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KEB COMBIVERT F5 manuals

COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: DC Drives
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: Controller
Table of contents
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: Inverter
Table of contents
  1. Preface
  2. Laws and guidelines
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. Table Of Contents
  7. Table Of Contents
  8. Glossar
  9. Standards for drive converters / control cabinets
  10. basic Safety Instructions
  11. Installation
  12. electrical connection
  13. EMC-compatible installation
  14. Start-up and operation
  15. Maintenance
  16. Disposal
  17. Product Description
  18. Specified application
  19. Part code
  20. Functional Overview
  21. Interior ventilation
  22. Mechanical Installation
  23. Coolant connections of the drive converter
  24. Wiring diagram cooling system
  25. Dimensions of the housing
  26. Fixing points at the housing
  27. Assembly aids
  28. Figure 8: Eyebolts
  29. Assembly in the control cabinet
  30. Function of the locking levers
  31. Assembly of the side guide rails
  32. Positions of the side guide rails in the control cabinet
  33. Figure 14: Distances
  34. Installation of the drive converter in the control cabinet
  35. Figure 16: Transport
  36. Figure 17: Connect the drive converter housing V with the control cabinet
  37. Figure 18: Fix the drive converter housing V in the control cabinet
  38. Figure 19: Drive converter housing V assembled in the control cabinet
  39. Disassembly from the control cabinet
  40. electrical Installation
  41. connection of the shield connection
  42. Terminal power unit
  43. Permissible cable cross-sections and tightening torques of the terminals
  44. Wiring diagram for the Q4 operation
  45. connection of the control boards
  46. Wiring diagram for WRA and WRB with F5 control boards
  47. Wiring diagram for WRA with F5 control board and WRB with F6 control board
  48. Mains cable types
  49. Motor connection
  50. Selection of the motor cable
  51. Temperature detection T1A, T2A, T1b and T2b
  52. Use of the temperature input in KTY mode
  53. connection braking resistor
  54. External intrinsically safe braking resistor without temperature monitoring
  55. External braking resistor with overheat protection
  56. Technical Data
  57. Electromagnetic compatibility according to EN 61800-3
  58. electrical data 690 V mains voltage
  59. Table 5: Technical Data
  60. electrical data 4000 V mains voltage
  61. Start-Up
  62. Switch-on procedures
  63. Diagram switch-on procedure
  64. A Annex - Diagrams
  65. A.3 Power dissipation of the drive converter
  66. B Annex - Certification
  67. c Annex - cooling System
  68. C.1.3 Requirements on the coolant
  69. C.1.4 Special requirements for open and half-open cooling systems
  70. C.1.7 Supply of temper coolant
  71. C.1.9 Fall of pressure at the liquid cooling unit
  72. C.1.10 Volume flow depending on total power dissipation and temperature difference
  73. D Annex - Accessories
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: Controller
Table of contents
  1. Preface
  2. Laws and guidelines
  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. Glossar
  10. basic Safety Instructions
  11. Installation
  12. Electrical connection
  13. EMC-compatible installation
  14. Start-up and operation
  15. Maintenance
  16. Disposal
  17. Product Description
  18. Residual risks
  19. Type code cabinet system
  20. Functional overview
  21. representation of the electrical power unit with higher-level control
  22. representation of the electrical power unit with braking option
  23. Structure of the higher-level control
  24. Structure of the liquid distribution
  25. Structure of the cabinet air conditioning
  26. General specifications
  27. Switching frequency
  28. Emergency stop function
  29. Overcurrent and short-circuit protection
  30. c6 HMI program functionalities
  31. Data logger
  32. Overview cabinet system
  33. System variations
  34. Cabinet system without sine-wave filter at the output
  35. Dimensions
  36. Cabinet system with sine-wave filter at the output
  37. Mechanical Installation
  38. check the scope of delivery
  39. Installation of the cabinet system
  40. Installation location requirements
  41. Attach the cabinet system
  42. Hole distances
  43. Mounting on the wall
  44. Installation of the coolant connection
  45. Electrical Installation
  46. Shield connection
  47. Mains connection
  48. Connection to circuit breaker
  49. Instructions for installation
  50. Selection installation of the motor cable
  51. Selection of the motor cable
  52. Connection of the motor cable
  53. connection motor temperature monitoring
  54. Temperature detection T1B, T2B
  55. Using the temperature input in the KTY mode
  56. connection braking resistor
  57. connection „Safe torque off (STO)
  58. Technical Data
  59. Electromagnetic compatibility according to EN 61800-3
  60. Electrical data 690 V mains voltage
  61. Start-up
  62. Structure liquid distribution
  63. Position stopcock
  64. Power unit
  65. Arrangement of the control boards
  66. Procedure for initial start-up
  67. Switch-on procedures
  68. Switch-on procedure diagram
  69. A Annex - Graphs
  70. A.3 Power dissipation of the cabinet system
  71. B Annex - Certification
  72. c Annex - cooling System
  73. C.1.2 Requirements on the coolant
  74. C.1.4 Special requirements for open and half-open cooling systems
  75. C.1.7 Supply of temper coolant
  76. C.1.8 Pressure drop of the cabinet system
  77. C.1.9 Volume flow depending on total power dissipation and temperature difference
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: DC Drives
Table of contents
  1. Table Of Contents
  2. Table Of Contents
  3. Table Of Contents
  4. General
  5. Summary of Changes
  6. Model number information
  7. Mounting instructions
  8. Electrical connections
  9. Disconnect switch
  10. Line Chokes
  11. Motor Thermal Protection
  12. High Voltage Connections
  13. Technical Data
  14. Storage of the Unit
  15. Dimensions and weight
  16. Summary of the power circuit terminals
  17. Connection of the power circuit
  18. Time dependent overload curve
  19. Low Speed Overload
  20. Installation and Connection
  21. Connection of the control signals
  22. Voltage Input / External Power Supply
  23. Encoder Connections
  24. X3A TTL Inc. Enc. In Screw Terminals
  25. X3A Hiperface Encoder
  26. X3A EnDat Encoder
  27. X3A SIN/COS-SSI Encoder
  28. X3B Incremental Encoder Output
  29. Operation of the unit
  30. Parameter Identifi cation
  31. Changing Parameter Values
  32. Saving Parameter Values
  33. Initial Start-up
  34. Setting The Control Type
  35. Induction Motor Data
  36. PM Synchronous Motors
  37. Auto-Tuning PM motors
  38. Machine Data
  39. Encoder Feedback
  40. Other encoder adjustments
  41. Speed and Profi le Settings
  42. Absolute Encoder Setup (no ropes)
  43. Absolute Encoder Setup (with ropes)
  44. Absolute Encoder Position Verifi cation
  45. Encoder Synchronization
  46. High Speed Tuning
  47. Feed Forward Torque Control, FFTC
  48. Synthetic Pre-Torque
  49. Parameter Description
  50. Other US parameters
  51. LF-Elevator Parameters
  52. Drive confi guration
  53. Selected motor
  54. Electronic motor overload protection
  55. Electronic motor overload current
  56. Rated motor power
  57. Rated motor speed
  58. Rated motor voltage
  59. Field weakening speed
  60. Rated motor torque
  61. PM motor resistance
  62. Contract speed
  63. Roping ratio
  64. Encoder interface
  65. Encoder pulse number
  66. Encoder sample time
  67. Control Mode
  68. Kp speed accel
  69. Ki speed
  70. Max. torque emergency oper
  71. Open loop torque boost
  72. Leveling speed, S
  73. Intermediate Speed 1
  74. Starting jerk
  75. Acceleration jerk
  76. Recommended Profi le Settings
  77. Speed following error
  78. Emergency operation mode
  79. External Load Weigher
  80. Speed Start Delay
  81. Encoder resolution multiplier
  82. Brake engage time
  83. Software version
  84. X2A Input state
  85. X2A Output state
  86. Inverter load
  87. Phase current
  88. Inverter status
  89. Run Parameters
  90. Actual torque
  91. Output voltage
  92. Output fl ag state
  93. Analog option raw
  94. Motor pot
  95. Motor temperature
  96. Advanced Adjustments
  97. Speed for min KI
  98. Min KP gain at high speed
  99. Phase current check
  100. Analog pattern gain
  101. Analog Output 2 Confi guration
  102. Input/Output Confi guration
  103. Digital Output Parameters
  104. Timing Graph - Analog Control
  105. Timing Graph - Digital Control
  106. Elevator Drive Data
  107. Stator resistance
  108. Vmax regulation
  109. Position Control
  110. Learning the slow down distance
  111. Min. slowdown dist
  112. Current position
  113. Operation Problems
  114. Diagnostic Solutions
  115. Drive Faults
  116. A.1 Parameter List Reference
  117. A.2 Customer Parameter Values
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: Media Converter
Table of contents
  1. Preface
  2. Laws and guidelines
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. Table Of Contents
  7. Table Of Contents
  8. Glossary
  9. Standards for drive converters / control cabinets
  10. Standards that are used in the environment of the drive converter
  11. Installation
  12. Product Description
  13. Repair
  14. Part code
  15. Technical Data
  16. Mechanical ambient conditions
  17. Electrical operating conditions
  18. UNIT DATA
  19. Accessories
  20. Common mode filter
  21. DC fuses
  22. Additional precharging resistor at master-slave operation
  23. Connection of the COMbIVERT F5-AFE
  24. Terminal blocks of the units
  25. External fan power supply for housing size P and U
  26. Temperature detection T1, T2
  27. Input and precharging circuits
  28. Circuit examples
  29. Circuit example for the power unit with AFE/LCL filter
  30. Circuit example for the power unit with AFE/LCL filter and common mode filter
  31. Circuit example for the master-slave operation with AFE/LCL filter and common mode filter
  32. Circuit example for the control circuit
  33. Functional description
  34. Connection of the Control
  35. Analog inputs
  36. Relay outputs
  37. Operation of the Control
  38. Keyboard operation
  39. Interface operator
  40. Description of the RS232/485 interface X6C
  41. Wiring RS485 full duplex
  42. Dimensioning
  43. Technical data of KEb COMbIVERT drive converters
  44. Table 17: Technical data of KEB COMBIVERT drive converters
  45. Technical data of KEb COMbIVERT F5-AFE devices
  46. Maintenance
  47. Storage
  48. Cooling System
  49. Requirements on the coolant
  50. Coolant temperature
  51. Connection to the cooling system
  52. Fall of pressure depending on the rate of flow
  53. Connection scheme for a cooling circuit (series connection)
  54. Volume flow in dependence of the heat power dissipation and temperature difference
  55. Connection scheme for a cooling circuit (parallel connection)
  56. Revision History
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: DC Drives
Table of contents
  1. Table Of Contents
  2. Table Of Contents
  3. Table Of Contents
  4. General
  5. Model number information
  6. Mounting instructions
  7. Electrical connections
  8. Disconnect switch
  9. Line Chokes
  10. Motor Thermal Protection
  11. High Voltage Connections
  12. High Frequency Shielding
  13. Technical Data
  14. Technical Data 460V (Size 13 to
  15. Dimensions and weight
  16. Summary of the power circuit terminals
  17. Connection of the power circuit
  18. Time dependent overload curve
  19. Low Speed Overload
  20. Installation and Connection
  21. Connection of the control signals
  22. Voltage Input / External Power Supply
  23. Encoder Connections
  24. X3A TTL Inc. Enc. In Screw Terminals
  25. X3A Hiperface Encoder
  26. X3A EnDat Encoder
  27. X3A SIN/COS-SSI Encoder
  28. X3B Incremental Encoder Output
  29. Operation of the unit
  30. Parameter Identification
  31. Changing Parameter Values
  32. Saving Parameter Values
  33. Initial Start-up
  34. Setting The Control Type
  35. Induction Motor Data
  36. PM Synchronous Motors
  37. Auto-Tuning PM motors
  38. Machine Data
  39. Encoder Feedback
  40. Encoder serial com. verification
  41. Other encoder adjustments
  42. Running the Motor
  43. Absolute Encoder Setup (with ropes)
  44. Absolute Encoder Position Verification
  45. Encoder Synchronization
  46. Parameter Description
  47. Other US parameters
  48. LF-Elevator Parameters
  49. Drive configuration
  50. Selected motor
  51. Electronic motor overload current
  52. Rated motor power
  53. Rated motor speed
  54. Rated motor voltage
  55. Field weakening speed
  56. Rated motor torque
  57. PM motor resistance
  58. Contract speed
  59. Roping ratio
  60. Encoder interface
  61. Encoder pulse number
  62. Control Mode
  63. Kp speed accel
  64. Kp current
  65. Open loop torque boost
  66. Set Speed S INT1 , Intermediate Speed 2
  67. Acceleration jerk
  68. Recommended Profile Settings
  69. Speed following error
  70. Emergency operation mode
  71. Pre-torque gain
  72. Speed Start Delay
  73. Encoder resolution multiplier
  74. Brake engage time
  75. Software version
  76. X2A Input state
  77. X2A Output state
  78. Inverter load
  79. Phase current
  80. Error Messages and Their Cause
  81. Inverter overheat
  82. Encoder communication error
  83. Inverter status
  84. Run Parameters
  85. Actual torque
  86. Output voltage
  87. Output flag state
  88. Analog option processed
  89. Overload counter
  90. Active Motor Power
  91. Advanced Adjustments
  92. Speed for min KI
  93. Min KP gain at high speed
  94. Phase current check
  95. KP synthesized pre-torque
  96. Serial Com. Baud Rate
  97. Input/Output Configuration
  98. Digital Output Parameters
  99. Timing Graph - Analog Control
  100. Timing Graph - Digital Control
  101. Advanced Drive Data
  102. Vmax regulation
  103. Position Control
  104. Learning the slow down distance
  105. Min. slowdown dist
  106. A.1 Parameter List Reference
  107. A.2 Customer Parameter Values
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: DC Drives
Table of contents
  1. Table Of Contents
  2. Table Of Contents
  3. General
  4. Model number information
  5. Mounting instructions
  6. Electrical connections
  7. Disconnect switch
  8. High Voltage Connections
  9. High Frequency Shielding
  10. Technical Data
  11. Dimensions and weight
  12. Summary of the power circuit terminals
  13. Connection of the power circuit
  14. Time dependent overload curve
  15. Low Speed Overload
  16. Control Circuit
  17. Connection of the control signals
  18. Voltage Input / External Power Supply
  19. Encoder Connections
  20. X3A TTL Inc. Enc. In Screw Terminals
  21. X3A Hiperface Encoder
  22. X3A EnDat Encoder
  23. X3B Incremental Encoder Output
  24. Digital Operator
  25. Parameter Identification
  26. Changing Parameter Values
  27. Keypad Display
  28. Initial Start-up
  29. Setting The Control Type
  30. Measuring the Motor Resistance
  31. Machine Data
  32. Controller Settings
  33. Running the Motor
  34. Absolute Encoder Setup (with ropes)
  35. Absolute Encoder Position Verification
  36. Encoder Synchronization
  37. Parameter Description
  38. Other US parameters
  39. Signal Operating Mode
  40. Drive Configuration
  41. Electronic Motor Overload Protection
  42. Electronic Overload Current
  43. Rated Motor Speed
  44. Power Factor
  45. Rated Motor Torque
  46. Motor Stator Resistance
  47. Contract Speed
  48. Roping Ratio
  49. Encoder Feedback
  50. Encoder Sample Time
  51. Control Method
  52. Kp Speed
  53. Kp Current
  54. Set Speed SI, Inspection Speed
  55. Set Speed SINT, Intermediate Speed
  56. Acceleration
  57. Speed Following Error
  58. Brake Set Speed
  59. Pre-torque Direction
  60. KI Decel
  61. Absolute Encoder Position
  62. Current Hold Time
  63. Software Version
  64. X2A Input State
  65. X2A Output State
  66. Motor Set Speed
  67. Peak DC Voltage
  68. Error Messages and their Cause
  69. Encoder Signal Loss
  70. Encoder Card Change
  71. Overload
  72. Run Parameters
  73. Actual torque
  74. Output Voltage
  75. Output flag state
  76. Analog option raw
  77. Motor pot value
  78. Advanced Adjustments
  79. Speed for min KI
  80. Min KP gain at high speed
  81. Phase current check
  82. Input/Output Configuration
  83. Digital Output Parameters
  84. Parameter List Reference
  85. Customer parameter values
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: DC Drives
Table of contents
  1. Preface
  2. Laws and guidelines
  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. Glossary
  10. Standards for drive converters / control cabinets
  11. Standards that are used in the environment of the drive converter
  12. basic Safety Instructions
  13. Installation
  14. electrical connection
  15. EMC-compatible installation
  16. Start-up and operation
  17. Maintenance
  18. repair
  19. Product Description
  20. Product features
  21. Part code
  22. Technical Data
  23. Mechanical environmental conditions
  24. Electrical operating conditions
  25. Block diagram of energy flow in the device
  26. Technical data 400V class
  27. Table 7: Technical data of the 400V class - Single Drive
  28. Master / slave system
  29. Table 8: Technical data of the 400 V class master / slave
  30. Master / slave / slave system
  31. Table 9: Technical data of the 400 V class master / slave / slave
  32. Technical data 690V class
  33. Table 10: Technical data of the 690V class - Single Drive
  34. Table 11: Technical data of the 690 V class master / slave
  35. Table 12: Technical data of the 690 V class master / slave / slave
  36. Dimensions and weights
  37. Dimensions air-cooled inverter through-mount version
  38. Dimensions liquid cooler through-mount version
  39. Dimensions liquid cooler installation version
  40. Dimensions liquid cooler built-in version with stainless steel tube
  41. Mechanical Installation
  42. Assembly aids
  43. cooling system
  44. Air cooler
  45. Liquid cooling
  46. Series connection cooling circuit
  47. Connection diagram series connection cooling circuit
  48. Parallel connection of the coolant circuit
  49. Operation of liquid-cooled devices
  50. Materials in the cooling cicuit
  51. Requirements on the coolant
  52. Requirements for open and half-open cooling systems
  53. Supply of temper coolant
  54. Diagrams of the cooling design
  55. Pressure drop aluminium heat sink with stainless steel tubes
  56. Series connection of liquid coolers
  57. Parallel connection of liquid coolers
  58. electrical Installation
  59. Connection of the shield connection
  60. connection terminals power unit
  61. External fan power supply
  62. Mains connection
  63. Motor connection
  64. Recommended type of the motor cable
  65. Cable cross-sections
  66. Motor cable lengths
  67. Dc connection
  68. Temperature detection T1, T2
  69. Use of the temperature input in KTY mode
  70. connection of a braking resistor
  71. Monitoring braking transistor
  72. External braking resistor with overtemperature protection
  73. connection of the master / slave wiring
  74. Figure 25: Master / slave connections
  75. Connection master / slave / slave
  76. Figure 28: Master / slave / slave connections
  77. Wiring Diagrams
  78. Unit size 32...35
  79. Connection braking resistor master / slave system
  80. DC connection master / slave system
  81. Mains connection master / slave system
  82. Unit size 36...39
  83. Connection braking resistor master / slave / slave system
  84. DC connection master / slave / slave system
  85. Mains connection master / slave / slave system
  86. Protection of drive converters
  87. Certification
  88. Table 30: External filters and chokes
  89. Table 31: UL fuses
  90. Further informations and documentation
  91. characteristics
  92. Power dissipation of the 400V class at rated operation
  93. Power dissipation of the 690V class at rated operation
  94. Power dissipation at 4 kHz switching frequency
  95. Accessories
  96. revision History
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: Inverter
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: DC Drives
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: Control Unit
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: DC Drives
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: DC Drives
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: Media Converter
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: Media Converter
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: DC Drives
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: DC Drives
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: Power Supply
COMBIVERT F5 first page preview

COMBIVERT F5

Brand: KEB | Category: Controller
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