ABB ACS880-107 manuals

ACS880-107

Brand: ABB | Category: DC Drives

ACS880-107

Brand: ABB | Category: Servo Drives

ACS880-107

Brand: ABB | Category: Controller

Table of contents

1. List of related manuals
2. Table Of Contents
3. Table Of Contents
4. Table Of Contents
5. Table Of Contents
6. Table Of Contents
7. Table Of Contents
8. Table Of Contents
9. What this chapter contains
10. Licensing
11. Contents of the manual
13. Local control vs. external control
14. External control
15. Operating modes of the drive
16. Speed control mode
17. Contents of this chapter
18. Drive start-up
19. ESP application minimum configuration
21. Backspin supervision
22. Backspin speed observer constraints
23. Starting the motor
24. Kick-start
25. Current pulse-start
26. ESP production mode
27. Automatic process control mode
28. Underload and overload protection
29. Underload ride through recovery sequence
30. Overload recovery sequence
31. Motor voltage control
32. Pump impeller cleaning
33. Pump curves
35. Drive configuration and programming
36. Adaptive programming
37. Control interfaces
38. Programmable relay outputs
39. Fieldbus control
40. Master/follower functionality
41. External controller interface
42. Control of a supply unit (LSU)
43. Motor control
44. Constant speeds/frequencies
45. Speed controller autotune
46. Oscillation damping
47. Resonance frequency elimination
48. Encoder support
49. Jogging
50. Scalar motor control
51. Autophasing
52. Flux braking
53. DC magnetization
54. Hexagonal motor flux pattern
55. Application control
56. Motor potentiometer
57. Mechanical brake control
58. DC voltage control
59. Voltage control and trip limits
60. Brake chopper
61. Safety and protections
62. Motor thermal protection
63. Thermal protection of motor cable
64. Automatic fault resets
65. Other programmable protection functions
66. Diagnostics
67. Energy saving calculators
68. Miscellaneous
69. User lock
70. Reduced run function
71. du/dt filter support
73. Factory macro
74. Default control connections for the Factory macro
75. Hand/Auto macro
76. Default control connections for the Hand/Auto macro
77. PID control macro
78. Default parameter settings for the PID control macro
79. Default control connections for the PID control macro
80. Sensor connection examples for the PID control macro
81. Torque control macro
82. Default control connections for the Torque control macro
83. Sequential control macro
84. Selection of constant speeds
85. Default control connections for the Sequential control macro
86. Fieldbus control macro
88. Terms and abbreviations
89. Summary of parameter groups
90. Parameter listing
91. Input references
92. Warnings and faults
94. Control and status words
95. System info
96. ESP signals
97. Standard DI, RO
98. Standard DIO, FI, FO
99. Standard AI
100. Standard AO
101. I/O extension module 1
102. I/O extension module 2
103. I/O extension module 3
104. Operation mode
105. Start/stop/direction
106. Start/stop mode
107. Speed reference selection
108. Speed reference ramp
109. Speed reference conditioning
110. Speed control
111. Torque reference chain
112. Frequency reference chain
113. Limits
114. Fault functions
115. Supervision
116. Generic timer & counter
118. Load analyzer
119. User load curve
120. Process PID set 1
121. Process PID set 2
124. Energy efficiency
125. Monitoring/scaling settings
126. Data storage
127. Panel port communication
128. Fieldbus adapter (FBA)
129. FBA A settings
130. FBA B settings
131. Embedded fieldbus
132. DDCS communication
133. D2D and DDCS transmit data
134. D2D and DDCS receive data
135. ESP control
136. ESP reference setup
137. ESP automatic control
138. Load protection
139. Voltage control
140. Pump cleaning
141. Q-H pump curves
142. Feedback selection
143. Encoder module settings
144. Encoder 1 configuration
145. Encoder 2 configuration
146. LSU control
147. HW configuration
148. System
150. User motor parameters
151. Motor data
152. Safety
154. Fieldbus addresses
155. Parameter groups 1...9
156. Parameter groups 10...99
158. Pure events
159. Other data loggers
160. QR Code generation for mobile service application
161. Warning messages
162. Fault messages
164. Connecting the fieldbus to the drive
165. Setting up the embedded fieldbus interface
166. Setting the drive control parameters
167. Basics of the embedded fieldbus interface
168. Control word and Status word
169. Register addressing
170. About the control profiles
171. The ABB Drives profile
172. Status Word
173. State transition diagram
174. References
175. Actual values
176. Modbus holding register addresses
177. The Transparent profile
178. Modbus function codes
179. Exception codes
180. Coils (0xxxx reference set)
181. Discrete inputs (1xxxx reference set)
182. Error code registers (holding registers 400090...400100)
184. Basics of the fieldbus control interface
187. Contents of the fieldbus Control word (ABB Drives profile)
188. Contents of the fieldbus Status word (ABB Drives profile)
189. The state diagram (ABB Drives profile)
190. Setting up the drive for fieldbus control
191. Parameter setting example: FPBA (PROFIBUS DP)
193. Speed reference source selection I
194. Speed reference source selection II
195. Speed reference ramping and shaping
196. Motor feedback configuration
197. Load feedback and position counter configuration
198. Speed error calculation
199. Speed controller
200. Torque reference source selection and modification
201. Operating mode selection
202. Reference selection for torque controller
203. Torque limitation
204. Torque controller
205. Frequency reference selection
206. Frequency reference modification
207. Process PID setpoint and feedback source selection
208. Process PID controller
209. Master/Follower communication I (Master)
210. Master/Follower communication II (Follower)
211. Product and service inquiries

ACS880-107

Brand: ABB | Category: Inverter

Table of contents

1. list of related manuals
2. Table Of Contents
3. Table Of Contents
4. Table Of Contents
5. Table Of Contents
6. Table Of Contents
7. What this chapter contains
8. Contents of the manual
9. Safety data (SIL, PL)
11. Inverter unit hardware
12. Inverter module frame sizes R1i to R4i
13. Standard cabinet layout
14. Inverter module frame size R5i
16. Layout of cubicle with frame R5i modules in their own compartments (option +C204
17. Inverter module frame sizes R6i and R7i
18. Cabinet layout
19. Inverter module frame size R8i and multiples
20. Cooling fans
21. Motor cabling
22. Control interfaces
23. Frames R1i...R7i (with ZCU)
24. Frame R8i and multiples (with BCU)
25. The ACS-AP-W control panel
26. Charging switch (frame R8i and multiples only)
27. Type designation labels
28. Inverter unit type designation key
30. Layout and connections
31. ZCU-14 layout and connections
32. BCU layout and connections
33. Default I/O connection diagram (ZCU)
34. Default I/O connection diagram (BCU)
35. External power supply for the control unit (XPOW)
36. AI1 or AI2 as a Pt100, Pt1000, PTC or KTY84 sensor input
37. DIIL input
38. FSO-xx safety functions module connection (X12)
39. Control unit connector data
41. Electrical safety precautions
42. General notes
43. Motor and motor cable
44. Connecting the motor cable – Frame sizes R1i to R5i
45. Motor cable connection procedure
46. Connecting the motor cable – Frame sizes R6i and R7i
48. Connection diagram (without option +H366)
49. Connection diagram (with option +H366)
51. Removing the inverter module(s)
52. Connecting the motor cables
53. Re-inserting the inverter modules into the cubicle
54. cubicle (+H359)
55. Procedure
56. Installing optional modules on the control unit
57. Installing an FSO-xx safety functions module (frame sizes R8i and multiples)
58. Installation of I/O extension, fieldbus adapter and pulse encoder interface modules
59. Connecting the control cables
60. Connecting a PC to the inverter unit
61. Panel bus (Control of several inverter units from one control panel)
62. Contents of this chapter
64. Checks with no voltage connected
65. Connecting voltage to auxiliary circuits
66. Checks with auxiliary voltage connected
67. Connecting voltage to inverter unit
68. Checks with voltage connected to inverter unit
69. Control from an overriding system
71. Cabinet
72. Cleaning the door air inlets (IP54)
73. Module heatsinks
75. Replacement of module fan (frames R3i and R4i)
76. Replacement of main cooling fan (frame R5i without option +C204)
77. Replacement of main cooling fan (frame R5i with option +C204)
78. Replacement of auxiliary cooling fan (frame R5i)
79. Replacement of module fan(s) (frames R6i and R7i)
80. Replacement of module fans (frame R8i)
81. Replacement of circuit board compartment fan (frame R8i)
82. Cabinet cooling fans
83. Replacing the control cubicle fan (Frame R8i and multiples)
84. Inverter module replacement (frame R5i)
85. Inverter module replacement (frames R6i and R7i)
86. Inverter module replacement (frame R8i and multiples)
87. DC fuse replacement (frame R8i and multiples)
88. Capacitors
89. Control panel
91. Definitions
92. Derating
93. Inverter modules used, DC fuses, DC capacitances
94. technical data
95. Noise and cooling characteristics
96. Sine output filter data
97. Input power (DC) connection
98. Control connections
99. Cooling
100. Standards
101. Tightening torques
103. Frames R6i and R7i
104. Dimension drawing, 400 mm wide cubicle
105. Frame R8i and multiples
106. Dimension drawing, cubicle with 2×R8i modules (without +C128 or +H353)
107. Dimension drawing, drive control unit (DCU) (300 mm)
109. Compliance with the European Machinery Directive
110. Cable types and lengths
111. Single-channel connection
112. Frame n×R8i inverter unit (internal power supply)
113. Multiple inverter units (internal power supply)
114. Multiple inverter units (external power supply)
115. Operation principle
116. Maintenance
117. Safety data
118. Abbreviations
119. Product and service inquiries

ACS880-107

Brand: ABB | Category: Industrial Electrical

ACS880-107

Brand: ABB | Category: Inverter