REXROTH EFC 3600 - Page 14

REXROTH EFC 3600

274 pages

Save Page as PDF

To Next Page

To Next Page

To Previous Page

To Previous Page

Loading...

Bosch Rexroth AG EFC 3600

XII

DOK-RCON03-EFC-3600***-IT03-EN-P

Table of Contents

Default Chapter7
- Table of Contents7
1 Introduction to the Documentation15
2 Safety Instructions for Electric Drives and Controls16
- Definitions of Terms16
- Explanation of Signal Words and the Safety Alert Symbol17
- General Information18
- Using the Safety Instructions and Passing Them on to Others18
- Requirements for Safe Use18
- Hazards by Improper Use20
- Instructions with Regard to Specific Dangers20
- Protection against Contact with Electrical Parts and Housings20
- Protective Extra-Low Voltage as Protection against Electric Shock22
- Protection against Dangerous Movements22
- Protection against Magnetic and Electromagnetic Fields During Operation and Mounting24
- Protection against Contact with Hot Parts24
- Protection During Handling and Mounting25
3 Important Directions for Use26
- Appropriate Use26
- Inappropriate Use26
4 Delivery and Storage27
- Product Identification27
- Checking Information on Packing Nameplate27
- Checking Information on Frequency Converter Nameplate28
- Visual Inspection of the Frequency Converter28
- The Scope of Supply29
- Transport of the Components30
- Storage of the Components30
5 Mounting and Installation31
- EFC 3600 Dimensions Figure31
- EFC 3600 Dimensions33
- EFC 3600 Mounting34
- Block Diagram37
- Notes on Main Circuit Wiring38
- Main Circuit Wiring Diagram40
- Main Circuit Terminals41
- Main Circuit Terminals Description41
- Cable and Fuse Dimensions42
- Selection Standards42
- Recommendation on Cable Dimensioning43
- Recommendation for Design of the Fuses44
- Main Circuit Wiring Steps44
- Grounding Screw Removal of Internal EMC Filter45
- Notes on Control Circuit Wiring46
- Control Circuit Terminals46
- Control Circuit Terminals Description47
- NPN / PNP Switch SW for the Digital Inputs48
- NPN and PNP Modes49
- Analog Input Terminals (+10 V, Vr1, GND,+I)50
- Recommendations on Control Circuit Wiring50
- Control Circuit Wiring Steps51
6 Operating Panel52
- Seven-Segment Display52
- LED Indicator53
- Menu Structure54
- Operating Mode55
- Operating Example55
7 Commissioning56
- Checking and Preparation before Commissioning56
- Commissioning Process57
- EFC 3600 Basic Parameters Fast Settings58
- Restore Parameters to Factory Defaults59
- Solutions for Simple Errors During Commissioning59
8 Parameter Settings60
- Group B0: System Parameters60
- Password and Access Control60
- System Configuration62
- Frequency Converter Configuration63
- Monitoring Display64
- System Information66
- Group B1: Basic Parameters67
- Basic Running Control67
- Acceleration/Deceleration Control73
- Starting Configuration76
- Stopping Configuration78
- Group S0: V/F Control82
- V/F Curve82
- Enhanced V/F Control86
- No-Trip Control90
- Group S2: Motor Parameters92
- Motor Nameplate Parameters92
- Motor Physical Data93
- Motor Thermal Protection94
- Group S3: Running Parameters96
- Jogging Parameters96
- Skip Frequency97
- Restarting after Power Fault98
- Brake Chopper Control99
- Additional Running Control100
- Group E0: Input Terminal Parameters102
- Multi-Function Digital Input Terminals102
- Analog Input Channel Gain108
- Analog Input Filtering Time109
- Analog Input Curve Configuration109
- Group E1: Output Terminal Parameters112
- Multi-Function Output Terminals112
- Frequency Detection115
- Overload Pre-Warning117
- External Signal Counter118
- Analog Output Terminal119
- Group E2: Multi-Speed and Simple PLC120
- Acceleration/Deceleration Time 2, 3 and 4120
- Multi-Speed Frequency120
- Simple PLC Basic Control122
- PLC Stage Control122
- Group E3: PID Control125
- PID Basic Configuration125
- PID Control126
- E4: Error and Protection129
- Protection Configuration129
- Error Reset134
- Error Code Memory134
- System Status at the Latest Error135
- Group H0: Communication136
9 Diagnosis138
- Diagnosis Messages When Booting the Device138
- Diagnosis on Parameter Backup138
- Diagnosis for Power Down/Drop138
- In Stop State138
- In Run State139
- Diagnosis on Warnings139
- Diagnosis on Errors140
- Error Description and Solution140
- Error Reactions of the Frequency Converter150
- Clearing an Error Message150
- Error Memory150
- Automatic Error Reset150
10 Technical Data151
- General Technical Data151
- Electrical Data153
- Derating of Electrical Data153
- Derating and Ambient Temperature153
- Derating and Mains Voltage154
- Derating and Output Current154
11 Electromagnetic Compatibility (EMC)155
- EMC Requirements155
- General Information155
- Noise Immunity in the Drive System155
- Noise Emission of the Drive System158
- Ensuring the EMC Requirements162
- EMC Measures for Design and Installation163
- Rules for Design of Installations with Drive Controllers in Compli- Ance with EMC163
- EMC-Optimal Installation in Facility and Control Cabinet165
- Control Cabinet Mounting According to Interference Areas - Exem- Plary Arrangements167
- Design and Installation in Area a - Interference-Free Area of Control Cabinet168
- Design and Installation in Area B - Interference-Susceptible Area of Control Cabinet170
- Design and Installation in Area C - Strongly Interference-Susceptible Area of Control Cabinet170
- Ground Connections171
- Installing Signal Lines and Signal Cables172
- General Measures of Radio Interference Suppression for Relays, Contactors, Switches, Chokes and Inductive Loads173
12 Accessories174
- Mains Choke174
- Mains Choke Selection174
- Dimensions174
- Electrical Data178
- EMC Filter179
- The Function of EMC Filter179
- External EMC Filter Type179
- Technical Data179
- Brake Resistor185
- Brief Introduction185
- Brake Resistor Selection185
- Brake Resistor in Aluminum Housing188
- Motor Choke190
- Motor Choke Selection190
- Dimensions191
- Electrical Data193
- Communication Interface193
- RS485/RS232 Adapter193
- Cable for RS485/RS232 Adapter193
- Operating Panel Cable for Control Cabinet Mounting193
- Control Cabinet Mounting Plate193
- Operating Panel Cable for Control Cabinet Mounting196
- Accessories for Shielded Cable Connection196
13 Communication Protocols198
- Dok-Rcon03-Efc-3600***-It03-En-Pix198
- Brief Introduction198
- Modbus Protocol198
- Protocol Description198
- Modbus Interface200
- Modbus Function and Message Format201
- Communication Mapping Register Address Distribution209
- Modbus Communication Example212
- Special Notes213
- Communication Networking213
- PROFIBUS Protocol215
- Protocol Description215
- PROFIBUS Function215
- PROFIBUS Interface216
- Requirements for PROFIBUS Link216
- Relationship between Communication Rate and Cables217
- EMC Measures217
- Periodical Data Communication217
14 Maintenance225
- Safety Instructions225
- Daily Inspection225
- Periodic Inspection226
- Operating Panel Removal and Mounting227
- Fan Removal and Mounting229
15 Service and Support231
16 Environmental Protection and Disposal232
- Environmental Protection232
- Disposal232
17 Appendix234
Appendix 1: Abbreviations234
Appendix 2: Parameter List234
- Description of Attribute Symbols in Parameter Tables234
- Group B0: System Parameters235
- Group B1: Basic Parameters237
- Group S0: V/F Control240
- Group S2: Motor Parameters241
- Group S3: Running Parameters242
- Group E0: Input Terminals244
- Group E1: Output Terminals246
- Group E2: Multi-Speed and Simple PLC248
- Group E3: PID Control250
- Group E4: Error and Protection251
- Group H0: Communication254
- Group D: Monitoring Parameters255
Appendix 3: Type Coding256
- EFC 3600 Type Coding256
- Type Coding of EFC 3600 Function Modules257
- Type Coding of EFC 3600 Accessories258
Appendix 4: Certification265
- Rcm267
- Index269

Related product manuals

Preview: REXROTH VFC 5610

REXROTH VFC 5610

Preview: REXROTH VFC 3610

REXROTH VFC 3610

REXROTH Fe Series