YASKAWA VS-606V7 Series manuels

Manuels d'utilisation et guides de l'utilisateur pour Adaptateurs et onduleurs de puissance YASKAWA VS-606V7 Series.
Nous fournissons des manuels en pdf 6 YASKAWA VS-606V7 Series à télécharger gratuitement par type de document : Manuel d'instructions, Manuel d'utilisateur, Spécifications


Table des matières

INSTRUCTION MANUAL

1

General Precautions

2

PRECAUTIONS FOR CE MARKINGS

4

RECEIVING THE PRODUCT

5

MOUNTING

5

OPERATION

8

The Inverter may be damaged

10

MAINTENANCE AND INSPECTION

11

(Ref. page)

12

WARNING LABEL

13

WARRANTY INFORMATION

14

RESTRICTIONS

15

CONTENTS

16

Revision History

20

1. Receiving the Product

21

 Checking the Nameplate

22

2. Identifying the Parts

23

Inverter model

25

3. Mounting

26

 Mounting Dimensions

27

 Removing the Front Cover

28

 Mounting the Front Cover

28

 Removing the Terminal Cover

28

 Mounting the Terminal Cover

29

 Removing the Digital

29

Operator

29

 Removing the Bottom Cover

30

 Mounting the Bottom Cover

30

4. Wiring

31

 Wiring the Main Circuits

37

 Wiring the Control Circuits

39

CONTACT OUTPUT

40

5. Operating the Inverter

41

 Te st R u n

42

 Operation Check Points

44

JVOP-140 Digital Operator

45

FWD/REV run selection

47

Selecting the Monitor

48

Monitoring

49

Input terminal status

50

Output terminal status

50

yyyyyy 4-digit number

51

 : Order of fault (1 to 4)

51

 Simple Data Setting

52

: Flashing : OFF

53

(Frequency)

56

V: (Voltage)

56

Motor Specification: 60 Hz

57

(Factory setting)

57

Motor Specification: 50 Hz

57

Selected: n002=0)

58

 Using Vector Control Mode

59

 Motor Constant Calculation

60

[Motor Specification: 60 Hz]

61

[Motor Specification: 50 Hz]

61

Constant torque

62

Constant output or

62

 Selecting RUN/STOP Commands

63

 REMOTE Mode

64

 LOCAL Mode

65

8-step speed change

66

 Operating at Low Speed

67

0 V 10 V

69

Min. Output Frequency

72

Motor Current

73

Multi-function Output Signal

73

(Overtorque Detection Signal)

73

Terminal MA, MB, P1, or P2

73

Frequency Detection 1

75

Frequency Detection 2

75

SPEED SEARCH Command

76

Command Input

78

Output (n065)

79

Used as a Sourcing Output

81

Used as a Sinking Input

81

Deceleration to a Stop

86

Coast to a Stop

87

 Using Input Signals

89

FWD Run When Open

91

REV Run When Closed

91

(Setting: 18)

93

Analog Input Level

95

Current Reference Selection

99

6. Programming Features

100

 Motor Protection

106

General-purpose Motor

107

Inverter Motor

107

 Communications specified

109

 Message Format

111

(Example)

113

(1: MA ON 0: MA OFF)

115

(1: P1 ON 0: P1 OFF)

115

(1: P2 ON 0: P2 OFF)

115

Data link status

117

Inverter status

119

Multi-function

119

Inverter

119

Error code

122

 Performing Self-test

123

Voltage Fluctuation

126

Output Voltage

126

 Motor Code

128

 Using PID Control Mode

129

(n130, n131, n132)

132

PID Offset Adjustment (n133)

132

PID Output Gain (n163)

133

PID Feedback Gain (n129)

133

PID Upper Limit

134

Prohibition of PID Output

134

PID Control Block Diagram

135

 Constant Copy Function

137

 READ Function

139

 COPY Function

140

STOP/RESET

141

 VERIFY Function

142

 Inverter Capacity Display

144

 Software No. Display

146

 Display List

146

redisplays the constant No

147

Function is Valid

148

Loss (n064)

150

 Undertorque Detection

152

Setting Description

153

 Brake ON/OFF Sequence

154

Sequence

155

 External Baseblock Signal

157

 Periodic Inspection

159

 Part Replacement

160

Airflow Direction

161

Fan Wire

162

8. Fault Diagnosis

163

Alarm Display

164

Fault Display

168

OL2 (Inverter overload)

171

OL3 (Overtorque detec

171

EF (External fault)

173

 Troubleshooting

176

9. Specifications

178

Grounding

185

Power Supply

185

Terminal Descriptions

186

Transistor

189

 Dimensions/Heat Loss

191

 Constants List

197

−100% to

205

• 200 V Class Single-phase

209

• 400 V Class 3-phase

209

 CE Markings

210

 EMC Directive

211

Installation Method

211

EMC Noise Filter

214

CIMR-V7

215

Table des matières

INSTRUCTION MANUAL

1

General Precautions

2

NOTES FOR SAFE OPERATION

3

WARNINGS FOR UL/cUL MARKING

4

WARNINGS FOR CE MARKINGS

4

RECEIVING

5

MOUNTING

5

OPERATION

8

MAINTENANCE AND INSPECTION

9

WARNING DISPLAY

11

1. RECEIVING

16

2. IDENTIFYING THE PARTS

17

TERMINAL RESISTOR SWITCH

18

FOR COMMUNICATION CIRCUIT

18

VOLTAGE/CURRENT CHANGE

18

SWITCH FOR ANALOG

18

FREQUENCY REFERENCE INPUT

18

∗C20P1 to 20P7, B0P1 to B0P4

19

∗C24P0, B2P2, 43P0, 44P0

19

3. MOUNTING

20

 Mounting Dimensions

21

4. WIRING

24

• m (Ib • in)

25

 Wiring the Main Circuit

28

 Wiring the Control Circuit

29

 Wiring Inspection

30

5. OPERATING THE INVERTER

31

(Forward)

32

(Reverse)

32

><

33

 LED Description

35

Multi-Function monitor

36

• Monitoring

37

Data reception error display

38

 Simple Data Setting

40

6. PROGRAMMING FEATURES

41

 Using V/f Control Mode

42

(VOLTAGE)

44

 Using Vector Control Mode

45

STANDARD V/F

47

HIGH STARTING TORQUE V/F

47

LOCAL mode REMOTE mode

48

 Selecting Run/Stop Commands

49

(0 TO +10V)

51

FREQUENCY

51

SETTING POWER

51

+12V, 20mA

51

Gain n060 = 200

53

Bias n061 = 0

53

MAX. FREQUENCY (100%)

54

Using four accel/decel times

55

S-curve characteristics in

57

FREQUENCY REFERENCE

61

AGREED SPEED

62

DETECTION

62

Pulse monitor output

65

Used as a sourcing output

66

Used as a sinking input

66

Wiring Distance between

68

Inverter and Motor

68

 Selecting Stopping Method

70

Using input signals

72

( )

73

D1UU UHH H H H HDD D

74

Analog input level

77

Ref.page

78

Current reference selection

81

MOTOR CURRENT

84

Constants

86

 Motor Protection

87

Example of 200V class motor

88

MEMOCON Series

89

Example of RS-485

89

VS-606V7 VS-606V7 VS-606V7

89

P 2 R + R

90

P C S + S

90

Function Code

92

Hexadecimal

92

Function

92

Multi-function

98

Error Codes

99

S 7 P 1 P 2 R + R

100

S 4 S C P C S + S

100

Voltage limit

102

Upper limit

102

Lower limit

102

Output frequency

102

Output voltage

103

Voltage fluctuation

103

Motor Code

105

 Using PID Control Mode

106

Constant

108

PID Control Block Diagram

110

Inverter

111

Constant read

113

READ function

114

Explanation Operator display

116

Explanation

117

Operator display

117

Inverter Capacity Display

118

Software No. Display

119

Display List

120

Item Contents

121

Loss (n064)

123

 Undertorque Detection

125

Setting Description

126

(Note 1)

127

 Periodical Inspection

131

 Part Replacement

131

Replacement of cooling fan

132

1. Removal

133

2. Mounting

133

8. FAULT DIAGNOSIS

134

Alarm Display and Contents

135

Fault Display and Contents

138

 Troubleshooting

143

9. SPECIFICATIONS

145

OUTPUT FREQUENCY

151

Use sequencer to break

152

Terminal Description

153

+24V common: PNP side)

154

Factory setting: NPN side

154

VS-606V7

155

 Dimensions / Heat Loss

156

VS-606V7 model

158

 Constants List

160

(Note 1) (Note 6)

161

(Note 5)

161

(Note 3)

162

(Note 2)

164

(note 3)

165

-100 to 100%

166

< 200V class 3-phase

169

< 200V class single-phase

169

< 400V class 3-phase

170

Revision History

173

Table des matières

VS-606V7 Series

1

Instruction Manual

1

General Precautions

2

NOTES FOR SAFE OPERATION

3

Warnings for UL/cUL M

4

RECEIVING

5

MOUNTING

5

OPERATION

8

OPERATION (Cont.)

9

MAINTENANCE AND INSPECTION

9

WARNING DISPLAY

11

1. RECEIVING

14

2. IDENTIFYING THE PARTS

16

3. MOUNTING

18

• Mounting Dimensions

19

4. WIRING

22

1. Control Circuit

23

2. Main Circuit

23

• Wiring the Main Circuit

25

• Wiring the Control Circuit

26

• Wiring Inspection

27

5. OPERATING THE INVERTER

28

Status indicator lamp

29

Digital Operator JVOP-140

30

• LED Description

32

Fault history display method

36

• Simple Data Setting

37

6. PROGRAMMING FEATURES

39

Using V/f Control Mode

40

(Factory setting)

41

Using Vector Control Mode

43

Motor parameter calculation

44

PARAMETER OUTPUT

45

Switching LOCAL/REMOTE Modes

46

Selecting Run/Stop Commands

47

Setting Operation Conditions

50

Operating at low speed

51

∗ Factory setting : 100%

52

∗ Factory setting : 0%

52

10V input

53

Using two accel/decel times

54

1 0.2 second

56

2 0.5 second

56

3 1.0 second

56

Torque detection

57

Frequency detection (n095)

59

Used as a sourcing output

67

Used as a sinking input

67

Setting Description

71

0 Deceleration to stop

71

1 Coast to stop

71

Applying DC injection braking

72

Using input signals

73

Initial setting

74

No. Terminals Initial Setting

83

Current reference selection

84

Motor Protection

90

Example of 200V class motor

91

Communications specifications

92

Message format

95

Error Codes

103

Performing self-test

104

Motor Code

109

• Using PID Control Mode

110

(n130, n131, n132)

111

• Intregal (I) Limit (n134)

112

• PID Output Gain (n163)

113

Integral

114

Parameter copy function

116

Read function

117

Copy Function

119

VERIFY function

121

Inverter Capacity Display

122

Software No. Display

123

Display List

124

Function Outline

125

7. Maintenance and Inspection

127

Replacement of cooling fan

128

Alarm Display and Contents

130

: ON : Blinking : OFF

130

9. Specifications

139

• Standard Wiring

145

Terminal Description

147

• Dimensions

150

covers are removed

152

• 200V 3-phase

153

• 200V single-phase

153

• 400V 3-phase

153

• Parameter List

154

-100 to 100% 1% 0% 112

163

• 200V class 3-phase

165

• 200V class single-phase

166

• 400V class 3-phase

166

Appendix - CE Conformance

167

EU Manufacturer’s Declaration

173





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