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Miki Pulley V6 series Compact Inverter Manuals
Manuals and User Guides for Miki Pulley V6 series Compact Inverter. We have
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Miki Pulley V6 series Compact Inverter manual available for free PDF download: Instruction Manual
Miki Pulley V6 series Instruction Manual (176 pages)
Compact Inverter
Brand:
Miki Pulley
| Category:
Inverter
| Size: 1 MB
Table of Contents
Instruction Manual
1
Preface
2
Safety Precautions
2
Safe Installation
3
Wiring
3
Safe Operation
4
Installation and Wiring of an Option Card
5
Disposal
6
Safe Maintenance, Inspection, and Parts Replacement
6
Precautions for Use
11
How this Manual Is Organized
14
Acceptance Inspection
17
Before Using the Inverter
17
External View and Terminal Blocks
18
Transportation
18
Storage Environment
19
Chapter 2 Mounting and Wiring of the Inverter
20
Installing the Inverter
20
Mounting Base
20
Operating Environment
20
Mounting Direction
21
When Mounting Two or more Inverters
21
Wiring Instructions
21
Arrangement of the Main Circuit Terminals
22
Terminal Arrangement and Screw Specifications
22
Arrangement of the Control Circuit Terminals
23
Recommended Stick Terminals
23
Recommended Wire Sizes
23
Wiring Precautions
25
Wiring for Main Circuit Terminals and Grounding Terminals
26
Wiring Procedure for Peripheral Equipment
26
Grounding Terminals
27
Inverter Output Terminals, U, V, and W
27
DC Reactor Connection
28
DC Reactor Terminals, P1 and P (+)
28
Braking Resistor Terminals, P(+) and DB
29
When Connecting a DC Reactor Together with the Braking Resistor
29
When DC Reactor Is Not to be Connected Together with Braking Resistor
29
DC Link Circuit Terminals, P (+) and N (-)
30
When Using a Braking Resistor Built-In Type
30
Main Circuit Power Input Terminals, L1/R, L2/S, and L3/T
31
Putting Back the Main Circuit Terminal Block (TB) Cover
31
Replacing the Main Circuit Terminal Block (TB) Cover
31
Wiring for Control Circuit Terminals
32
Symbols, Names and Functions of the Control Circuit Terminals
33
Installing an RS485 Communications Card
39
Switching of SINK/SOURCE (Jumper Switch)
39
Replacing the Control Circuit Terminal Block (TB) Cover
40
Cautions Relating to Harmonic Component, Noise, and Leakage Current
41
Leakage Current Countermeasures
41
Chapter 3 Operation Using the Keypad
42
Keys, Potentiometer, and LED on the Keypad
42
Overview of Operation Modes
43
Simultaneous Keying
43
Transition between Basic Display Figures by Operation Mode
44
Monitor Items
45
Monitoring the Running Status
45
Running Mode
45
Selecting Monitor Item and Speed Monitor Sub-Item
46
Display Items on the Speed Monitor
47
Setting up the Set Frequency
47
LED Monitor and Frequency Setting (with Speed Monitor Selected)
48
Make Setting under PID Control
49
Setting the PID Process Command with Keys
49
Setting the PID Process Command with the Built-In Potentiometer
49
Running/Stopping the Motor
50
Setting up the Set Frequency with Keys under PID Control
50
Jogging (Inching) the Motor
51
Operational Relationship between Function Code F02
51
Programming Mode
52
Menu Transition in Programming Mode
53
Limiting Menus to be Displayed
54
Setting Function Codes – "Data Setting"
54
Changing, Validating, Saving Function Code Data When Motor Is Running
55
Function Codes that Require Simultaneous Keying
55
List of V6 Function Codes
55
"Data Setting" Status Transition
56
Basic Key Operation
57
Checking Changed Function Codes – "Data Checking"
58
Example of Function Code Data Changing Procedure
58
"Data Checking" Status Transition
59
Monitoring the Running Status – "Drive Monitoring"
60
Drive Monitoring Display Items
61
Running Status Bit Allocation
62
Running Status Display
62
Binary and Hexadecimal Conversion
63
Hexadecimal Expression
63
"I/O Checking" Status Transition
64
Checking I/O Signal Status – "I/O Checking"
64
Display I/O Signal Status with ON/OFF of the LED Segment
65
Displaying Control I/O Signal Terminals
65
Displaying I/O Signal Status in Hexadecimal Format
66
Segment Display for External Signal Information
66
Displaying Control I/O Signal Terminals under Communication Control
67
Segment Display for I/O Signal Status in Hexadecimal Format
67
"Maintenance Information" Status Transition
68
Reading Maintenance Information – "Maintenance Information"
68
Maintenance Display Items
69
"Alarm Information" Status Transition
70
Reading Alarm Information – "Alarm Information"
70
Alarm Information Displayed
71
Alarm Mode
74
Displaying the Alarm History
74
Releasing the Alarm and Transferring the Inverter to Running Mode
74
Transit to Programming Mode
74
Alarm Mode Status Transition
75
Inspection and Preparation Prior to the Operation
76
Running the Motor for a Test
76
Turning on Power and Checking
76
Preparation before Running Motor for Test -Setting Function Code Data
77
Settings of Function Code Data before Driving the Motor for a Test
77
Operation
78
Test Run
78
Changing/Validating/Saving Function Code Data When Motor Is Running
79
Copying Data
79
Function Code Tables
79
Restriction on Data Displayed on the LED Monitor
80
Using Negative Logic for Programmable I/O Terminals
80
F Codes: Fundamental Functions
81
E Codes: Extension Terminal Functions
83
C Codes: Control Functions of Frequency
86
H Codes: High Performance Functions
87
P Codes: Motor Parameters
87
J Codes: Application Functions
89
Y Codes: Link Functions
89
Standard Motor Parameters
90
Overview of Function Codes
91
Running/Stopping and Rotational Direction
92
Base Frequency/Rated Voltage/Non-Linear V/F Pattern
93
Maximum Frequency
93
Defining Non-Linear V/F Patterns (F04, F05, H50 and H51)
94
Non-Linear V/F Pattern for Frequency (H50)
94
Non-Linear V/F Pattern for Voltage (H51)
94
Normal (Linear) V/F Pattern
94
Acceleration Time 1, Deceleration Time 1
95
V/F Pattern with Single Non-Linear Point Inside the Base Frequency
95
In Case the Set Frequency Is Lower than the Maximum Frequency (F03)
96
Load Selection/Auto Torque Boost/Auto Energy Saving Operation
96
Auto Energy Saving Operation
97
Automatic Torque Boost
97
Manual Torque Boost
97
Examples of Proper Setting in Combination with F09 and F37
98
Electronic Thermal Simulation for Protection of Motor
99
Restart Mode after Instantaneous Power Failure
99
Frequency Limiter (Peak and Bottom)
101
Bias (for Frequency 1)/Analog Input Adjustment
102
DC Braking (Braking Mode)
103
DC Braking (Starting Frequency, Braking Level, and Braking Time)
103
Motor Sound (Carrier Frequency and Sound Tone)
105
Motor Sound (Sound Tone) (F27)
105
Starting Frequency and Stopping Frequency
105
Adjusting the Output Voltage Level (F30)
106
Analog Output Signal Selection for [FMA] (Monitor Object)
106
Terminal [FMA] (Gain to Output Voltage)
106
Current Limiter (Operation Condition and Limiting Level)
107
Outputting the Output Current in an Analog Format (FMA) (F31 = 2)
107
Electronic Thermal over Load Relay (for Braking Resistor)
108
Built-In Braking Resistor
109
External Braking Resistor
110
10% ED Models
111
Terminal Command Assignment to [X1] to [X3], [FWD] and [REV]
112
Status Signal Assignment to [Y1], [30A], [30B] and [30C]
116
Coefficient for Constant Feeding Rate Time
119
Coefficient for Speed Indication
119
Keypad (Menu Display Mode)
119
Timer Operation
120
Motor Parameters (Rated Capacity and Rated Current)
121
Motor Parameters (Slip Compensation Gain)
121
Motor Selection
121
Data Initialization
122
Retry (No. of Retries, Latency Time)
125
Curvilinear Acceleration/Deceleration
126
Instantaneous Overcurrent Limiting
126
Automatic Deceleration
127
Overload Prevention Control
127
STOP Key Priority/Start Check Function
127
Automatic DEC Function for Carrier Frequency
128
Clear Alarm Data
128
Input Phase Loss Protection
128
Protection/Maintenance Function
128
Before Proceeding with Troubleshooting
129
Table of Contents
130
Quick Reference Table of Alarm Codes
130
If no Alarm Code Appears on the LED Monitor
131
Motor Is Running Abnormally
131
Troubleshooting
131
The Motor Rotates, but the Speed Does Not Increase
132
The Motor Runs in the Opposite Direction to the Command
133
If Grating Sound Can be Heard from Motor
134
If Speed Variation and Current Vibration Occur at the Constant Speed
134
The Motor Does Not Accelerate and Decelerate at the Set Time
134
Data of Function Codes Cannot be Changed
135
Problems with Inverter Settings
135
Nothing Appears on the LED Monitor
136
The Desired Menu Is Not Displayed
136
If an Alarm Code Appears on the LED Monitor
137
Ocn Overcurrent Protection
137
LU Undervoltage Protection
138
Oun Overvoltage Protection
138
L Input Phase Loss Protection
139
OH1 Overheat Protection for Heat Sink
140
OPL Output Phase Loss Protection
140
External Alarm was Inputted (THR)
141
OH2 External Alarm Input
141
OH4 PTC Thermistor for Motor Protection
141
Temperature of the Motor Rose Abnormally
141
Dbh Overheat Protection for Braking Resistor
142
OL1 Electronic Thermal Overload Relay
142
Thermal Protection for Braking Resistor Activated
142
Error Occurred in Writing the Data to the Memory in the Inverter
143
Memory Error
143
OLU Overload Protection
143
Temperature Inside Inverter Rose Abnormally
143
A CPU Error (E.g. Erratic CPU Operation) Occurred
144
Remote Keypad Communications Error
144
A Communications Error Occurred During RS485 Communications
145
Operation Protection
145
Data Save Error During Undervoltage
146
An Error Occurred Due to Incorrect Operation of the Motor
145
A Center Bar (– – – –) Has Appeared on the LED Monitor
147
If Abnormal Pattern Appears on LED Monitor/No Alarm Code Is Displayed
147
_ _ _ _ (under Bar) Appears
148
Daily Inspection
149
Maintenance and Inspection
149
Periodic Inspection
149
List of Periodic Inspections
150
Capacitance Measurement Procedure
152
Judgement of Service Life Using Maintenance Information
152
Cooling Fan
153
Electrolytic Capacitor on the Printed Circuit Board
153
Measurement of Electrical Amounts in Main Circuit
154
Dielectric Strength Test of Control Circuit
155
Insulation Test
155
Megger Test of Main Circuit
155
List of Periodical Replacement Parts
156
Chapter 8 Specifications
157
External Dimensions
162
Protective Functions
164
Chapter 9 List of Peripheral Equipment and Options
167
Application of DC Reactors (Dcrs)
171
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