User Manuals: Fuji FVR1.5AS1S-7 Inverter

Manuals and User Guides for Fuji FVR1.5AS1S-7 Inverter. We have 1 Fuji FVR1.5AS1S-7 Inverter manual available for free PDF download: Instruction Manual

FujiFilm FVR1.5AS1S-7 Instruction Manual

FujiFilm FVR1.5AS1S-7 Instruction Manual (129 pages)

Advanced Simple Inverter

Brand: FujiFilm | Category: Inverter | Size: 3 MB

Table of Contents

Table of Contents
3
Preface
4
Safety Precautions
5
- Acceptance Inspection
  10
Chapter 1 BEFORE USING the INVERTER

10
- External Views
  11
- Wiring Section
  12
Chapter 2 Mounting and Wiring of the Inverter

13
Chapter 3 Operation Using the Keypad

31
Chapter 4 RUNNING the MOTOR

33
Chapter 5 FUNCTION CODES

36
- F Codes: Fundamental Functions
  37
- Limitation of Data Displayed on the LED Monitor
  37
- Using Negative Logic for Programmable I/O Terminals
  37
- E Codes: Extension Terminal Functions
  41
- C Codes: Control Functions
  45
- P Codes: Motor 1 Parameters
  46
- H Codes: High Performance Functions
  47
- J Codes: Application Functions
  50
- Y Codes: Link Functions
  51
- Fuji Standard Motor Parameters
  52
- Details of Function Codes
  53
  - Frequency Command 1, Frequency Command 2
    53
  - Operation Method
    54
  - Base Frequency
    55
  - Maximum Frequency 1
    55
  - Maximum Output Voltage
    55
  - Rated Voltage at Base Frequency
    55
  - Non-Linear V/F Patterns 1 and 2 for Frequency/Voltage
    56
  - Rated Voltage at Base Frequency (F05)
    56
  - Acceleration/Deceleration Time
    57
  - V/F Pattern with Two Non-Linear Points
    57
  - Load Selection/Auto Torque Boost
    58
  - Torque Boost
    58
  - V/F Characteristics
    58
  - Manual Torque Boost
    59
  - Auto Torque Boost
    60
  - Electronic Thermal Overload Protection for Motor
    60
  - Motor Characteristics
    60
  - Cooling Characteristics of Motor with Shaft-Driven Cooling Fan
    61
  - Overload Detection Level
    62
  - Thermal Time Constant
    62
  - Example of Thermal Overload Detection Characteristics
    63
  - Restart Mode after Momentary Power Failure
    63
  - Restart Mode after Momentary Power Failure, Frequency Fall Rate
    63
  - Restart Mode after Momentary Power Failure, Restart Time
    63
  - Frequency Limiter
    67
  - Low Limiter
    67
  - Analog Input Adjustment
    68
  - Bias
    68
  - DC Braking
    69
  - Braking Response Mode
    70
  - Braking Time
    70
  - Starting Frequency
    71
  - Stop Frequency
    71
  - Motor Sound
    72
  - Analog Output
    73
  - Function
    73
  - Voltage Adjustment
    73
  - Dynamic Torque Vector Control
    74
  - Slip Compensation
    74
  - V/F Control
    74
  - Current Limiter
    75
  - Level
    75
  - Mode Selection
    75
  - Electronic Thermal Overload Protection for Braking Resistor
    76
  - 10% ED Models
    77
  - Compact Models
    77
  - External Braking Resistors
    77
  - Standard Models
    77
  - Terminal FWD and REV Function
    78
  - Terminal X1 to X3 Function
    78
  - Select ACC/DEC Time -- RT1
    79
  - Select Multistep Frequency
    79
  - Terminal Function Assignment and Data Setting
    79
  - Coast to a Stop - BX
    80
  - Enable 3-Wire Operation - HLD
    80
  - Enable External Alarm Trip - THR
    80
  - Reset Alarm - RST
    80
  - Jogging Operation
    81
  - Ready for Jogging - JOG
    81
  - Select Frequency Command 2/1 - Hz2/Hz1
    81
  - Enable DC Braking - DCBRK
    82
  - UP and down Commands
    82
  - Initial Frequency for UP/DOWN Control if Frequency Command Is Switched
    83
  - Enable Communications Link Via RS-485 - LE
    84
  - Run Reverse - REV
    84
  - Terminal 30A/B/C Function
    84
  - Terminal Y1 Function
    84
  - Frequency Arrival Signal - FAR
    85
  - Inverter Running - RUN
    85
  - Auto-Restarting after Momentary Power Failure - IPF
    86
  - Frequency Detected - FDT
    86
  - Inverter Output Limiting - IOL
    86
  - Under Voltage Detected - LU
    86
  - Current Detected and Current Detected 2 - ID and ID2
    87
  - Low Current Detected - IDL
    87
  - Motor Stopped Due to Slow Flowrate under PID Control - PID-STP
    87
  - Overload Prevention Control - OLP
    87
  - Current Detection
    88
  - Frequency Arrival
    88
  - Motor Overheat Detected by Thermistor - THM
    88
  - Overload Early Warning/Low Current Detection
    88
  - Current Detected and Current Detected 2 Signals - ID and ID2
    89
  - Motor Overload Early Warning Signal - OL
    89
  - Coefficient for Constant Feeding Rate Time
    90
  - Coefficient for Speed Indication
    90
  - Keypad
    90
  - Built-In Potentiometer
    91
  - Terminal 12 Extended Function
    91
  - Terminal C1 Extended Function
    91
  - Timer Operation
    91
  - Analog Input Adjustment for Terminal 12
    92
  - Analog Input Adjustment for Terminal C1
    92
  - Motor
    92
  - Operating Procedure for Timer Operation
    92
  - Rated Slip Frequency
    94
  - Data Initialization
    95
  - Auto-Reset
    96
  - Number of Reset Times
    96
  - Reset Interval
    96
  - Acceleration/Deceleration Pattern
    97
  - Cooling Fan ON/OFF Control
    97
  - Linear Acceleration/Deceleration
    97
  - S-Curve Acceleration/Deceleration
    97
  - Deceleration Mode
    98
  - Instantaneous Overcurrent Limiting
    99
  - Automatic Deceleration
    100
  - Clear Alarm Data
    100
  - Mock Alarm
    100
  - Automatic Overload Prevention Control
    101
  - Deceleration Characteristics
    101
  - Automatic Lowering of Carrier Frequency
    102
  - Cumulative Run Time of Motor
    102
  - Input/Output Phase Loss Protection
    102
  - Protection/Maintenance Function
    102
- If an Alarm Code Appears on the LED Monitor
  103
- Quick Reference Table of Alarm Codes
  103
Chapter 6 TROUBLESHOOTING

103
- If an Abnormal Pattern Appears on the LED Monitor While no Alarm Code Is Displayed
  104
  - Daily Inspection
    106
  - Periodic Inspection
    106
Chapter 7 MAINTENANCE and INSPECTION

106
- Lifetime of Parts
  108
- Standard Lifetime of Inverter
  108
- Inquiries about Product and Guarantee
  109
  - When Making an Inquiry
    109
  - Product Warranty
    109
  - Single-Phase 200 V Class Series
    112
  - Standard Models
    112
Chapter 8 SPECIFICATIONS

112
- Three-Phase 400 V Class Series
  113
- Terminal Specifications
  114
  - Terminal Functions
    114
  - Connection Diagram in Operation by External Signal Inputs
    114
  - Protective Functions
    116
  - External Dimensions
    119
  - Compliance with Standards
    120
  - Conformity to the Low Voltage Directive in the EU
    120
Chapter 9 COMPLIANS with STANDARDS

120
- Conformity with UL Standards and Cul-Listed for Canada
  122
  - Installing the Inverter with EMC-Compliant Filter into a Metal Panel
    126
  - Leakage Current of EMC-Compliant Filter
    126

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