CVF-G2 CVF-P2

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Transcript of CVF-G2 CVF-P2

CVF-G2

CVF-P2

CVF-G1

CVF-P1

CVF-S1

CVF-ZS

CVF-V1

CVF-H

1. 1

1.1 1

1.2 1

1.3 2

1.4 2

2. 3

2.1 3

2.2 3

2.3 3

2.4 4

2.5 4

2.6 5

3. 7

3.1 7

3.2 7

3.3 8

3.4 8

3.5 9

3.6 9

4. 10

4.1 10

4.2 11

4.3 11

4.4 14

4.5 14

4.5 15

5. 16

5.1 16

5.2 18

5.3 19

5.4 20

5.5 22

6. 25

6.1 25

6.2 25

7. 28

7.1 b 28

7.2 L 29

7.3 H 32

8. 35

8.1 b 35

8.2 L 43

8.3 H 58

9. 74

9.1 74

9.2 75

9.3 76

10 77

10.1 77

10.2 78

10.3 78

11 80

11.1 , 80

11.2 81

11.3 82

11.4 83

11.5 ( ) 84

11.6 86

12 87

12.1 87

12.2 87

12.3 88

1RS485 89

299

1.

1.1

1.2

U V W

10

!

!

!

!

,

1.3

1000 1500

10%

1.4

!

CVF - G2 - 4 T 0037 C

B:C:

KW

00150022

0055

0007

0037

1.52.2

5.5

0.75

3.7

G2

220V

P2

24 380V

TS

0075 7.50110 11

2

2.11

2

2.2

2.3

2-1

2-1

!

CONVO CVF-G2 INVERTER

TYPE : CVF-G2-4T0007SOURCE: 3PH 380V 50/60HzOUTPUT: 1.5KVA 2.3ASERIAL No.:

SHENZHEN CONVO ELECTRIC TECHNOLOGIES CO., LTDMADE IN CHINA

2.4

2-2

G2 P2

CVF-G2-4T0007 ~ 4T0075 CVF-P2-4T0015 ~ 4T0110

2.5

G2( )

P2 KVA A KW

CVF-G2-4T0007 1.5 2.3 0.75CVF-G2-4T0015 CVF-P2-4T0015 2.4 3.7 1.5CVF-G2-4T0022 CVF-P2-4T0022 3.3 5.0 2.2CVF-G2-4T0037 CVF-P2-4T0037 5.6 8.5 3.7CVF-G2-4T0055 CVF-P2-4T0055 8.6 13 5.5CVF-G2-4T0075 CVF-P2-4T0075 11 17 7.5

CVF-P2-4T0110 16.5 25 11

2.6380V 50/60Hz

320V~460V

0~380V

0Hz ~ 500Hz

G2 150% 1 180% 2P2 120% 1V/F

0.1%

0.01Hz

0.4 %

0.1%

0.2%

0.01%

0.1%

V/F 5~500Hz 12

0~20%

0.1~6000 S

75% ( )

0~15Hz 0~15%0~20.0

1.5KHz ~ 15.0KHz

0~10V -10V~10V 0~20mA

0~10KHz

/7

156

PID PID

PID 4/

RS485

(OC )

PID ,

PIDPID

8

/-10 C +50 C

90%

1000m

IP20

33.1

-10 ~40 40 50

90%

3.2

3-1

3-2

3-1 3-2

3.3( )

( )

3-3

3-3

3.4( )

( )15

3-4 3-4

3.5

3.6

G2 P2

W1(mm)

W(mm)

H1(mm)

H(mm)

D1(mm)

D(mm) (mm) (Kg)

CVF-G2-4T0007 CVF-P2-4T0015CVF-G2-4T0015 CVF-P2-4T0022

108 120 158 170 130 140 5 1.75

CVF-G2-4T0022 CVF-P2-4T0037CVF-G2-4T0037

128 140 188 200 150 160 5 2.60

CVF-P2-4T0055CVF-G2-4T0055 CVF-P2-4T0075CVF-G2-4T0075 CVF-P2-4T0110

165 180 240 255 173.5 183.5 6 5.50

U

V

W

M

4.4.112 10

3 U V W4

5

6

74-1

8

9 (VI1 VI2 II) AM FM0.3mm AM-

30m

10 (X1~X7 OC1 OC2 FWD REV RST)0.75mm

CM 50m

11 10cm

4-1

12 30m 30m

13

14

4.2

4.3(1)

P

P-

PB P PB

R S T

U V W

E

G2CVF-G2-4T0007CVF-G2-4T0075

P2CVF-P2-4T0015CVF-P2-4T0110

P P- PB R S T E U V W

TA TC X2 X4 X5 FWD CM REV OC1 GND V- II AM FM

TB X1 X3 CM X6 X7 RST +24 OC2 V+ VI1 VI2 AM- E

A BRS485

(2)

V++5V/50mA

+10V/10mA

JP1( )

V- -10V/10mA

VI1 1 0 10V

VI2 2 10 10V

II 0 20mA

GNDV+

V-

X1 1

X2 2

X3 3

X4 4

X5 5

X6 6

X7 7

L-63 L-69CM

FWD

REV

RST

CMFWD-CM

CM

+24 +24V/50mACM

AMb-10

1mA0 10V

FM b-11 50KHz 10V

AM- AM FM GND

OC OC1

OC2 b-15 b-1650mA24V

TA

TB

TC

TA-TB

TA-TC

TA-TB

TA-TC

AC250V 1A

RS485 A

BRS485

E

JP1

1-2 V+ 5V/50mA

2-3 V+ 10V/10mA

JP21- 2 X7 10KHz 5~24V

2-3 X7 OC

321

JP1

JP2

V+ 10V/10mA

V+ 5V/50mA

X7

X7

321

4.4

G2 P2 KW mm2 A A

CVF-G2-4T0007 0.75 2 10 10

CVF-G2-4T0015 CVF-P2-4T0015 1.5 2 10 10

CVF-G2-4T0022 CVF-P2-4T0022 2.2 2 10 10

CVF-G2-4T0037 CVF-P2-4T0037 3.7 4 15 20

CVF-G2-4T0055 CVF-P2-4T0055 5.5 4 30 20

CVF-G2-4T0075 CVF-P2-4T0075 7.5 6 30 30

CVF-P2-4T0110 11 8 50 30

4.5

M

Ta

Tb

Tc

U

WV

R

S

T

FWD

REV

CM

AM

FM

AM-

0~10V

0.2KHz~10KHz

E

CM

X1

X2

X3

X4

X5

CM

X6

X7

RST

V+

VI1

GND

II

V-

P-

PB

RS485

OC1

OC2

CM

A

B

×××

P

+24

-10V~10V

0V~10V

VI2

0~20mA

4.6

1

2

AC123

R

S

T

U

V

W

ACCVF-G2/P2

AC

P PB

5.5.1

5.1.1

3

b-0

b-0 0 b L H

b-0 1 b L H

b-0 2

PID RS485

5.1.24

1MOD

d-

34 d-0 d-33L-71

5.1.33

b-0b-0

[b-0]

[b-0]=0

5.2

5-1

10000 01234. 12340,

[b-1]=1

: 0

: b-0 b-0: b-0 0

FWD

SHIFTMODE

ENTER

Hz

STOPRESET

JOGREV

V

A

5-1

5.3

A Hz V

MOD

ALM

FWD

REVFWD REV

b-3 =0

[b-17] [b-17]=0[b-17]=1

b-3 =0 2 4

MOD

[b-1]=1 , MOD

5.4

50.00

d-0

b-0

L-0

H-0

d-0

1 d-1

d-4 d-4

d-4

1 5.010.0

b-0

b-7 b-7 1

b-7 5.0

10.0 10.0

b-7

1

L-71

L-71

2

L-71

L-71

1. 1 3

2. 2 10

5.5

d-0 Hz DBH

d-1 A DCH

d-2 V DDH

d-3 Rpm DEH

d-4 Hz DFH

d-5 V E0H

d-6 PID %/MPa E1H

d-7 PID %/MPa E2H

d-8 E3H

d-9 E4H

d-10 V E5H

d-11 E6H

d-12 H E7H

d-13 E8H

d-14 VI1 V E9H

d-15 VI2 V EAH

d-16 II mA EBH

d-17 KHz ECH

d-18 AM V EDH

d-19 FM KHz EEH

d-20 EFH

d-21 F0H

d-22 F1H

d-23 F2H

d-24 F3H

d-25 F4H

d-26 Hz F5H

d-27 Hz F6H

d-28 A F7H

d-29 V F8H

d-30 V F9H

d-31 FAH

d-32 FBH

d-33 H FCH

RS485

d- 13 d- 32

X1

X2

X3

X4 X5

X6

REV

FWD

66.1

b-0[b-0] = 1 H

H [b-0] = 2b-1

[b-1] = 0

b-1 b-1b-3

[b-3] = 0

b-3b-3

6.2

6-1

10KHz

L-57

U V W!

6-1P.oFF

0b-5 b-6

00 0.0

0.0Hz

50.00Hz50.00Hz

6-1P.oFF

0[b-1] = 1

b-5 b-6

0 0.0

MU

WV

RST

E

×××

7.

*---- ----

7.1 b

b- 0012

1 1 00H

b- 1

012 13 245 UP/DW67 RS48589

1 0 01H

b- 2 0.0~ 0.01 0.0 02H

b- 3

01 STOP2 STOP3 RS485 STOP4 RS485 STOP

1 0 03H

b- 4012

1 0 04H

b- 5100~250V200~500V

1220380

05H

b- 6 5.00~500.0Hz 0.01 50.00 06Hb- 7 1 0.1~6000 0.1 * 07Hb- 8 1 0.1~6000 0.1 * 08Hb- 9 0 1 S 1 0 09H

b- 10 AM 1 0 0AH

b- 11 FM

0 12 34 PID 5 PID 1 0 0BH

b- 12 AM 0.50~2.00 0.01 1.00 0CHb- 13 FM 0.10~5.00 0.01 1.00 0DHb-14 AM -1.00~1.00 0.01 0.0 0EH

b-15 OC1 1 0 0FH

b-16 OC2

012 FDT3456789 PLC10 PLC11 PLC12 PLC1314151617

1 1 10H

b-17 REV/JOG 0 1 1 0 11H

7.2 L

L- 0 V/F01 12 2

1 0 12H

L- 1 0~20% 1 * 13HL- 2 0 1 1 0 14HL- 3 ~500.0Hz 0.01 50.00 15HL- 4 0.0 ~ 0.01 0.50 16HL- 5 0 1 1 0 17H

L- 6012

1 0 18H

L-7 0.0~10.00Hz 0.01 0.50 19HL- 8 0.0~20.0 0.1 0.0 1AHL-9 0~15(%) 1 0 1BH

L-10 0.0 ~ 20.0 0.1 0.0 1CHL-11 0 1 1 0 1DHL-12 0.0~15.00Hz 0.01 3.00 1EHL-13 0.0~20.0 0.1 0.0 1FHL-14 0~15(%) 1 5 20H

L-15 0.0~ 0.01 10.00 21HL-16 0.1~6000 0.1 10.0 22HL-17 0.1~6000 0.1 10.0 23HL-18 1 0.0 ~ 0.01 35.00 24HL-19 2 0.0 ~ 0.01 15.00 25HL-20 3 0.0 ~ 0.01 3.00 26HL-21 4 0.0 ~ 0.01 20.00 27HL-22 5 0.0 ~ 0.01 25.00 28HL-23 6 0.0 ~ 0.01 30.00 29HL-24 7 0.0 ~ 0.01 35.00 2AHL-25 8 0.0 ~ 0.01 40.00 2BHL-26 9 0.0 ~ 0.01 45.00 2CHL-27 10 0.0 ~ 0.01 50.00 2DHL-28 11 0.0 ~ 0.01 40.00 2EHL-29 12 0.0 ~ 0.01 30.00 2FHL-30 13 0.0 ~ 0.01 20.00 30HL-31 14 0.0 ~ 0.01 10.00 31HL-32 15 0.0 ~ 0.01 5.00 32H

L-330 11 22

1 0 33H

L-34 1 0.0V~[L-35] 0.1 0.0 34HL-35 1 [L-34]~10.0V 0.1 10.0 35HL-36 1 0.01~5.00 0.01 1.00 36HL-37 2 -10.0V~[L-38] 0.1 0.0 37HL-38 2 [L-37]~10.0V 0.1 10.0 38HL-39 2 0.01~5.00 0.01 1.00 39HL-40 2 -1.00~1.00V 0.01 0.0 3AHL-41 2 0 1 1 0 3BH

L-422

0.00~1.00V 0.01 0.20 3CH

L-43 0.0mA~[L-44] 0.1 4.0 3DHL-44 [L-43]~20.0mA 0.1 20.0 3EHL-45 0.01~5.00 0.01 1.00 3FHL-46 0.0KHz~[L-47] 0.1 0.0 40HL-47 [L-46]~10.0KHz 0.1 10.0 41HL-48 0.01~5.00 0.01 1.00 42H

L-49 0.0 ~ 0.01 0.0 43HL-50 0.0 ~ 0.01 50.00 44HL-51 ---- -- -- 45H

L-52 ---- -- -- 46HL-53 ---- -- -- 47HL-54 ---- -- -- 48HL-55 0.01~5.00 0.01 0.20 49HL-56 ( 54 ) 1 0 4AHL-57 1.5KHz ~ 15KHz 0.1 * 4BHL-58 . 0.0~20.00Hz 0.01 5.00 4CHL-59 FDT 0.0~ 0.01 10.00 4DHL-60 FDT 0.0~20.0 0.1 2.0 4EHL-61 50~200(%) 1 110 4FHL-62 0.0~20.0 0.1 2.0 50H

L-63 1 0~21 1 1 51H

L-64 2 0~21 1 2 52H

L-65 3 (0~21) 1 3 53H

L-66 4 0~21 1 4 54H

L-67 5 0~21 1 6 55H

L-68 6 0~22 1 7 56H

L-69 7 0~23

01 12 23 34 456789 110 211 UP12 DW13 114 215 316 PLC17181920212223

1 23 57H

L-70 0.01~100.0 0.01 1.00 58HL-71 0~10 1 0 59H

L-7201 b-22

1 0 5AH

L-730 12

1 0 5BH

7.3 H

H-0 0 ~ 150 % 1 0 5CH

H-101 1 0 5DH

H-2 50~110 % 1 110 5EHH-3 0 1 1 0 5FHH-4 0 1 1 0 60HH-5 0.0~10.0 0.1 0.5 61HH-6 0,1,2 1 0 62HH-7 2 ~ 20 1 5 63HH-8 0 1 1 0 64HH-9 110%~200% 1 150 65H

H-10 0.0~5.0 0.1 0.1 66HH-11 0.1~6000 0.1 0.0 67HH-12 1~60000 1 1 68HH-13 1~60000 1 1 69H

H-14

0 1234567

1 0 6AH

H-15 1 0.1~6000 0.1 10.0 6BHH-16 1 0 1 1 0 6CHH-17 1 0.1~6000 0.1 10.0 6DHH-18 2 0.0 ~6000 0.1 10.0 6EHH-19 2 0 1 1 0 6FHH-20 2 0.1~6000 0.1 10.0 70HH-21 3 0.0~6000 0.1 10.0 71HH-22 3 0 1 1 0 72HH-23 3 0.1 ~6000 0.1 10.0 73HH-24 4 0.0 ~6000 0.1 10.0 74HH-25 4 0 1 1 0 75HH-26 4 0.1 ~ 6000 0.1 10.0 76HH-27 5 0.0 ~ 6000 0.1 10.0 77HH-28 5 0 1 1 0 78HH-29 5 0.1 ~ 6000 0.1 10.0 79HH-30 6 0.0 ~ 6000 0.1 10.0 7AHH-31 6 0 1 1 0 7BH

H-32 6 0.1 ~ 6000 0.1 10.0 7CHH-33 7 0.0~6000 0.1 10.0 7DHH-34 7 0 1 1 0 7EHH-35 7 0.0 ~ 6000 0.1 10.0 7FHH-36 1 0.0~ 0.01 0.0 80HH-37 1 0.0~5.00Hz 0.01 0.0 81HH-38 2 0.0~ 0.01 0.0 82HH-39 2 0.0~5.00Hz 0.01 0.0 83HH-40 3 0.0~ 0.01 0.0 84HH-41 3 0.0~5.00Hz 0.01 0.0 85HH-42 2 0.1~ 6000 0.1 * 86HH-43 2 0.1~ 6000 0.1 * 87HH-44 3 0.1~ 6000 0.1 * 88HH-45 3 0.1~ 6000 0.1 * 89HH-46 4 0.1~ 6000 0.1 * 8AHH-47 4 0.1~ 6000 0.1 * 8BH

H-48 PID

0 PID1 PID2 PID3 PID4 PID5 PID

1 0 8CH

H-49 PID

012 1 0~10V3 2 -10V~10V456 RS485

1 0 8DH

H-50 PID

0 1 0 10123 -10V 10

8EH

H-51 0 1 1 0 8FHH-52 0.01~10.00 0.01 1.00 90HH-53 PID 0.001~10.000 0.001 1.000 91H

H-54 PID0 12 3 1 2 92H

H-55 0.0~5.00 0.01 0.5 93HH-56 1.0~100.0 0.1 10.0 94H

H-57 0.0~5.0 0.1 0.1 95HH-58 0.01~1.00 0.01 0.1 96HH-59 0~20(%) 1 0 97HH-60 PID 0.0~20.0 (%) 0.1 0.0 98H

H-61 PID

0123

1 0 99H

H-62 0.001~20.000Mpa 0.001 1.000 9AHH-63 0.001~[H-64] 0.001 0.0 9BHH-64 [H-63]~[H-62] 0.001 1.000 9CHH-65 0.001~[H-66] 0.001 0.0 9DHH-66 [H-65]~[H-62] 0.001 1.000 9EHH-67 0.001~[H-68] 0.001 0.0 9FHH-68 [H-67]~[H-62] 0.001 1.000 A0HH-69 0.1~1000.0 0.1 300.0 A1HH-70 0.1~10.0 0.1 0.5 A2H

H-7101

1 0 A3H

H-72 0.5~100.0 0.1 5.0 A4HH-73 0.5~24.0 0.1 24.0 A5HH-74 ---- ---- ---- A6HH-75 ---- ---- ---- A7HH-76 ---- ---- ---- A8HH-77 ---- ---- ---- A9HH-78 0~30 1 0 AAH

H-79012

1 0 ABH

H-800 1200bps 1 2400bps2 4800bps 3 9600 bps4 19200bps

1 3 ACH

H-8101

1 0 ADH

H-82 0.10~10.00 0.01 1.00 AEHH-83 RS485 0 1 1 0 AFHH-84 ---- ---- ---- B0H

b - 0 0 1 2

88.1 ( b )

5.10 b-0 ~ b-17

1 L- 0 ~ L-73

2H- 0 ~ H-84

012 1 VI1 0 ~ 10V

3 2 VI2 -10V ~ 10V

4 II 0 ~ 20mA5 UP/DW UP/DW (UP

DW L-63 ~ L-69 ) UP-CMDW-CM UP DW CM

6 L-69

b - 1 0 ~ 9

X77 RS485 RS485

8 L-56

9L-63~L-69

3 2 1

0 0 0

0 0 1

0 1 0 VI1

0 1 1 VI2

1 0 0 II

1 0 1 UP/DW

1 1 0

1 1 1 RS485

[b-1] = 1

5.4 4

b - 2 0.0 ~

b - 3 0 ~ 4

< 0 CM 1 >

FWD-CM FWD-CM ,FWD-CM FWD-CM

STOP FWDREV CM

FWD

REV

CM

FWD

REV

CM

FWDREV

CM

FWDREVCM

2 STOP 1STOP

3 RS485 STOP RS485

4 RS485 STOP 3RS485

01

FWD-CM

b - 4 0 1 2

S

(s)

Hz

2

1 0.0Hz 50.00Hz1 50.00Hz 0.0Hz

01 S S

8-1

8-1

b - 5 100V/200V ~ 250V/500Vb - 6 5.00Hz ~ 500.00Hz

b - 7 1 0.1 ~ 6000b - 8 1 0.1 ~ 6000

b - 9 0 1

AM FM0 1 2 3 4 PID 5 PID

8-2 AM 8-3 FM

AM FM 8-28-3

8-4 [b-12] = 2.00 8-5 [b-13] = 5.00

10V

5V

AM

0

01234 PID5 PID

b - 10 AM 0 ~ 5b - 11 FM 0 ~ 5

10k

FM

0.2k

01234 PID5 PID

b - 12 AM 0.50 ~ 2.00b - 13 FM 0.10 ~ 5.00

10VAM

0

01234 PID5 PID

50k

FM

1k

01234 PID5 PID

AM

AM 0.32V -0.32V

OC1 OC2OC 8-6

0

1L-58 [b- 0] = 0 5.00Hz

b - 15 OC1 0 ~ 17b - 16 OC2 0 ~ 17

ROC1

CM

D

b - 14 AM -1.00 ~1.00

D

8-6 OC

2 FDT FDT

FDT

3

OC1

[L-58]

OC1

t[L-60] [L-60]

[L-59]

8-8 FDT

FDT

8-7

1 L-61 , [b-0]=0 , 110%.2 L-62 , [b-0]=0 , 2

8-9

4

5

6

7

8 0

9 PLC

10 PLC PLC0.5

11 PLC0.5

L-61 [b-0] = 0 110%L-62 [b-0] = 0 2

[L-62]

OC

[L-62]

[L-61]

8-27 8-2812 PLC

0.513

0.514 H-1215 H-1316 [H-64]

17 [H-63]

0[b-3] = 0

1L-15

8.2 L

0

1 1

2 2

L - 0 V/F 0 1 2

b - 17 JOG/REV 0 1

1

8-10 V/F

8-11

=

(a) b)

L - 1 0 ~20

1

2

[b-5]

[b-6]

[b- 6] [b- 6]

[b- 5] [b- 5]

[L- 1]

[L-1]

200

8-11

0 L- 1

1

=

fU

fL

01

L - 2 0 1

L - 3 ( fU ) ~ 500.0Hz

L – 4 fL 0.0Hz ~L - 5 0 1

[L-1]

200 2

8-12 [L-5] = 0

0 L-7L-8

1L-9 L-10

2

8-13

fL

L - 6 0 1 2

L - 7 0.0 ~ 10.0HzL - 8 0.0 ~ 20.0

L - 9 0 ~ 15 %L - 10 0.0 ~ 20.0

8-14

8-13 8-14

01

L-6 2

3

0

L - 12 0.0 ~ 15.00 HzL - 13 0.0 ~ 20.0L - 14 0 ~ 15(%)

[L- 10]

[L- 9]

L - 11 0 1

[L-8]

0

[L-13]

0

=[L-14]

100

L - 15 0.0 ~L - 16 0.1 ~ 6000.0L- 17 0.1 ~ 6000.0

8-15

8-16

L - 18 1 0.0 ~L - 19 2 0.0 ~L - 20 3 0.0 ~L - 21 4 0.0 ~L - 22 5 0.0 ~L - 23 6 0.0 ~L - 24 7 0.0 ~L - 25 8 0.0 ~L - 26 9 0.0 ~L - 27 10 0.0 ~L - 28 11 0.0 ~L - 29 12 0.0 ~L - 30 13 0.0 ~L - 31 14 0.0 ~L - 32 15 0.0 ~

L-63 ~L-69 X1 X2 X3

1 1 H-17 2 2 H-20

3 3 H-23 4 4 H-26

5 5 H-29 6 6 H-32

7 7 H-35 8 1 b-7 b-8

9 2 H-42 H-43 10 3 H-44 H-45

11 4 H-46 H-47 12 1 b-7 b-8

13 1 b-7 b-8 14 1 b-7 b-8

15 1 b-7 b-8

H-14 ~H-35

L - 33 0 1 2

ononon

1

2

3

1 92

6

7

11

15

4on

8-17

0 1FWD

REV

CM

FW

RE

CM

FWREV

CM

FWD

REV

CM

1 2

FW

CM

FW

CM

REV

CM

REV

CM

2L-63~L-69

X L-63~L-69X1~X7

1. SW22. SW3

, 3. SW1

VI1

[b-3] = 1 2

SW1

SW2

SW3

X?

FWD

REV

CM

L - 34 VI1 0.0 ~ [L-35]L - 35 VI1 [L-34] ~ 10.0L - 36 VI1 0.01 ~ 5.00

8-18

VI2

VI2

VI2

VI2 > 0

VI2 < 0

VI2 [b-1] = 3

VI2

VI2

VI2 L-37 0

0 8- 19 [L-37] < 0

L - 37 VI2 -10.0 ~ [L-38]L - 38 VI2 [L-37] ~ 10.0L - 39 VI2 0.01 ~ 5.00

L - 40 VI2 -1.00 ~ 1.00L - 41 VI2 0 1L - 42 VI2 0.00 ~ 1.00

[L-49]

[L-50]

[L-38][L-37]

VI2

[L-50]

[L-38][L-37] VI2

[L-50][L-42]

8- 19 [L-41] = 0 8- 20 [L-41] = 1

L-49 0 VI2 > 0

VI2 0 ~ [L-38] 0.0Hz ~ [L-50]

VI2 < 0 VI2 0 ~ [L-37] 0.0Hz

~ [L-50] L-42

VI2

L-37 L-38 0 0

L-40 VI2

II

L - 43 (II) 0.0 ~[ L-44]L - 44 (II) L-43 ~20.0mAL - 45 II 0.01~5.00

L - 46 (X5) 0.0 ~ L-47L - 47 (X5) L-46 ~ 10.0KHzL - 48 0.01~ 5.00

VI1 VI2 II

L-34 ~ L-47

fmin

fmax

8- 21

L - 56 0 ~ 29

L - 55 0.01 ~ 5.00 Sec

fmax

fmin

fmin

fmax

L - 49 0.0 ~L - 50 0.0 ~

L - 51 ~ L - 54

[b-1] = 8

0 1 + 1 1 -

2 2 + 3 2 -

4 1 + 2 5 1 - 2

6 + 1 + 7 - 1 –

8 + 9 -

10 + 2 11 - 2

12 RS485 + 1 + 13 RS485 - 1 –

14 RS485 + + 15 RS485 - –

16 RS485 + 2 + 17 RS485 - 2 –

18 1 + ++ [b-2]

19 1 + –+ [b-2]

20 2 + ++ [b-2]

21 2 + –+ [b-2]

22 1 + 2 ++ [b-2]

23 1 + 2 –+ [b-2]

24 1 2 25 1

26 2 1 27 1

28 1 21

29 11

L - 57 1.5 ~ 15.0KHz

OC1 OC28-7 b-15 b-16

FDTL-60 OC1 OC2

8-8 b-15 b-16

L-61 L-62OC1 OC2 8-9

b-15 b-16

L - 58 0.0 ~ 20.00Hz

L - 59 FDT 0.0 ~L - 60 FDT 0.0 ~ 20.0

L - 61 50 ~ 200%L - 62 0.0 ~ 20.0

L - 63 1 X1 0 ~21L - 64 2 X2 0 ~21L - 65 3 X3 0 ~21L - 66 4 X4 0 ~21L - 67 5 X5 0 ~21L - 68 6 X6 0 ~22L - 69 7 X7 0 ~23

X1 ~ X7

0 12 (DW)

1 1 13 1

2 2 14 2

3 3 15 3

4 4 16 PLC

5 17

6 18

7 19

8 20

9 1 21

10 2 22

11 (UP) 23

d-8 =[L-70] d-0d-9 =[L-70] d-4

10000 01234. 12340

L - 70 0.01 ~ 100.0

7

01 b-22

012

L - 71 0 ~ 10

L - 72 0 ~ 9999

L - 73 0 1 2

0

b-0 b-1 b-3 b-14

8.3 H

8-22100 %

= + 2.50Hz0

8-22 8-23

0

1

H - 0 0 ~ 150 %

H - 1 0 1

1

55% 110% 150% G105% 120% P

[H-2]=50%

[H-2]=100%

100%

50%

100%

150%

8-23

G 150 % 1 P 120 % 1

[H-2] = 100

0 1

H- 4 1H- 5

H - 2 50 ~ 110 %

H - 3 0 1

H - 4 0 1H - 5 0.0 ~ 10.0

0 1

H - 6 0 1 2H - 7 2 ~ 20

H - 8 AVR 0 1

H - 9 110% ~ 200%

!

L-63 ~ L-69OC 0.5

H - 10 0.0 ~ 5.0

[H-10]

H - 11 0.1 ~ 6000.0

[H- 9]

8- 25

8- 24

L-68L-69

H-12 OC

H-13OC H-12

5ms 2ms

8- 26

H - 12 1 ~ 60000H - 13 1 ~ 60000

[H-12]

[H-13]

OC

OC

PLC

H-15 ~ H-35

[H-14] 0H-14

01 1 L- 22

H-157 0

H - 14 0 ~ 7H - 15 1 0.0 ~ 6000.0H - 16 1 0 1H - 17 1 0.1 ~ 6000.0H - 18 2 0.0 ~ 6000.0H - 19 2 0 1H - 20 2 0.1 ~ 6000.0H - 21 3 0.0 ~ 6000.0H - 22 3 0 1H - 23 3 0.1 ~ 6000.0H - 24 4 0.0 ~ 6000.0H - 25 4 0 1H - 26 4 0.1 ~ 6000.0H - 27 5 0.0 ~ 6000.0H - 28 5 0 1H - 29 5 0.1 ~ 6000.0H - 30 6 0.0 ~ 6000.0H - 31 6 0 1H - 32 6 0.1 ~ 6000.0H - 33 7 0.0 ~ 6000.0H - 34 7 0 1H - 35 7 0.1 ~ 6000.0

2 7 1

3 1

4

8-295

16

27

3

[L-19]

[L-18][L-23]

[L-21]

[L-20]

[H-17]

[H-20] [H-23]

[H-15] [H-18] [H-21] [H-24] [H-30]

[H-26]

[H-32]

[L-19]

[L-18][L-23]

[L-21]

[L-20]

[H-17]

[H-20][H-23]

[H-15] [H-18] [H-21] [H-24] [H-30]

[H-26]

[H-32]

8-28 5

8-27 3

8-27 8-28[H-14]= 3[H-27]= 0 [H-33 ]= 0 5 7 0

3 0

H - 36 1 0.0Hz ~H - 37 1 0.0 ~ 5.00 HzH - 38 2 0.0Hz ~H - 39 2 0.0 ~ 5.00 HzH - 40 3 0.0Hz ~H - 41 3 0.0 ~ 5.00 Hz

L-18b- 7

L-19

L-20

H-42

H-43

b- 8

8-29 4

8-30

2 3 4

H - 42 2 0.1 ~ 6000H - 43 2 0.1 ~ 6000H - 44 3 0.1 ~ 6000H - 45 3 0.1 ~ 6000H - 46 4 0.1 ~ 6000H - 47 4 0.1 ~ 6000

1

2

1 2 3 4

3[H-36]

2[H-38]

1[H-40]

[H-37]

[H-39]

[H-41]

8-31

0 PID1 PID2 PID3 PID4 PID5 PID

3 4 5H-62 ~ H-73

RS485

PID012 1 VI1 0V ~ +10V3 2 VI2 -10V ~ +10V4 II 0 ~ 20mA5 PID

L- 696 RS485 RS485 PID

PID RS485 PID100.0 PID

[b-2] = 0.5000.5Mpa

H -48 PID 0 ~ 5

H - 50 0 1 2 3

H - 49 PID 0 ~6

PID0 VI1 0 ~ 10V1 II 0 ~ 20mA23 VI2 -10V ~ +10V

(L-34~L-47 )

01

PID PID d-6 d-7100.0

PID H-62 PIDd-6 d-7

PID0 12 3

H - 51 0 1

H - 52 0.01 ~ 10.00

H - 54 PID 0 1 2 3

H - 53 PID 0.001 ~ 10.000

PID

8-32 PID

PID

H - 58 0.01 ~ 1.00

H - 55 0.0 ~ 5.00H - 56 1.0 ~ 100.0H - 57 0.0 ~ 5.0

1

[H-56] S

[H-57] S

[H-55]

[H-54]

[H-58][H-50]

VI1II

VI2

+++

+

H - 59 0 ~ 20(%)

PID

[H-59]

PIDPID

PID

8-33 PID

PID H-60H-61

0 1 b-22 3

PIDEr.19

b-15 b-16 17

b-15 b-16 16

H – 67 0.001 ~ [H-68]

H - 65 0.001 ~ [H-66]H - 66 [H-65] ~ [H-62]

H - 63 0.001 ~ [H-64]H - 64 [H-63] ~ [H-62]

H - 62 0.001 ~ 20.000MPa

H - 60 PID 0.0 ~ 20(%)H - 61 PID 0 ~ 3

H-69

0

1

H - 71 0 1H - 72 0.5 ~ 100.0

H - 70 0.1 ~ 10.0 S

H - 69 0.1 ~ 1000.0 S

H - 68 [H-67] ~ [H-62]

H-72

24.0

RS485H-78 ~ H-82 RS485

RS485

RS485

0 1 8 11 1 8 12 1 8 1

RS4850 1200 bps 1 2400 bps 2 4800 bps 3 9600 bps 4 19200 bps

H - 78 0 ~ 30

H -79 0 1 2

H - 80 0 ~ 5

H - 74 ~ H -77

H - 73 0.5 ~ 24.0

0 1 RS485

RS485RS485

RS485RS485

0 (b-3) RS485RS485 1

b-1 PID RS485RS485 0

1 RS485

H - 81 0 , 1

H - 83 RS485 0 1

H -82 0.10~10.00

H - 84

9.9.1

Er. 011.2. V/F

1.2. V/F

Er. 02

Er. 03

Er. 041.2.

1.2.

Er. 051.2.

1.2.3.

Er. 061.2.

1.2.

Er. 07

Er. 081.2.

1.2.

Er. 09

1.2.3. V/F

4.

1.2.3. V/F4.

Er. 10

1.2.3.4. V/F

1.2.3. H- 24. V/F

Er. 111.2.3.

1.2.3.

Er. 121.2.

1.2.

Er. 13

Er. 14

Er. 15 IPM1.2.

1.2.

Er. 16

Er. 171.2.

Er. 18 RS4851.2.

Er. 19 PID

1. PID2.

3.

1.2.3.

Er. 201.

PID2.

1. PID2.3.

9.26 1

d-20

d-21

d-22

d-23

d-24

d-25

d-26

d-27

d-28

d-29

d-30

d-31

d-32

d-33

9.3

RST CM

1

2

5!

10

10.1

3 ~ 6

1.2.

1. > 40< 90%

2.

1.2.

1.2.

1.2.3.

1.2.3.

1.2.

1.2.

1.2.

1.2.

!

10.2

10.2.1

4 ~ 5

10.2.215000

10.310.3.1

1

2

(R S T

U V W P P- PB)

500V!

5

10.3.2

18

11

11.111.1.1

b-5 b-6

[b- 1] = 0 b- 1 0[b- 3] = 0 b- 3 0

11.1.211-1

11.1.3

M

TATBTC

U

WV

RST

FWD

CMAMFM

AM-

E

×××

FWD FWD-CM FWD-CM

11-1

11.211.2.1

b-5 b-6

[b-1] = 2

[b-3] = 111.2.2

11-2

11.2.3FWD-CM REV-CM

FWD-CM REV-CM1 VI1

M

TATBTC

U

WV

RST

FWDREVCM

AMFM

AM-

0~10V

0.2KHz~10KHz

E

-10V~10V10K

V+VI1VI2GND

×××

b-1 VI1 VI2

FWD REV L-33 L-33

11-2

b-1 2 1 VI1 0~ 10V

b-3 1

11.311.3.1

b-5 b-6[b-3] =1[L-18] ~ [L-32]

11.3.211-3

11.3.3FWD-CM REV-CM

FWD-CM REV-CMX1 X2 X3 CM

b- 1X1 X2 X3 1 CM 7

X1 X2 X3L-18 ~ L-32

M

TATBTC

U

WV

RST

FWDREVCM

AMFM

AM-

0~10V

0.2KHz~10KHz

E

X1X2X3

X5

×××

L-63 L-6915

11-3

b-3 115

11.411.4.1

b-5 b-6

[b- 0] = 2[L-18] ~ [L-24][H-14] =1 ~ 7[H-15 ] ~ [H-35]

11.4.211-4

11.4.31

H-15 27 H-14

H-14 ~ H-35

PLC

M

TATBTC

U

WV

RST

FWDREVCM

AMFM

AM-

0~10V

0.2KHz~10KHz

E

RSTX5

×××

11-4

b- 0 27

H-14 1 ~ 7PLC

b- 0 2RS485 = 7RS485 = 3 4

10

11.5 ( )11.5.1

b-5 b-6

[b- 0] = 2[b- 1][b- 3][H-79][H-80][H-81]

[H-82]

11.5.211-5

11.5.3

31

11-5

M

TATBTC

U

WV

RST

FWDREV

CM

E

X4

V+

VI1

V-RS485

A

B

M

TA

TC

U

WV

RST

RS485A

B

TB

M

TA

U

WV

RST

RS485A

TBTC

B

×××

×××

×××

11.611.6.1

b-5 b-6

[b- 0] = 2[H-48] = 1[H-49] = 0

[H-50] = 3

[H-54] = 2[H-55] =0.5[H-56] =10.0[H-57] =0.1[H-58] =0.10

11.6.2

M

TATBTC

U

WV

RST

FWDREVCM

AMFM

AM-

0~10V

0.2KHz~10KHz

E

0~10V

V+VI1GND

VI2

×××

11-6

b- 0 2H-48 1 PID

PID

2 VI20~10V

PI

1212.1

G2 P2

CVF-KP98 4

CVF-KP108 4

CVF-KP118 4

CVF-KP128 4

CVF-G2-4T0007

CVF-G2-4T0075

CVF-P2-4T0015

CVF-P2-4T0110

12.215m

1000m1)

1.5m 2m 3m 5m 8m 10m 15m1.5m 2m 3m 5m

12-1 CVF-KP9 CVF-KP10 12-2 CVF-KP11 KP12

2)CVF-RMC05 CVF-KP9 CVF-KP10CVF-RMC06 CVF-KP11 CVF-KP12

12.3

2

12.47.5KW ,

CVDB – 4R 380VCVDB – 2R 220V

:

G2 P2 KW KW (%)CVF-G2-4T0007 0.75 0.3 400 100 CVDB-4R0002

CVF-G2-4T0015 CVF-P2-4T0015 1.5 0.3 400 100 CVDB-4R0002

CVF-G2-4T0022 CVF-P2-4T0022 2.2 0.5 250 100 CVDB-4R0003

CVF-G2-4T0037 CVF-P2-4T0037 3.7 0.8 150 100 CVDB-4R0004

CVF-G2-4T0055 CVF-P2-4T0055 5.5 1.2 100 100 CVDB-4R0005

CVF-G2 -4T0075 CVF-P2-4T0075 7.5 1.6 75 100 CVDB-4R0008

CVF-P2-4T0110 11 2.0 60 100 CVDB-4R0011

12-2

1 RS485

1CVF-G2/P2 RS485 PC/PLC

( )

1.1

1.21.2.1CVF-G2/P2

1.2.2RS485 PC/ PLCRS485/ RS232 PC/ PLC

22.1(1)

RS485 RS232

(2)

32 1 31

0~30 31 1FH

2.2CVF-G2/P2

// /PC PLC

/

2.2.13

1 8 1

1 8 1

1 8 1

1 8 1

2.2.25 1200bps 2400bps 4800bps 9600bps 19200bps

9600bps

2.2.3

RS485 b-1 b-3 H-49, H-78 ~ H-83,

,

2.2.4

3

4

8

( )

0

7

1

04

1

329

0 7 1 0 4 1 3 29

1000ms

1000ms

5AH 5AH

11

( H-83 )2.3

11

/ // /

2.3.1

2.3.2

5AH 0 ~ 30

1 1 1 1 2 2 2 1

2.4

2.4.1

5AH5AH

4

:bps (ms) bps

1200 36.8 2400 18.4

4800 9.2 9600 4.6

19200 2.3 38400 1.15

16 1 0 ~ 30

2.4.2

16

01

2

/

5AH 0 ~ 30

1 1 1 1 2 2 2 1

3EEPROM

EEPROM01

2

31

165.5

/16

0 1 ( )

0[L-72]

1

2

3

4

5[d-0] ~ [d-33]

6(

)

16

:

0

11 ( )0

21 ( )0

310

410

5

6

7

81 Bit4=1

Bit4=00

9

10

11

12

13

141 Bit4=1

Bit4=00

151 Bit4=1

Bit4=00

0 1 0

1 1 0

2 1 03 1 0

4 1 0

510

6

710

810

910

1010

1110

1210

1310

1410

1510

16

0 1

2 3

4 5

6 7

8 9

10 11

12 13

14 15 IPM

16 17

18

2.4.3 ( )

16

256

31 6 ( b-2) 27.00Hz

5A 06 03 02 8C 0A 00 00 00 00 FB 5A 06 01 02 8C 0A 01 00 00 00 FA

( )

2 0 b-6 60.00Hz

5A 00 03 06 70 17 12 00 00 00 FC 5A 00 01 06 70 17 01 00 00 00 E9

( )5A 00 02 06 01 00 11 00 00 00 74

( )3 1 10.30Hz

5A 01 00 00 00 00 12 00 06 04 77 5A 01 00 00 00 00 11 00 06 04 76

( )5A 01 00 00 00 00 09 00 01 00 65

( )

2

1CVF-P2

2

7PIN

7PIN

CPU

31>

15KW

7PIN

1

2>15KW 15KW

2

7PIN

3

1

2

3

CPU

7PIN

4 4

1 Y1,CY1 Y2,CY2 Y3,CY3 Y4,CY4 Y5,CY5Y6,CY6 Y7,CY7 Y8,CY8

KM5

KM6

KM5

KM0

KM4

KM2

FR3

KM1

FR1

KM0

FR2

KM2 KM3

KM0

KM1

KM2

KM4

KM6

KM3

KM0

KM4

KM6

KM2

KM5

FR4

KM6 KM7

KM4

KM7

KM0

KM4

KM2

KM6

M43~

KM7 FR4

KM6FR3

CY2

NL3L2L1

KM1

KM7

KM6

KM5

KM4

KM3

KM2

Y1

Y2

CY1

QF3

KM0

QF2

ST

R

QF1

Y8

Y4

Y3

CY3

CY4

Y5

CY6

Y6

CY5

Y7

CY7

CY8

VW

U

3~

M33~

KM4

KM3 FR2

M2

M13~

KM2

KM1 FR1

KM0

1

2 L1 L2 L3U V W

/3

51> /

/

2>

6H-62~H-73

?

NO

H-48=3,4,or 5?

YES

NO

YES