YASKAWA Varispeed-606PC3 Instruction Manual Page 221
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- Table of contents
- TROUBLESHOOTING
- BOOKMARKS
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220
Troubleshooting
Trouble Cause Corrective Actions
Communications
disabled with
DeviceNet master.
Communications cable is
incorrectly connected.
Check if the connector is incorrectly
connected or disconnected. Make
sure that the communications cable is
correctly connected.
Baud rate is incorrectly set. Set the baud rate to the same value
as that of the DeviceNet master, and
turn ON the power supply again.
MAC ID is already used by another
device.
Change the MAC ID so that it will not
be the same as that of any other
device, and turn ON the power supply
again.
Terminator is incorrectly
connected or not connected on the
communications line.
Check that the terminator is
connected correctly on the
communications line.
DeviceNet master does not
operate.
Check that the DeviceNet master is
always operating correctly.
Although DeviceNet
communications
established, the
Inverter does not run
when an operation is
started by the
DeviceNet master.
Incorrect operation method is
selected.
Selection of operation Run command
selection (n003) is not set to
DeviceNet communications.
Set Run command selection (n003) to
DeviceNet communications.
The motor does not
operate when an
external operation
signal is input.
The operation method selection is
wrong.
The run command (n003) is not set to
Control Circuit Terminal.
Set the run command (n003) to
Control Circuit Terminal.
A 3-wire sequence is in effect.
The multi-function input method
(n052) is set to 3-wire sequence, and
the S2 control terminal is not closed.
To use a 3-wire sequence, make the
wiring so that the S2 control terminal
is closed. To use a 2-wire sequence,
set the multi-function input (n052) to a
value other than 3-wire sequence.
The frequency reference is too low.
The input frequency reference is
lower than the setting for the
min.output frequency (n016).
Input a frequency reference greater
than the min. output frequency
(n016).
Local mode is in effect. Set the LO/RE selection of the digital
operator to RE.
- INSTRUCTION MANUAL 1
- General Precautions 2
- PRECAUTIONS FOR CE MARKINGS 4
- RECEIVING THE PRODUCT 5
- MOUNTING 5
- OPERATION 8
- MAINTENANCE AND INSPECTION 10
- (Ref. page) 11
- WARNING LABEL 12
- Warning Label 13
- Japanese 13
- WARRANTY INFORMATION 14
- RESTRICTIONS 15
- CONTENTS 16
- Revision History 19
- 1. Receiving the Product 20
- Checking the Nameplate 21
- 2. Identifying the Parts 22
- 3. Mounting 25
- Mounting Dimensions 26
- IMPORTANT 27
- 4. Wiring 29
- Wiring Instructions 30
- Wiring the Main Circuits 37
- Wiring the Control Circuits 39
- Black Blue White Red 40
- Wiring Inspection 41
- 5. Operating the Inverter 42
- Test Run 43
- Operation Check Points 44
- JVOP-140 Digital Operator 45
- Selecting the Monitor 49
- Monitoring 50
- Input terminal status 52
- Output terminal status 52
- 4-digit number 53
- : Order of fault (1 to 4) 53
- : Fault description 53
- Simple Data Setting 54
- or 55
- or key 55
- 6. Operating with DeviceNet 56
- Communications 56
- Rotary Switches 57
- Baud Rate Setting Switch (S1) 57
- Initial Settings 58
- I/O Message Communications 60
- Basic I/O Instances 60
- MEMOBUS I/O Instances 65
- Function Codes 83
- Function Status 88
- Header MAC ID Service 95
- • Object Contents 100
- (400 V) 115
- Error Code Tables 117
- MEMOBUS Register Tables 120
- Constant Data 126
- 7. Programming Features 128
- Using V/f Control Mode 130
- Motor Specification: 60 Hz 131
- Motor Specification: 50 Hz 131
- (Factory setting) 131
- Operation 132
- Using Vector Control Mode 133
- Motor Constant Calculation 134
- [Motor Specification: 60 Hz] 135
- [Motor Specification: 50 Hz] 135
- Switching LOCAL/REMOTE Mode 136
- Selecting RUN/STOP Commands 137
- REMOTE Mode 138
- LOCAL Mode 138
- Reverse Run Prohibit (n006) 140
- Multi-step Speed Selection 140
- Operating at Low Speed 142
- 0 V 10 V 143
- Acceleration 146
- Deceleration 146
- Motor current 147
- Multi-function output signal 147
- (overtorque detection signal) 147
- Terminal MA, P1, or P2 147
- Frequency Detection 2 149
- SPEED SEARCH Command 150
- Command Input 151
- Deceleration to a Stop 156
- Coast to a Stop 157
- Using Input Signals 158
- Varispeed V7 160
- (Setting: 18) 163
- Analog Input Level 164
- Output frequency 169
- Motor Protection 173
- Voltage fluctuation 178
- Output voltage 178
- Motor Code 179
- Using PID Control Mode 180
- (n130, n131, n132) 182
- PID Offset Adjustment (n133) 183
- PID Output Gain (n163) 183
- PID Feedback Gain (n129) 183
- PID Limit 184
- Prohibition of PID Output 184
- PID Control Block Diagram 185
- Inverter 186
- Constant Copy Function 187
- READ Function 189
- COPY Function 190
- VERIFY Function 191
- Inverter Capacity Display 193
- Software No. Display 195
- Display List 195
- Function Is Valid 197
- Loss (n064) 199
- Undertorque Detection 201
- Periodic Inspection 204
- Part Replacement 205
- Airflow direction 206
- 9. Fault Diagnosis 208
- Alarm Displays and Meaning 209
- Flashing 211
- Indicators 219
- Troubleshooting 221
- 10. Specifications 224
- conform to CE requirements 232
- Use sequencer to 233
- Transistor 235
- Surge Suppressors 241
- Constants List 243
- −100% to 249
- • 200 V Class Single-phase 253
- • 400 V Class 3-phase 253
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