Table Of Contents - Janson Controls FC100 Series Manual

Table of Contents

Features1
Multiple Functions1
Stable and Reliable Anti-Trip Function1
Unpacking Inspection Cautions1
First-Time Use2
Table of Contents3
Chapter
1

Product
Information5
Products Information6
Naming Rules6
Naming Plate6
FC100 Model List7
Size and Dimensions7
Specifications8
Chapter
2 Storage and Installation9
Storage10
Installation11
Minimum Clearances and Air Flow11
Chapter
3 Wire Diagram and Terminal Explanation13
Basic Wiring Diagram15
Control Terminal Explanation16
Main Circuit Wiring17
Control Terminal17
Power Terminal17
Wiring Notes18
Chapter
4 Wire Diagram and Terminal Explanation18
Keypad Operation21
Digital Keypad Operation22
Description of Digital Keypad22
Enter/Disp22
Prg/Reset22
Detailed Way for How to Use Keypad23
Chapter
5
Function Parameters Table25
Description of Parameter Settings37
Main Display Data Selection38
Group P0: User Parameters38
Display the Set Frequency39
Display the Output Frequency39
Display the Output Current39
Display the Motor Speed39
Digital Frequency Setting41
Frequency Setting Selection41
Group P1: Basic Parameters41
Control the Output Frequency through Terminal AVI42
Setting Dial Mode43
UP/DOWN Setting Mode43
Start Signal Selection44
Two-Wire Type44
I/O Terminal44
Three-Wire Type45
"Stop" Key Lock Operation Selection46
RS485 Mode46
Reverse Prevention Setting47
Max. Frequency47
Min. Frequency47
Reverse Prohibited47
ACC Time48
DEC Time48
V/F Maximum Voltage48
V/F Fundamental Frequency48
P109: V/F Maximum Voltage49
P110: V/F Fundamental Frequency49
P111: V/F Intermediate Voltage49
P112: V/F Intermediate Frequency49
P113: V/F Minimum Voltage50
P114: V/F Minimum Frequency50
Carrier Frequency50
Initialization of Parameters51
Start Mode Selection51
Group P2: Parameters of Applications51
Tracing Start52
Stop Mode Selection52
Start Frequency Setting53
Stop Frequency Setting53
Coasting Stop53
Group P3: Input and Output Function Parameters53
DC Braking Current in Start54
DC Braking Time in Start54
DC Braking Current in Stop54
DC Braking Time in Stop54
Torque Boost55
Rated Motor Voltage55
Rated Motor Current55
No Load Current Ratio of Motor55
Rated Motor Frequency56
Resistance of Stator56
Resistance of Rotor56
P209 Rated Voltage Motor56
Self Inductance of Rotor57
Mutual Inductance of Rotor57
AVI Minimum Voltage Input57
AVI Maximum Voltage Input57
AVI Minimum Current Input58
AVI Maximum Current Input58
AVI Input Filter Time58
P305:AVI Input Filter Time58
Frequency of Low Analog59
Direction of of Low Analog59
Frequency of High Analog59
Direction of High Analog59
P310 Frequency of Low Analog60
P311 Direction of Low Analog60
P312 Frequency of High Analog60
P313 Direction of High Analog60
Frequency Increasing Signal65
Frequency Decreasing Signal65
Fault Reset66
PID Function Enable66
PLC Function Enable66
Counter Pulse Input66
Winding Function Enable67
Output Terminal - RA/RC67
Under Voltage Alarming69
Timer 1 Reached 11: Timer 2 Reached70
Stage Completion Indication70
Process Completion Indication70
PID Upper Limit70
Jog Frequency Setting71
Setting Value of Counter71
Middle Value of Counter71
Group P4: Secondary Application Group71
Constant-Speed Torque Limiting Level72
Deceleration Over-Voltage Prevention Selection72
Automatic Voltage Regulation Selection73
Automatic Energy-Saving Selection74
Restart after Instant Power off74
Allowable Time of Power off75
Flank Restart Current Limiting Level75
Flank Restart Time75
Fault Restart Times76
Delay Time for Restart after Fault76
Over Torque Action76
Over Torque Detection Level76
Reaching Frequency 177
Reaching Frequency 277
No. 1 Timer77
No. 2 Timer77
Constant-Speed Torque Limiting Time78
Width of Arrive of Frequency in Hqsteretic Loop78
Jump Frequency 178
Jump Frequency 278
Group P5: PLC Control ( Special Operation)79
PLC Memory Mode79
PLC Start Mode79
PLC Running Mode80
Multi-Speed80
Setting Range:0~Max Frequency81
PLC Operation Time81
Connection Illustration82
PLC Operation Direction Setting82
Action Instruction84
PID Starting Mode84
Group P6: PLC Control ( Special Operation)84
PID Operation Mode Selection85
PID Action Set Point85
PID Feedback Value Selection85
PID Figure Target Value Setting86
PID Upper Limit Alarm Value87
PID Lower Limit Alarm Value87
PID Proportional Band87
Restraint Output from Oscillating87
PID Integral Time88
PID Differential Time88
PID Standby Frequency88
PID Standby Duration88
PID Corresponding Value of Display89
PID Digit of Display89
PID Decimal Digit of Display89
RS-485 Communication Speed90
Communication Mode90
RS-485 Communication Station90
Group P7: Modbus (RS485) Communication90
Character Structure91
Bit Character Box91
Data Pattern: 801 for ASCI I91
Data Pattern: 8E1 for ASCII91
Data Pattern: 801 for RTU92
Data Pattern: 8E1 for RTU92
Data Format Box ASCII Mode92
RTU Mode93
Communication Address93
Format of Enquiry Message Character String94
Format of Response Message94
ASCII Mode94
Advanced Application Parameter Lock97
System 50Hz/60Hz Selection97
Constant and Variable Torque Selection97
Group P8: Advanced Application Parameters97
Current Display Filter Time98
0-10V Analogue Output Low End Calibration Coefficient98
0-10V Analog Output High End Calibration Coefficient98
0-20Ma Analogue Output Low End Calibration Coefficient98
Chapter
7

Maintence and Inspection99
Periodic Inspection100
Periodic Maintenance100
Troubleshooting and Fault Information101
Common Problems and Solutions102
Oco/Uco102
Oc1/Uc1102
Check First When You Have Troubles106
Motor Generates Abnormal Noise106
Motor Rotates in Opposite Direction106
Speed Does Not Increase106
Inverter May Interfere with Other Devices107
Inverter-Generated Noises and Their Reduction Techniques107
Basic Techniques107
Techniques to Reduce Noises that Enter and Malfunction the Inverter107
Noise Reduction Examples108