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Fuji Electric Faldic-a Series Servo Manuals
Manuals and User Guides for Fuji Electric Faldic-a Series Servo. We have
1
Fuji Electric Faldic-a Series Servo manual available for free PDF download: User Manual
Fuji Electric Faldic-a Series User Manual (252 pages)
Brand:
Fuji Electric
| Category:
Engine
| Size: 6.09 MB
Table of Contents
Safety Instructions
2
Symbols
2
Warning Display
2
Table of Contents
4
1 General
5
Outline
5
Main Features of Product
5
Preparing a PC Loader
5
Closely Mountable Amplifiers
6
Cubic/Slim Type Motors
6
System Configuration
7
Functions
9
Explanation of Model Type
10
Speed Control
10
2 Specifications
11
Amplifier
20
3 Installation
22
Amplifier
22
Position Control
23
Torque-Speed Data
24
GYC Motor
25
GYS Motor
26
Installation
28
Motor
28
Type of Construction
28
Rotary Encoder Detector
28
Mechanical Coupling
29
Motor for Extemal Gear Drive
29
Motor for Timing Belt Connection
29
Dimensional Tolerances
29
Stress of Cable
30
Mounting
31
Forced-Fan-Ventilated Panel
32
Peripheral Equipment
33
Power Supply
33
Power Filter
33
Earthing (Grounding)
34
Auto Circuit Breaker
34
Conformity to EMC Requirements
34
External Dimensions
35
Gear Head Unit for GYC Motor, Gear Ratio
43
Gear Head Unit for GYS Motor, Gear Ratio
53
4 Terminal Diagrams and Wiring
59
Amplifier, Motor and Optional Devices Layout
59
Optional Devices
61
Commercial Power Supply
63
Power Supply Capacity
63
Higher Harmonics Suppression
63
Control Power Supply Input
63
Wiring between Motor and Encoder
64
Motor Wiring
64
Motor Without Providing Brake
65
Motor with Providing Brake
65
Encoder Wiring
66
Wiring Cable
67
Host Interface (I/F)
68
RYS-V Type Amplifier, Basic
68
RYS-V Type Amplifier, SX Connection
68
Cn3
69
Terminal Function
70
Interface Circuits
72
External Connection Diagrams (Basic)
73
Positioning Module
80
5 Control Functions
84
Run Command
88
Parameter Setting
88
Alarm Reset
89
Interface
89
Related Item
89
Ready
90
Alarm Detection
91
Speed Control
93
Forward Command [FWD], Reverse Command [REV]
93
Related Items
94
Changeover of Acceleration/Deceleration Time
94
Rotation Speed
94
Selection of Multistep Speed
95
Rotational Direction
95
Gain for Speed Command
95
Resolution of Speed Command Voltage
95
Speed Zero
96
Speed Arrive
97
Position Control
98
Pulse Train Input
100
Deviation Clear
101
Position Preset
101
Deviation Zero
102
Current Position Output
103
Transmission Format
103
Calculation Example of Output Frequency
103
Deviation Excessive
105
Signal for Safety
106
Forced Stop [EMG], Forced Stop Detection
106
Edit Permit Command, Edit Permit on
107
Overtravel
108
Detecting Direction
109
OT Detection
109
Function of Soft OT
110
Torque Limit [TLMT], Torque Limit Detection
110
Torque Limit Detection
110
External Fault Input
111
Overload Early Warning
111
Overload Early Warming Output Time (at 5000 R/Min)
112
Overload Early Warring Output Time (at 3000 R/M)
113
Torque Control
114
Maximum Speed
114
Torque Command Gain, Offset
115
Output Torque
115
Torque Limiting
115
Incidental Functions
116
Brake Timing
116
Setting of Control Output Terminal
116
Setting at Stoppage
116
Brake Operation Time/Releasing Time
117
Wiring Example of Brake Timing Signal
118
Forward Command/Reverse Command
119
Pulse Train Ratio 1, 2
119
Origin Return
121
Origin Return Pattern
127
Origin Return End
127
Origin LS (Limit Switch) Detection
128
LS-Z Pulse
128
Positioning End
129
At Power on
129
Pulse Train
129
Speed
130
Interrupt Positioning
130
Positioning End Judgment Time
131
Positioning End [PSET] Output at Alarm Detection
131
Interrupt Movement
132
Fixed/Passing Point
133
Interrupt Positioning Accuracy
133
Override
134
Override Scale Factor
135
Override Weighting
135
Free-Run
136
P-Action
136
Dynamic Braking
137
Major Fault
137
Minor Fault
137
Address Error
138
CPU Ready
138
Mechanical Equipment System
139
Change of Rotational Direction
139
6 Parameter Setting
139
Operation at Stopping
140
Servo Lock
140
External Brake
140
Soft-Start
141
Soft OT
141
Non-Linear (S-Curve) Filter Coefficient
143
Auto-Tuning
143
Tuning Method
144
Adjustment of Response Rate
144
Changeover of Response Rate
145
Auto-Tuning Related Parameters
145
Speed Feedback Filter
145
Speed Setting Filter
146
Feed Forward Gain
146
Vibration Suppression Parameter
147
Peripheral Device
148
Speed Command, Torque Command
148
Speed Command Gain
149
Torque Command Gain
149
Speed Command Offset
149
Speed Limit Select
149
Torque Command Function Select
150
Analog Meter Output
150
Monitor 1/ Monitor 2 Signal Assignment
151
Monitor 1/ Monitor 2 Scale
151
Monitor 1/ Monitor 2 Offset
151
Monitor 1/ Monitor 2 Output Signal
151
Frequency Dividing Output
152
Command Pulse, Command Code
153
Forward Pulse, Reverse Pulse
153
Braking Resistor
154
Inc/Abs
155
Pulse Encoder
155
Alarm Detection in ABS System
155
Current Position Backu
155
Amplifier
155
Rewriting Inhibit
156
Terminal Function Assignment
156
Duplicated Allocation
157
Interrupt Input
157
Always Valid
157
Storage at RAM
158
Keypad Panel
158
Undervoltage
160
Operation at Undervoltage
160
Alarm Detection at Undervoltage
160
Station Number
161
Baud Rate
161
Communication
161
List of Parameter
162
Basic Parameter for RYS-V Type
162
Parameter RAM Storage
164
System Parameter
164
List of 7-Segment Indication
166
7 Keypad Panel
166
Operation Key
167
Mode Select
167
Function List
168
Monitor Mode
168
Sequence Mode
168
Positioning Data Edit Mode
169
Test Running Mode
169
Sequence Mode
170
Sub Mode
170
Sub-Mode
171
Alarm Detection
172
Alarm History
173
Amplifier Setting
173
Motor Setting
174
Feedback Speed
175
Command Speed
175
Monitor Mode
175
] Actual Torque [ ] Feedback Position
175
Input Voltage
175
Feedback Position
176
Command Position
176
Deviation Amount
176
Cumulated Pulse
177
Peak Torque
177
Input Voltage
177
LS-Z Pulses
178
Input Signal
178
Output Signal
179
Load Inertia Ratio
179
Parameter Edit Mode
180
Basic Paras
180
Indication and Editing
181
Editing a Value
182
Storing the Value
182
Value Beyond Specified Range
182
Positioning Data Edit Mode
184
Test Running Mode
184
Initializing the Positioning Data
186
Automatic Offset Adjust
186
8 Test (Trial) Running Operation
188
Preparation
188
Absolute System
190
Battery
190
Turning off Power
190
Resetting the Detected Alarm
190
Touch Panel
191
Control Input Signal
193
9 Inspection and Maintenance
197
Before Inspection
197
Inspection Items
197
Memory Backup
197
Initialization of Alarm Detection History
198
Copying the Memory
198
Saving the Setting Contents into RAM
198
Fault Display
198
When Error (Failure) Is Not Displayed
199
Motor Does Not Rotate
199
Motor Hunting Rotation
201
Positioning Accuracy Is Poor
201
Returning Is Faulty
202
Faults with Alarm Indication
203
Overload, Motor Overload
204
Touch Panel Display
204
Absolute Data Lost
204
Absolute Data over Flow
205
Combination Error
205
Cause, Check and Remedy
206
Cont (Control Signal) Error
207
Low Voltage, Undervoltage
207
High Voltage, Overvoltge
208
Amp Heat, Amplifier Overheat
208
Encoder Communication Error
208
Resistor Heat, Braking (OB) Resistor Overheat
209
Over Flow, Deviation Excessive
209
Encoder Heat, Encoder Overheat
209
Data Error, Memory Error
210
Circuit Trouble, Amplifier Trouble
210
Over Current, Output Overcurrent
211
Items to Specify When Faulty
211
Others Informations
211
Expected-Service-Life
212
10 Peripheral Devices
213
Cables
215
Power Supply and Motor Input Cables
215
Cable Type
215
Host Interface for CN3
215
Auto Circuit Breaker (FAB, MCCB), Earth Leakage Circuit Breaker (ELCB) and Magnetic Contactor (MC)
216
Surge Suppressor (Surge Killer)
216
Power Filter
217
AC Reactor Application
218
Data of External Braking Resistor
218
Data of NTC-Thermistor Embedded in the External Braking Resistor
218
AC Reactor (Reactor for Impedance Matching)
218
External Braking Resistor Connection
219
DC Reactor
219
Suppression of Higher Harmonics
219
Wire Color
220
Optional Cables, Connector Kits, Battery and External Braking Resistors
220
Control Input/Output (SX Bus)
221
Encoder Cable
223
Connector
225
Motor Power Cable for Motor with Providing Brake
227
Connector Kits
227
Encoder
229
Motor Power for Motor Without Providing Brake
229
Motor Power for Motor with Providing Brake
231
Control Power Input
232
Storage of Battery
232
External Braking Resistor
233
Model Type Selection
235
Load Machine System
235
11 Appendixes
235
Model Type Selection Determination
236
Moment of Inertia, Basic Form
237
Moment of Inertia, Typical Application
238
Torque Determination
239
Calculation of Accel./Decel. Torque and Accel./Decel. Time
240
Accel./Decel. Torque
240
Operation Pattern, Basic
240
Actual Torque (Trms) Determination
240
Regenerative Brakign Power
241
Examples of Calculation for Model Type Selection
241
Moving Length of Ball-Screw
242
Calculation of Actual Torque (Trms)
243
Examination of Braking Resistor
243
Determination of External Braking Resistor
243
Example of Program
244
Micrex-Sx
249
Control Block Diagram
249
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