TECO N310-4001 Manuals

Manuals and User Guides for TECO N310-4001. We have 1 TECO N310-4001 manual available for free PDF download: Operating Manual

TECO N310-4001 Operating Manual

TECO N310-4001 Operating Manual (112 pages)

Microprocessor Controlled I G B T Drive Inverter Motor Speed Regulator

Brand: TECO | Category: Inverter | Size: 1 MB

Table of Contents

Quick Start Guide
2
Step 1 before Starting the Inverter
2
Apply Power to the Drive
3
Check Full Speeds at 50Hz/60Hz
3
Check Motor Rotations Without Load
3
Step 5 Other Operations
3
Chapter 0 Preface

6
- Precautions
  6
- Product Inspection
  6
- Before Power up
  7
Chapter 1 Safety Precautions

7
- Operation Precautions
  7
- Before Operation
  8
- During Power up
  8
- During Maintenance
  9
- During Operation
  9
- Inverter Disposal
  9
- Definition of Model
  10
Chapter 3 Ambient Environment and Installation

11
- Din Rail Mounting of the N310 Inverter
  11
- Environmental Precautions
  12
- Electrical Installation
  13
- Power Cables
  13
- Tightening Torque
  13
- Wiring Guidelines
  13
- Fuse Types
  14
- Contactor and Circuit Breaker Specification and Wiring
  15
- Molded-Case Circuit Breaker/Magnetic Contactor
  15
- Leakage Breaker
  16
- Molded-Case Circuit Breaker
  16
- Power Supply
  16
- Precautions for Peripheral Applications
  16
- Installation Examples
  17
- Installation Examples Using a Filter and Isolation Transformer
  17
- Installation Examples with Adjacent Signal Conductors
  17
- Control Cable Requirements
  18
- Grounding Examples
  18
- Protective Covering
  18
- Product Specifications
  19
- Single / Three Phase, 200-240V Model
  19
- Three Phase, 380 – 480V Model
  19
- General Specifications
  20
- Wiring Diagram N310 Series Inverter
  22
- Descriptions of Main Circuit Terminals
  23
- Descriptions of JUMPER Function
  24
- Frame1 : Single /Three Phase N310-20P5/2001
  25
- Outline Dimensions
  25
- Frame Size 2 Dimensions
  26
- Frame2 : Single/Three Phase
  26
- Frame Size 3 Dimensions
  27
- Frame4 : Three Phase N310-4010/4015
  28
- Keypad Description
  29
- Keypad Display and Operation Instruction
  29
- Keypad Layout
  29
- Software Index
  29
- Keypad Operations Sequence
  30
- Operation Instruction of the Keypad
  30
- LED Keypad Operations Sequence
  31
- Operation Instruction of the LED Keypad
  31
- Keypad Operating Example
  32
- Modify Frequency During Run
  32
- Modify Frequency in Running
  32
- Keypad RUN Sequence
  33
- Modifying the Value of Parameter
  33
- Operation Control
  33
- Control Mode Selection
  34
- Control Mode Selection Chart
  34
- V/F Control Mode
  34
- N310 Programmable Functions List
  35
- The Basic Parameters Group
  35
- External Terminal Digital Signal Input Function Group
  36
- External Terminal Analog Signal Input Function Group
  37
- Preset Frequency Function Group
  38
- Start/Stop Command Group
  40
- Motor Parameter Group
  41
- V/F Command Group
  41
- Protection Function Group
  42
- Communication Function Group
  43
- PID Function Group
  44
- Assistant Function Group
  45
- Keypad Display Group
  46
- User Parameter Group
  46
- Auto Run Function Group
  47
- Group0- the Basic Parameters Group
  49
- Parameter Function Description
  49
- Acceleration Time
  50
- Deceleration Time
  50
- Frequency Lower Limit
  50
- Frequency Upper Limit
  50
- 3-Wire Control Mode -Run/Stop
  51
- Forward/Stop-Reverse/Stop
  51
- Operation Modes for External Terminals
  51
- Run/Stop-Forward/Reverse
  51
- Drive Start/Stop Operation Sequences
  52
- Base Block
  54
- Energy-Saving Operation
  54
- External Emergency Stop
  54
- Speed Search Stop
  54
- Main/Sub Frequency Command Selection
  55
- UP / down Function
  55
- Up/Down Signals Simultaneously Pressed Are Invalid
  55
- Digital /Analog Input Signal Scan Times
  56
- Step of Up/Down Function (Hz)
  56
- UP/DOWN Original Mode Example
  56
- Multifunction Output Terminals Control
  57
- Frequency Reached Example
  58
- Frequency Within Specified Range Example
  58
- Frequency at or below Specified Range Example
  59
- Frequency Outside of Range Example
  59
- Over Torque Detection Example
  59
- FM+ Function Description
  62
- Multifunction Analog Output
  62
- Multifunction Analog Output Control
  62
- Auto Restart Method
  66
- Delay-ON Timer (Seconds)
  66
- Direct Running after Power up
  66
- Reset Mode Setting
  66
- DC Injection Braking Example
  67
- KEB Function Diagram
  67
- Custom V/F Settings
  68
- V/F PATTERN Selection
  68
- Assigned Communication Station Number
  74
- Feedback Gain Coefficient
  76
- PID Group 9 Parameter Descriptions
  76
- Proportional Gain
  76
- Feedback Loss Detection Level
  77
- Feedback Loss Detection Mode
  77
- Integration Limit Value
  77
- PID Sleep Wake Mode Diagram
  78
- Carrier Mode Selection
  79
- S-Curve Characteristics
  79
- Carrier Frequency Reduced by Temperature Raising
  80
- Custom Units (Line Speed) Display Mode
  81
- Custom Units (Line Speed) Value
  81
- Drive Horsepower Code
  81
- PID Feedback Display Mode
  81
- Description of Operation Time Selection
  82
- Fault Log
  82
- Setting Password
  82
- Software Version
  82
- Auto Run (Auto Sequencer) Function Group
  83
- Copy Module
  83
- Periodic Cycle Auto Run
  85
- Single Cycle Auto Run
  85
- AUTO_RUN Cycle with Interrupt
  86
- Single Cycle Auto Run: Final Step Hold
  86
- Auto_Run Mode Description
  87
Chapter 5 Troubleshooting and Maintenance

88
Chapter 6 Peripherals Components

102
- DC Reactor Specification at Input Side
  102
- Braking Unit and Braking Resistor
  103
- Digital Operator and Extension Cable
  104
- Operation Procedure
  104
- Extension KEYPAD Installation
  105
- KEYPAD Installation Dimensions
  105
Appendix 1: N310Parameter Setting List

109

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