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GD35-2R2G-4-D1
INVT GD35-2R2G-4-D1 Manuals
Manuals and User Guides for INVT GD35-2R2G-4-D1. We have
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INVT GD35-2R2G-4-D1 manual available for free PDF download: Operation Manual
INVT GD35-2R2G-4-D1 Operation Manual (282 pages)
Close Loop Vector Control Inverter
Brand:
INVT
| Category:
Inverter
| Size: 11 MB
Table of Contents
Table of Contents
3
Chapter 1 Safety Precautions
8
What this Chapter Contains
8
Safety Definition
8
Warning Symbols
8
Safety Guidelines
9
Delivery and Installation
9
Commission and Running
10
Maintenance and Replacement of Components
11
Scrap Treatment
11
Chapter 2 Quick Start-Up
12
What this Chapter Contains
12
Unpacking Inspection
12
Application Confirmation
12
Environment
12
Installation Confirmation
13
Basic Commission
13
Chapter 3 Product Overview
14
What this Chapter Contains
14
Basic Principles
14
Product Specification
15
Name Plate
17
Type Designation Key
17
Model
18
Rated Values
18
Rated Value of AC 3PH 380 V (-15%) - 440 V (+10%)
18
Rated Value of AC 3PH 520 V (-15%) - 690 V (+10%)
19
Structure Diagram
20
Chapter 4 Installation Guidelines
21
What this Chapter Contains
21
Mechanical Installation
21
Installation Environment
21
Installation Direction
22
Installation Manner
22
Single Installation
23
Multiple Installations
23
Vertical Installation
24
Tilt Installation
25
Standard Wiring
25
Main Circuit Connection Diagram
25
Main Circuit Connection Diagram
26
Terminals Figure of Main Circuit
27
Wiring of Terminals in Main Circuit
31
Standard Wiring (Control Circuit)
32
Wiring Diagram of Basic Control Circuit
32
C1 Terminal (EC-PG301-24) Instruction and the Wiring Diagram
35
D1 Terminal (EC-PG304-05) Instruction and the Wiring Diagram
36
H1 Terminal (EC-PG305-12) Instruction and the Wiring Diagram
37
H2 Terminal (EC-PG305-05) Instruction and the Wiring Diagram
39
S1 Terminal (EC-PG302-05) Instruction
41
Input/Output Signal Connection Diagram
42
Wiring Protection
43
Protecting the Inverter and Input Power Cable in Short-Circuit Situations
43
Protecting the Motor and Motor Cable in Short-Circuit Situations
43
Protecting the Motor against Thermal Overload
43
Implementing a Bypass Connection
43
Chapter 5 Keypad Operation Procedure
44
What this Chapter Contains
44
Keypad
44
Keypad Displaying
46
Displayed State of Stopping Parameter
46
Displayed State of Running Parameters
46
Displayed State of Fault
46
Displayed State of Function Codes Editing
47
Keypad Operation
47
How to Modify the Function Codes of the Inverter
47
How to Set the Password of the Inverter
48
How to Watch the Inverter State through Function Codes
48
Chapter 6 Function Parameters
50
What this Chapter Contains
50
Goodrive35 General Series Function Parameters
50
Chapter 7 Basic Operation Instruction
134
What this Chapter Contains
134
First Powering on
134
Vector Control
138
SVPWM Control
142
Torque Control
147
Parameters of the Motor
149
Start-Up and Stop Control
154
Frequency Setting
158
Analog Input
162
Analog Output
164
Digital Input
167
Digital Input
174
Simple PLC
178
Multi-Step Speed Running
180
PID Control
182
General Steps of PID Parameters Setting
183
PID Inching
184
Commissioning for Special Functions
186
Commissioning Steps
188
Fault Solutions
194
Chapter 8 Fault Tracking
197
Other States
201
Common Fault Analysis
202
Overvoltage
203
Abnormal Heating of the Motor
204
Overheat of the Inverter
205
Overcurrent
206
Chapter 9 Maintenance and Hardware Diagnostics
207
Cooling Fan
209
Capacitors
210
Change Electrolytic Capacitors
211
Chapter 10 Communication Protocol
212
RTU Mode
215
RTU Command Code and Communication Data Illustration
217
Command Code: 06H
219
Command Code 08H for Diagnosis
220
Command Code: 10H
221
Fieldbus Ratio Values
225
Fault Message Response
226
Example of Writing and Reading
228
Common Communication Fault
232
Appendix A Extension Card
233
A.2.2 EC-TX-103 Communication Card
234
A.2.4 Compatible Motor of EC-TX-103 Communication Card
235
A.2.7 System Configuration
239
A.2.8 PROFIBUS-DP Communication
240
A.2.9 Fault Information
248
A.3 Canopen Optional Cards
249
Appendix B Technical Data
250
B.3 Grid Specifications
251
B.5 Applicable Standards
252
B.6.1 Category C2
253
Appendix C Dimension Drawings
254
C.3 Inverter Structure
255
C.4 Dimensions for Inverters of AC 3PH 380 V (-15%) – 440 V (+10%)
256
C.4.2 Flange Installation
257
C.4.3 Floor Installation
259
C.5.2 Flange Installation
261
C.5.3 Floor Installation
262
Appendix D Peripheral Options and Parts
263
D.3 Power Supply
264
D.4.2 Control Cables
265
D.4.3 Routing the Cables
269
D.5 Breaker and Electromagnetic Contactor
270
D.5.2 the Inverters of AC 3PH 520 V (-15%) – 690 V (+10%)
271
D.6.1 Ac 3Ph 380 V (-15%) – 440 V (+10%)
272
D.6.2 Ac 3Ph 520 V (-15%) – 690 V (+10%)
273
D.7.1 Filter Type Instruction
274
D.7.2 Ac 3Ph 380 V (-15%) – 440 V (+10%)
275
D.8 Brake System
276
D.8.2 Selecting the Brake Resistor Cables
279
Appendix E Further Information
281
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