Panasonic AAD03011 - Explanation of Inside of Terminal Cover; Opening and Closing Terminal Cover

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Explanation of Inside of Terminal Cover

Main circuit terminal block

Control circuit terminal

block (Relay output)

Earth terminal

Mounting hole

Control circuit terminal block

(Input and output signal)

Brake resistor

connecting terminal block

Note) This explanatory drawing shows

the state with the terminal cover

removed. During normal use, do

not remove the terminal cover.

Communication circuit terminal block

(RS485 communication)

㽲

㽳

Opening and Closing Terminal Cover

㽲 Opening the terminal cover

Lightly push up the cover bottom edge of the terminal cover.

㽳 Closing the terminal cover

Lightly push down the center top edge of the terminal cover.

Note) After closing the terminal cover, confirm that it is securely closed.

Main Page

Safety Precautions3
Safe Installation4
Safe Wiring4
Safe Operation5
Maintenance, Inspection and Part Replacement7
Others8
General Precautions8
Warning Lable on Inverter8
Table of Contents9
Points for Handling10
Special Precautions 911
- Space Around the Inverter - Diagram13
- The Ambient Temperature13
- Avoid Installing the Inverter in the Following Locations...13
- Install the Inverter Vertically13
Installation13
Outline Dimensions14
Parts Identification 1315
- Explanation of Inside of Terminal Cover16
- Opening and Closing Terminal Cover16
- Explanation of Operation Panel17
- Handling for the Displays of Output Current, Output Voltage and Internal DC Voltage17
- Precautions on Wiring18
Wiring (Main Circuit) 1618
- Precautions for Using Regenerative Brakes19
- Connected Device, Wire Size and Main Circuit Terminal Tightening Torque19
- Wiring (Main Circuit Terminal)19
- Control Circuit Wiring20
- Wiring (Control Circuit Terminal)20
- Wiring (Output Terminals)20
- Relay Output Contact Specifications20
- Wiring ( Communication Terminals)21
- Terminals to Connect Personal Computers and Plcs by the RS485 Communication21
- Electric Cable Size and Control Circuit Terminal Tightening Torque21
- Wiring Method21
- Explanation of Control Circuit Terminals22
- Precautions on Wiring (2)23
- Judging the Pulse Signals of Phase a and B, and Forward/Reverse Directions24
- Operation (Basic Operation)25
- Setting the Frequency and Forward/Reverse Run Function with the Operation Panel27
- Combination of "Mop Function", "Rotation Direction Setting Mode" and Forward/Reverse Run Function27
- Operating with the Operation Panel -1 (Factory Setting State)28
- Example for Rotating in Forward Direction at Operating Frequency 5Hz28
- Example for Rotating in Forward Direction at Operating Frequency 10Hz28
- Changing the Frequency with the and Buttons During Operation (MOP Function)28
- Example to Change to Forward Rotation During Reverse Rotation29
- Stopping Operation29
- Operating with the Operation Panel - 230
- Example to Change from Forward Run to Reverse Run During Operation30
- Canceling the Rotation Direction Setting30
- Rotation Direction Setting Mode, Control State Monitor Mode31
- Output Frequency Current Display Mode31
- Frequency Setting Monitor Mode31
Function of each Modes 2931
- Custom Mode32
- Function Setting Mode32
- Function Setting Mode for Door Control32
- Control State Monitor33
- Output Current (N02), Output Voltage (N03), Internal DC Voltage (N04)33
- Detection Frequency (N06)33
- Door Position Area (N07)34
- Door Position (N08)34
- OPEN Arrival Position Data (N09)34
- No. of Door Switching (N10)34
- N16: Input Signal35
- N17: Output Signal35
Setting and Changing Function 3436
- Setting Example: to Change Torque Boost Level from 10(%) to 5(%)37
- P Region Parameters: P01 to P8138
Functional Descriptions (Parameter Table) 3638
- D Region Parameters : D01 to D6541
- 1St Acceleration Time (Parameter P01)43
- 1St Deceleration Time (Parameter P02)43
- V/F Pattern (Parameter P03)43
Functional Descriptions (by Parameters) 4143
- Parameter P06: Setting of Electronic Thermal Function Details44
- Torque Boost Level (Parameter P05)44
- Electronic Thermal Function Select and Setting of Thermal Relay Current (Parameter P06, P07)44
- V/F Curve (Parameter P04)44
- Operation Command Select (Parameter P08)45
- Panel Reset Function45
- Panel STOP Function45
- Precautions on Operation Control with Control Terminal (External Control)46
- Frequency Setting Siagnal (Parameter P09)47
- Operation Mode of Door Control47
- Acceleration/Deceleration Time47
- Door Control Encoder Method47
- Max. Output Frequency and Base Frequency (Parameter P14 and P15)48
- Stop Frequency (Parameter P11)48
- DC Brake Time and DC Brake Level (Parameter P12 and P13)48
- Stop Mode (Parameter P10)48
- Overcurrent Stall Prevention Function (Parameter P16)49
- Overvoltage Stall Prevention Function (Parameter P17)49
- Skip Frequencies 1 to 3 (Parameter P18 and P20) and Skip Frequency Band Width (Parameter P21)49
- Current Limit Function (Parameter P22)50
- Start Mode (Parameter P23)50
- When Power Is Turned on with Run Signal on51
- When Run Signal Is Turned on after Power Is Turned on51
- Ride-Through Restart (Parameter P24)52
- When Voltage Drop Time Is more than 15Ms but Less than 100Ms52
- Retry Function and Retry Time (Parameter P26 and P27)53
- Wait Time (Parameter P25)53
- Monitor Select and Line Speed Multiplier (Parameter P30 and P31)54
- Parameter P26: Retry Selection Setting54
- Lower and Upper Frequency Clamp (Parameter P28 and P29)54
- Parameter P27: Retry Times Setting54
- Max. Output Voltage (Parameter P32)55
- OSC Level (Parameter P33)55
- Carrier Frequency (Parameter P34)55
- Communication Parameter (Parameter P35 to P40)56
- P Region Password (Parameter 41)56
- Procedures for Changing Parameter Data after Setting Password56
- Setting Method57
- Input Signal Logic Setting (Parameter P43)57
- Setting Data Clear (Parameter P42)57
- Setting Value57
- Safety Sensor Response Time (Parameter P44)58
- Arrival Signal Response Time (Parameter P45)58
- Encoder Fault Detect Time (Parameter P46)58
- Arrival SW Fault Detect Time (Parameter P47)59
- RY 1, 2, 3 Function Select (Parameter P48,49 and 50)59
- No. of Motor Poles and Encoder Constant (Parameter P51 to P52)60
- Detection Frequency60
- Overload Detection Frequency 1, 2 (Parameter P59 and P60)61
- Overload Detection Current 1, 2 (Parameter P61 and P62)61
- Overload Detection Judgment Time (Parameter P63)61
- Obstacle Detection Judgment Time (Parameter P67)62
- Obstacle Judgment Frequency Ratio (Low and High Speed) (Parameter P64 and P65)62
- Sandwich Judgment Change Frequency (Parameter P66)62
- Forced on Operation Judgment Time (Parameter P69)63
- Fault on Operation Forced Operation Time (Parameter P70)63
- Start Confirmation Time (Parameter P68)63
- Fault on Operation Open Arrival Hold Time (Parameter P71)64
- Repeat Open Arrival Hold Time (Parameter P72)64
- Repeat Close Arrival Hold Time (Parameter P73)64
- S-Shaped Acceleration/Deceleration Function (Parameter P74)64
- Stop Select in Open/Close Operation (Parameter P75)65
- Open Arrival Signal Select (Parameter P76)65
- Slip Arrival Judgment Frequency (Parameter P77)65
- Slip Arrival Judgment Time (Parameter P78), Slip Open Arrival Substitute Select (Parameter P79)65
- Parameter P79: Setting of Slip OPEN Arrival Substitute Select66
- Parameter P76: Setting of no Arrival Signal Select66
- Parameter P78: Slip Arrival Judgment Time Setting66
- Parameter P77: Slip Arrival Judgment Frequency Setting66
- Parameter P80: Safety Sensor Function Select67
- About Fault CLOSE Operation67
- Parameter P81: Forced OPEN Operation Judgment Time in Fault CLOSE Operation68
- Setting Value of Door Width (Parameter D01)68
- Arrival Position and Speed Change Position (Parameter D02 to D13)69
- Setting Change of OPEN/CLOSE Arrival Position (Parameter D02 and D08)69
- Arrival Hold Frequency (Parameter D14 and D21)69
- Acceleration and Deceleration Time (D28 to D39)69
- OPEN Operation in Encoder Mode70
- CLOSE Operation in Encoder Mode70
- Fault CLOSE Operation Speed Curve in Encoder Mode71
- OPEN Operation in SW Mode72
- CLOSE Operation in SW Mode72
- Fault CLOSE Operation Speed Curve in SW Mode73
- Operation Frequency When Power Supply Is Turned on (Parameter D51)74
- Door Width Measurement Frequency (Parameter D52)74
- D Region Password (Parameter D53)74
- Fault CLOSE Operation Frequency (Parameter D54 D59)75
- Fault CLOSE Operation Acceleration/Deceleration Time (Parameter D60 D65)75
Operation Procedure of Custom Mode 7476
- Initial Setting Value of Self-Defining Mode and Initialization of Assignment Function77
- Supplementary Explanation of Door Width Measurement78
- Supplementary Explanation of Obstacle Detection Function of the Door79
- Four Major Reasons for Obstacle Detection79
- Operation Explanation of Obstacle Detection79
- Supplementary Explanation of Communication Function80
- About Communication Protocol80
- Send/Receive Changeover Wait Time80
- Processing Time on Inverter80
Communication Function81
- Display Data and Transmission Data82
- Fault Details Monitor (DT 140 to 143)82
- Operation Status Monitor (R146)83
- Output Terminal State Monitor (R145)83
- Input Terminal State Monitor (R144)83
- Operation Control Status Monitor (R147)84
- Frequency Setting (DT 237 and 238)84
- Operation Control Setting (R250)84
- Fault Reset Command (DT253), Emergency Stop Command (DT255)84
- Error Codes in Communication85
- Parameter Setting Table86
- Details and Remedies for Fault Trips91
- Fault Trip Memory91
Resetting Fault Trips92
- The Motor Does Not Rotate (When Fault Display Is Lit)93
- The Motor Does Not Rotate (When Fault Display Is Not Lit)93
Troubleshooting93
- MCCB Trips94
- Motor Has over Temperature94
- Communication Is Not Available94
- Precautions for Inspections95
- Inspection Items95
- Parts Replacement95
Maintenance and Inspection 9395
Maintenance and Inspection Table96
Specifications 9597
- Precautions on European Standard Directives100
- Conditions of CE Marking100
- Record of Changes103

Panasonic AAD03011 - Explanation of Inside of Terminal Cover; Opening and Closing Terminal Cover

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