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SANMOTION R ADVANCED RS2A01A0AL0
Sanyo Denki SANMOTION R ADVANCED RS2A01A0AL0 Manuals
Manuals and User Guides for Sanyo Denki SANMOTION R ADVANCED RS2A01A0AL0. We have
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Sanyo Denki SANMOTION R ADVANCED RS2A01A0AL0 manual available for free PDF download: Instruction Manual
Sanyo Denki SANMOTION R ADVANCED RS2A01A0AL0 Instruction Manual (426 pages)
AC SERVO SYSTEMS Analog/Pulse Input Type For Rotary Motor
Brand:
Sanyo Denki
| Category:
Servo Drives
| Size: 31 MB
Table of Contents
1 1. Preface
24
Table of Contents
24
Introduction
25
Differences between AC Servo Amplifier SANMOTION R (Previous Model) and this System
26
Instruction Manual
27
Precautions Related to These Instructions
27
System Introduction Guide
28
Step 1: Unpack the System
28
Step 2: Perform Wirings of Control and Main Power Supply
29
Step 3: Perform Wiring of Servo Motor Power Line
30
Step 4: Perform Wiring of Encoder Line
31
Step 5: Set Parameters
32
Step 6: Check Operation
35
System Configuration
36
Illustration of System Components
36
Model Number Structure
39
Servo Motor Model Number
40
Servo Amplifier Model Number (11-Digit Abbreviated Model Number)
41
Servo Amplifier Model Number (19-Digit Full Model Number String)
42
Part Names
43
Servo Motor Part Names
46
General Specifications
49
Holding Brake
51
Motor Encoder
53
Battery Specification
54
Servo Amplifier
55
Input Command
56
Calorific Value
61
Operation Pattern
62
Position Signal Output
65
Analog Monitor
69
Monitor Output
69
Dynamic Brake
71
Installation
77
Servo Amplifier
77
Servo Motor
80
Mounting Method
81
Cable Installation Considerations
86
Part Name and Function
89
Example of Wiring
95
Peripheral Equipments
115
System Parameters
121
Confirmation of Specifications
121
Factory Default Setting Values
130
Test Operation
131
5.Operation Test Operation (Confirmation of I\/O Signal) 3) Confirmation of I\/O Signal
132
Alarm Display
134
Default Display
134
Operation Sequence
135
Monitor Function
141
Cont2
142
Cont4
142
Cont5
142
Setting Parameters
147
Parameters List
147
Operation
149
Description of Monitor
142
Function
142
Cont6
151
Parameter Functions
154
Torque Limit Function
187
Alarm Reset Function
196
Deviation Clear Function
196
Encoder Clear Function
196
Velocity Loop Proportional Control Switching
196
Cont1_On
197
Cont2_On
197
Cont3_On
197
Cont4_On
197
Cont5_Off
197
Cont6_Off
197
Operation
198
Control Block Diagram
219
Parameter Setting
222
Operational Sequence
222
6 6. Adjustments
224
Servo Tuning Functions
225
Servo Tuning Functions and Basic Adjustment Procedure
225
Tuning Method Selection Procedure
226
Automatic Tuning
227
Use the Following Parameters for Automatic Tuning
227
Automatically Adjusted Parameters in Auto-Tuning
230
Adjustable Parameters During Auto-Tuning
231
Unstable Functions During Auto-Tuning
232
Auto-Tuning Characteristic Selection Flowchart
233
Adjustment Method for Auto-Tuning
234
Manual Tuning Method Using Auto-Tuning Results
235
Monitoring Servo Gain Adjustment Parameters
235
Automatic Tuning of Notch Filter
236
Operation Method
236
Setting Parameters
236
Automatic Tuning of FF Vibration Suppression Frequency
237
Operation Method
237
Setting Parameters
237
Servo System Configuration and Servo Adjustment Parameters
238
Using Manual Tuning
238
Basic Manual Tuning Method for Position Control
240
Basic Manual Tuning Method for Velocity Control
240
Automatic Tuning Method for Model Following Control
241
Model Following Control
241
Manual Tuning Method for Model Following Control
242
FF Vibration Suppression Control
243
Model Following Vibration Suppression Control
243
Tuning to Suppress Vibration
243
Tuning Methods
245
Using Disturbance Observer Function
246
7 7. Digital Operator
248
Changing Modes
249
Digital Operator
249
Digital Operator Names and Functions
249
Modes
249
Mode Contents
250
Setting and Display Range
251
Alarm Code and Servo Amplifier Status Code When Alarm Occurs
252
Over-Travel Status Display
252
Servo Amplifier Status Display
252
Status Display Mode
252
Status Display of Battery Warning, Regenerative Overload Warning, and Overload Warning
252
Alarm Reset When Alarm Activated
253
How to Check the Software Version of Servo Amplifier
253
How to Check Information 1, Information 2 (Servo Amplifier Information), and Information 3 (Motor Code)
254
How to Cancel Password
255
How to Set Pass Ward
255
Basic Parameters, Editing System Parameters
256
Editing Parameters
256
Editing General Parameters
257
How to Tune Automatic Notch Frequency
259
How to Tune Automatic FF Vibration Suppression Frequency
260
Offset Adjustment of Velocity/ Torque Command
261
Offset Adjustment of Analog Torque Compensation Command
262
Velocity-Controlled JOG Operation
263
Automatic Tuning Result Writing
264
Encoder Clear
264
Alarm History Display
265
Automatic Setting of Motor Parameter
265
How to Clear Alarm History
266
Monitor Display
266
Fixed Monitor Display
267
Motor Code-Setting of Servo Motor Used
267
Troubleshooting
269
Warning List
271
Alarm Code
277
Service Parts
300
9 9. Fully Closed Control
302
Fully Closed Control
303
Illustration of System Configuration
303
Internal Block Diagram
306
Signal Names and Pin Numbers of EN1 and EN2
308
Wiring
308
Connector Layout of EN1 and EN2
310
Fully Closed Control Related Parameters
311
System Parameters Settings
311
Digital Filter Setting
313
Input Power Timing for External Pulse Encoder
314
Remarks
314
Workings of External Pulse Encoder
314
Safe-Torque-Off (STO) Function
316
Safe Torque off Function
317
Risk Assessment
321
Residual Risk
321
Delay Circuit
321
Safe-Torque-Off Operation
325
Connection Example
331
Error Detection Method
331
Verification Test
332
Confirmation Procedure
332
Acceptance Criteria
332
Safety Precautions
333
11 11. Selection
334
Flowchart of Servo Motor Sizing
335
Selection
335
Servo Motor Sizing
335
Calculate Motor Shaft Conversion Load Moment of Inertia (J L )
336
Make an Operation Pattern
336
Calculate Motor Shaft Conversion Load Torque (T L )
337
Calculate Acceleration Torque (T a )
339
Calculate Deceleration Torque (T B )
339
Calculate Effective Torque (Trms)
339
Judgment Condition
339
Capacity Selection of Regenerative Resistor
340
How to Find "Regeneration Effective Power (PM)" of the Horizontal Axis Drive by a Formula
340
Capacity Selection of Regenerative Resistor
341
How to Find "Regeneration Effective Power (PM)" of the Vertical Axis Drive by a Formula
341
Capacity Selection of External Regenerative Resistor
342
Capacity of External Regenerative Resistor and Resistor Model Name
343
Connection of Regenerative Resistance
344
Protection Function of Regenerative Resistance
345
Thermostat Connection of External Regenerative Resistor
345
Confirmation Method of Regeneration Power PM in Actual Operation
346
Installation
346
Standards Conformity
350
Connection and Installation
351
EMC Installation Requirements
353
Ground Fault Test
354
Servo Motor Dimensions
357
Characteristics Table
368
Overload Characteristics
388
Optional Parts
401
Fixing Bracket
405
Servo Motor Power Cable
408
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