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Mitsubishi Electric MR-J5 Series Manuals
Manuals and User Guides for Mitsubishi Electric MR-J5 Series. We have
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Mitsubishi Electric MR-J5 Series manuals available for free PDF download: User Manual
Mitsubishi Electric MR-J5 Series User Manual (580 pages)
AC Servo System
Brand:
Mitsubishi Electric
| Category:
Controller
| Size: 7.68 MB
Table of Contents
Safety Instructions
3
About the Manual
5
Object Units
6
U.s. Customary Units
6
Table of Contents
7
Chapter 1 Function
14
Function Explanation
14
Chapter 2 Control Mode
24
Control Mode [G]
24
Control Switching
25
Cyclic Synchronous Position Mode (Csp)
26
Cyclic Synchronous Velocity Mode (Csv)
28
Cyclic Synchronous Torque Mode (Cst)
30
Profile Position Mode (Pp)
32
Profile Velocity Mode (Pv)
36
Profile Torque Mode (Tq)
40
Point Table Mode (Pt)
43
JOG Operation Mode (Jg)
47
Continuous Operation to Torque Control Mode (Ct)
51
Homing Mode (Hm)
56
Control Mode [B]
92
Continuous Operation to Torque Control Mode (Ct)
93
Control Mode [A]
94
Control Switching
94
Position Control Mode (P)
94
Speed Control Mode (S)
98
Torque Control Mode (T)
100
Position/Speed Control Switching Mode (P/S)
103
Speed/Torque Control Switching Mode (S/T)
105
Torque/Position Control Switch Mode (T/P)
107
Chapter 3 Basic Function
108
Outline of Servo Parameter and Object Dictionary
108
Servo Parameter
108
Object Dictionary [G]
110
Rotation/Travel Direction Selection [G]
111
Setting Methods of Functions
112
Rotation/Travel Direction Selection [B]
115
Setting Methods of Functions
116
Rotation/Travel Direction Selection [A]
117
Setting Methods of Functions
118
Stroke Limit Function [G]
119
Explanation of the Stroke Limit Signal Names
119
Setting Methods of Functions
120
Stop Method at Stroke Limit Detection
123
Servo Parameter List
124
Limit Switch Release Position Assessment Function
125
Stroke Limit Function [B]
126
Servo Parameter List
126
Stroke Limit Function [A]
127
Setting Methods of Functions
127
Stop Method at Stroke Limit Detection
128
Servo Parameter List
128
Command Unit Select Function [G]
129
Position Command Unit Selection Function
129
Speed Command Unit Selection Function
132
Command Unit Select Function [A]
133
Torque Command Unit Selection Function
133
Electronic Gear Function [G]
134
Setting Method
134
Setting Example
135
Electronic Gear Function [B]
141
Setting Method
141
Electronic Gear Function [A]
142
Setting Method
142
Setting Example
143
Electronic Gear Selection Function
145
In-Position Range Setting
146
Setting Method [G]
147
Setting Method [B]
147
Setting Method [A]
147
Assigning I/O Devices
148
Setting Method [G]
149
Setting Method [B]
152
Setting Method [A]
153
Regenerative Option Selection
154
Regenerative Option
154
Alarm Function
155
Operation Status at Alarm Occurrence [G] [B]
155
Operation Status at Alarm Occurrence [A]
155
Operation Status at Warning Occurrence [G] [B]
156
Operation Status at Warning Occurrence [A]
156
Returning from an Alarm [G] [B]
157
Returning from an Alarm [A]
157
Returning from a Warning
157
Alarm History [G]
157
Alarm History [B]
160
Alarm History [A]
160
Stop Method at Occurrence of Alarms/Warnings
161
Timing Chart at Alarm Occurrence (MR-J5-_G_/MR-J5W_-_G_/MR-J5-_B_/MR-J5W_-_B_/MR-J5-_A_)
162
Timing Chart at Alarm Occurrence (MR-J5D_-_G_)
165
Forced Stop Deceleration Function
173
Setting Method [G] [B]
173
Setting Method [A]
174
Timing Chart [G] [B]
174
Timing Chart [A]
175
Electromagnetic Brake Interlock Function
176
Base Circuit Shut-Off Delay Time Function
176
Setting Method [G] [B]
176
Setting Method [A]
177
Timing Chart
178
Vertical Axis Freefall Prevention Function
189
Setting Method [G] [B]
189
Setting Method [A]
189
Timing Chart [G] [B]
190
Timing Chart [A]
190
Acceleration/Deceleration Function [G] [A]
191
Acceleration/Deceleration Time Constant
191
S-Pattern Acceleration/Deceleration Time Constant [G]
193
S-Pattern Acceleration/Deceleration Time Constant [A]
194
Acceleration/Deceleration [G]
195
Quick Stop [G]
197
Setting Method
198
Timing Chart
200
Halt [G]
202
Objects for Setting
202
Timing Chart
203
Command Pulse Train Monitoring Function [A]
204
Setting a Command Frequency Error Threshold
204
Setting PEN (Command Input Permission Signal)
204
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Mitsubishi Electric MR-J5 Series User Manual (624 pages)
AC Servo System
Brand:
Mitsubishi Electric
| Category:
Controller
| Size: 16.22 MB
Table of Contents
Safety Instructions
3
About the Manual
5
Cables Used for Wiring
6
Customary Units
6
Table of Contents
7
Chapter 1 Introduction
15
Wiring Procedure
15
Servo Amplifier/Motor Combinations
16
Rotary Servo Motor
16
Geared Servo Motor
21
Linear Servo Motor
23
Direct Drive Motor
28
Wiring Check
30
Power Supply System Wiring
30
I/O Signal Wiring
32
Surrounding Environment
33
Chapter 2 Installation
34
Mounting Direction and Clearances
35
Keeping out Foreign Materials
38
Cable Stress
38
SSCNET III Cable Laying [B]
39
Fan Unit Replacement Procedure
41
List of Applicable Fan Units
41
Fan Unit Removal Procedure
42
Fan Unit Installation Procedure
43
Restrictions When Using this Product at an Altitude Exceeding 1000 M and up to 2000 M
44
Chapter 3 Signals and Wiring
45
Example Power Circuit Connections
46
200 V Class
46
400 V Class
50
Using Servo Amplifier with DC Power Supply Input
53
Example I/O Signal Connections
55
MR-J5-_G_ (Excluding MR-J5-_G_-HS_)
55
Mr-J5-_G_-Hs
58
Mr-J5W_-_G
61
Mr-J5-_B
64
Mr-J5W_-_B
67
Mr-J5-_A
70
Explanation of Power Supply System
78
Explanation of Signals
78
Power-On Procedure [G] [B]
80
Power-On Procedure [A]
81
Wiring CNP1, CNP2, and CNP3
82
Connectors and Pin Assignments
89
Precautions
89
Connectors and Pin Assignments [G]
90
Connectors and Pin Assignments [B]
95
Connectors and Pin Assignments [A]
97
Signal (Device) Explanation
100
Input Device
100
Output Device
110
Input Signal
117
Output Signal
119
Power Supply
121
Interface
122
Internal Connection Diagram [G]
122
Internal Connection Diagram [B]
128
Internal Connection Diagram [A]
132
Detailed Explanation of Interfaces
135
Source I/O Interface
139
Servo Motor with an Electromagnetic Brake
141
Connection Diagram
141
SSCNET III Cable Connection [B]
143
Grounding
145
Chapter 4 Dimensions
146
Mr-J5-_G
146
200 V Class
146
400 V Class
149
Mr-J5W_-_G
152
Mr-J5-_B
154
200 V Class
154
400 V Class
157
Mr-J5W_-_B
159
Mr-J5-_A
161
200 V Class
161
400 V Class
164
Connector
166
Mr-J5_-_G
166
Mr-J5_-_B
170
Mr-J5-_A
171
Chapter 5 Characteristics
172
Overload Protection Characteristics
172
Power Supply Capacity and Generated Loss
175
Power Supply Capacity
175
Generated Loss
186
Using Servo Amplifier with DC Power Supply Input
188
Dynamic Brake Characteristics
189
Dynamic Brake Operation
190
Cable Flex Life
253
Inrush Currents at Power-On of Main Circuit and Control Circuit
254
Chapter 6 Options and Peripheral Equipment
255
Cables/Connector Sets
255
Combinations of Cables/Connector Sets
256
MR-D05UDL3M-B STO Cable
266
MR-AHSCN7CBL2M10M Output Cable for Analog Monitor and A/B/Z-Phase Pulse [G]
267
Ethernet Cable [G]
268
SSCNET III Cable [B]
269
Regenerative Option
271
Combination and Regenerative Power
271
Selection of the Regenerative Option (1-Axis Servo Amplifier)
273
Selection of the Regenerative Option (Multi-Axis Servo Amplifier)
276
Servo Parameter Setting
280
Connection of Regenerative Option
280
Mounting Direction
281
Dimensions
282
MR-CM Simple Converter
287
Combination of Simple Converter and Servo Amplifier
287
Servo Amplifier Setting When Using a Simple Converter
287
Simple Converter Standard Specifications
287
External Interface
289
Signals and Wiring
292
Dimensions
294
Peripheral Equipment
295
Mounting Direction and Clearances
296
Multifunction Regeneration Converter (FR-XC-(H))
297
Precautions
297
Servo Amplifier Settings
297
Capacity Selection
297
Connection Diagram
300
Wiring and Peripheral Options
302
PS7DW-20V14B-F Junction Terminal Block (Recommended) (1-Axis Servo Amplifier) [G] [B]
306
MR-TB26A Junction Terminal Block (Multi-Axis Servo Amplifier) [G] [B]
308
MR-TB50 Junction Terminal Block [A]
310
MR Configurator2
312
Engineering Tool
312
Precautions for Using USB Communication Function and Ethernet Communication Function
312
Battery
313
Selection of Battery
313
MR-BAT6V1SET Battery
314
MR-BAT6V1SET-A Battery
317
MR-BT6VCASE Battery Case
320
MR-BAT6V1 Battery
326
Battery Cable and Junction Battery Cable
327
Selection Example of Wires
328
Molded-Case Circuit Breakers, Fuses, Magnetic Contactors
331
Selection Example
331
Main Circuit Wiring (Connecting Multiple Servo Amplifiers to One Molded-Case Circuit Breaker)
337
Example Settings that Comply with IEC/EN/UL 61800-5-1 and CSA C22.2 No.274
340
Power Factor Improving DC Reactor
343
Power Factor Improving AC Reactor
350
Mitsubishi Electric MR-J5 Series User Manual (442 pages)
AC Servo System
Brand:
Mitsubishi Electric
| Category:
Controller
| Size: 43.32 MB
Table of Contents
Safety Instructions
3
About the Manual
5
Object Units
6
U.s. Customary Units
6
Table of Contents
7
Chapter 1 Function
13
Function Explanation
13
Chapter 2 Control Mode
21
Control Mode [G] [WG]
21
Control Switching
21
Cyclic Synchronous Position Mode (Csp)
22
Cyclic Synchronous Velocity Mode (Csv)
24
Cyclic Synchronous Torque Mode (Cst)
26
Profile Position Mode (Pp)
28
Profile Velocity Mode (Pv)
32
Profile Torque Mode (Tq)
36
Continuous Operation to Torque Control Mode (Ct)
39
Homing Mode (Hm) and Homing
44
Control Mode [A]
71
Control Switching
71
Position Control Mode (P)
71
Speed Control Mode (S)
75
Torque Control Mode (T)
77
Position/Speed Control Switching Mode (P/S)
80
Speed/Torque Control Switching Mode (S/T)
82
Torque/Position Control Switch Mode (T/P)
84
Chapter 3 Basic Function
85
Outline of Servo Parameter and Object Dictionary
85
Servo Parameter
85
Object Dictionary [G] [WG]
87
Rotation/Travel Direction Selection [G] [WG]
88
Setting Methods of Functions
89
Rotation/Travel Direction Selection [A]
92
Setting Methods of Functions
93
Stroke Limit Function [G] [WG]
94
Explanation of the Stroke Limit Signal Names
94
Setting Methods of Functions
95
Stop Method at Stroke Limit Detection
98
Servo Parameter List
99
Stroke Limit Function [A]
100
Setting Methods of Functions
100
Stop Method at Stroke Limit Detection
101
Servo Parameter List
101
Limit Switch Release Position Assessment Function [G] [WG]
102
Outline
102
Precautions
102
Setting Methods of Functions
102
Command Unit Select Function [G] [WG]
103
Position Command Unit Selection Function
103
Speed Command Unit Selection Function
105
Command Unit Select Function [A]
106
Torque Command Unit Selection Function
106
Electronic Gear Function [G] [WG]
107
Setting Method
107
Setting Example
108
Electronic Gear Function [A]
113
Setting Method
113
Setting Example
114
Electronic Gear Selection Function
116
In-Position Range Setting
117
Setting Method [G] [WG]
118
Setting Method [A]
118
Assigning I/O Devices
119
Setting Method [G] [WG]
120
Setting Method [A]
121
Regenerative Option Selection
122
Regenerative Option
122
Alarm Function
123
Operation Status at Alarm Occurrence [G] [WG]
123
Operation Status at Alarm Occurrence [A]
123
Operation Status at Warning Occurrence [G] [WG]
124
Operation Status at Warning Occurrence [A]
124
Returning from an Alarm [G] [WG]
125
Returning from an Alarm [A]
125
Returning from a Warning
125
Alarm History [G] [WG]
125
Alarm History [A]
127
Stop Method at Occurrence of Alarms/Warnings
127
Timing Chart at Alarm Occurrence
128
Forced Stop Deceleration Function
130
Setting Method [G] [WG]
130
Setting Method [A]
131
Timing Chart [G] [WG]
131
Timing Chart [A]
132
Electromagnetic Brake Interlock Function
133
Base Circuit Shut-Off Delay Time Function
133
Setting Method [G] [WG]
133
Setting Method [A]
134
Timing Chart
135
Vertical Axis Freefall Prevention Function
143
Setting Method [G] [WG]
143
Setting Method [A]
143
Timing Chart [G] [WG]
144
Timing Chart [A]
144
Acceleration/Deceleration Function
145
Acceleration/Deceleration Time Constant
145
S-Pattern Acceleration/Deceleration Time Constant [G] [WG]
147
S-Pattern Acceleration/Deceleration Time Constant [A]
148
Acceleration/Deceleration [G] [WG]
149
Quick Stop [G] [WG]
151
Objects for Setting
151
Timing Chart
152
Halt [G] [WG]
153
Objects for Setting
153
Timing Chart
153
Command Pulse Train Monitoring Function [A]
154
Setting a Command Frequency Error Threshold
154
Setting PEN (Command Input Permission Signal)
154
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Mitsubishi Electric MR-J5 Series User Manual (316 pages)
AC Servo System
Brand:
Mitsubishi Electric
| Category:
Servo Drives
| Size: 42.39 MB
Table of Contents
Safety Instructions
3
About the Manual
5
Customary Units
5
Table of Contents
6
Chapter 1 Introduction
11
Wiring Procedure
11
Wiring Check
12
Power Supply System Wiring
12
I/O Signal Wiring
14
Surrounding Environment
15
Chapter 2 Installation
16
Mounting Direction and Clearances
16
Keeping out of Foreign Materials
19
Cable Stress
19
Fan Replacement Procedure
19
Replacement Fan Unit
19
Fan Removal Procedure
20
Fan Installation Procedure
21
Restrictions When Using this Product at Altitude Exceeding 1000 M and up to 2000 M
21
Chapter 3 Signals and Wiring
23
Connection Example of Power Circuit
24
200 V Class
25
Using Servo Amplifier with DC Power Supply Input
28
I/O Signal Connection Example
30
For MR-J5-_G
30
For MR-J5-_A
32
For MR-J5W_-_G
39
Explanation of Power Supply System
42
Signal Explanation
42
Power-On Procedure [G] [WG]
44
Power-On Procedure [A]
45
Wiring CNP1, CNP2, and CNP3
46
Connectors and Pin Assignments
49
Connectors and Pin Assignment [G]
50
Connectors and Pin Assignment [A]
51
Connectors and Pin Assignment [WG]
54
Signal (Device) Explanation
55
Input Device
55
Output Device
62
Input Signal
67
Output Signal
69
Power Supply
70
Interface
71
Internal Connection Diagram [G]
71
Internal Connection Diagram [A]
72
Internal Connection Diagram [WG]
75
Detailed Explanation of Interfaces
78
Source I/O Interface
82
Servo Motor with an Electromagnetic Brake
84
Connection Diagram [G] [A]
84
Grounding
86
Chapter 4 Dimensions
87
Class
87
Mr-J5-10G_/Mr-J5-20G_/Mr-J5-40G
87
Mr-J5-60G
87
Mr-J5-70G_/Mr-J5-100G
88
Mr-J5-200G_/Mr-J5-350G
88
Mr-J5-10A_/Mr-J5-20A_/Mr-J5-40A
89
Mr-J5-60A
89
Mr-J5-70A_/Mr-J5-100A
89
Mr-J5-200A_/Mr-J5-350A
90
Mr-J5W2-22G/Mr-J5W2-44G
90
Mr-J5W2-77G/Mr-J5W2-1010G
91
Mr-J5W3-222G/Mr-J5W3-444G
91
Connector
92
CN3 Connector [G]
92
CN3 Connector [A]
93
CN3_ Connector [WG]
94
Chapter 5 Characteristics
96
Overload Protection Characteristics
96
Power Supply Capacity and Generated Loss
99
Power Supply Capacity
99
Generated Loss
103
When Using the Servo Amplifier with the DC Power Supply Input
104
Dynamic Brake Characteristics
105
Dynamic Brake Operation
106
Cable Bending Life
129
Inrush Currents at Power-On of Main Circuit and Control Circuit
130
Chapter 6 Options and Peripheral Equipment
131
Mitsubishi Electric MR-J5 Series User Manual (252 pages)
AC Servo System
Brand:
Mitsubishi Electric
| Category:
Servo Drives
| Size: 25.29 MB
Table of Contents
Safety Instructions
3
About the Manual
5
Customary Units
5
Table of Contents
6
Chapter 1 Function
10
Function List
10
Chapter 2 Control Mode
20
Control Mode [G] [WG]
20
Control Switching
20
Cyclic Synchronous Position Mode (Csp)
21
Cyclic Synchronous Velocity Mode (Csv)
23
Cyclic Synchronous Torque Mode (Cst)
25
Homing Mode (Hm) and Homing
27
Control Mode [A]
53
Control Switching
53
Position Control Mode (P)
54
Speed Control Mode (S)
57
Torque Control Mode (T)
59
Position/Speed Control Switching Mode (P/S)
62
Speed/Torque Control Switch Mode (S/T)
64
Torque/Position Control Switch Mode (T/P)
66
Chapter 3 Basic Function
67
Outline of Servo Parameter and Object Dictionary
67
Servo Parameter
67
Object Dictionary [G] [WG]
68
Rotation/Travel Direction Selection [G] [WG]
69
Setting Methods of Functions
70
Rotation/Travel Direction Selection [A]
73
Setting Methods of Functions
74
Stroke Limit Function [G] [WG]
75
Explanation of the Stroke Limit Signal Names
75
Setting Methods of Functions
75
Stop Method at Stroke Limit Detection
79
Servo Parameter List
79
Stroke Limit Function [A]
80
Setting Methods of Functions
80
Stop Method at Stroke Limit Detection
81
Servo Parameter List
81
Command Unit Select Function [A]
82
Torque Command Unit Selection Function
82
Electronic Gear Function [G] [WG]
83
Setting Method
83
Setting Example
84
Electronic Gear Function [A]
86
Setting Method
86
Setting Example
87
Electronic Gear Selection Function
89
In-Position Range Setting
90
Setting Method [G] [WG]
90
Setting Method [A]
91
Assigning I/O Devices
92
Setting Method [G] [WG]
92
Setting Method [A]
93
Regenerative Option Selection
94
Regenerative Option
94
Alarm Function
95
Operation Status at Alarm Occurrence [G] [WG]
95
Operation Status at Alarm Occurrence [A]
95
Operation Status at Warning Occurrence [G] [WG]
96
Operation Status at Warning Occurrence [A]
96
Returning from Alarm [G] [WG]
96
Returning from Alarm [A]
97
Returning from Warning
97
Alarm History [G] [WG]
98
Alarm History [A]
99
Stop Method at Occurrence of Alarms/Warnings
99
Timing Chart of Alarm Occurrence
100
Forced Stop Deceleration Function
102
Setting Method [G] [WG]
102
Setting Method [A]
103
Timing Chart [G] [WG]
103
Timing Chart [A]
104
Electromagnetic Brake Interlock Function
105
Base Circuit Shut-Off Delay Time Function
105
Setting Method [G] [WG]
105
Setting Method [A]
106
Timing Chart
107
Vertical Axis Freefall Prevention Function
115
Setting Method [G] [WG]
115
Setting Method [A]
115
Timing Chart [G] [WG]
116
Timing Chart [A]
116
Mitsubishi Electric MR-J5 Series User Manual (216 pages)
AC Servo System
Brand:
Mitsubishi Electric
| Category:
Controller
| Size: 20.6 MB
Table of Contents
About the Manual
3
U.s. Customary Units
4
Table of Contents
5
Chapter 1 Servo Amplifier Troubleshooting
9
Outline
9
List of Alarm No./Warning no
11
Explanation of the List
11
Handling Methods for Alarms/Warnings
26
[AL. 010_Undervoltage]
26
[AL. 011_Switch Setting Error]
27
[AL. 012_Memory Error 1 (RAM)]
28
[AL. 013_CPU Error]
29
[AL. 014_Control Process Error]
30
[AL. 016_Encoder Initial Communication Error 1]
31
[AL. 017_Board Error]
33
[AL. 019_Memory Error 3]
35
[AL. 01A_Servo Motor Combination Error]
36
[AL. 01E_Encoder Initial Communication Error 2]
38
[AL. 01F_Encoder Initial Communication Error 3]
39
[AL. 020_Encoder Normal Communication Error 1]
40
[AL. 021_Encoder Normal Communication Error 2]
42
[AL. 024_Main Circuit Error]
43
[AL. 025_Absolute Position Erased]
44
[AL. 027_Initial Magnetic Pole Detection Error]
47
[AL. 028_Linear Encoder Error 2]
49
[AL. 02A_Linear Encoder Error 1]
50
[AL. 02B_Encoder Counter Error]
51
[AL. 030_Regenerative Error]
52
[AL. 031_Overspeed]
53
[AL. 032_Overcurrent]
54
[AL. 033_Overvoltage]
56
[AL. 035_Command Frequency Error]
57
[AL. 037_Parameter Error]
58
[AL. 03A_Inrush Current Suppression Circuit Error]
59
[AL. 042_Servo Control Error]
60
[AL. 045_Main Circuit Device Overheat]
63
[AL. 046_Servo Motor Overheat]
64
[AL. 047_Cooling Fan Error]
66
[AL. 050_Overload 1]
67
[AL. 051_Overload 2]
69
[AL. 052_Excessive Error]
70
[AL. 054_Oscillation Detection]
72
[AL. 056_Forced Stop Error]
73
[AL. 063_STO Timing Error]
74
[AL. 066_Encoder Initial Communication Error (Safety Sub-Function)]
75
[AL. 067_Encoder Normal Communication Error 1 (Safety Sub-Function)]
76
[AL. 068_STO Diagnosis Error]
77
[AL. 069_Command Error]
78
[AL. 070_Load-Side Encoder Initial Communication Error 1]
80
[AL. 071_Load-Side Encoder Normal Communication Error 1]
83
[AL. 072_Load-Side Encoder Normal Communication Error 2]
85
[AL. 076_Load-Side Encoder Error]
86
[AL. 086_Network Communication Error]
87
[AL. 088_Watchdog 1]/[AL. 888_Watchdog 1]/[AL. 88888_Watchdog 1]
88
[AL. 08A_Serial Communication Time-Out Error]
89
[AL. 08E_Serial Communication Error]
90
[AL. 090_Homing Incomplete Warning]
91
[AL. 091_Servo Amplifier Overheat Warning]
92
[AL. 092_Battery Cable Disconnection Warning]
93
[AL. 093_ABS Data Transfer Warning]
94
[AL. 095_STO Warning]
95
[AL. 096_Home Position Setting Warning]
96
[AL. 098_Software Position Limit Warning]
97
[AL. 099_Stroke Limit Warning]
98
[AL. 09B_Excessive Error Warning]
100
[AL. 09E_Network Warning]
101
[AL. 09F_Battery Warning]
103
[AL. 0E0_Excessive Regeneration Warning]
104
[AL. 0E1_Overload Warning 1]
105
[AL. 0E2_Servo Motor Overheat Warning]
107
[AL. 0E3_Absolute Position Counter Warning]
108
[AL. 0E5_ABS Time-Out Warning]
109
[AL. 0E6_Servo Forced Stop Warning]
110
[AL. 0E8_Cooling Fan Speed Reduction Warning]
111
[AL. 0E9_Main Circuit off Warning]
112
[AL. 0EA_ABS Servo-On Warning]
113
[AL. 0Eb_The Other Axis Error Warning]
114
[AL. 0Ec_Overload Warning 2]
115
[AL. 0Ed_Output Watt Excess Warning]
116
[AL. 0F0_Tough Drive Warning]
117
[AL. 0F2_Drive Recorder Warning]
118
[AL. 0F3_Oscillation Detection Warning]
119
[AL. 0F4_Positioning Warning]
120
[AL. 0F7_Machine Diagnosis Warning]
121
[AL. 118_Encoder Diagnosis]
123
[AL. 119_Memory Error 4]
124
[AL. 11A_Servo Motor Constant Error]
125
[AL. 130_Regenerative Error 2]
126
[AL. 139_Open-Phase Error]
127
[AL. 168_STO Function Error]
128
[AL. 17A_Load-Side Linear Encoder Error 1]
129
[AL. 188_Watchdog 2]
130
[AL. 19E_Network Warning 2]
131
[AL. 1E9_Open Phase Warning]
132
[AL. 1F8_Memory Warning 1]
133
[AL. 510_Voltage Diagnosis Error (Safety Sub-Function)]
134
[AL. 512_Memory Error 1 (RAM) (Safety Sub-Function)]
135
[AL. 514_Control Process Error (Safety Sub-Function)]
136
[AL. 515_Memory Error 2 (ROM) (Safety Sub-Function)]
137
[AL. 516_Encoder Initial Communication Error 1 (Safety Sub-Function)]
138
[AL. 517_Board Error (Safety Sub-Function)]
139
[AL. 518_Synchronous Control Error (Safety Sub-Function)]
140
[AL. 519_Memory Error 3 (Flash-ROM) (Safety Sub-Function)]
141
[AL. 520_Encoder Normal Communication Diagnosis Error 1 (Safety Sub-Function)]
143
[AL. 521_Encoder Normal Communication Diagnosis Error 2 (Safety Sub-Function)]
143
[AL. 522_Encoder Normal Communication Diagnosis Error 3 (Safety Sub-Function)]
144
[AL. 523_Encoder Normal Communication Diagnosis Error 4 (Safety Sub-Function)]
145
[AL. 524_Encoder Normal Communication Diagnosis Error 5 (Safety Sub-Function)]
146
[AL. 525_Encoder Normal Communication Diagnosis Error 6 (Safety Sub-Function)]
147
[AL. 526_Encoder Normal Communication Diagnosis Error 7 (Safety Sub-Function)]
148
[AL. 527_Encoder Normal Communication Diagnosis Error 8 (Safety Sub-Function)]
149
[AL. 528_Encoder Normal Communication Diagnosis Error 9 (Safety Sub-Function)]
150
[AL. 529_Encoder Data Error (Safety Sub-Function)]
151
[AL. 52A_Position Feedback Error (Safety Sub-Function)]
152
[AL. 52B_Encoder Thermal Error (Safety Sub-Function)]
153
[AL. 52C_ Encoder Normal Communication Error 10 (Safety Sub-Function)]
154
[AL. 537_Parameter Setting Range Error (Safety Sub-Function)]
155
[AL. 53A_Parameter Verification Error (Safety Sub-Function)]
156
[AL. 540_Internal Diagnosis Error 1 (Safety Sub-Function)]
157
[AL. 541_Internal Diagnosis Error 2 (Safety Sub-Function)]
158
[AL. 542_Internal Diagnosis Error 3 (Safety Sub-Function)]
159
[AL. 543_Internal Diagnosis Error 4 (Safety Sub-Function)]
160
[AL. 544_Temperature Diagnosis Error (Safety Sub-Function)]
161
[AL. 545_Internal Diagnosis Error 5 (Safety Sub-Function)]
162
[AL. 546_Internal Diagnosis Error 6 (Safety Sub-Function)]
163
[AL. 547_Internal Diagnosis Error 7 (Safety Sub-Function)]
164
[AL. 549_Internal Diagnosis Error 8 (Safety Sub-Function)]
165
[AL. 54A_Internal Diagnosis Error 9 (Safety Sub-Function)]
166
[AL. 54D_Internal Diagnosis Error 10 (Safety Sub-Function)]
167
[AL. 54F_Safety Software Error (Safety Sub-Function)]
168
[AL. 550_Internal Diagnosis Error 11 (Safety Sub-Function)]
169
[AL. 551_Internal Diagnosis Error 12 (Safety Sub-Function)]
170
[AL. 552_Internal Diagnosis Error 13 (Safety Sub-Function)]
171
[AL. 554_Input Device Internal Diagnosis Error (Safety Sub-Function)]
172
[AL. 555_Output Device Diagnosis Error 1 (Safety Sub-Function)]
173
[AL. 556_Output Device Diagnosis Error 2 (Safety Sub-Function)]
174
[AL. 557_Input Device Mismatch Detection (Safety Sub-Function)]
175
[AL. 560_Stop Error (Safety Sub-Function)]
176
[AL. 561_Safety Speed Monitor Error 1 (Safety Sub-Function)]
178
[AL. 562_Safety Speed Monitor Error 2 (Safety Sub-Function)]
180
[AL. 563_Deceleration Monitor Error (Safety Sub-Function)]
182
[AL. 564_Increment Monitor Error (Safety Sub-Function)]
184
[AL. 565_Direction Monitor Error (Safety Sub-Function)]
185
[AL. 568_Torque Monitor Error 1 (Safety Sub-Function)]
187
[AL. 569_Torque Monitor Error 2 (Safety Sub-Function)]
189
[AL. 580_Safety Communication Setting Error (Safety Sub-Function)]
191
[AL. 581_Safety Communication Error 1 (Safety Sub-Function)]
192
[AL. 582_Safety Communication Error 2 (Safety Sub-Function)]
194
[AL. 583_Safety Communication Error 3 (Safety Sub-Function)]
195
[AL. 595_STO Command off Warning (Safety Sub-Function)]
196
[AL. 596_SS1 Time-Out Warning (Safety Sub-Function)]
197
[AL. 59D_Internal Diagnosis Error (Safety Sub-Function)]
198
[AL. 5E1_Test Mode Setting Mismatch Warning (Safety Sub-Function)]
199
[AL. 5E2_Safety Communication Warning (Safety Sub-Function)]
200
[AL. 5E6_SS1 Command off Warning (Safety Sub-Function)]
201
Mitsubishi Electric MR-J5 Series User Manual (126 pages)
Brand:
Mitsubishi Electric
| Category:
Controller
| Size: 1.54 MB
Table of Contents
Safety Instructions
3
About the Manual
5
U.s. Customary Units
6
Table of Contents
7
Chapter 1 Adjustment Function Types
10
Adjustment Functions Available When Using the Servo Amplifier Alone
10
Functions to Automatically Adjust Machine Stability
10
Adjustment Functions to Suppress Vibration and to Obtain a High Level of Responsiveness
11
Manual Adjustment Functions to Obtain the Maximum Performance
12
Adjustment Functions Available in Combination with MR Configurator2
13
Chapter 2 Adjustment Procedure
14
Chapter 3 Adjustment Method
16
Quick Tuning
16
Restrictions on Quick Tuning
16
Precautions on Quick Tuning
16
Setting Method for Quick Tuning
17
Operation of Quick Tuning
19
Errors in Quick Tuning
19
One-Touch Tuning
20
Restrictions on One-Touch Tuning
20
Instructions on One-Touch Tuning
21
One-Touch Tuning Procedure
22
Progress Display During One-Touch Tuning
33
Servo Parameters Adjusted with One-Touch Tuning
35
One-Touch Tuning Stop Method
36
One-Touch Tuning Error
37
Initializing One-Touch Tuning
41
Auto Tuning Mode 1
44
Restrictions on Auto Tuning Mode 1
44
Precautions on Auto Tuning Mode 1
44
Adjustment Procedure by Auto Tuning Mode 1
45
Responsiveness Setting in Auto Tuning Mode 1
46
Operation of Auto Tuning Mode 1
48
Auto Tuning Mode 2
49
Precautions on Auto Tuning Mode 2
49
Adjustment Procedure by Auto Tuning Mode 2
49
Responsiveness Setting in Auto Tuning Mode 2
50
Operation of Auto Tuning Mode 2
50
Gain Adjustment Mode 1
51
Adjustment Procedure for 2 Gain Adjustment Mode 1
51
Operation of 2 Gain Adjustment Mode 1
52
Gain Adjustment Mode 2
53
Adjustment Procedure for 2 Gain Adjustment Mode 2
53
Operation of 2 Gain Adjustment Mode 2
53
Manual Mode
54
Adjustment Procedure for Velocity Mode
54
Adjustment Procedure for Position Mode and Positioning Mode
57
Load to Motor Inertia Ratio Monitor Mode
60
Precautions on Load to Motor Inertia Ratio Monitor Mode
60
Adjustment Procedure for Load to Motor Inertia Ratio Monitor Mode
60
Operation of Load to Motor Inertia Ratio Monitor Mode
60
Mitsubishi Electric MR-J5 Series User Manual (108 pages)
AC Servo System
Brand:
Mitsubishi Electric
| Category:
Amplifier
| Size: 10.15 MB
Table of Contents
Safety Instructions
3
About the Manual
5
Customary Units
5
Table of Contents
6
Chapter 1 Adjustment Function Types
9
Adjustment Function Available to Servo Amplifier Alone
9
Functions to Automatically Adjust Machine Stability
9
Adjustment Functions to Suppress Vibration and to Obtain a High Level of Responsiveness
10
Manual Adjustment Functions to Obtain the Maximum Performance
10
Adjustment Functions Available in Combination with MR Configurator2
11
Chapter 2 Adjustment Procedure
12
Chapter 3 Adjustment Method
14
Quick Tuning
14
Restrictions on Quick Tuning
14
Precautions on Quick Tuning
14
Setting Method for Quick Tuning
15
Operation of Quick Tuning
17
Errors in Quick Tuning
17
One-Touch Tuning
18
Restrictions on One-Touch Tuning
18
Instructions on One-Touch Tuning
19
One-Touch Tuning Procedure
19
Progress Display During One-Touch Tuning
30
Servo Parameters Adjusted with One-Touch Tuning
31
One-Touch Tuning Stop Method
32
One-Touch Tuning Error
33
Initializing One-Touch Tuning
36
Auto Tuning Mode 1
39
Restrictions on Auto Tuning Mode 1
39
Instructions on Auto Tuning Mode 1
39
Adjustment Procedure by Auto Tuning Mode 1
40
Responsiveness Setting in Auto Tuning Mode 1
41
Operation of Auto Tuning Mode 1
43
Auto Tuning Mode 2
43
Precautions on Auto Tuning Mode 2
43
Adjustment Procedure by Auto Tuning Mode 2
43
Responsiveness Setting in Auto Tuning Mode 2
44
Operation of Auto Tuning Mode 2
44
Gain Adjustment Mode 1
45
Adjustment Procedure of 2 Gain Adjustment Mode 1
45
Operation of 2 Gain Adjustment Mode 1
46
Gain Adjustment Mode 2
46
Adjustment Procedure of 2 Gain Adjustment Mode 2
46
Operation of 2 Gain Adjustment Mode 2
46
Manual Mode
47
Adjustment Procedure of Velocity Mode
47
Adjustment Procedure of Position Mode
49
Load to Motor Inertia Ratio Monitor Mode
51
Precautions on Load to Motor Inertia Ratio Monitor Mode
51
Adjustment Procedure of Load to Motor Inertia Ratio Monitor Mode
51
Operation of Load to Motor Inertia Ratio Monitor Mode
51
Chapter 4 Vibration Suppression Function
52
Filter Setting
52
Machine Resonance Suppression Filter
52
Machine Resonance Suppression Filter Restrictions
53
Machine Resonance Suppression Filter Precautions
53
Machine Resonance Suppression Filter Setting Method
53
Operation of Machine Resonance Suppression Filter
54
Mitsubishi Electric MR-J5 Series User Manual (86 pages)
AC Servo System, Partner's Encoder For Melservo-j5
Brand:
Mitsubishi Electric
| Category:
Media Converter
| Size: 8.52 MB
Table of Contents
Safety Instructions
3
U.s. Customary Units
3
Table of Contents
5
Chapter 1 Linear Encoder
6
Shielding CN2, CN2A, CN2B, and CN2C Connectors
6
Compatible Linear Encoder List
6
Linear Encoder Manufactured by Mitutoyo (Absolute Type)
9
At343A
9
At543A-Sc/At545A-Sc
13
St743A/St744A/St748A
18
Linear Encoder Manufactured by Heidenhain
24
LC 495M/LC 195M (Absolute Type)
24
LIC 4193M/LIC 4195M/LIC 4197M/LIC 4199M/LIC 2197M/LIC 2199M (Absolute Type)
29
LIDA 483/LIDA 485/LIDA 487/LIDA 489/LIDA 287/LIDA 289 (Incremental Type)
37
Linear Encoder Manufactured by Magnescale
43
Sr77/Sr87/Sr75/Sr85
43
SL710 + PL101-RM/RHM (Incremental Type)
45
Sr27A/Sr67A
50
SQ10 + PQ10 + MQ10 (Incremental Type)
52
Linear Encoder Manufactured by Renishaw
57
RESOLUTE RL40M (Absolute Type)
57
EVOLUTE EL40M (Absolute Type)
62
Linear Encoder PSLH041 Manufactured by NIDEC SANKYO (Incremental Type)
66
A/B/Z-Phase Differential Output Linear Encoder
71
Chapter 2 Option Cables/Connector Sets
74
MR-EKCBL_M-H Encoder Cable
74
MR-ECNM Connector Set
75
MR-J3CN2 Connector Set
75
MR-J4THCBL03M Branch Cable
76
MR-J4FCCBL03M Branch Cable
77
Chapter 3 Detailed Explanation of [Al. 02A Linear Encoder Error 1]
78
Chapter 4 Appendix
80
Fabricating a Branch Cable for Linear Servo Motors
80
Fabricating a Branch Cable for a Fully Closed Loop System
80
Revisions
82
Warranty
83
Trademarks
84
Mitsubishi Electric MR-J5 Series User Manual (74 pages)
Brand:
Mitsubishi Electric
| Category:
Controller
| Size: 6.44 MB
Table of Contents
Safety Instructions
3
U.s. Customary Units
3
Table of Contents
5
Chapter 1 Linear Encoder
6
Shield Procedure of CN2, CN2A, CN2B, and CN2C Side Connectors
6
Compatible Linear Encoder List
7
Linear Encoder Manufactured by Mitutoyo (Absolute Type)
9
At343A
9
At543A-Sc/At545A-Sc
13
St741A/St742A/St743A/St744A/St748A
17
St1341A/St1342A
21
Linear Encoder Manufactured by Heidenhain
25
LC 495M/LC 195M (Absolute Type)
25
LIC 4193M/LIC 4195M/LIC 4197M/LIC 4199M/LIC 2197M/LIC 2199M (Absolute Type)
29
LIDA 483/LIDA 485/LIDA 487/LIDA 489/LIDA 287/LIDA 289/LIF 481/LIP 6081 (Incremental Type)
35
Linear Encoder Manufactured by Magnescale
39
Sr77/Sr87/Sr75/Sr85
39
SL710 + PL101-RM/RHM (Incremental Type)
40
Sr27A/Sr67A
44
SQ10 + PQ10 + MQ10 (Incremental Type)
45
Linear Encoder Manufactured by Renishaw
48
RESOLUTE RL40M (Absolute Type)
48
EVOLUTE EL40M (Absolute Type)
52
Linear Encoder PSLH041 Manufactured by NIDEC SANKYO (Incremental Type)
56
A/B/Z-Phase Differential Output Linear Encoder
60
Chapter 2 Option Cable/Connector Sets
63
MR-EKCBL_M-H Encoder Cable
63
MR-ECNM Connector Set
64
MR-J3CN2 Connector Set
64
MR-J4THCBL03M Branch Cable
65
Chapter 3 Detailed Explanation of [Al. 02A Linear Encoder Error 1]
66
Chapter 4 Appendix
68
Production of Branch Cable for Linear Servo Motor
68
Revisions
70
Warranty
71
Trademarks
72
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