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ACS880-104 first page preview

ACS880-104

Brand: ABB | Category: Control Unit
ACS880-104 first page preview

ACS880-104

Brand: ABB | Category: Industrial Electrical
Table of contents
  1. Table Of Contents
  2. Table Of Contents
  3. Table Of Contents
  4. Contents of this chapter
  5. Related manuals
  7. Selecting the main contactor (breaker)
  8. Selecting the supply transformer
  9. Additional notes
  10. A drive with a 12-pulse diode supply unit
  11. Examining the compatibility of the motor and drive
  12. Availability of du/dt filter and common mode filter by drive type
  13. Additional requirements for non-ABB high-output and IP23 motors
  14. Additional data for calculating the rise time and the peak line-to-line voltage
  15. Selecting the power cables
  16. Alternative power cable types
  17. Not allowed power cable types
  18. Additional US requirements
  19. Selecting the control cables
  20. Routing the cables
  21. Separate control cable ducts
  22. Implementing thermal overload and short circuit protections
  23. Multidrive modules
  24. Implementing a motor temperature sensor connection
  25. Implementing a ground fault protecting function
  26. Implementing the Emergency stop function
  27. Implementing the Prevention of unexpected start-up function
  29. Implementing the Power-loss ride-through
  30. Implementing a bypass connection
  32. Applicable standards
  33. Markings
  34. EMC compliance (IEC/EN 61800-3:2004 + A2012)
  35. Category C3
  36. EU Declaration of Conformity (Machinery Directive)
  37. UL and CSA checklist
  38. Disclaimers
ACS880-104 first page preview

ACS880-104

Brand: ABB | Category: DC Drives
ACS880-104 first page preview

ACS880-104

Brand: ABB | Category: Industrial Equipment
ACS880-104 first page preview

ACS880-104

Brand: ABB | Category: Servo Drives
ACS880-104 first page preview

ACS880-104

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
ACS880-104 first page preview

ACS880-104

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. Table Of Contents
  8. Table Of Contents
  9. Table Of Contents
  10. Table Of Contents
  11. Table Of Contents
  12. Table of contents
  13. Table of contents
  14. safety instructions
  15. related documents
  16. terms and abbreviations
  18. Overview diagram of the drive system
  19. Inverter module hardware
  20. Frames R1i to R4i
  21. Module layout – Frame R4i
  22. Overview circuit diagram of an inverter cubicle
  23. Frame R5i
  25. Frames R6i and R7i
  26. Module layout
  27. Overview circuit diagram of a frame R6i inverter unit
  28. Overview circuit diagram of a frame R7i inverter unit
  29. Frame R8i and multiples
  31. Connectors X50...X53
  32. Fiber optic connectors
  33. Overview circuit diagram of a frame R8i inverter unit
  34. Overview circuit diagram of a frame 2×R8i inverter unit
  35. Inverter unit control interfaces
  36. Overview of control connections of the BCU control unit
  37. The ACS-AP-x control panel
  38. type designation label
  40. Unpacking – Frames R6i...R8i
  42. Installation examples
  43. R1i...R4i modules in a 400 mm wide Rittal TS 8 enclosure
  44. Overview of kits
  45. Stage 1: Installation of common parts
  46. Stage 2: Installation of bottom plate
  47. Stage 3: Installation of mounting plate
  48. Stage 4: Installation of DC busbars
  49. Stage 5: Installation of mounting plate shrouds
  50. Stage 6: Installation of inverter modules and air guides
  51. Stage 7: Installation of du/dt filters
  52. R1i...R4i modules in a 600 mm wide Rittal TS 8 enclosure
  61. R1i...R4i modules in a 800 mm wide Rittal TS 8 enclosure
  70. R5i modules in a 400 mm wide Rittal TS 8 enclosure
  74. Stage 3: Installation of inverter module mounting plate
  76. Stage 5: Installation of front mounting plate
  77. Stage 6: Installation of inverter modules
  79. R5i modules in a 600 mm wide Rittal TS 8 enclosure
  88. One R6i/R7i module in a 400 mm wide Rittal TS 8 enclosure
  92. Stage 3: Installation of support beams
  93. Stage 4 (R6i): Installation of DC busbars and charging components
  94. Stage 4 (R7i): Installation of DC busbars and charging components
  95. Stage 5: Installation of common mode filters
  96. Stage 6A: Installation of AC busbars (without du/dt filters)
  97. Stage 6B: Installation of AC busbars (with du/dt filters)
  98. Stage 7: Installation of inverter module
  99. Stage 8: Installation of shrouding brackets
  100. One R8i module in a 400 mm wide Rittal TS 8 enclosure
  103. Stage 2A: Installation of DC busbars (1) (without DC switch/charging)
  104. Stage 2B: Installation of DC busbars (1) (with DC switch/charging)
  105. Stage 3: Installation of module installation parts and lead-throughs
  106. Stage 5A: Installation of DC busbars (2) (without DC switch/charging)
  107. Stage 5B: Installation of DC busbars (2) (with DC switch/charging)
  108. Stage 6: Installation of shrouding
  110. Two R8i modules in a 600 mm wide Rittal TS 8 enclosure
  118. Stage 7: Installation of inverter modules
  119. One R8i module in a 400 mm wide generic enclosure
  120. Two R8i modules in a 600 mm wide generic enclosure
  121. Three R8i modules in a 800 mm wide generic enclosure
  123. general notes
  124. Optical components
  125. Brake resistor assembly
  126. Power connections – Frames R1i...R5i
  127. Frames R3i...R5i
  128. Power connections – Frames R6i...R8i
  129. R7i inverter module
  130. R8i inverter unit
  131. Connection procedure
  132. Grounding the motor cable shield at the motor end
  133. Replacing ACS800 R8i modules with ACS880 R8i modules
  134. Connecting the control cables – All frame sizes
  135. Installing optional modules
  136. Installation of an FSO-xx safety functions module
  137. Installation onto a BCU control unit (Frame R8i and multiples)
  138. Installation beside the control unit
  139. Connecting a PC
  140. Panel bus (Control of several inverter units from one control panel)
  141. installation checklist
  143. Checks/Settings with no voltage connected
  144. Powering up the inverter unit
  145. Checks with voltage connected to the inverter unit
  147. Maintenance timers and counters
  148. Cleaning
  149. Cleaning the door air inlets
  150. Cleaning the door air inlets (IP54)
  151. Cooling fans
  152. Frames R3i and R4i
  153. Frame R5i – Main cooling fan
  154. Frame R5i – Auxiliary cooling fan
  156. Frame R8i – Main cooling fan (modules without option +C188)
  157. Frame R8i – Direct-on-line main cooling fan (option +C188)
  158. Frame R8i – Circuit board compartment fan
  159. Replacing the cabinet cooling fans
  160. Replacing a frame R6i/R7i inverter module
  161. Replacing a frame R8i inverter module
  162. Capacitors
  163. Control panel
  164. led indications
  165. Reduced run
  166. Resuming normal operation
  168. Kit code key
  169. Frames R1i...R4i
  170. ACS-AP-x control panel
  171. DC-side components
  172. Module-specific DC fuse bases (IEC, UL)
  173. AC-side components
  174. Mechanical installation accessories
  175. Cabinet ventilation
  176. Air outlet kits
  180. DC bus installation parts
  181. Main DC switch/disconnector kits
  183. Fuse base shroud kit
  185. cooling fan
  188. DC bus installation parts (for Rittal TS 8 enclosures)
  189. DC switch/disconnector kits
  190. DC connection kit (for Rittal TS 8 enclosures)
  191. DC busbars with common mode filter holder (for Rittal TS 8 enclosures)
  193. Mechanical installation accessories and tools
  194. Lifting device
  197. Cooling fan for IP54 air outlets
  200. Control electronics
  201. Wire sets for use with the reduced run function
  202. DC connection parts 1 of 2 (for Rittal TS 8 enclosures)
  203. DC connection parts 1 of 2 (for generic enclosures)
  204. DC connection parts 2 of 2 (for Rittal TS 8 or generic enclosures)
  205. Common mode filters
  206. DC fuses (IEC, UL)
  208. Charging kits
  209. Charging resistors
  211. Lead-through kit
  212. Ramp (for Rittal TS 8 enclosures)
  213. Shrouding
  215. Cooling fans for IP54 air outlets
  217. Derating
  218. Allowable mounting orientations
  219. Dimensions and weights
  220. Free space requirements
  221. Input power (DC) connection
  222. control connections
  223. Materials
  224. Standards
  225. Auxiliary power consumptions
  226. Fuse data
  227. electrical connections
  228. Cable lugs
  230. Layout and connections
  231. ZCU-14 layout and connections
  232. BCU layout and connections
  233. Default I/O connection diagram (ZCU)
  234. Default I/O connection diagram (BCU)
  235. External power supply for the control unit (XPOW)
  236. AI1 or AI2 as a Pt100, Pt1000 or KTY84 sensor input
  237. DIIL input
  238. FSO-xx safety functions module connection (X12)
  239. Control unit connector data
  241. Compliance with the European Machinery Directive
  242. Cable types and lengths
  243. Single inverter unit (internal power supply)
  244. Frame n×R8i inverter unit (internal power supply)
  245. Multiple inverter units (internal power supply)
  246. Multiple inverter units (external power supply)
  247. Operation principle
  248. Maintenance
  249. Safety data
  250. Abbreviations
  251. Declaration of conformity
  253. Planning the braking system
  254. Selecting the brake resistor
  255. EMC compliance of the complete installation
  256. mechanical installation
  257. Start-up
  258. technical data
  259. Resistor dimensions
  260. Resistor connectors on inverter modules
  262. Frame R1i
  263. Frame R2i
  264. Frame R3i
  265. Frame R4i
  267. Frame R6i
  268. Frame R7i
  269. Frame R8i
  270. Frame R8i with option +P942 (ACS800 retrofit)
  272. BCU control unit
  273. DPMP-01 door mounting kit
  274. DC fuses and fuse bases
  275. Mersen US271MI (R227600C) fuse disconnector (for 27 × 60 mm fuses)
  276. DC fuse blocks for frames R5i...R8i (Bussmann)
  277. Switchgear and charging components
  278. OS160GD04F
  279. OS200DZ22F
  280. OT_ switch/disconnectors
  281. OT400E11
  282. OT400E22
  283. OT400U11
  284. OT400U22
  285. OT600U11, OT630E11
  286. OT1200U__, OT1600E
  287. OT2500E22
  288. OHB_ switch handles
  289. OHB274J12
  290. AF190-30-22-13 contactor
  291. Charging controller
  292. CAV 120 C resistor
  293. Miscellaneous components
  294. Output (du/dt) filters for frames R1i...R5i
  296. Insertion/extraction ramp for frame R8i modules
  298. Component designations used in the diagrams
  300. Frames R1i...R4i – Sheet 001 (Main circuit, control unit)
  301. Frames R1i...R4i – Sheet 020 (Auxiliary voltage distribution)
  302. Frames R1i...R4i – Sheet 026 (Cabinet cooling fan control)
  303. Frame R5i – Sheet 001 (Main circuit, control unit)
  304. Frame R5i – Sheet 020 (Auxiliary voltage distribution)
  305. Frame R5i – Sheet 026 (Cabinet cooling fan control)
  306. Frame R6i – Sheet 001 (Main circuit, control unit)
  307. Frame R6i – Sheet 020 (Auxiliary voltage distribution)
  308. Frame R7i – Sheet 001 (Main circuit, control unit)
  309. Frame R7i – Sheet 020 (Auxiliary voltage distribution)
  310. Frame R8i (with DC switch) – Sheet 001 (DC circuit)
  311. Frame R8i (with DC switch) – Sheet 005 (Inverter module)
  312. Frame R8i (with DC switch) – Sheet 020 (Auxiliary voltage distribution)
  313. Frame R8i (with DC switch) – Sheet 040 (Control unit)
  314. Frame R8i (with DC switch) – Sheet 061 (STO)
  315. Frame 2×R8i – Sheet 001 (DC circuit)
  316. Frame 2×R8i – Sheet 003 (Inverter modules)
  317. Frame 2×R8i – Sheet 020 (Auxiliary voltage distribution)
  318. Frame 2×R8i – Sheet 040 (Control unit)
  319. Frame 2×R8i – Sheet 061 (STO)
  320. further information
ACS880-104 first page preview

ACS880-104

Brand: ABB | Category: Inverter
Table of contents
  1. Table Of Contents
  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. Table Of Contents
  10. Table Of Contents
  11. Table Of Contents
  12. safety instructions
  13. terms and abbreviations
  14. related documents
  16. Overview diagram of the drive system
  17. Frames R1i to R4i
  18. Frame R4i layout
  19. Overview circuit diagram of an inverter cubicle (frames R1i...R4i)
  20. Frame R5i
  21. Overview circuit diagram of an inverter cubicle (frame R5i)
  22. Frames R6i and R7i
  23. Frame R6i and R7i layout
  24. Overview circuit diagram of an inverter cubicle (frame R6i)
  25. Overview circuit diagram of an inverter cubicle (frame R7i)
  26. Frame R8i and multiples
  27. Frame R8i layout
  28. Connectors X50...X53
  29. Fiber optic connectors
  30. Overview circuit diagram of a frame R8i inverter unit
  31. Overview circuit diagram of a frame 2×R8i inverter unit
  32. Inverter unit control interfaces
  33. Overview of the control connections of the BCU control unit
  34. The ACx-AP-x control panel
  35. type designation label
  37. Frames R6i...R8i
  39. R1i...R4i modules in a 400 mm wide Rittal VX25 enclosure
  40. Installation stages
  41. Overview of kits
  42. Stage 1: Installation of common parts
  43. Stage 2: Installation of bottom plate
  44. Stage 3: Installation of mounting plate
  45. Stage 4: Installation of DC busbars
  46. Stage 5: Installation of mounting plate shrouds
  47. Stage 6: Installation of inverter modules and air guides
  48. Stage 7: Installation of du/dt filters
  49. R1i...R4i modules in a 600 mm wide Rittal VX25 enclosure
  52. Stage 1: Instalation of common parts
  58. Stage 7: Installation of du/dt filter
  59. R1i...R4i modules in a 800 mm wide Rittal VX25 enclosure
  69. R5i modules in a 400 mm wide Rittal VX25 enclosure
  74. Stage 3: Installation of inverter module mounting plate
  76. Stage 5: Installation of front mounting plate
  77. Stage 6: Installation of inverter modules
  79. R5i modules in a 600 mm wide Rittal VX25 enclosure
  89. One R6i/R7i module in a 400 mm wide Rittal VX25 enclosure
  94. Stage 3: Installation of support beams
  95. Stage 4 (R6i): Installation of DC busbars and charging components
  96. Stage 4 (R7i): Installation of DC busbars and charging components
  97. Stage 5: Installation of common mode filters
  98. Stage 6 A: Installation of AC busbars (without du/dt filters)
  99. Stage 6 B: Installation of AC busbars (with du/dt filters)
  100. Stage 7: Installation of inverter module
  101. Stage 8: Installation of shrouding brackets
  102. One R8i module in a 400 mm wide Rittal VX25 enclosure
  106. Stage 2 A: Installation of DC busbars (1) (without DC switch/charging)
  107. Stage 2 B: Installation of DC busbars (1) (with DC switch/charging)
  108. Stage 3: Installation of module installation parts and lead-throughs
  109. Stage 4 A: Installation of quick connector and output (AC) busbars (cable connection)
  110. Stage 4 B: Installation of quick connector and output (AC) busbars (common AC output busbar connection)
  111. Stage 5 A: Installation of DC busbars (2) (without DC switch/charging)
  112. Stage 5 B: Installation of DC busbars (2) (with DC switch/charging)
  113. Stage 6: Installation of shrouding
  115. Two R8i modules in a 600 mm wide Rittal VX25 enclosure
  123. Stage 4 B: Installation of quick connector and output (AC) busbars (cable connection with bridging)
  127. Stage 7: Installation of inverter modules
  128. One R8i module in a 400 mm wide generic enclosure
  129. Two R8i modules in a 600 mm wide generic enclosure
  130. Three R8i modules in a 800 mm wide generic enclosure
  132. Electrical safety precautions
  133. general notes
  134. Brake resistor assembly
  135. Power connections – Frames R1i...R5i
  136. Frames R3i...R5i
  137. Power connections – Frames R6i...R8i
  138. Power connections - Frame R8i
  139. R8i inverter unit
  140. Connection procedure
  141. Replacing ACS800 R8i modules with ACS880 R8i modules
  142. Connecting the control cables - All frame sizes
  143. Installing optional modules
  144. Installation of an FSO-xx safety functions module
  145. Installation of an FSO-xx safety functions module onto BCU
  146. Installation of FSO-xx beside the control unit
  147. Connecting a PC
  151. Maintenance timers and counters
  152. cleaning the heatsink
  153. Cleaning the door air inlets
  154. Replacing the inlet door filters (IP54)
  155. cooling fans
  156. Replacing the R3i and R4i module cooling fan
  157. Replacing the R5i module main cooling fan
  158. Replacing the R6i and R7i module cooling fan
  159. Replacing R8i module cooling fan (speed-controlled version)
  160. Replacing R8i module cooling fan (direct-on-line version)
  161. Replacing the circuit board compartment fan
  162. Replacing the cabinet cooling fans
  163. Replacing R6i/R7i module
  164. Replacing R8i module
  165. Capacitors
  166. Replacing the BCU control unit battery
  167. Control panel
  168. LEDs and other status indicators
  169. Starting reduced run operation
  171. Kit code key
  172. Frames R1i...R4i
  174. DC-side components
  175. DC bus installation parts (for Rittal VX25 enclosures)
  176. Module-specific DC fuse bases (IEC, UL)
  177. Busbars between main DC switch/disconnector and fuses
  178. AC-side components
  179. Mechanical installation accessories
  180. Air guide kits
  185. DC busbars (IEC, UL)
  187. Fuse base shroud kit
  191. DC fuses (IEC, UL)
  192. Charging kit (R7i only)
  193. DC connection kit (for Rittal VX25 enclosures)
  194. DC busbars with common mode filter holder (for Rittal VX25 enclosures)
  195. DC busbars with fuse and common mode filter holders (for generic enclosures)
  197. Mechanical installation accessories and tools
  200. Control electronics
  201. Wire sets for use with the reduced run function
  203. DC connection parts 1 of 2 (for generic enclosures)
  204. DC connection parts 2 of 2 (for Rittal VX25 or generic enclosures)
  205. Common mode filters
  207. DC switch/disconnector kits
  208. Charging kits
  209. Charging resistors
  211. Cable entry kit
  212. Ramp
  213. Cabinet ventilation
  214. Air inlet kits 600 mm cabinet
  215. Air inlet kits 800 mm cabinet
  216. Air outlet kits 600 mm cabinet
  217. Air outlet kits 800 mm cabinet
  218. Cooling fans (frames R1i...R4i)
  219. Cooling fans (frames R5i)
  220. Cooling fans (frames R6i...R7i)
  221. Cooling fans (frames R8i)
  223. Definitions
  224. Derating
  225. Switching frequency derating
  226. Allowable mounting orientations
  227. Dimensions and weights
  228. Free space requirements
  229. Typical power cable sizes
  230. Input power (DC) connection
  231. control connections
  232. ambient conditions
  233. Materials
  234. Standards
  236. Flush-end fuse blocks used with 400 V and 500 V units
  237. electrical connections
  238. Disclaimers
  240. ZCU-12 layout and connections
  241. ZCU-14 layout and connections
  242. Default I/O diagram of the inverter control unit (ZCU-14)
  243. BCU-x2 control unit layout and connections
  244. Default I/O diagram of the inverter control unit (A41)
  245. External power supply for the control unit (XPOW)
  246. AI1 or AI2 as a Pt100, Pt1000, PTC or KTY84 sensor input
  247. Safe torque off (XSTO, XSTO OUT)
  248. FSO-xx safety functions module connection (X12)
  249. Connector data
  250. BCU-x2 ground isolation diagram
  251. ZCU-1x ground isolation diagram
  253. Compliance with the European Machinery Directive
  254. Wiring
  255. Dual-channel connection with internal power supply
  257. Single-channel connection of activation switch
  258. Multiple drives
  259. External power supply
  260. Operation principle
  261. Start-up including acceptance test
  262. Maintenance
  263. Fault tracing
  264. Safety data
  265. Abbreviations
  267. Restrictions
  268. Selecting and routing the brake resistor cables
  269. mechanical installation
  270. connection procedure
  271. Start-up
  272. Technical data
  274. Resistor dimensions
  275. Resistor connectors on inverter modules
  277. Frame R1i
  278. Frame R2i
  279. Frame R3i
  280. Frame R4i
  282. Frame R6i
  283. Frame R7i
  284. Frame R8i
  285. Frame R8i with option +P942
  287. BCU control unit
  288. DPMP-01 door mounting kit
  289. DC fuses and fuse bases
  290. Mersen US271MI (R227600C) fuse disconnector (for 27 × 60 mm fuses)
  291. DC fuse blocks for frames R5i...R8i (Bussmann)
  292. Switchgear and charging components
  293. OS160GD04F
  294. OS200DZ22F
  295. OT_ switch/disconnectors
  296. OT200U11
  297. OT400E11
  298. OT400E22
  299. OT400U11
  300. OT400U22
  301. OT600U11, OT630E11
  302. OT1200U__, OT1600E
  303. OT2500E22
  304. OHB_ switch handles
  305. OHB274J12
  306. AF190-30-00-13 contactor
  307. Charging controller
  308. CAV 120 C resistor
  309. Miscellaneous components
  310. Output (du/dt) filters for frames R1i...R5i
  312. Insertion/extraction ramp for frame R8i modules
  314. Frames R1i...R4i – Sheet 001 (Main circuit, control unit)
  315. Frames R1i...R4i – Sheet 020 (Auxiliary voltage distribution)
  316. Frames R1i...R4i – Sheet 026 (Cabinet cooling fan control)
  317. Frame R5i – Sheet 001 (Main circuit, control unit)
  318. Frame R5i – Sheet 020 (Auxiliary voltage distribution)
  319. Frame R5i – Sheet 026 (Cabinet cooling fan control)
  320. Frame R6i – Sheet 001 (Main circuit, control unit)
  321. Frame R6i – Sheet 020 (Auxiliary voltage distribution)
  322. Frame R7i – Sheet 001 (Main circuit, control unit)
  323. Frame R7i – Sheet 020 (Auxiliary voltage distribution)
  324. Frame R8i (with DC switch/disconnector) – Sheet 001 (DC circuit)
  325. Frame R8i (with DC switch/disconnector) – Sheet 005 (Inverter module)
  326. Frame R8i (with DC switch/disconnector) – Sheet 020 (Auxiliary voltage distribution)
  327. Frame R8i (with DC switch/disconnector) – Sheet 040 (Control unit)
  328. Frame R8i (with DC switch/disconnector) – Sheet 061 (STO)
  329. Frame 2×R8i – Sheet 001 (DC circuit)
  330. Frame 2×R8i – Sheet 005 (Inverter modules)
  331. Frame 2×R8i – Sheet 020 (Auxiliary voltage distribution)
  332. Frame 2×R8i – Sheet 040 (Control unit)
  333. Frame 2×R8i – Sheet 061 (STO)
  334. further information
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