Janson Controls FC100 Series Inverter Manuals

Janson Controls FC100 Series Inverter Manuals

Manuals and User Guides for Janson Controls FC100 Series Inverter. We have 1 Janson Controls FC100 Series Inverter manual available for free PDF download: Manual

Janson Controls FC100 Series Manual

Janson Controls FC100 Series Manual (109 pages)

Brand: Janson Controls | Category: Controller | Size: 2.15 MB

Table of Contents

Features
1
Multiple Functions
1
Stable and Reliable Anti-Trip Function
1
Unpacking Inspection Cautions
1
First-Time Use
2
Table of Contents
3
Chapter1ProductInformation

5
- Naming Plate
  6
- Naming Rules
  6
- Products Information
  6
- FC100 Model List
  7
- Size and Dimensions
  7
- Specifications
  8
Chapter2 Storage and Installation

9
- Storage
  10
- Installation
  11
- Minimum Clearances and Air Flow
  11
Chapter3 Wire Diagram and Terminal Explanation

13
- Basic Wiring Diagram
  15
- Control Terminal Explanation
  16
- Control Terminal
  17
- Main Circuit Wiring
  17
  - Power Terminal
    17
  - Wiring Notes
    18
Chapter4 Wire Diagram and Terminal Explanation

18
- Keypad Operation
  21
- Description of Digital Keypad
  22
- Digital Keypad Operation
  22
  - Enter/Disp
    22
  - Prg/Reset
    22
- Detailed Way for How to Use Keypad
  23
Chapter5 Function Parameters Table

25
- Description of Parameter Settings
  37
- Group P0: User Parameters
  38
  - Main Display Data Selection
    38
  - Display the Motor Speed
    39
  - Display the Output Current
    39
  - Display the Output Frequency
    39
  - Display the Set Frequency
    39
  - Digital Frequency Setting
    41
  - Frequency Setting Selection
    41
- Group P1: Basic Parameters
  41
  - Control the Output Frequency through Terminal AVI
    42
  - Setting Dial Mode
    43
  - UP/DOWN Setting Mode
    43
  - I/O Terminal
    44
  - Start Signal Selection
    44
  - Two-Wire Type
    44
  - Three-Wire Type
    45
  - RS485 Mode
    46
  - “Stop” Key Lock Operation Selection
    46
  - Max. Frequency
    47
  - Min. Frequency
    47
  - Reverse Prevention Setting
    47
  - Reverse Prohibited
    47
  - ACC Time
    48
  - DEC Time
    48
  - V/F Fundamental Frequency
    48
  - V/F Maximum Voltage
    48
  - P109: V/F Maximum Voltage
    49
  - P110: V/F Fundamental Frequency
    49
  - P111: V/F Intermediate Voltage
    49
  - P112: V/F Intermediate Frequency
    49
  - Carrier Frequency
    50
  - P113: V/F Minimum Voltage
    50
  - P114: V/F Minimum Frequency
    50
- Group P2: Parameters of Applications
  51
  - Initialization of Parameters
    51
  - Start Mode Selection
    51
  - Stop Mode Selection
    52
  - Tracing Start
    52
  - Coasting Stop
    53
- Group P3: Input and Output Function Parameters
  53
  - Start Frequency Setting
    53
  - Stop Frequency Setting
    53
  - DC Braking Current in Start
    54
  - DC Braking Current in Stop
    54
  - DC Braking Time in Start
    54
  - DC Braking Time in Stop
    54
  - No Load Current Ratio of Motor
    55
  - Rated Motor Current
    55
  - Rated Motor Voltage
    55
  - Torque Boost
    55
  - P209 Rated Voltage Motor
    56
  - Rated Motor Frequency
    56
  - Resistance of Rotor
    56
  - Resistance of Stator
    56
  - AVI Maximum Voltage Input
    57
  - AVI Minimum Voltage Input
    57
  - Mutual Inductance of Rotor
    57
  - Self Inductance of Rotor
    57
  - AVI Input Filter Time
    58
  - AVI Maximum Current Input
    58
  - AVI Minimum Current Input
    58
  - P305:AVI Input Filter Time
    58
  - Direction of High Analog
    59
  - Direction of of Low Analog
    59
  - Frequency of High Analog
    59
  - Frequency of Low Analog
    59
  - P310 Frequency of Low Analog
    60
  - P311 Direction of Low Analog
    60
  - P312 Frequency of High Analog
    60
  - P313 Direction of High Analog
    60
  - Frequency Decreasing Signal
    65
  - Frequency Increasing Signal
    65
  - Counter Pulse Input
    66
  - Fault Reset
    66
  - PID Function Enable
    66
  - PLC Function Enable
    66
  - Output Terminal - RA/RC
    67
  - Winding Function Enable
    67
  - Under Voltage Alarming
    69
  - PID Upper Limit
    70
  - Process Completion Indication
    70
  - Stage Completion Indication
    70
  - Timer 1 Reached 11: Timer 2 Reached
    70
- Group P4: Secondary Application Group
  71
  - Jog Frequency Setting
    71
  - Middle Value of Counter
    71
  - Setting Value of Counter
    71
  - Constant-Speed Torque Limiting Level
    72
  - Deceleration Over-Voltage Prevention Selection
    72
  - Automatic Voltage Regulation Selection
    73
  - Automatic Energy-Saving Selection
    74
  - Restart after Instant Power off
    74
  - Allowable Time of Power off
    75
  - Flank Restart Current Limiting Level
    75
  - Flank Restart Time
    75
  - Delay Time for Restart after Fault
    76
  - Fault Restart Times
    76
  - Over Torque Action
    76
  - Over Torque Detection Level
    76
  - No. 1 Timer
    77
  - No. 2 Timer
    77
  - Reaching Frequency 1
    77
  - Reaching Frequency 2
    77
  - Constant-Speed Torque Limiting Time
    78
  - Jump Frequency 1
    78
  - Jump Frequency 2
    78
  - Width of Arrive of Frequency in Hqsteretic Loop
    78
  - Group P5: PLC Control ( Special Operation)
    79
  - PLC Memory Mode
    79
  - PLC Start Mode
    79
  - Multi-Speed
    80
  - PLC Running Mode
    80
  - PLC Operation Time
    81
  - Setting Range:0~Max Frequency
    81
  - Connection Illustration
    82
  - PLC Operation Direction Setting
    82
  - Action Instruction
    84
  - Group P6: PLC Control ( Special Operation)
    84
  - PID Starting Mode
    84
  - PID Action Set Point
    85
  - PID Feedback Value Selection
    85
  - PID Operation Mode Selection
    85
  - PID Figure Target Value Setting
    86
  - PID Lower Limit Alarm Value
    87
  - PID Proportional Band
    87
  - PID Upper Limit Alarm Value
    87
  - Restraint Output from Oscillating
    87
  - PID Differential Time
    88
  - PID Integral Time
    88
  - PID Standby Duration
    88
  - PID Standby Frequency
    88
  - PID Corresponding Value of Display
    89
  - PID Decimal Digit of Display
    89
  - PID Digit of Display
    89
  - Communication Mode
    90
- Group P7: Modbus (RS485) Communication
  90
  - RS-485 Communication Speed
    90
  - RS-485 Communication Station
    90
  - Bit Character Box
    91
  - Character Structure
    91
  - Data Pattern: 801 for ASCI I
    91
  - Data Pattern: 8E1 for ASCII
    91
  - Data Format Box ASCII Mode
    92
  - Data Pattern: 801 for RTU
    92
  - Data Pattern: 8E1 for RTU
    92
  - Communication Address
    93
  - RTU Mode
    93
  - ASCII Mode
    94
  - Format of Enquiry Message Character String
    94
  - Format of Response Message
    94
  - Advanced Application Parameter Lock
    97
  - Constant and Variable Torque Selection
    97
- Group P8: Advanced Application Parameters
  97
Chapter7Maintence and Inspection

99
- Periodic Inspection
  100
- Periodic Maintenance
  100
- Troubleshooting and Fault Information
  101
- Common Problems and Solutions
  102
- Oco/Uco
  102
- Oc1/Uc1
  102
- Check First When You Have Troubles
  106
- Motor Generates Abnormal Noise
  106
- Motor Rotates in Opposite Direction
  106
- Speed Does Not Increase
  106
- Inverter May Interfere with Other Devices
  107
- Inverter-Generated Noises and Their Reduction Techniques
  107
- Basic Techniques
  107
- Techniques to Reduce Noises that Enter and Malfunction the Inverter
  107
- Noise Reduction Examples
  108

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