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TECO F510 series Variable Frequency Drive Manuals
Manuals and User Guides for TECO F510 series Variable Frequency Drive. We have
5
TECO F510 series Variable Frequency Drive manuals available for free PDF download: Instruction Manual, Quick Setting Manual, Quick Start Manual
TECO F510 series Instruction Manual (444 pages)
Brand:
TECO
| Category:
Inverter
| Size: 11.15 MB
Table of Contents
Table of Contents
2
Preface
5
Before Supplying Power to the Inverter
6
Chapter 1 Safety Precautions
6
Wiring
7
Before Operation
8
Parameter Setting
8
Operation
9
Maintenance, Inspection and Replacement
10
Disposal of the Inverter
10
Nameplate Data
11
Model Identification
11
Chapter 2 Model Description
11
Inverter Models – Motor Power Rating
12
200V Class
12
400V Class
13
Chapter 3 Environment and Installation
15
Installation Spaces
16
External View (IP00/ IP20)
17
200V 5-7.5Hp/ 400V 5-10Hp
17
200V 10-30Hp/ 400V 15-40Hp
17
200V 40-50Hp/ 400V 50-75Hp
18
200V 60-125Hp/ 400V 100-250Hp
18
200V 150-175Hp/ 400V 300-425Hp
19
400V 535-800Hp
19
External View (IP55)
20
400V 5-25Hp
20
Warning Labels
21
Removing the Front Cover and Keypad
22
IP00/ IP20 Type
22
IP55 Type
22
Standard Type (IP00/IP20)
23
Built-In Filter Type (IP20/IP00)
29
Built-In Filter Type (IP55)
30
Inverter Wiring
32
Wire Gauges and Tightening Torque
32
Wire Gauges and Tightening Torque Terminal Screw Size
32
Wiring Peripheral Power Devices
33
General Wiring Diagram
35
Single/ Multi- Pump Dedicated Wiring Diagram
36
PUMP Wiring Diagram for Pressure Sensor of Voltage Type
36
PUMP Wiring Diagram for Pressure Sensor of Current Type
37
Wiring for Control Circuit Terminals
39
Control Circuit Terminals Identification
39
Description of Control Circuit Terminals
40
Wiring for Main Circuit Terminals
42
Description of Main Circuit Terminals (IP00/IP20 Type)
42
Description of Main Circuit Terminals (IP55 Type)
42
Main Circuit Terminals Identification and Screw Size
43
Input / Output Power Section Block Diagram
47
Cooling Fan Supply Voltage Selection (400V Class)
49
Power Input Wire Size, NFB and MCB Part Numbers
50
Wiring Instrument for 200V/400V Class (IP00/IP20 Type)
50
Wiring Instrument for 400V Class (IP55 Type)
51
Wiring Precautions
52
Input Power and Cable Length
54
Cable Length Vs. Carrier Frequency
54
Cable Size
54
Installing an AC Line Reactor
54
Inverter Specifications
55
Basic Specifications
55
General Specifications
57
Inverter Derating Based on Carrier Frequency
58
Inverter Derating Based on Temperature
62
Inverter Dimensions
63
Models with Built-In Filter (IP00/IP20)
71
Models with Built-In Filter (IP55)
73
LED Keypad
75
Keypad Display and Keys
75
Chapter 4 Keypad and Programming Functions
75
Seven Segment Display Description
77
LED Display Examples
78
LED Indicator Description
79
Run / Stop Status Indicators
80
Power-Up Monitor
81
Modifying Parameters/ Set Frequency Reference
82
Operation Control
84
LCD Keypad
85
Keypad Menu Structure
87
Main Menu
87
Monitor Mode
88
Programming Mode
89
Keypad Navigation
89
Parameters
91
Basic Parameters
94
V/F Control Parameters
96
IM Motor Parameters
96
External Digital Input and Output Parameters
97
External Analog Input and Output Parameters
101
Multi-Speed Function Group
103
Automatic Program Operation Parameters
105
Start /Stop Parameters
108
Protection Parameters
109
Communication Parameters
111
PID Parameters
112
Auxiliary Parameters
114
Monitoring Parameters
117
Maintenance Function Group
121
PLC Setting Parameters
122
PLC Monitoring Parameters
124
LCD Function Parameters
125
IM Motor Automatic Tuning Parameters
128
Slip Compensation Parameters
129
Speed Control Parameters
129
Torque Control Parameters
130
PM Motor Parameters-Only Available When PM Control Mode Is Selected
131
Pump & HVAC Function Parameters
132
Pump Control Function Parameters
135
Description of Parameters
136
Analog Input as Main Frequency Reference Command
141
Frequency Reference Upper and Lower Limits
142
Terminal S5 Switch between Tacc1/Tacc2 and Tdec1/Tdec2
144
Automatic Acceleration / Deceleration Time Switch-Over Based on Output Frequency
144
Emergency Stop Example
145
Positive/Negative Analog Input as Main Frequency Reference Command
145
User Parameter Run Mode Structures
153
30HP V/F Curve Selection
156
40HP and above V/F Curve Selection
157
Custom V/F Curve
159
SLV (Sensorless Vector Control)
159
Torque Compensation Gain to Increase/Decrease Output Torque
160
Y-Equivalent Model of an Induction Motor
162
Multi-Function Digital Input Setting (03-00 ~ 03-05) (“O”: Enable, “X”: Disable)
166
Multi-Speed Operation Selection
169
9-Speed Timing Diagram
170
UP/DOWN Wiring and Operation Example
171
Up / down Command Timing Diagram
171
UP / down Command Operation
171
Inhibit Acceleration / Deceleration Command Operation
172
External Base Block Operation
173
Remote Mode Operation Selection
175
DC Braking Timing Diagram
176
Unattended Start Protection
176
Multi-Function Digital Output and Related Parameters
179
Description of Multi-Function Digital Output
179
Zero-Speed Operation
181
Frequency Detection Operation
183
Pulse Input Adjustment
186
Analog Inputs and Related Parameters
191
Gain and Bias Operations (for Frequency Reference Signal)
191
Filter Time Constant
192
Multi-Function Analog Input List (04-05 Setting)
192
Frequency Gain Adjustment
193
Frequency Reference Gain Adjustment (Example)
193
Bias Adjustment
194
Frequency Reference Bias Adjustment (Example)
194
Acceleration / Deceleration Time Reduction Coefficient
195
DC Braking Current Adjustment
195
Over-Torque/Less Torque Detection Level Adjustment
196
Stall Prevention Level Adjustment During Operation
196
Adjustment of Lower Limit of Frequency Reference
196
Jump Frequency 4 Setting Operation
197
Added to Al1 as a Bias Operation
197
Analog Outputs and Related Parameters
199
Analog Output Level Adjustment
199
Selection of Analog Output Terminals Function
200
Periodic Automatic Operation
210
Single Cycle Automatic Operation (Continuous)
210
Automatic Restart Operation
211
Auto-Restart Operation
212
DC Injection Braking Operation
213
DC Braking Operation
214
Deceleration to Stop
215
Coast to Stop
215
DC Braking to Stop
216
Coast to Stop with Timer
216
Pre-Excitation Operation
218
Minimum B.B Time and Momentary Power Loss Time
218
Speed Search from Multi-Function Digital Inputs
219
Speed Search and Operation Commands
219
Speed Search at Starting
221
Speed Search in Recovery Period of Momentary Power Failure
222
Stall Prevention During Acceleration
223
Stall Prevention Level and Limit in Acceleration
224
Stall Prevention Level
224
Stall Prevention Selection in Deceleration
225
Stall Prevention Selection in Operation
225
Motor Overload Protection Curve (Example: Standard Motor)
226
Motor Overload Rating at Different Output Frequencies
227
Over-Torque Detection
228
Over-Torque Detection Operation
229
Low-Torque Detection
229
Low Torque Detection Operation
230
Over-Torque / Low Torque Detection Multi-Function Digital Output Terminal
230
Protection of Motor Overheating
232
PID Control
237
PID Control for Feedback Differential Value
238
Basic PID Control
238
PID Input Selection
239
PID Control Block Diagram
239
PID Tuning
240
PID Fine Tuning
241
PID Feedback Loss Detection
242
PID Control Bock Diagram
243
Timing Diagram PID Sleep / Wakeup
243
PID Feedback Display Scaling
244
Feedback Signal Scaling
244
Carrier Frequency Settings
246
Wire Length and Carrier Frequency
246
S Curve Characteristic
247
Jump Frequency Operation
248
Jump Frequency Overlap
248
Manual Energy Saving Operation
249
Enable Automatic Energy Savings Function
250
Voltage Limit Value of Commissioning Operation
250
Operation for Reference Frequency Loss
252
Reserved Function
253
KEB Operation
254
Zero-Speed Braking Operation
255
Read:copy Inverter Parameters to the Keypad
268
WRITE: Copy Keypad Parameters to the Inverter
268
Verify: Compare Inverter Parameters against Keypad Parameters
269
RTC Structure
272
Arrange Time Period to the Timer Function
272
Reference Frequency Is Determined by Timer 1 and 2
274
Relationship between Main Run Command and RTC Timer Status
274
RTC Timer (Example)
274
Operation of Offset Time
276
Rated Voltage and Frequency Settings
278
Slip Compensation Output Frequency
281
Slip Compensation Limit
282
SLV Mode Adjustment
282
18-00 Effect on the Torque and Speed
282
18-00/18-01 Slip Compensation Gain Versus Frequency Reference
283
18-01 Effect on Torque Speed Curve
283
ASR Block Diagram (SLV Mode)
285
ASR Setting (SLV Control Mode)
285
ASR Gain Setting (SLV Mode)
285
System Response of ASR Proportion Gain
286
The Response of ASR Integral Time
287
Effect on the Torque-Speed Curve from 20-17
288
Torque Limit Setting
289
Torque Limit Analog Input
290
Analog Input Torque Limit (AI2)
290
Diagram of Pressure Feedback Value
296
Guide for PID Parameter Adjustment
296
Diagram for PID Parameter Adjustment
296
Diagram for Stop Time of Constant Pressure
297
Diagram for Pressure Feedback Limit
298
Diagram for Warning to Stop under the Limit of High Pressure
299
Diagram for Warning to Stop under the Limit of Low Pressure
300
Diagram for Upward Detection of Water Pressure
301
Diagram for Downward Detection of Water Pressure
302
Guide for Comparison of Water Pressure Detection Direction
303
Dual Pumps Start up Process
304
Diagram for Accumulative Electricity Pulse Output
308
Diagram for High Flow Limited Warning of Stop
310
Diagram for Low Flow Limited Warning of Stop
311
Diagram for the Process of Low Suction
312
Detection Signal of Water Used
312
Fixed Modes of Inverter Pump
314
Cycle Modes of Inverter Pump
315
Cycle Modes of Inverter Pump in the Control Board
315
Diagram for the Single Cycle Modes of Inverter Pump
317
Diagram of Increasing Pump in the Fixed Modes of Inverter Pump
319
Diagram of Decreasing Pump in the Fixed Modes of Inverter Pump
320
Diagram of Increasing Pump in the Cycle Modes of Inverter Pump
321
Diagram of Increasing Pump in 1 to 3 Relay Modes
322
Diagram of Decreasing Pump in 1 to 3 Relay Modes
323
Wiring for 1 to 8 Pump Card and 1 to 3 Relay Modes
324
Wiring for the Cycle Modes of Inverter Pump
325
Wiring for the Cycle Modes of Inverter Pump in the Control Board
326
Built-In PLC Function
327
Basic Command
327
Basic Command Function
328
D(D)Command Function
328
Application Functions
329
Counter Function
329
Timer Function
331
Operation Control Function
334
Summation and Subtraction Functions
335
Multiplication and Division Modes
335
Modbus Protocol Descriptions
336
Communication Connection and Data Frame
336
Data Format Frame
337
Checksum Calculation
338
CRC Calculate Program (C Language)
338
Exception Code
339
Register and Data Format
340
Command Data (Read / Write)
340
Monitor Data (Read Only)
341
Read Holding Register
343
Loop Back Test
344
Write Single Holding Register
345
Write Multiple Holding Register
346
Parameter Data and Corresponding Register no
348
Bacnet Protocol Descriptions
359
Bacnet Services
359
Bacnet Protocol Structure
360
Bacnet Specifications
361
Object and Property Supporting List
361
Bacnet Object Properties
362
Inverter Property List
362
Analog Input Property List (READ)
362
Analog Output Property List (READ/ WRITE)
363
Analog Value Property List (READ/ WRITE)
364
Digital Input Property List (READ)
364
Digital Output Property List (READ/ WRITE)
364
Digital Value Property List (READ/ WRITE)
364
Metasys N2 Communication Protocol
365
Introduction and Setting
365
Metasys N2 Specification
365
Definition of Metasys N2 Communication Protocol
366
Metasys N2 Communication Protocol in F510 Model
367
Binary Input Property List (READ)
370
Binary Output Property List (READ/ WRITE)
370
Metasys N2 Error Code List
370
LED Keypad (Stopped)
371
LED Keypad (Running)
371
Chapter 5 Check Motor Rotation and Direction
371
LCD Keypad Display
372
Reference from Keypad
373
Chapter 6 Speed Reference Command Configuration
373
Reference from External Analog Signal (0-10V / 4-20Ma)
374
Reference from Serial Communication RS485 (00-05=3)
376
Frequency Reference Command Register
376
Reference from Two Analog Inputs
378
Change Frequency Unit from Hz to Rpm
378
Run/Stop from the Keypad (00-02=0) – Default Setting
379
Chapter 7 Operation Method Configuration (Run / Stop)
379
Run/Stop from External Switch / Contact or Pushbutton (00-02=1)
380
Run/Stop from Serial Communication RS485 (00-02=3)
381
Set Motor Nameplate Data (02-01, 02-05)
383
Chapter 8 Motor and Application Specific Settings
383
Acceleration and Deceleration Time (00-14, 00-15)
384
Torque Compensation Gain (01-10)
385
Automatic Energy Savings Function (11-19)
386
Emergency Stop
388
Direct / Unattended Startup
389
Analog Output Setup
390
What Is PID Control?
392
Chapter 9 Using PID Control for Constant Flow / Pressure Applications
392
Connect Transducer Feedback Signal (10-01)
394
Engineering Units
395
Sleep / Wakeup Function
396
PID Sleep Function
396
General
397
Fault Detection Function
397
Fault Information and Possible Solutions
397
Chapter 10 Troubleshooting and Fault Diagnostics
397
Warning / Self-Diagnosis Detection Function
401
Warning / Self-Diagnosis and Corrective Actions
401
Auto-Tuning Error
408
Auto-Tuning Fault and Corrective Actions
408
PM Motor Auto-Tuning Error
409
Auto-Tuning Fault and Corrective Actions for PM Motor
409
Braking Resistors and Braking Units
410
List of Braking Resistors and Braking Units (IP20)
410
Chapter 11 Inverter Peripheral Devices and Options
410
List of Braking Resistors and Braking Units (IP55)
412
AC Line Reactors
413
List of AC Line Reactors
413
200V Class AC Reactor Dimensions
414
400V Class AC Resistor Dimensions
415
Input Noise Filters
416
Input Noise Filter on Specifications & Ratings
416
Input Noise Filter Specifications and Ratings (IP20)
416
Input or Output Noise Filter (EMI Suppression Zero Phase Core)
416
Frequency Attenuation Characteristics (10 Windings Case)
417
Example of EMI Suppression Zero Phase Core Application
417
Input Current and Fuse Specifications
418
IP20 200V Class
418
IP20 400V Class
418
IP55 400V Class
419
Other Options
420
JN5-OP-F02 LCD Keypad
420
Analog Keypad
420
LED/ LCD Keypad
421
Dimensions of LED Keypad
421
Dimensions of LCD Keypad (IP55)
422
Copy Unit (JN5-CU)
423
Copy Module (JN5-CU-M)
423
RJ45 to USB Connecting Cable (1.8M)
423
Communication Options
425
Profibus Communication Option Card
426
Introduction
426
Specification of JN5-CM-PBUS
426
Wiring Diagram of JN5-CM-PBUS
427
Installation
427
Descriptions of Terminals, Leds and DIP Switch
430
Related Parameters for Communication
431
Profibus I/O List
431
Error Message
435
GSD File
435
Protective Cover
437
Appendix-A Instructions for UL
438
Recommended Input Fuse Selection
440
Motor Overtemperature Protection
440
Drive Motor Overload Protection
441
Overload Protection Settings
441
Motor Overload Protection Time
441
Closed-Loop Crimp Terminal Size
442
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TECO F510 series Instruction Manual (555 pages)
Brand:
TECO
| Category:
Inverter
| Size: 12.71 MB
Table of Contents
Chapter 1 Safety Precautions
7
Before Supplying Power to the Inverter
7
Before Operation
8
Parameter Setting
8
Maintenance, Inspection and Replacement
9
Disposal of the Inverter
9
Chapter 2 Model Description
10
Nameplate Data
10
Model Identification
10
Inverter Models - Motor Power Rating
11
Chapter 3 Environment and Installation
14
Ambient Environment
14
Installation
15
External View
16
Warning Labels
20
Removing the Front Cover and Keypad
21
Inverter Wiring
33
Wire Gauges and Tightening Torque
33
Wiring Peripheral Power Devices
34
General Wiring Diagram
36
Single/ Multi- Pump Dedicated Wiring Diagram
38
Wiring for Control Circuit Terminals
44
Input / Output Power Section Block Diagram
59
Cooling Fan Supply Voltage Selection (400V Class)
62
Power Input Wire Size, NFB and MCB Part Numbers
63
Wiring Precautions
65
Input Power and Cable Length
67
Inverter Specifications
68
Basic Specifications
68
General Specifications
70
Inverter De-Rating Based on Carrier Frequency
72
Inverter De-Rating Based on Temperature
76
Capacitor Reforming Guide after Long Storage
76
Inverter Dimensions
77
Standard Type (IP00/IP20)
77
Chapter 4 Keypad and Programming Functions
90
LED Keypad
90
Seven Segment Display Description
92
Led Indicator Description
94
Power-Up Monitor
96
Modifying Parameters/ Set Frequency Reference
97
Operation Control
99
Lcd Keypad
100
Keypad Menu Structure
102
Monitor Mode
103
Programming Mode
104
Basic Parameters
106
Default Unit
118
Automatic Program Operation Parameters
119
Control Mode
138
Description of Parameters
159
Acceleration Deceleration Time
167
Type Specification
179
Parameter Settings
244
Specification
277
Password Input
315
Inverter Status
331
Auto Tuning
335
Built-In PLC Function
398
Basic Command
398
Basic Command Function
399
Counter Modes
400
Timer Function
402
Timer Mode Description
402
Modbus Protocol Descriptions
408
Register and Data Format
412
ASCII Mode
415
RTU Mode
415
Bacnet Protocol Descriptions
432
Bacnet Services
432
Bacnet Specifications
434
Metasys N2 Communication Protocol
438
Definition of Metasys N2 Communication Protocol
439
Metasys N2 Communication Protocol in F510 Model
440
Chapter 5 Check Motor Rotation and Direction
444
Chapter 6 Speed Reference Command Configuration
446
Reference from External Analog Signal (0-10V / 4-20Ma)
447
Reference from Serial Communication RS485 (00-05=3)
449
Reference from Two Analog Inputs
451
Change Frequency Unit from Hz to Rpm
451
Chapter 7 Operation Method Configuration (Run / Stop)
452
Run/Stop from External Switch / Contact or Pushbutton
453
Run/Stop from Serial Communication RS485 (00-02=3)
454
Chapter 8 Motor and Application Specific Settings
456
Set Motor Nameplate Data
456
Acceleration and Deceleration Time
457
Torque Compensation Gain
458
Emergency Stop
461
Direct / Unattended Startup
462
Analog Output Setup
463
Chapter 9 Using PID Control for Constant Flow / Pressure
465
What Is PID Control
465
Connect Transducer Feedback Signal
467
Analog Input AI2
467
Engineering Units (Only for LCD)
468
Sleep / Wakeup Function
469
Chapter 10 Troubleshooting and Fault Diagnostics
470
Warning / Self-Diagnosis Detection Function
476
Auto-Tuning Error
484
PM Motor Auto-Tuning Error
485
General Troubleshooting
486
Troubleshooting of the Inverter
487
Troubleshooting for OC, OL Error Displays
489
Troubleshooting for OV, LV Error
490
The Motor Can Not Run
491
Motor Overheating
492
Motor Runs Unbalanced
493
Routine and Periodic Inspection
494
Maintenance
495
Chapter 11 Inverter Peripheral Devices and Options
496
Braking Resistor
498
AC Line Reactors
500
Input Noise Filters
502
Input Current and Fuse Specifications
504
Other Options
506
Communication Options
511
Protective Cover
512
Product Specifications
514
LED Indicator Descriptions
516
Control Character
519
Troubleshooting
522
Installation Instructions
523
Specifications
537
I/O Expansion Card
543
Appendix-A Instructions for UL
550
TECO F510 series Quick Setting Manual (108 pages)
Brand:
TECO
| Category:
Inverter
| Size: 3.37 MB
Table of Contents
Chapter 1 Safety Precautions
2
Before Supplying Power to the Inverter
2
Before Operation
3
Parameters Setting
3
Maintenance, Inspection and Replacement
4
Disposal of the Inverter
4
System Diagram
5
Chapter 2 Environment and Installation
5
Chapter 3 Programming Functions
14
Troubleshooting and Fault Diagnostics
52
Warning / Self-Diagnosis Detection Function
54
Auto-Tuning Error
57
PM Motor Auto-Tuning Error
58
Appendix-A Instructions for UL
102
Avant L'opération
105
Configuration Paramètre
105
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TECO F510 series Quick Setting Manual (100 pages)
Brand:
TECO
| Category:
Inverter
| Size: 2.2 MB
Table of Contents
Chapter 1 Safety Precautions
2
Before Supplying Power to the Inverter
2
Before Operation
3
Parameter Setting
3
Maintenance, Inspection and Replacement
4
Disposal of the Inverter
4
System Diagram
5
Chapter 2 Environment and Installation
5
General Wiring Diagram
6
Terminal Description
7
Cooling Fan Supply Voltage Selection (400V Class)
10
Chapter 3 Programming Functions
11
Troubleshooting and Fault Diagnostics
48
Warning / Self-Diagnosis Detection Function
50
Auto-Tuning Error
53
PM Motor Auto-Tuning Error
54
Appendix-A Instructions for UL
94
Avant L'opération
97
Configuration Paramètre
97
Entretien, Inspection et Remplacement
98
Mise au Rebut du Variateur
98
TECO F510 series Quick Start Manual (11 pages)
Brand:
TECO
| Category:
Inverter
| Size: 0.48 MB
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