Digital Reference DR-1600 manuals

Owner’s manuals and user’s guides for Microphones Digital Reference DR-1600.
We providing 2 pdf manuals Digital Reference DR-1600 for download free by document types: Operations Instructions, User Manual


Table of contents

Digital flatbed cutter

1

G3 series

1

Operating manual

1

G3 Series

3

Contents

3

1 Introduction

9

Introduction G3 Series

10

1.2 Using the documentation

10

G3 Series Introduction

11

1.4 Care of the documentation

12

1.6.1 Standards

13

1.6.2 CE marking

13

000009,04,02-2009, jmu

15

2 Product description

17

2.2 Product identification

18

2.3 Intended use

19

2.4 Cutter - overview

20

2.5 Modules, tools

21

2.5.2.1 Tools for the UM

22

2.5.3 RM-A

23

2.5.4 PUM

23

2.6.1 Laser pointer settings

24

2.6.2 ICC camera

24

2.6.4 Cutter with conveyor

25

2.6.5 Sheet feeder options

25

2.7 Technical description

26

2.7.3 Complete machine

27

2.7.4 Movement system

28

2.7.5 Processing materials

29

2.8 Technical information

30

000003,04,02-2009, jmu

31

2.8.5 Control unit

34

2.8.6 Performance

35

3 Safety

37

Safety G3 Series

38

3.2 Proper use

38

3.3 Examples of improper use

38

000011,06,02-2009, jmu

39

G3 Series Safety

41

3.5 Areas of responsibility

41

3.6 Personnel requirements

41

3.7 Rules and safety at work

42

3.9 Danger areas

43

3.10 Working and traffic area

46

3.11 Safety signs

47

3.14 Mechanical hazards

54

3.15 Risk of burns

55

3.16 Electrical hazard

56

3.19 Environmental hazard

58

4 Controls and operation

63

4.3 Controls

64

4.3.1.1 Operating unit

65

4.3.1.2 Navigation keys

66

4.3.1.3 Numerical keys

67

4.3.1.4 Function keys

68

4.3.1.5 Travel keys

69

4.3.1.6 Soft keys

70

Danger !

73

4.3.3 Maintenance unit

74

4.3.4 Interfaces

75

4.4 Menu navigation

76

4.4.2 Help

78

4.4.3 Info Menu

78

4.4.4 Popups/dialogues

78

4.4.6 Function keys

80

4.5 Functions

81

4.6 Operation

82

4.6.2 Start-up

83

4.6.3 Operating status

85

4.6.3.3 ONLINE

88

4.6.5 Tool handling

90

Select tool

91

Create new entry

91

Tool type

91

Tool number

92

4.6.6.1 General

93

Operation

94

Module mount

94

1 Locking mechanism

94

2 Mounting ledge

94

3 Electrical connection

94

Insert and connect the tool

96

Tool connector

98

4.6.8 Activating the module

100

4.6.9 Tool positions

101

4.7 Material hold-down

102

4.7.1 Preparation

103

Hold down functions

104

Vacuum range

104

4.7.3 Setting the strength

105

4.7.4 Switching on/off

105

4.8 Feeding options*

106

4.8.1 Feeding clamps

107

4.8.2 Feed guide rail

108

4.8.3 Feeding options

109

Important !

110

Attention !

110

4.9.3 Initialisation

112

000010,06,02-2009, jmu

114

4.10.4 Define reference point

115

4.12 Module and tool holder*

117

4.13 Switch off the machine

118

5 Description of menu

119

5.3 Description of menu

120

000015,031,02-2009, jmu

121

Z Offset

122

Down Z pos

122

Fig. 5-3 Init height

123

Down X&Y

124

Define Z init

126

Auto init

126

Fig. 5-6 Auto lift-up angle

127

Test cut

130

Correct Y

130

Correct X

131

Fig. 5-9 Module 1 - 3

133

Fig. 5-11 Module 1 - 3

134

Fig. 5-13 Module 1 - 3

136

Description of menu

138

Link to the active tool

138

Warning !

140

Fig. 5-16 Define vacuum range

146

3-3-3 Circle test cut

152

For testing modules

152

3-3-4 Diagonal test cut

152

Save panel settings

158

Problem solution

159

6 Malfunctions

163

Malfunctions G3 Series

164

G3 Series Malfunctions

165

6.3 Error messages

166

7 Cleaning and maintenance

193

000001,07,12-2008, jmu

194

7.3 Operating resources

195

Disposal !

195

7.4 Steps for maintenance

197

7.5 Lubrication diagram

200

7.6 Accessories case

200

7.7 Maintenance jobs

202

Fig. 7-4 Remove the covers

205

Fig. 7-6 Remove the covers

207

Maintenance jobs

208

Guide bearings

208

⇨ Push the bar forwards

209

Cleaning the guide rails

212

⇨ Fit all the covers

212

Fig. 7-11 Lubricate bearing

213

Cleaning the brush

214

7.7.13 Conveyor belt

219

7.7.13.2 Remove the covers

220

1-7-2-1

226

G3 Series Tools

229

Tools G3 Series

230

9 Modules

231

Modules G3 Series

232

10 Options

233

Options G3 Series

234

11 Material handling

235

Material handling G3 Series

236

12 Additional specifications

237

000008,03,12-2008, jmu

238

13 Documents

239

Documents G3 Series

240

14 Glossary

241

Glossary G3 Series

242

Table of contents

Reference Manual

1

Important User Information

2

Summary of Changes

3

New and Updated

3

Information

3

Table of Contents

5

Chapter 1

9

General Precautions

10

Detailed Drive Operation

11

Alarm Status Indication

15

INPUTS & OUTPUTS

17

Analog Input Configuration

19

Analog Inputs

20

Analog Scaling

22

Output Hertz

23

Input mA

24

Torque Ref %

26

Input Volts

26

Value Display

28

Cable Selection

28

Explanation

31

Output Current

32

Output Voltage

32

Table 1 Software Filters

34

Auto/Manual

37

Autotune

40

PowerFlex 700VC

44

Speed Control - Reference

46

(2.0 ms)

46

Speed Control - Regulator

48

(1.0 ms)

48

Torque Control

49

(0.25ms)

49

Process Trim

50

MOP Control

51

Block Diagrams

52

Inputs & Outputs - Analog

53

Control Logic

54

(2.0ms)

54

Inverter Overload IT

55

Bus Regulation [Bus Reg Gain]

56

Single Seq 500 S/s

56

Operation

57

Motor Speed

57

Proportional Channel

58

Integral Channel

58

Bus Regulation

59

Table 3

60

Table 4

61

Carrier (PWM) Frequency

62

EMC Instructions

63

Table 8 Recommended Filters

65

Current Limit

66

Datalinks

67

Decel Time [Decel Time 1, 2]

69

Wiring Examples

70

Digital Inputs

75

Digital Input Conflict Alarms

83

Output Time Delay

90

Client/Server

92

Peer-to-Peer operation

93

Overall RMS Protection

95

Drive Overload

96

Thermal Manager Protection

97

PWM Frequency

97

DTO Fault

98

Temperature Display

98

Low Speed Operation

98

Drive Ratings (kW, Amps

99

Economizer

99

(Auto-Economizer)

99

Fan See Fan Curve above

100

When a Fault Occurs

101

Fault Queue

101

Fault Time [Fault 1-8 Time]

102

Resetting or Clearing a Fault

102

Flux Braking

103

Flux Up [Flux Up Mode]

104

Flying Start

105

Configuration

106

Application Example

106

Input Devices Contactors

108

Input Power Conditioning

110

Table 13 Linkable Parameters

112

COMMUNICATION

113

00000100

114

Adapter # X6543210

114

Motor Control

115

Trip Time (Seconds)

117

Motor Overload

118

20 Minutes

119

1 Minute 1 Minute

119

Motor Start/Stop

120

Precautions

120

Jm Jload

121

Figure 26 Resonance

122

Figure 27 10 Hz Notch

122

Drive Output Contactor

123

Cable Termination

123

Output Frequency

124

COMMUNICATIONS

126

Table 14 PF70 Bus Levels

128

Table 15 PF700 Bus Levels

129

Power Loss

131

Decel Input (PF700 only)

134

Process PI Loop [PI Config]

135

10 Volts

136

Process PI Loop

137

Normalized Feedback

141

Normalized SQRT(Feedback)

141

PI Reference and Feedback

143

PI Reference Scaling

143

PI Setpoint

144

PI Output

144

PI Gains

144

Positive and Negative Limits

145

Output Scaling

145

Vector v3

147

Factory Default Bit Values

148

Reflected Wave [Compensation]

149

50 10152025

149

30 35404550

149

Reflected Wave

150

Example Configuration #1

154

Example Configuration #2

155

Analog Out1 Value (Volts)

155

Scale1 In Value =

155

Encoder Speed (RPM)

155

Example Configuration #3

156

PI Reference

156

Analog In2 Value (Volts)

156

DYNAMIC CONTROL

157

Figure 31 Skip Frequency

158

. This function affects

159

Sleep Mode Operation

160

Interactive functions

161

Sleep/Wake Levels

161

Sleep/Wake Sources

161

Wake Level

162

Sleep Level

162

Analog Signal

162

Speed Reference Operation

167

Frequency Reference

169

Figure 36 Trim

170

Speed Regulator

171

Figure 37

172

Speed Regulation Mode

173

Torque Regulation Mode

173

Figure 38

174

Figure 39

175

Permissive Conditions

176

Start-Up Start-Up Routines

177

Basic Start Up (Top Level)

178

Start-Up

179

Basic Start Up (Motor Tests)

181

Basic Start Up (Speed Limits)

182

Stop Modes [Stop Mode A, B]

197

Stop Modes

198

Test Points

200

Torque Performance

201

Sensorless Vector

202

V/Hz Control

202

Flux Vector Control

203

Figure 59 Flux Vector

204

Figure 60

204

Unbalanced or

205

Ungrounded Distribution

205

Figure 61 User Sets

206

Voltage Class

207

Watts Loss

208

Rockwell Automation Support

214

Documentation Feedback

214

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