TECO A510s Manuals

Manuals and User Guides for TECO A510s. We have 5 TECO A510s manuals available for free PDF download: Instruction Manual, Quick Setting Manual, Manual

TECO A510s Instruction Manual (520 pages)

A510s series

Brand: TECO | Category: Inverter | Size: 10 MB

Table of Contents
2
Preface
6
Before Supplying Power to the Inverter
7
Chapter 1 Safety Precautions

7
- Wiring
  8
- Before Operation
  9
- Parameters Setting
  9
- Operation
  10
- Maintenance, Inspection and Replacement
  11
  - Disposal of the Inverter
    11
  - Nameplate Data
    12
  - Model Identification
    12
Chapter 2 Model Description

12
- Inverter Models – Motor Power Rating (HD – Heavy Duty)
  13
Chapter 3 Environment and Installation

16
- Installation
  17
- External View
  18
- Warning Labels
  20
- Removing the Front Cover and Keypad
  21
  - Standard Type
    21
  - Built-In Filter Type (400V: 1 ~ 60 HP)
    27
- Wire Gauges and Tightening Torque
  28
- Wiring Peripheral Power Devices
  29
- General Wiring Diagram
  34
  - User Terminals (Control Circuit Terminals)
    35
  - Description of User Terminals
    36
- Power Terminals
  39
- Input / Output Power Section Block Diagram
  44
- Cooling Fan Supply Voltage Selection (400V Class)
  48
- Inverter Wiring
  50
  - Wiring Precautions
    50
  - Power Input Terminals
    50
  - Grounding
    50
- Input Power and Motor Cable Length
  51
  - Cable Length Vs. Carrier Frequency
    51
  - Installing an AC Line Reactor
    51
- Power Input Wire Size, NFB and MCB Part Numbers
  52
- Control Circuit Wiring
  54
  - Photo-Coupler Connected to an External Relay
    54
  - Sink / Source Configurations
    55
- Inverter Specifications
  56
- Inverter Derating Based on Carrier Frequency
  63
- Inverter Derating Based on Temperature
  66
- Inverter Dimensions
  67
- Dimensions for Models with Built-In Filter
  76
  - LED Keypad
    79
  - Keypad Display and Keys
    79
Chapter 4 Keypad and Programming Functions

79
- Seven Segment Display Description
  81
  - Display Output Frequency
    81
  - Frequency Reference
    81
  - Set Frequency Reference
    81
  - LED Display Examples
    82
- LED Indicator Description
  83
- Power-Up Monitor
  85
- Changing Monitor at Power-Up
  85
- Modifying Parameters/ Set Frequency Reference
  86
  - Operation Control
    88
  - LCD Keypad
    89
- Keypad Display and Keys
  89
- Keypad Menu Structure
  91
  - Main Menu
    91
  - Monitor Mode
    92
  - Programming Mode
    93
  - Auto-Tuning Mode
    94
- Parameters
  96
  - Basic Parameters
    97
  - V/F Control Parameters
    100
  - External Digital Input and Output Parameters
    105
  - External Analog Input and Output Parameters
    111
  - Multi-Speed Parameters
    113
  - Automatic Program Operation Parameters
    117
  - Start /Stop Parameters
    121
  - Communication Parameters
    126
  - PID Parameters
    130
  - Auxiliary Parameters
    130
  - Monitoring Parameters
    134
  - Control Mode
    135
  - Maintenance Parameters
    140
  - PLC Setting Parameters
    141
  - LCD Function Parameters
    144
  - Automatic Tuning Parameters
    146
  - Slip Compensation Parameters
    148
  - Wobble Frequency Parameters
    148
  - Speed Control Parameters
    149
  - Torque and Position Control Parameters
    151
  - PM Motor Parameters
    154
  - Low Voltage Detection Level Function
    162
  - Relevant Parameters
    162
- Description of Parameters
  163
  - Sensorless Vector Control
    164
  - Closed Loop Vector Control
    164
  - PM Vector Control
    164
  - PM Sensorless Vector Control
    164
  - 2-Wire Operation
    165
  - External Terminal Control
    165
  - Keypad Control
    165
  - 2-Wire Operation with Hold Function
    166
  - Wiring Example of 3-Wire
    166
  - 3-Wire Operation
    166
  - Communication Control
    167
  - PLC Control
    167
  - External Control (Analog Input)
    168
  - Terminal up / down
    169
  - Pulse Input
    169
  - Analog Input as Main Frequency Reference Command
    169
  - AI2 Auxiliary Frequency
    170
  - Communication Frequency Command
    171
  - Communication Frequency Command Memory
    171
  - Selection of PID Lower Limit Frequency
    171
  - Upper Frequency Limit
    171
  - Frequency Reference Upper and Lower Limits
    172
  - Acceleration / Deceleration Time Selection
    174
  - Terminal S5 Switch between Tacc1/Tacc2 and Tdec1/Tdec2
    174
  - Switch of Acceleration/Deceleration Time According to Motors
    175
  - Automatically Switch Acceleration/Deceleration Time
    175
  - Emergency Stop Example
    176
  - Heavy Duty (Constant Torque) / Normal Duty (Variable Torque)
    177
  - Command Characteristic Selection of Master Frequency
    178
  - Zero-Speed Operation Selection
    178
  - Positive/Negative Analog Input as Main Frequency Reference Command
    178
  - Zero-Speed Operation of Sensor Vector (SV) and PM Vector (PMSV) Mode
    179
  - Maximum Frequency
    180
  - Application Selection
    180
  - Water Supply Pump
    180
  - Conveyor
    181
  - Exhaust Fan
    181
  - Hvac
    181
  - Compressor
    181
  - Hoist Consult TECO for the Detailed Settings
    182
  - Crane Consult TECO for the Detailed Settings
    183
  - User Parameter Setting (00-41 to 00-56) (Only for LCD Keypad)
    185
  - User Parameter Run Mode Structures
    188
  - Main Screen
    189
  - Main Menu
    189
  - Control Parameters
    190
  - 2HP V/F Curve Selection
    191
  - 30HP V/F Curve Selection
    193
  - 40HP and above V/F Curve Selection
    195
  - Maximum Output Frequency of Motor 1
    196
  - Maximum Output Voltage of Motor 1
    196
  - Middle Output Frequency 2 of Motor 1
    196
  - Middle Output Frequency 1 of Motor 1
    196
  - V/F Curve Setting
    197
  - Custom V/F Curve Setting
    197
  - SLV or SV Mode
    198
  - Torque Compensation Gain
    199
  - Torque Compensation Gain to Increase/Decrease Output Torque
    199
  - Selection of Torque Compensation Mode
    199
  - Input Voltage Setting
    200
  - Torque Compensation Time
    200
  - IM Motor Parameters
    202
  - No-Load Motor Voltage
    203
  - Motor Excitation Current
    203
  - No-Load Current of Motor 2
    204
  - Rated Current of Motor 2
    204
  - Y-Equivalent Model an Induction Motor
    204
  - Proportion of Motor Leakage Inductance
    205
  - Motor Slip
    205
  - Motor Mechanical Loss
    206
  - Multi-Function Digital Input and Related Parameters
    208
  - Multi-Speed Operation Selection
    213
  - Control Terminal Wiring Example
    214
  - 9-Speed Timing Diagram
    214
  - UP/DOWN Wiring and Operation Example
    215
  - UP / down Command Operation
    216
  - Inhibit Acceleration / Deceleration Command Operation
    217
  - External Base Block Operation
    218
  - PID Integral Reset
    219
  - External Fault
    219
  - 3-Wire Sequence (Forward / Reverse Command)
    219
  - Local / Remote Selection
    219
  - Remote Mode Selection
    220
  - Jog Frequency Selection
    220
  - Inverter Overheat Warning
    220
  - Sync Command
    221
  - DC Braking
    221
  - Timing Function
    221
  - Unattended Start Protection (USP)
    223
  - EPS Function
    223
  - Multi-Function Terminal S1-S4 Type Selection
    224
  - Multi-Function Terminal S5-S8 Type Selection
    224
  - Relay (R2A-R2C) Output
    225
  - Multi-Function Digital Output and Related Parameters
    226
  - Function Table of Multi-Function Digital Output
    227
  - During Running
    230
  - Fault Contact Output
    230
  - Frequency Agree
    230
  - Setting Frequency Agree
    230
  - Zero-Speed Operation
    231
  - Source of Frequency Command
    231
  - Frequency Reference Missing
    231
  - Time Function Output
    231
  - Traverse Operation up Status
    232
  - Zero Servo Status (Position Mode)
    232
  - Frequency Detection Level
    232
  - Frequency Detection Width
    232
  - Frequency Detection Operation
    234
  - Delay Time of Current Agree Detection
    236
  - Relay (R1A-R2C) Type
    238
  - UP / down Frequency Maintaining Selection
    238
  - Up/Down Frequency Width Setting
    238
  - Photo-Coupler Output
    239
  - Photo-Coupler Output Selection
    239
  - Function Setting of Pulse Input
    240
  - Scale of Pulse Input
    240
  - Pulse Input Gain
    241
  - Pulse Input Bias
    241
  - Pulse Input Filter Time
    241
  - Set Pulse Input Setup as Frequency Reference
    241
  - Function Setting of Pulse Output
    242
  - Scale of Pulse Output
    242
  - Setup the Pulse Output
    242
  - Pulse Output Function Selection
    242
  - Pulse Output Proportion
    243
  - Pulse Output Signal Level
    243
  - Speed Follower from External PG
    244
  - Speed Follower Using Two Inverters
    244
  - Frequency Reference from Analog Signal
    245
  - Synchronized Operation Using Pulse Input
    245
  - Synchronized Operation Master Follower
    246
  - Master Inverter Parameter Settings
    246
  - Follower Inverter Parameter Settings
    246
  - External Analog Input / Output Parameter
    249
  - Analog Inputs and Related Parameters
    250
  - Gain and Bias Operations (for Frequency Reference Signal)
    250
  - Multi-Function Analog Input List (04-05 Setting)
    251
  - Filter Time Constant
    251
  - Auxiliary Frequency
    252
  - Frequency Reference Gain (FGAIN)
    252
  - Frequency Gain Adjustment
    252
  - Frequency Reference Gain Adjustment (Example)
    253
  - Bias Adjustment
    253
  - Frequency Reference Bias (FBIAS)
    253
  - Output Voltage Bias (VBIAS)
    254
  - Frequency Reference Bias Adjustment (Example)
    254
  - Acceleration and Deceleration Coefficient (K)
    254
  - DC Braking Current
    255
  - Over-Torque Detection Level
    255
  - Acceleration / Deceleration Time Reduction Coefficient
    255
  - DC Braking Current Adjustment
    255
  - Stall Prevention Level During Running
    256
  - Frequency Lower Limit
    256
  - Over-Torque Detection Level Adjustment
    256
  - Stall Prevention Level Adjustment in Operation
    256
  - Jump Frequency 4
    257
  - Adjustment of Lower Limit of Frequency Reference
    257
  - Jump Frequency 4 Setting Operation
    257
  - Operation of Being Added to Al1 as Bias
    258
  - Analog Outputs and Related Parameters
    260
  - Analog Output Level Adjustment
    260
  - Selection of Analog Output Terminals Function
    261
  - AO2 Output Signal Type
    261
  - Filter Time of AO Signal Scan
    261
  - Acceleration and Deceleration Selection of Multi-Speed
    262
  - Acceleration Time Calculation Formula
    262
  - Deceleration Time Calculation Formula
    262
  - Automatic Operation Mode Selection
    267
  - Single Cycle Automatic Operation (Stop)
    268
  - Periodic Automatic Operation
    268
  - Single Cycle Automatic Operation (Continuous)
    269
  - Automatic Operation Frequency Reference Settings
    270
  - Automatic Operation Time Settings
    270
  - Automatic Operation Direction Settings
    271
  - Start/Stop Parameters
    272
  - Momentary Power Loss/Fault Restart Selection
    272
  - Fault Reset Time
    272
  - Number of Restart Attempts
    272
  - Automatic Restart Operation
    273
  - Direct Start at Power on
    274
  - Delay of Direct Start at Power on
    274
  - DC Injection Braking Starting Frequency
    274
  - DC Injection Braking Current
    274
  - DC Injection Braking Operation
    275
  - Stop Mode Selection
    276
  - Deceleration to Stop
    276
  - Coast to Stop
    277
  - DC Braking to Stop
    278
  - Coast to Stop with Timer
    278
  - Low Voltage Detection Level
    279
  - Low Voltage Detection Time
    279
  - Pre-Excitation Time
    279
  - Pre-Excitation Level
    279
  - Pre-Excitation Operation
    280
  - Minimum Base Block Time
    281
  - Speed Direction Search Operating Current
    281
  - Speed Search Operating Current
    281
  - Integral Time of Speed Searching
    281
  - Delay Time of Speed Searching
    282
  - Voltage Recovery Time
    282
  - Direction-Detection Speed Search Selection
    282
  - SLV Speed Search Function
    282
  - Speed Search and Operation Commands
    283
  - Speed Search Based on Current Detection
    285
  - Speed Search at Starting
    285
  - Speed Search in Recovery Period of Momentary Power Failure
    285
  - Run Command Selection at the Action of DC Braking
    286
  - Low Voltage Level Selection
    286
  - Protection Parameters
    287
  - Stall Prevention During Acceleration
    287
  - Stall Prevention Level and Limit in Acceleration
    288
  - Stall Prevention Level
    289
  - Stall Prevention Selection in Deceleration
    289
  - Stall Prevention Selection in Operation
    290
  - Selection for Motor Overload Protection (OL1)
    290
  - Motor Overload Protection Curve
    291
  - Start-Up Mode of Overload Protection Operation (OL1)
    292
  - Automatic Voltage Regulation (AVR)
    292
  - Motor Overload Rating at Different Output Frequencies
    292
  - Selection of Input Phase Loss Protection
    293
  - Selection of Output Phase Loss Protection
    293
  - Selection of Over-Torque Detection
    293
  - Selection of Over-Torque Action
    293
  - Level of Low-Torque Detection
    294
  - Time of Low-Torque Detection
    294
  - Over-Torque Detection
    294
  - Low-Torque Detection
    295
  - Low Torque Detection Operation
    295
  - Over-Torque / Low Torque Detection Multi-Function Digital Output Terminal
    295
  - Ground Fault (GF) Selection
    296
  - External Fault Operation Selection
    296
  - Detection Selection of External Fault
    296
  - Run Permissive Function Selection
    296
  - Motor Overheat Fault Selection
    297
  - PTC Input Filter Time Constant
    297
  - Delay Time of Motor Overheat Protection
    297
  - PTC Warning Level
    297
  - PTC Thermistor Characteristics (B)Ptc Thermistor Connections
    298
  - INV Communication Station Address
    299
  - Baud Rate Setting (Bps)
    299
  - Stop Bit Selection
    299
  - Communication Data Bit Selection
    299
  - Modbus (485) Communication Architecture
    300
  - RS-485 Communication Baud Rate Setting
    300
  - Parity Selection of RS-485 Communication
    300
  - Stop Selection of RS-485 Communication Failure
    301
  - Comm. Fault Tolerance Count
    301
  - Wait Time of Inverter Transmission (09-09)
    301
  - PID Target Value Source Setting
    302
  - PID Feedback Value Source Setting
    303
  - PID Control Mode
    303
  - Feedback Gain
    303
  - Integral Time (I)
    303
  - PID Adjustments
    304
  - Gain Control
    304
  - Integral Control
    304
  - Differential Control
    304
  - PID Control Type
    305
  - PID Control for Feedback Differential Value
    305
  - Basic PID Control
    305
  - PID Input Selection
    306
  - PID Control Setting
    307
  - PID Control Block Diagram
    307
  - PID Tuning
    308
  - PID Fine Tuning
    309
  - Fine-Tuning PID Control Parameters
    309
  - PID Feedback Loss Detection Selection
    310
  - PID Feedback Loss Detection Level
    310
  - PID Feedback Loss Detection Time
    310
  - PID Feedback Loss Detection
    310
  - PID Control Bock Diagram
    311
  - Timing Diagram PID Sleep / Wakeup
    312
  - Timing Diagram of PID Sleep Compensation Frequency/ Wakeup
    312
  - PID Feedback Display Scaling
    313
  - PID Feedback Display Bias
    313
  - PID Feedback Display Gain
    313
  - Feedback Signal Scaling
    313
  - Maximum Value of PID Feedback
    314
  - PID Decimal Width
    314
  - PID Unit
    314
  - Output Frequency Setting of PID Disconnection
    314
  - Direction Lock Selection
    315
  - Carrier Frequency
    315
  - Carrier Frequency Settings
    315
  - Cable Length and Carrier Frequency
    315
  - Random PWM Function Selection
    316
  - Automatic Carrier Lowering Selection
    316
  - S Curve Characteristic
    316
  - Jump Frequency Width
    317
  - Jump Frequency Operation
    317
  - Jump Frequency Overlap
    317
  - Automatic Return Time
    318
  - Manual Energy Saving Gain
    318
  - Manual Energy Saving Frequency
    318
  - Manual Energy Saving Operation
    318
  - Automatic Energy Saving Function
    319
  - Filter Time of Automatic Energy Saving
    319
  - Coefficient of Automatic Energy Saving
    319
  - Enable Automatic Energy Savings Function
    319
  - Voltage Limit Value of Commissioning Operation
    320
  - Auto De-Rating Selection
    320
  - Adjustment Time of Automatic Energy Saving
    320
  - Detection Level of Automatic Energy Saving
    320
  - Variable Carrier Frequency Max. Limit
    321
  - Variable Carrier Frequency Min. Limit
    321
  - Variable Carrier Frequency Proportional Gain
    321
  - Deceleration Start Voltage of OV Prevention
    322
  - Deceleration End Voltage of OV Prevention
    322
  - OV Prevention Selection
    322
  - Stamping Operation
    323
  - OVP Operation
    323
  - OVP Deceleration Time
    324
  - Acceleration Speed Gain Adjustment
    325
  - Target Main Circuit Voltage
    325
  - Reference Frequency Loss Detection
    325
  - Reference Frequency Loss Level
    325
  - Operation in Reference Frequency Loss
    326
  - Hold Frequency at Start
    326
  - Frequency Hold Time at Start
    326
  - Hold Frequency at Stop
    326
  - Reserved Function
    327
  - KEB Deceleration Time
    327
  - KEB Detection Level
    327
  - KEB Operation
    328
  - Zero-Servo Gain
    328
  - Braking Selection of Zero-Speed
    328
  - Zero Servo Operation
    328
  - Zero-Servo Gain Setting
    329
  - Zero-Servo Count
    329
  - Operation Selection of Zero-Speed Braking
    329
  - Zero-Speed Braking Operation
    330
  - Droop Control Level
    330
  - Droop Control Delay
    330
  - Output Kwhr Initialization
    331
  - STOP Key Selection
    331
  - UP/DOWN Selection
    331
  - Record Reference Frequency
    332
  - Gain of Preventing Oscillation
    333
  - Upper Limit of Preventing Oscillation
    333
  - Time Parameter of Preventing Oscillation
    333
  - Selection of Preventing Oscillation
    333
  - Display Screen Selection (LED)
    334
  - PID Feedback Display Mode (LED)
    334
  - PID Feedback Display Unit Setting (LED)
    334
  - Inverter Capacity Selection
    336
  - Clear Cumulative Operation Hours
    336
  - Selection of Cumulative Operation Time
    336
  - Parameters Lock
    337
  - Parameter Password Function
    337
  - Restore Factory Setting / Initialize
    337
  - Fault History Clearance Function
    338
  - C/B CPLD Ver.
    339
  - PG Card ID
    339
  - PG Card Ver.
    339
  - Fault Storage Selections
    339
  - PLC Parameters
    340
  - PLC Monitoring Parameters
    341
  - LCD Function Group
    342
  - Display Unit
    342
  - Engineering Unit
    342
  - Set / Displayed Contents
    343
  - LCD Backlight
    344
  - Copy Function Selection
    344
  - Selection of Allowing Reading
    344
  - Copy Inverter Parameters to the Keypad
    345
  - Copy Keypad Parameters to the Inverter
    346
  - Compare Inverter Parameters against Keypad Parameters
    347
  - Mode Selection of Automatic Tuning
    348
  - Motor Rated Current
    348
  - Motor Rated Voltage
    348
  - Motor No-Load Voltage
    348
  - Error History of Automatic Tuning
    349
  - Auto-Tuning
    349
  - Automatic Tuning Mode Selection
    349
  - Rated Voltage and Frequency Settings
    350
  - Motor Slip Frequency
    352
  - Rotational Auto-Tuning
    352
  - Regenerating Slip Compensation Selection
    353
  - FOC Delay Time
    353
  - FOC Gain
    353
  - Slip Compensation Limit
    354
  - Slip Compensation Filter
    354
  - SLV Mode Adjustment
    355
  - Slip Compensation Gain
    355
  - Slip Compensation Gain at High Speed
    355
  - FOC (Flux Orient Control) Delay Time
    356
  - SLV2 Mode Adjustment
    356
  - Effect on Torque Speed Curve
    356
  - Center Frequency of Wobble Frequency
    357
  - Jump Time of Wobble Frequency
    357
  - Wobble Operation and the Related Parameter Setting
    357
  - ON/OFF Control of Wobble
    358
  - Upper/Lower Offset Operation
    359
  - ASR Block Diagram
    361
  - SLV Control Mode
    362
  - SV Control Mode and PMSV Mode
    363
  - ASR Setting in V/F +PG Control Mode
    363
  - Tuning the Speed Control ASR Gain
    363
  - ASR Gain Setting (V/F+PG)
    363
  - ASR Gain Tuning at Maximum Output Frequency
    364
  - The Gain Tuning of Acceleration / Deceleration Integral Control (20-07)
    364
  - Analog Output Setting
    364
  - ASR Setting (SV/SLV/PMSV Control Mode)
    365
  - SV and PMSV Gain Setting
    365
  - Tune the Speed Control Gain
    365
  - System Response of ASR Proportion Gain
    366
  - The Response of ASR Integral Time
    366
  - Effect on the Torque-Speed Curve from 20-17
    368
  - Overspeed (OS) Selection
    369
  - Speed Deviation (DEV) Selection
    369
  - Selection of PG Open
    369
  - Selection of PG Rotation Direction
    369
  - PG Feedback Setting
    370
  - Over Speed Operation Setting
    370
  - PG Speed Deviation Setting
    370
  - PG Detection Setting
    370
  - PG and Motor Rotation Direction
    371
  - Motor Operation Direction
    371
  - PG Operation Direction
    371
  - PG Pulse Dividing Ratio
    371
  - Gear Ratio of PG and Motor
    372
  - Special Encoder Selection
    372
  - Compensation Gain of Derating
    372
  - Compensation Time of Derating
    372
  - Torque Control Selection
    373
  - Speed Limit Selection
    373
  - Speed Limit Bias
    373
  - Block Figure of the Torque Control
    373
  - Torque Control
    374
  - Torque Input Method
    374
  - Torque Filter Time
    374
  - Speed Limit Input Setting
    374
  - Speed Limit Input Method
    375
  - Speed Limit Bias Setting
    375
  - Speed Limit Setting
    376
  - Winding Operation
    377
  - Unwinding Operation
    377
  - Torque Compensation
    378
  - Winding and Roll-Out Operations
    378
  - Torque Limit Setting
    379
  - Torque Limit Analog Input
    380
  - Analog Input Torque Limit
    380
  - Maximum Frequency for Position Control
    383
  - Zero-Servo Positioning Function (Zero-Srvo)
    383
  - Multi-Position Function (Multiposref)
    383
  - Zero-Servo Positioning
    383
  - Spindle Positioning Function (Z-Phase Locked Function)
    384
  - Multi-Positioning Logic Diagram
    384
  - Position Enable Diagram
    385
  - PM Encoder Type
    387
  - PM Motor Tuning
    387
  - Fault History of PM Motor Tuning
    387
  - PM SLV Start Current
    388
  - I/F Mode Start Frequency Switching Point
    388
  - Armature Resistance of PM Motor
    388
- Built-In PLC Function
  396
- Basic Command
  396
- Basic Command Function
  397
- Application Functions
  398
  - Timer Function
    401
  - Timer Mode Description
    401
  - Analog Comparator Function
    404
  - The Description of Analog Comparison Mode
    404
  - Input Comparison Value Selection
    404
  - Operation Control Function
    405
  - Input from the Ladder Program
    405
  - Input from Function Program
    405
  - Summation and Subtraction Functions
    406
  - Multiplication and Division Modes
    406
- Modbus Protocol Descriptions
  407
  - Communication Connection and Data Frame
    407
  - Data Format Frame
    408
  - Data Frame for ASCII Mode
    408
  - Data Frame for RTU Mode
    408
  - CRC Calculate Program (C Language)
    410
- Register and Data Format
  411
  - Monitor Data
    412
  - Read Holding Register
    415
  - Loop Back Test
    416
  - Write Single Holding Register
    417
  - Write Multiple Holding Register
    418
- Parameter Data
  420
- Profibus Communication Protocol
  431
  - Specifications
    431
  - Installation & Setting
    432
- Wiring
  432
- Descriptions for Removing the Inverter’s Front Cover
  433
- Descriptions of Terminals, LED and DIP Switch
  434
- Parameter Setting
  435
- Error Messages List
  440
  - GSD File
    440
  - LED Keypad Display
    442
Chapter 5 Check Motor Rotation and Direction

442
- LCD Keypad Display
  443
- Reference from Keypad
  444
- Main Frequency Command Source Selection
  444
Chapter 6 Speed Reference Command Configuration

444
Chapter 7 Operation Method Configuration (Run / Stop)

451
- Run / Stop from External Switch / Contact or Pushbutton
  452
Chapter 8 Motor and Application Specific Settings

456
- Acceleration and Deceleration Time (00-14, 00-15)
  457
- Torque Compensation Gain
  458
- Automatic Energy Saving Functions
  459
- Voltage Limit Value of AES Commissioning Operation
  459
- Emergency Stop
  461
- Forward and Reverse Jog
  462
- Direct / Unattended Startup
  462
- Analog Output Setup
  463
- What Is PID Control?
  465
Chapter 9 Using PID Control for Constant Flow / Pressure Applications

465
- Commonly Used PID Control Modes
  467
- Connect Transducer Feedback Signa
  467
- Engineering Units (Only for LCD)
  468
- Sleep / Wakeup Function
  469
  - PID Sleep Function
    469
  - Fault Detection Function
    470
  - Fault Information and Possible Solutions
    470
Chapter 10 Troubleshooting and Fault Diagnostics

470
Chapter 11 Inverter Peripheral Devices and Options

487
- AC Line Reactors
  491
- List of AC Line Reactors
  491
- Input Noise Filters
  494
- Input Current and Fuse Specifications
  497
- PG Speed Feedback Card
  500
  - JN5-PG-O Speed Feedback Card
    500
  - JN5-PG-O Block Diagram
    500
  - JN5-PG-L Speed Feedback Card
    501
  - JN5-PG-PM Terminal Specification
    502
  - JN5-PG-PM Block Diagram
    502
  - JN5-PG-PMR Terminal Specification
    503
- Other Options
  504
  - Analog Operator
    504
  - Blank Cover and Keypad Extension Cable
    504
  - LED Keypad Dimensions
    505
  - Copy Unit (JN5-CU)
    505
  - Copy Unit (JN5-CU) Dimensions and Appearance
    505
  - Protective Cover
    506
- Communication Options
  507
- RS485 –Network (Modbus)
  508
Appendix A: Communication Networks

508
- Wiring Diagram Profibus DP Network
  509
- A1.2 Profibus DP Network
  509
Appendix B: UL Instructions

510
- UL Standards
  512
- UL Standards Compliance
  512
- Main Circuit Terminal Wiring
  513
- Closed-Loop Crimp Terminal Size
  513
- Motor Overtemperature Protection
  514
- Field Wiring Terminals
  514
- Inverter Short-Circuit Rating
  514
- Inverter Motor Overload Protection
  515
- Motor Overload Protection Selection
  516
- Motor Overload Operation Selection
  517

TECO A510s Instruction Manual (674 pages)

Brand: TECO | Category: Inverter | Size: 14 MB

Section 1

2
- Table of Contents
  2
- Preface
  8
- Chapter 1 Safety Precautions
  
  9
  - Before Supplying Power to the Inverter
    9
  - Wiring
    9
  - Before Operation
    10
  - Parameters Setting
    10
  - Operation
    10
  - Maintenance, Inspection and Replacement
    11
  - Disposal of the Inverter
    12
  - Guaranteed Liability Exemption
    12
- Chapter 2 Model Description
  
  13
  - Nameplate Data
    13
  - Inverter Models - Motor Power Rating (HD-Heavy Duty)
    15
- Chapter 3 Environment and Installation
  
  18
Section 2

478
- ASCII Mode
  483
- Exception Code
  483
- Function
  483
- Stx
  483
- End
  484
- Exception Code
  484
- LRC Check
  484
- RTU Mode
  484
- 02H
  485
- Introduction
  661
- Safety-Related Standard
  661
- Product Information
  662
- Safety Stop / Safety Torque off
  663
- Electromechanical and Safety Integrated Interface Comparison
  664
- Terminal Designation & Interface
  665
- Safety Input Logic & Status
  667
- Installation and Wiring
  668
- Safety Input Status
  669
- Safety Design and Specifications
  671

TECO A510s Manual (107 pages)

Brand: TECO | Category: Controller | Size: 3 MB

TECO A510s Quick Setting Manual (95 pages)

Brand: TECO | Category: Inverter | Size: 2 MB

TECO A510s Quick Setting Manual (111 pages)

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

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TECO A510s Instruction Manual (520 pages)

Table of Contents

Chapter 1 Safety Precautions

Chapter 2 Model Description

Chapter 3 Environment and Installation

Chapter 4 Keypad and Programming Functions

Chapter 5 Check Motor Rotation and Direction

Chapter 6 Speed Reference Command Configuration

Chapter 7 Operation Method Configuration (Run / Stop)

Chapter 8 Motor and Application Specific Settings

Chapter 9 Using PID Control for Constant Flow / Pressure Applications

Chapter 10 Troubleshooting and Fault Diagnostics

Chapter 11 Inverter Peripheral Devices and Options

Appendix A: Communication Networks

Appendix B: UL Instructions

TECO A510s Instruction Manual (674 pages)

Table of Contents

Section 1

Chapter 1 Safety Precautions

Chapter 2 Model Description

Chapter 3 Environment and Installation

Section 2

TECO A510s Manual (107 pages)

Table of Contents

TECO A510s Quick Setting Manual (95 pages)

Table of Contents

Chapter 1 Safety Precautions

Chapter 2 Environment and Installation

Chapter 3 Parameters

Chapter 4 Troubleshooting and Fault Diagnostics

Appendix A: UL Instructions

TECO A510s Quick Setting Manual (111 pages)

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