machine.

DZB200s eries inverter can s et up the frequency though "

" a nd "

" buttons on t he keyboard and

t erminal UP/ DOWN (Frequency setting increase /Frequency set ti ng decrea se), a nd as it has the hi ghest

purview, it can combi ne with any other frequency setting path to mainly accomplishes the fine adjustment

of inverter output fre quency during control system c ommissioning.

∧

∨

Chapter 6 Parameter Description

F0 Basic Function Parame ters

V/F Control Mode

V/F c ontrol mode is suitable for the application w hich does not require hi gh c ontrol accuracy,

e.g. pump and fans, and al so s uitabl e for cas es with one i nverter driving multiple motors.

F0.00

Control mode

V/F contr ol

：

1

Functio n

Cod e

Name

Setting Range

Default

Value

F0.0 1

Command source

selecti on

Ke yb oard

：

Termin al

：

485 comm unication

：

Functio n

Cod e

Name

Setting Range

Default

Value

F0.02

Keyboard and termina l

UP/DOWN s etting

Ke yb oard and termina l

UP/DOWN s etting

：

Valid, a nd inverter do es n ot

mem orize whe n power down

：

2

Invalid

：

Functio n

Cod e

Name

Setting Range

Default

Value

Chapter 6 Para meter Description

DZB Series

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Selecti on of inverter frequency command i nput channels. There are 7 main frequency set ting channel s:

0: Keyboard

Ac complish keyboa rd frequency set ting by me ans of modifying t he value of function code F0.07

Keyboard freque ncy sett ing

1: VI

2: External terminal AI

This means that the freque ncy is set up through analog input terminals. DZB seri es invert er provides 2

analog input channel. AVI is 0-10V voltage input mode , whi le ACI i s 0 (4)-20mA input.

The 100.0% set ting of analog input is corresponding to the maxi mum frequency (Funct ion Code F 0.04),

and -100.0% i s corres ponding to maximum reverse fre quency (Function Code F0.04).

3:Reserved

4:Multi-s peed operation

The inverter is operated i n t he mode of mult i-speed onc e thi s frequency setting mode is chosen. It is

needed to s et up the parameters of F2 Group and F4 Group

Multi -speed control group

to determine the

coi ncidence relation bet ween given pe rcentage and given frequency.

PID control

Selecti on of this parameter means that the operation mode of inverter i s PID control mode.In this c as e,

it is required to set up F4 Group

PID control group

. The operati on frequency of i nverter is the frequency

val ue which PID gives. Please refer to the description of F4 Group

PID functi ons

for t he definition of

PID s etpoint source, assigned value, fee dback source and so on.

“

”

“

”

：

“

”

“

”

It is us ed to set up t he maximum out put frequency of inverter. P leas e note that, it is the ba sis of frequency

setting and acceleration/de cel eration speed.

It is the upper li mit of inverter output frequenc y, w hich should be less t han or equal to the maxi mum

output frequency.

The l ower l imit of inverter output frequency.

If setpoint frequency is lower than lower limit frequency whe n startup, inverter c an not run.operate at

t he lower li mit frequency, s top or be dormant. Therein, Maximum out put freque ncy

upper limit frequenc y

lower limit frequency.

≥

When Frequency Command is chosen as

keyboard Setting

, this function code value i s the ini tial

s et value of inverter frequency.

“

”

Accel erati on t ime means the time t1 required for i nvert er to accelera te t o the ma ximum output

frequency (F0.04) from 0Hz.

D ecele rat ion ti me is the time t2 requi red for inverte r to decelerate to 0Hz from t he maximum out put

frequency (F0.04).

It is indi cated by following figure

Remote communicati on

The frequency command is given in the communication mode by upper position machine.For det ails ,

please refer to

DZB Seri es inverter ModBus Communi cation Protocol

：

“

”

0: Val id, and the inverter memorizes when power down. Able to set up frequency command, and memorize

thi s set frequency when the invert er is power down. When the power is back,automatically combine it with

current frequency sett ing.

1: Val id, and the inverter does not memori ze when power i s down. Able to set up frequency,but when the

inve rte r power is down, thi s frequency setti ng i s not memorized.

2: Invalid. The frequency set through keyboard and terminal UP/DOWN is autom atical ly cleared,and the

settings through keyboard and terminal UP/DOWN are i nvalid.

Note: After the user restor es t he defaul t val ue s of inverter function paramete rs, th e frequency

val ue, set through keyboard and termi nal UP/DOWN, is automat icall y cl eared.

F0.04

Max im um output frequen cy

10 .00

600.00H z

～

50.00Hz

Functio n

Cod e

Name

Setting Range

Default

Value

F0.05

Upper lim it frequency

F0.06

F0.04

～

50.00Hz

Functio n

Cod e

Name

Setting Range

Default

Value

F0.06

Lower lim it frequency

0.0 0 Hz

F0.05

～

0.00Hz

Functio n

Cod e

Name

Setting Range

Default

Value

F0.07

Keyboard frequen cy s etting 0.00 Hz F0.04

～

50.00Hz

Functio n

Cod e

Name

Setting Range

Default

Value

F0.08

ACCEL time 1

0.1

36 0.0s

～

10.0s

F0.09

DECEL time 1

0.1

36 0.0s

～

10.0s

Functio n

Cod e

Name

Setting Range

Default

Value

F0.03

Frequency comm and

Sele cti on

0: Key boa rd

4: Multi-speed

5: PID control

6: 48 5 comm unication

1: Panel pote ntiome ter VI

2: External terminal AI

3: Reserved

Function

Code

Nam e

Setting Range

D efault

Value

Chapter 6 Para meter Description

DZB Series

Cha pter 6 Parameter D es cription

DZB Series

- 35-

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Fig 6-2 Rel ationship bet ween environment and Carrier frequency

Relationship bet ween Model and Carrier frequency

This function is mainly used t o i mprove the motor operating noise a nd invert er int erference to external .

The a dvantages of using high carrier frequency: relatively ideal current wave shape, less harmonic

current wave and low motor nois e;

The disadvantages of us ing high carrier frequency: increas ed switch loss and inverter temperature rises,

affecting invert er output capacit y so that it s hould be operated at derating under hi gh carri er freque ncy

conditions; in the me an time, inverter leakage current and it s electroma gnetic interference to external are

i ncreased.

The situations of usi ng l ow carrier frequency is on the contrary. Too low carrier frequency can c ause

operation unstable, t orque reduced a nd even oscillation at low frequenc y.

W hen inve rter is fact ory rele ased, its carrier frequenc y has been set properly. Generally the user does

not need to modify t his parameter.

Carrier

frequency

Electron magnetic

noise

Caco phon y,

Leakage current

Heat radiation

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