Toshiba TOSVERT VF-nC3E Manuals

Toshiba TOSVERT VF-nC3E Manuals

Manuals and User Guides for Toshiba TOSVERT VF-nC3E. We have 1 Toshiba TOSVERT VF-nC3E manual available for free PDF download: Instruction Manual

Toshiba TOSVERT VF-nC3E Instruction Manual

Toshiba TOSVERT VF-nC3E Instruction Manual (253 pages)

Industrial Inverter (For 3-phase induction motors)

Brand: Toshiba | Category: Inverter | Size: 4.39 MB

Table of Contents

Explanation of Markings
2
Meanings of Symbols
2
Safety Precautions
2
Safety Precautions (Limits in Purpose)
3
General Operation
4
Transportation & Installation
5
Wiring
6
Operations
7
Maintenance and Inspection
8
When Operation by Using Remote Keypad Is Selected
8
When Retry Function Is Selected
8
When Sequence for Restart after a Momentary Failure Is Selected
8
Attach Caution Labels
9
Disposal
9
Introduction
10
Table of Contents
11
Check Product Purchase
14
1 Read First

14
- Contents of the Product
  15
- Explanation of the Name Plate Label
  15
- Names and Functions
  16
  - Outside View
    16
  - Bottom View
    16
  - Front View
    16
  - Example of the Label
    17
  - Opening the Cover
    17
  - About the Monitor Display
    17
  - LED Display (Numbers)
    17
  - With Cover Open
    18
  - Opening the Terminal Cover
    19
  - Removing the Power Terminal Cover
    19
  - Power Circuit and Control Circuit Terminal Boards
    22
  - Power Circuit Terminal Board
    22
  - Control Circuit Terminal Board
    25
  - Wire Size
    25
  - Recommended Ferrule
    25
- Notes on the Application
  26
2 Connection

37
3 Operations

49
4 Setting Parameters

70
5 Main Parameters

83
6 Other Parameters

107
- Input/Output Parameters
  107
- Input Signal Selection
  110
- Terminal Function Selection
  113
- Basic Parameters 2
  115
- V/F 5-Point Setting
  117
- Setting Frequency Command
  117
- Operation Frequency
  124
- DC Braking
  125
  - DC Braking Starting Frequency
    125
  - DC Braking Current
    125
  - DC Braking Time
    125
- Time Limit for Lower-Limit Frequency Operation
  126
- Output Frequency [Hz]
  126
- Jump Frequency - Avoiding Frequency Resonance
  127
- Jumping Width
  127
- Preset-Speed Frequencies
  127
- PWM Carrier Frequency
  128
  - Random Mode
    128
  - Carrier Frequency Control Mode Selection
    128
- Trip-Less Intensification
  130
- Braking Function
  142
  - Brake Sequence Control
    142
  - Creeping Time
    142
  - Braking Mode Selection
    142
- PID Control
  143
  - PID Control Waiting Time
    143
  - Proportional Gain
    143
  - Integral Gain
    143
  - External Connection
    144
  - Types of PID Control Interfaces
    144
  - Setting PID Control
    145
  - Adjusting the PID Control Gain Level
    145
  - P-Gain Adjustment Parameter
    145
  - I-Gain Adjustment Parameter
    145
  - D-Gain Adjustment Parameter
    146
  - Previous Deviation-Current Deviation
    146
  - Adjusting Feedback Inpu
    146
  - Setting the Time Elapsed before PID Control Starts
    147
  - PID Control Forward/Reverse Characteristic Switch
    147
- Setting Motor Constants
  148
- 2Nd Acceleration/Deceleration
  151
- Protection Functions
  154
  - Setting Motor Electronic Thermal Protection
    154
  - Setting of Stall Prevention Level
    154
  - Inverter Trip Retention
    155
  - Inverter Trip Retention Selection
    155
  - Display During Operation of the Stall Prevention
    155
  - Emergency Stop
    156
  - Emergency Stop Selection
    156
  - Emergency Stop from Terminal
    156
  - Output Phase Failure Detection
    157
  - Emergency Stopping from the Operation Panel
    157
  - Input Phase Failure Detection
    158
  - Input Phase Failure Detection Selection
    158
  - Control Mode for Small Current
    158
  - Small Current Detection Hysteresis
    158
  - Example of Operation
    159
  - Output Terminal Function: 26 (UC) Low Current Detection
    159
  - Detection of Output Short-Circuit
    159
  - Detection of Output Short-Circuit at Start-Up
    159
  - Over-Torque Trip
    160
  - Over-Torque Trip/Alarm Selection
    160
  - Over-Torque Detection Level
    160
  - Over-Torque Detection Time
    160
  - Output Terminal Function: 28 (OT) Over-Torque Detection
    161
  - Cooling Fan Control Selection
    161
  - Cooling Fan ON/OFF Control
    161
  - Cumulative Operation Time Alarm Setting
    162
  - Undervoltage Trip
    162
  - Undervoltage Trip/Alarm Selection
    162
  - VI Analog Input Break Detection
    163
  - Parts Replacement Alarms
    163
  - VI Analog Input Break Detection Level
    163
  - Number of Starting Alarm
    164
- Adjustment Parameters
  165
- Operation Panel Parameter
  167
- Free Notes
  180
7 Operations with External Signal

181
8 Monitoring the Inverter Status in Operation / before Tripping

194
9 Peripheral Devices

203
10 Table of Parameters and Data

208
- Frequency Setting Parameter
  208
- Basic Parameters
  208
- Extended Parameters
  211
- Default Settings by Inverter Rating
  223
- Input Terminal Function
  224
- Output Terminal Function
  227
11 Specifications

229
- Models and Their Standard Specifications
  229
- Common Specification
  230
- Outside Dimensions and Mass
  232
- Outline Drawing
  233
12 Before Contacting Your Toshiba Distributor - Trip Information and Remedies

234
13 Inspection and Maintenance

242
- Regular Inspection
  242
- Periodical Inspection
  243
- Contacting with Your Toshiba Distributor
  246
- Keeping the Inverter in Storage
  247
  - Storage Location
    247
  - Periodical Check
    247
14 Warranty

248
15 Disposal of the Inverter

249
16 Appendix

250
- How to Cope with the CE Directive
  250
  - About the Low-Voltage Directive
    251
  - Measures to Satisfy the Low-Voltage Directive
    251
  - EMC Standards
    251

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