Table Of Contents - Mitsubishi Electric FR-E700 Instruction Manual

Table of Contents

Table Of Contents1
Electric Shock Prevention2
Fire Prevention2
Injury Prevention2
Additional Instructions2
Instruction Manual (Basic)2
Wiring3
Trial Run3
Usage3
Emergency Stop3
Abbreviation4
Related Document4
Outline5
Product Checking And Parts Identification5
Accessory5
Operation Panel6
Names And Functions Of The Operation Panel6
Basic Operation (Factory Setting)7
Operation Mode Switchover7
Changing The Parameter Setting Value8
Parameter Clear/All Parameter Clear9
Installation And Wiring10
Ac Power Supply10
Moulded Case Circuit Breaker10
Magnetic Contactor (Mc)10
Peripheral Devices11
Installation Of The Inverter And Instructions12
Enclosure Surface Mounting12
Environment12
Terminal Connection Diagram13
Main Circuit13
Control Circuit13
Terminal Specifications14
Three-Phase 200V/400V Class15
Single-Phase 200V Class16
Single-Phase 100V Class16
Three-Phase 200V Class (When Input Power Supply Is 220V)17
Three-Phase 400V Class (When Input Power Supply Is 440V)17
Single-Phase 200V Class (When Input Power Supply Is 220V)17
Single-Phase 100V Class (When Input Power Supply Is 100V)17
Total Wiring Length18
Wiring Of Control Circuit19
Terminal Layout19
Wiring Method19
Control Circuit Common Terminals20
Wiring Instructions20
Connection Of A Dedicated External Brake Resistor21
Precautions For Use Of The Inverter22
Inverter Input Side Magnetic Contactor (Mc)23
Handling Of Inverter Output Side Magnetic Contactor23
Countermeasures Against Inverter-Generated Emi23
Instructions For Overload Operation23
Failsafe Of The System Which Uses The Inverter24
Interlock Method Which Uses The Inverter Status Output Signals24
Backup Method Outside The Inverter24
Start Signal And Actual Operation Check24
Driving The Motor25
Start/Stop From The Operation Panel (Pu Operation)25
Setting The Frequency By The Operation Panel25
Setting The Frequency By Switches26
Operation At Low Speed (10Hz)26
Setting The Frequency By Analog Input (Voltage Input)27
Start And Stop Using Terminals (External Operation)28
Frequency Setting28
Setting The Frequency By Switches (Three-Speed Setting)29
Operating At 60Hz Or Higher Using The External Potentiometer31
How To Change The Maximum Frequency31
Acquiring Large Starting Torque And Low Speed Torque32
Selection Method Of Advanced Magnetic Flux Vector Control33
Test Run33
Selection Method Of General-Purpose Magnetic Flux Vector Control34
Energy Saving Operation For Fans And Pumps35
Load Pattern Selection35
Optimum Excitation Control35
Parameters36
Simple Mode Parameters36
Parameter List37
Troubleshooting41
Error Message41
Reset Method Of Protective Function41
List Of Fault Displays42
Check First When You Have A Trouble45
Precautions For Maintenance And Inspection46
Inspection Items46
Replacement Of Parts47
Specifications48
Rating48
Three-Phase 200V Power Supply48
Three-Phase 400V Power Supply48
Single-Phase 100V Power Supply49
Common Specifications49
Outline Dimension Drawings50
Instructions For Compliance With The Eu Directives51
Low Voltage Directive52
Electronic Thermal Relay Function Operation Characteristic53
Short Circuit Ratings53
Motor Overload Protection54
Appendix 2 Instructions For Ul And Cul54
For Maximum Safety57
Additional Notes For Instructions For Ul And Cul58
General Precaution58
Voltage Reduction Selection During Stall Prevention Operation59
Causes And Corrective Actions59
Regenerative Overvoltage Trip During Constant Speed60
Regenerative Overvoltage Trip During Deceleration Or Stop60
Serial Number Check61
Country Of Origin Indication63
Manufactured Year And Month63
Instructions For Ul And Cul65