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Media Converter
DCS 500B
ABB DCS 500B User Manual
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DCS500 Pin and Parameter list
A 88
Group 110: EMF CONTROL
FLUX_REF1
Signal of EMF CONTRO
L-function block
( S8/16 )
Flux reference after field weakening function.
11001
FB_O: I2
SC: FLUX
HL: -
LL: -
D: -
U: %
FLUX_REF_S
UM
Signal of EMF CONTRO
L-function block
( S8/16 )
Final flux reference.
11002
FB_O: I2
SC: FLUX
HL: -
LL: -
D: -
U: %
F_CURR_REF
Signal of EMF CONTRO
L-function block
( S8/16 )
Field current refer
ence.
11003
FB_O: I2
SC: FLUX
HL: -
LL: -
D: -
U: %
191
193
Table of Contents
Table of Contents
3
General
9
Software Overview
10
Parameter Sets
10
Saving the Program
10
Identification of the Converter Software Version
11
Identification of the Field Exciter Software Version
11
Function Blocks
12
Digital and Analog I/O
13
Digital Inputs
13
Digital Outputs
13
Analog Inputs
14
Analog Outputs
17
Settings and Commissioning Functions
19
SETTINGS Function Block
19
MANUAL TUNING Function Block
20
Autotuning
21
Drive Logic
24
DRIVE LOGIC Function Block
24
Closing Control of the Contactors
24
Opening Control of the Contactors
25
Run Control
25
Stop Control
26
Reset the Drive Fault
28
Change between Parameter Set1 and Set2
29
Local/Remote
29
Speed Feedback and Speed Reference Handling
31
Speed Scaling to Software
31
SPEED_MEASURMENT Function Block
31
Selection of the Speed Actual Measurement
32
Incremental Encoder
32
Analogue Tacho Generator
32
Polarity
32
Scaling of the Actual Voltage to Control
33
Application Example
33
Actual Speed Based on EMF
33
Calculation of Speed from the EMF
33
Filtering of the Actual Speed
33
CONST_REF Function Block
34
SOFTPOT Function Block
34
Reference Increment and Decrement
34
Limitation
34
REF_SEL Function Block
34
Changing of the Speed Direction of Rotation
35
RAMP GENERATOR Function Block
35
Local / Remote Speed Reference
35
Holding of the Reference
35
Ramp Function in Emergency Stop
35
Selecting of the Ramp Function
36
Limitation of the Reference
36
Passing of the RAMP Function
36
Output Follows the Speed Actual
36
Reset the Output
36
Acceleration Compensation
36
Speed Control
38
REFSUM_2 Function Block
38
SPEED_ERROR Function Block
38
Speed Step for Testing
38
Error Value Filter
38
Window Control Principle
39
Application Example for Window Control
39
Enabling the Window Control
39
Determining the Window Size
39
Output Connection Points
39
SPEED_CONTROL Function Block
39
Gain and Integral Time Settings
40
The P-Gain Reduction
40
Output Limitation
40
Integral Part Setting During the Control Mode Changing
41
Principle of Drooping
41
Drooping Adjustment
41
Speed Actual Comparators
42
Overspeed Limit
42
Speed Measurement Fault
42
Stall Protection
42
Torque Reference
45
Torque Reference Scaling
45
Load Sharing in Master / Follower Application
45
Output Limitation
45
TORQUE/CURRENT_LIMITATION Function Block
45
Current Limitations
45
TORQ_REF_SELECTION Function Block
45
Torque Limits
46
Speed Dependant Current Limitation
46
Gear Backlash Compensation
47
Current Control
50
Torque Reference Selection
50
TORQ_REF_HANDLING Function Block
50
Torque Step
51
Output Limitation and Its Indication
51
CURRENT_CONTROL Function Block
51
Torque / Current Reference Selection
51
Current Response Test
51
Regulation Blocking
51
Armature Current Scaling
51
Current Reference Rise Time
51
Current Reference Limitation
51
Current Difference Alarm
51
PI- Regulation
52
Scaling of the Gain KP
52
Scaling of the Time Constant KI
52
Discontinuous Current Point
52
Tuning of Current Regulator
53
Firing Angle Limitation
53
Additional Commutation Reserve DXN
53
Example
53
Network Reactance
54
Short Circuit Current
54
400 A Load
54
Dxn
54
Firing Angle Example
55
Note
55
Status Indication for Bridge
55
Field Excitation
57
Selection of the Field Exciter
58
Field Exciter Status
58
No Field Acknowledge Selected
58
Internal Diode Field Exciter SDCS-FEX-1
58
Internal Field Exciter SDCS-FEX-2
59
Acknowledge
59
External Field Exciter DCF503-0050
59
External Field Exciter DCF504-0050
59
AI/DI Connected Field Exciters
59
Acknowledge Selection
59
Use of the Analog Input Channel
60
Calculation Example
60
Two Field Exciters at the same Time
60
Field Current Settings
60
Free Wheeling Function
61
Trigger Point Setting of the Free Feeling Function
61
Filter for Actual Field Current
61
Field Current Controller
62
Field Reversal
62
Activating
63
Field Direction Change Hysteresis
63
Force Field Direction
63
Field Monitoring When Changing Direction
63
Opti-Torque
64
Selection of OPTI-TORQUE
65
Field Current Reduction Using Torque Reference
65
Field Monitoring When OPTI-TORQUE Changes the Field Direction
66
Field Current / FLUX Linearisation
66
Saturation
67
Linearisation Procedure
67
Field Reduction When at Stand-Still
67
Field Heating When in "OFF"-State
68
The Purpose of EMF Controller
68
Selection of EMF-Control
69
Resistive and Inductive Voltage Drop
69
Field Weakening Area
69
FLUX Reference Handling
70
Flux Reference in Emergency Stop
70
EMF Reference Handling
70
PI - Controller
70
EMF-Error Value Filter
71
PI -Gain Value Scaling
71
PI - Controller Output Limitation
71
Protections
73
Network Voltage Measurement
73
400 V Supply
73
Network Undervoltage
73
Network Overvoltage
73
Overcurrent
73
CONVERTER_PROTECTION Function Block
73
Over -Temperature
74
Earth Fault
74
MOTOR_1_PROTECTION Function Block
75
Alarm and Tripping Limits
76
Motor Protection by Means of the Switch
77
Motor Thermal Model
77
Preloading
79
Thermal Model Selection
79
Alarm and Tripping Limits
79
Thermal Time Constant
80
Brake Control
84
Safety
84
Holding Torque
84
Brake Release
84
Minimum Speed Indication
84
Brake Acknowledge
84
Start Delay
85
Stop Delay
85
Function
85
Tref out
87
Tref Enable
87
Decel Cmnd
87
Lift Brake
87
Brake Run
87
Extended Inputs / Outputs
89
Serial Link Via FIELDBUS
91
• 12 Pulse Configuration
93
DATA LOGGER Function Block
95
User Event
98
Diagnostics
100
FAULT HANDLING Function Block
100
Fault and Alarm Signals
100
Fault Word Bits
100
Alarm Word Bits
100
Fault Logger
100
CONSTANTS Function Block
101
Logical Constants
101
Numerical Constants
101
Dcs 500 Thyristor Power Converters Parameter and Signal List
106
General
108
Parameters of DCS 500
109
Signals of DCS 500
111
Group 1: ANALOG INPUTS
112
Group 2: ANALOG OUTPUTS
116
Group 3: BRAKE CONTROL
118
Group 4: CURRENT CONTROL
119
Group 5: CONVERTER and MOTOR
122
Group 6: DATA LOGGER
127
Group 8: DIGITAL OUTPUTS
129
Group 9: DRIVE LOGIC
131
Group 10: EMF CONTROL
134
Group 11: FAULTS, ALARMS
137
Group 12: MAINTENANCE
140
Group 13: MOTOR 1 FIELD
143
Group 14: MOTOR 1 PROTECT
146
Group 15: MOTOR 2 FIELD
147
Group 16: MOTOR 2 PROTECT
149
Group 17: RAMP GENERATOR
150
Group 18: REFERENCE CHAIN
152
Group 19: REFERENCE SOURCES
153
Group 20: SPEED CONTROLLER
156
Group 21: SPEED MEASUREMENT
158
Group 22: SPEED MONITOR
159
Group 23: TORQUE and CURRENT LIMITS
161
Group 24: TORQUE REFERENCE CHAIN
164
Group 25: FB EXECUTION
165
Group 26: FUNCTION BLOCKS 1
166
Group 27: FUNCTION BLOCKS 2
166
Group 28: FUNCTION BLOCKS 3
166
Group 29: FUNCTION BLOCKS 4
166
Group 30: FUNCTION BLOCKS 5
166
Group 31: FUNCTION BLOCKS 6
166
Group 32: FUNCTION BLOCKS 7
166
Group 34: FUNCTION BLOCKS 9
166
Group 36: 12-PULSE OPERATING
167
Group 37: WINDER PARAMETER
170
Group 38: FUNCTION BLOCKS WINDER
170
Group 39: FUNCTION BLOCKS 10
170
Group 40: FIELDBUS
171
Group 101: ANALOG INPUTS
178
Group 103: BRAKE CONTROL
182
Group 104: CURRENT CONTROL
183
Group 105: CONVERTER, MOTOR
184
Group 106: DATA LOGGER
186
Group 107: DIGITAL INPUTS
187
Group 109: DRIVE LOGIC
190
Group 110: EMF CONTROL
192
Group 111: FAULTS, ALARMS
193
Group 112: MAINTENANCE
197
Group 113: MOTOR 1 FIELD
202
Group 114: MOTOR 1 PROTECT
203
Group 115: MOTOR 2 FIELD
204
Group 116: MOTOR 2 PROTECTION
205
Group 117: RAMP GENERATOR
206
Group 118: REFERENCE CHAIN
207
Group 119: REFERENCE SOURCES
208
Group 120: SPEED CONTROLLER
209
Group 121: SPEED MEASUREMENT
210
Group 122: SPEED MONITOR
211
Group 123: TORQUE and CURRENT LIMITS
212
Group 124: TORQUE REFERENCE CHAIN
213
Group 125: TASKS, CONSTANTS
214
Group 126: FUNCTION BLOCKS 1
217
Group 127: FUNCTION BLOCKS 2
217
Group 128: FUNCTION BLOCKS 3
217
Group 129: FUNCTION BLOCKS 4
217
Group 130: FUNCTION BLOCKS 5
217
Group 135: Ddctool
218
Group 136: 12-PULSE-OPERATING
219
Group 138: FUNCTION WINDER BLOCKS
222
Group 139: FUNCTION BLOCKS 10
222
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Service Manual
126 pages
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ABB DCS 500B Specifications
General
Brand
ABB
Model
DCS 500B
Category
Media Converter
Language
English
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