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SINAMICS PERFECT HARMONY GH180 first page preview

SINAMICS PERFECT HARMONY GH180

Brand: Siemens | Category: Power Tool
Table of contents
  1. Assembly
  2. Edition
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. Table Of Contents
  7. SINAMICS PERFECT HARMONY GH180 6SR41 manufactured in NMA Nuernberg, Germany
  9. Table Of Contents
  10. Operating Instructions Rev.201706301306
  11. Table Of Contents
  12. About these instructions
  13. Text format features
  14. Warning symbols on the device
  15. Description
  16. General Safety Information
  17. Safety Concept
  18. Observing the Five Safety Rules
  19. Safety Information and Warnings
  20. ESD-sensitive Components
  21. Electromagnetic Fields in Electrical Power Engineering Installations
  22. Information for nominated persons in control of an electrical installation
  23. Cabinet Details
  24. Cell Section
  25. Control Door Cabinet Components
  26. Fault Reset
  27. Cooling Section
  28. Maintenance
  29. Description of the option codes
  30. Modbus Ethernet Interface (software activation) (option G38)
  31. Bidirectional synchronized bypass operation (option L29)
  32. Cabinet illumination and service socket in trigger and control section (option L50)
  33. Cabinet anti-condensation heating, temperature-monitored (option L55)
  34. Pt100 evaluation units with 3 inputs each (option L91)
  35. Mechanical safety locking system - Castell (option M10)
  36. Gland plates (option M36)
  37. Harsh environment conditions (M67)
  38. Extended space for bottom cable entry (Option M69)
  39. Controlled outgoing circuit for auxiliary equipment 400 V 3 AC or 460/480 V 3 AC (option N31)
  40. Controlled outgoing circuit for auxiliary equipment 400 V 3 AC or 460/480 V 3 AC (option N32)
  41. Controlled outgoing circuit for auxiliary equipment 400 V 3 AC or 460/480 V 3 AC (option N33)
  42. Controlled outgoing circuit for auxiliary equipment 230 V 1 AC or 120 V 1 AC (option N36)
  43. Controlled outgoing circuit for auxiliary equipment 230 V 1 AC or 120 V 1 AC (option N37)
  44. Motor-side grounding switch (option N45)
  45. Redundant cell rank (option U13)
  46. Requirements for installation location
  47. Checking on delivery
  48. The purpose of shock and tilt indicators
  49. Monitoring the Transport
  52. Transportation
  53. Transporting the cabinet units
  54. Transport Using a Crane
  55. Operating Instructions Rev
  56. Transport Using a Fork Lift Truck
  57. Definition of a packed and unpacked device
  58. Take the center of gravity into account
  59. Transport with a fork-lift truck
  60. Using lifting rods
  61. Figure 4-5 Sticker
  62. Receiving and Unpacking
  64. Off-Loading
  65. Transportation and Handling
  70. Figure 4-8 Proper Fork Lift Handling and Dimensions
  72. Protective Earthing Bars Connection
  73. Assembly instructions
  74. Combining two Transport Units: Output reactor (L09)and Sine-wave filter (Y15)
  75. Combining several Transport Units
  76. Unlocking the Power Section Doors manually
  78. Connecting the Transport Units and Power Section Cables
  80. Connecting the Transport Units
  81. Overview of connection points in the converter
  82. Connecting the power section cables (M69)
  83. Connecting the Power Section
  95. Grounding, Cabling, and Shielding Recommendations
  101. Cable Gland Plates Removal and Installation Guidelines
  102. Closing the make-proof grounding switch
SINAMICS PERFECT HARMONY GH180 first page preview

SINAMICS PERFECT HARMONY GH180

Brand: Siemens | Category: DC Drives
Table of contents
  1. Modbus Communication
  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. NXGpro Communication
  13. Introduction
  14. Communication Overview
  15. NXGpro Control
  16. Remote Capabilities
  17. RS232 Port
  18. Optional Hardware requirement for Dual Networks
  19. Entering Parameter IDs
  20. General Safety Information
  21. Safety Concept
  22. Observing the Five Safety Rules
  23. Safety Information and Warnings
  24. ESD-sensitive Components
  25. ESD Protective Measures
  26. Electromagnetic Fields in Electrical Power Engineering Installations
  27. Security Information
  29. Description
  30. Siemens Modbus Module
  32. Software Programming
  33. Programmable Outputs from the Drive
  34. Parameter Assignment/Addressing
  35. Parameter Tables
  36. Table 3-11 Network 1: Configure Menu (9900)
  37. Table 3-13 Network 1: Register Data from Drive Menu (9400)
  38. Table 3-16 Network 2: Configure Parameters Menu (9916)
  39. Table 3-18 Network 2: Register Data to Drive Menu (9700)
  40. Pick List Variable Tables
  41. Table 3-20 Data to Drive Pick List Variables
  42. Planning/Configuring
  43. Fast Setup: Monitor drive status and speed feedback
  44. Fast Setup: Send a motor speed setting to the drive
  45. Network Setup Procedure
  46. Network Status Detection Setup
  47. Setup Example
  48. Table 3-23 Completed Settings for Given Example
  49. Functions
  50. Read Holding Registers Command (0x03)
  51. Table 3-26 Read Holding Registers Request (TX) from Master
  52. Write Multiple Coils Command (0x0F)
  53. Write Single Input Register Command (0x06)
  54. Loop Back Diagnostic Test Command (0x08)
  55. Write Multiple Input Registers Command (0x10)
  56. Modbus Ethernet Communication
  58. Anybus Modbus Ethernet Module
  59. Table 4-1 Status Indicator Table
  63. Table 4-7 Correspondence between Drive Parameter ID and Modbus Address
  65. Table 4-11 Network 1: Configure Parameters Menu (9902)
  66. Table 4-15 Network 1: Register Data to Drive Menu (9600)
  68. Table 4-21 Data to Drive Pick List Variables
  72. Network Interfaces
  73. Figure 4-4 Network Modbus™ Ethernet Communication Connection
  77. Table 4-24 Completed Settings for Given Example
  79. Table 4-25 Read Holding Registers Request (TX) from Master
  82. Table 4-29 Write Multiple Input Registers Response (RX) from Drive
  83. AnyBus Ethernet/IP Module
  90. Table 5-9 Network 1: Configure Menu (9900)
  91. Table 5-12 Network 1: Register Data to Drive Menu (9600)
  93. Table 5-18 Data to Drive Pick List Variables
  100. Table 5-21 Completed Settings for Given Example
  101. Profibus Communication
  103. Anybus Profibus Module
  104. Table 6-1 Status Indicator Descriptions
  105. Figure 6-5 Anybus Profibus Termination Switch in OFF position
  109. Table 6-7 Correspondence between Drive Parameter ID and Profibus Network Data
  111. Table 6-12 Network 1: Register Data from Drive Menu (9400)
  112. Table 6-15 Network 2: Configure Parameters Menu (9916)
  114. Table 6-19 Data to Drive Pick List Variables
  118. PLC Setup using GSD files
  119. Network Status (auto detect)
  120. Table 6-22 Completed Settings for Given Example
  121. ProfiDrive Communication
  123. Anybus Profibus DP-V1 IM Module
  124. Table 7-1 Status Indicator Descriptions
  126. Table 7-2 Correspondence between Drive Parameter ID and ProfiDrive Telegram
  128. Table 7-6 Network 1: Register Data from Drive Menu (9400)
  129. Table 7-9 Network 2: Configure Parameters Menu (9916)
  131. Table 7-13 Data to Drive Pick List Variables
  132. Telegram Data Tables
  134. Fast Setup: Control the drive using the default configuration
  137. DeviceNet (Profile 12) Communication
  139. Anybus DeviceNet Module
  140. Table 8-1 Status Indicator Descriptions
  145. Table 8-9 Network 1 to 2 Register Copy (9946)
  146. Table 8-12 Network 1: Register Data from Drive Menu (9400)
  148. Table 8-19 Data to Drive Pick List Variables
  152. PLC Setup using EDS files
  154. Table 8-22 Completed Settings for Given Example
  155. ControlNet Communication
  157. Table 9-1 Status Indicator Descriptions
  162. Table 9-10 Network 1: Configure Menu (9900)
  163. Table 9-13 Network 1: Register Data to Drive Menu (9600)
  165. Table 9-19 Data to Drive Pick List Variables
  171. Table 9-22 Completed Settings for Given Example
  172. Table A-1 Menu Parameter Pick List IDs
  173. A.1 Internal Analog Outputs
  174. A.2 Internal Test Points
  175. A.3 External Analog Inputs
  176. A.4 External Analog Outputs
  177. A.5 Comparators
  178. A.6 Historic Log Variables
  179. A.7 Meter Status Variables
  180. A.8 To Drive Communication
  181. A.9 From Drive Communication
  182. B.1 Output data IDs
  183. Table B-1 General Data Register Assignments
  184. Table B-2 Serial Flags
  185. Table B-3 Network Output Flags
  186. Internal Digital Inputs and Outputs
  187. Number of Faults and Alarms
  188. Fault Word 1
  189. Fault Word 2
  190. Fault Word 3
  191. Fault Word 4
  192. Fault/Alarm Flags 1
  193. Fault/Alarm Flags 2
  194. Fault/Alarm Flags 3
  195. Fault/Alarm Enable Flags
  196. Fatal Fault Flags
  197. Cell Status
  198. Performance Data
  199. Voltage/Current Data
  200. SilcoGraph Data
  201. Serial Port Setup Menu (9010)
  202. Figure D-1 NXGpro External Modem Function Diagram
  203. E Parameter Read/Write
  204. E.1 Setting up the PTD and PFD registers
  205. E.2 Defining the PFD Registers
  206. E.3 Defining the PTD Registers
  207. Available ID Function Commands
  208. E.4 PLC handshaking procedure for parameter read/write
  209. SOP Output Flags
  210. Commonly Used Abbreviations
  211. Glossary
  212. Index
SINAMICS PERFECT HARMONY GH180 first page preview

SINAMICS PERFECT HARMONY GH180

Brand: Siemens | Category: DC Drives
Table of contents
  1. Table Of Contents
  2. Table Of Contents
  3. Introduction
  4. General scope of services
  5. Routine test
  6. Visual inspection
  7. Function tests
  8. Insulation test
  9. Test
  11. Electrical cabinet components
  12. Cable markings
  13. Function test
  14. Anti-condensation heating
  15. Socket outlets and lighting
  16. Phase offset of the output voltage in the three-phase system
  17. Local control via pushbutton
  18. Operating state indicator lights
  19. Checking the evaluation unit for external temperature sensors
  20. Remote access via network connection
  21. Switched three-phase auxiliary power output
  22. Grounding switch
  23. Failure of a power semiconductor module
  24. Temperature monitoring – infeed transformer
  25. Fan failure
  26. Overtemperature, output reactor or sine-wave filter
  27. Load test without motor
  28. Cooling system test
  29. Interface test
  30. Additional optional tests
  31. Power factor measurement
  32. Noise measurement without load
  33. Index
SINAMICS PERFECT HARMONY GH180 first page preview

SINAMICS PERFECT HARMONY GH180

Brand: Siemens | Category: Protection Device
Table of contents
  1. Security Information
  2. Table Of Contents
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. Advanced Motor Protection for Variable Speed Operation
  7. Table Of Contents
  9. Safety notes
  10. Observing the Five Safety Rules
  11. Troubleshooting
  12. Introduction
  13. Advanced Motor Protection Parameters
  14. Figure 4-2 Various Pickup and Dropout Time Delay Counter Examples of Operation
  15. Figure 4-3 Variable Pickup Under Current Graph
  17. Figure 4-4 AMP Hardware Block Diagram
  18. Table 4-2 Example of per-unit and engineering unit quantities
  19. Protection Function Enable Types
  20. RTD Terminal Connections
  21. Advanced Motor Protection and RTD Protection Functions
  22. Device 12 - Fixed Pickup Overspeed
  23. Figure 6-1 Overspeed Protection Diagram
  24. Device 12 - Variable Pickup Overspeed
  25. Figure 6-2 Overspeed Protection Diagram
  26. Device 14 - Fixed Pickup Underspeed
  27. Figure 6-3 Underspeed Protection Diagram
  28. Device 14 - Variable Pickup Underspeed
  29. Figure 6-4 Underspeed Protection Diagram
  30. Device 37 - Fixed Pickup Undercurrent
  31. Figure 6-5 UnderCurrent Protection
  32. Device 37 - Variable Pickup Undercurrent
  33. Figure 6-6 Undercurrent Protection Diagram
  34. Device 37P - Fixed Underpower Relay
  35. Figure 6-7 Underpower Protection Diagram
  36. Device 38 - Fixed Bearing Temperature Protective Device
  37. Device 39 - Mechanical Condition Monitor - Fixed Pickup Torque Pulsation
  38. Figure 6-11 Torque Pulsation Diagram
  39. Device 46_2 - Phase-Balance Current - Fixed Pickup Negative Sequence Overcurrent Delay
  40. Figure 6-12 Negative Sequence Current Diagram
  41. Device 48 - Incomplete Sequence Relay Device - Maximum Start Time
  42. Device 48 - Incomplete Sequence Relay Device - Maximum Stop Time
  43. Device 49T - Machine Thermal Model - Fixed Parameter Thermal Overload
  44. Device 49T - Machine Thermal Model - Variable Parameter Thermal Overload
  45. Device 49RTD - Machine Thermal Overload - Fixed Pickup RTD Protection
  46. Device 50 - Fixed Pickup Instantaneous Overcurrent Device
  47. Figure 6-15 Overcurrent Protection Diagram
  48. Device 51 - Fixed Inverse Time Overcurrent
  49. Figure 6-16 User Programmed OverCurrent Trip Curve Example
  50. Function 51 IEEE Pickup and Reset
  51. Table 6-18 IEEE Curve Data Table
  52. Function 51 ANSI Pickup and Reset
  53. Table 6-19 ANSI Curve Data Table
  54. Figure 6-33 ANSI Moderately Inverse Pickup Time
  55. Function 51 IAC Pickup and Reset
  56. Table 6-20 IAC Curve Data Table
  57. Figure 6-41 IAC Inverse Pickup Time
  58. Function 51 IEC Pickup and Reset
  59. Function 51 I2T Pickup and Reset
  60. Function 51 I4T Pickup and Reset
  61. Device 55 - Fixed Pickup Maximum Power Factor
  62. Figure 6-63 OverPF Protection Diagram
  63. Device 55 - Power Factor Relay Device (Fixed minimum power factor)
  64. Figure 6-64 UnderPF Protection Diagram
  65. Device 59G - Fixed Pickup Instantaneous Zero Sequence Overvoltage
  66. Figure 6-65 OverZeroSeqVoltage Protection Diagram
  67. Device 59G - Fixed Pickup Definite Minimum Time Zero Sequence Overvoltage
  68. Figure 6-66 OverZeroSeqVoltage Protection Diagram
  69. Device 66 - Notching or Jogging Device - Starts per Hour
  70. Device 66 - Notching or Jogging Device - Cold Starts per Hour
  71. Device 66 - Notching or Jogging Device - Hot Starts per Hour
  72. Device 66 - Notching or Jogging Device - Maximum Thermal Capacity Used to Start
  73. Device 81 - Fixed Pickup Overfrequency
  74. Figure 6-67 OverFrequency Protection Diagram
  75. Device 81 - Variable Pickup Overfrequency
  76. Figure 6-68 Overfrequency Protection Diagram
  77. Device 81 - Fixed Pickup Underfrequency
  78. Figure 6-69 UnderFrequency Protection Diagram
  79. Device 81 - Variable Pickup Underfrequency
  80. Figure 6-70 Underfrequency Protection Diagram
  81. Device 81 - Fixed Pickup High Frequency Rate of Change
  82. Figure 6-71 OverFrequencyRate Protection
  83. Changing RTD Type
  84. Alarms, Faults, and Logging Messages
  85. NXGpro AMP Alarms/Faults, Protection Variables, and RTD Status Screens
  86. AMP Data Screen
  87. AMP Alarms / Faults
  88. Figure 8-3 AMP Alarms / Faults Screen
  89. Figure 8-4 Output Data IDs
  90. RTD Status Screen
  92. Spare Parts Data
  93. A.1 IEEE Device Numbers and Functions
  94. A.2 Abbreviations
  95. Service and support
  96. A.1 ESD-sensitive Components
  97. Index
SINAMICS PERFECT HARMONY GH180 first page preview

SINAMICS PERFECT HARMONY GH180

Brand: Siemens | Category: DC Drives
Table of contents
  1. Table Of Contents
  2. Table Of Contents
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. Description
  7. Operation
  8. Assembly
  9. Observing the Five Safety Rules
  10. Safety Information and Warnings
  11. ESD-sensitive Components
  13. Cell Section
  14. Control Section
  15. Control Door Cabinet Components
  16. Cooling Section
  17. Preparing for Use
  18. Packing and Transportation Requirements
  19. Proper Drives Receiving, Off-loading, Handling, Unpacking, and Placement Techniques
  20. Receiving
  21. Off-Loading
  22. Handling
  23. Transportation with Crane
  24. Figure 5-4 Lifting Views with Typical Block Placements
  25. Transportation with Fork-Lift
  26. Transportation with Pipe Rollers
  27. Transportation with Roller Dollies
  28. Unpacking
  29. Final Placement
  30. Storage
  32. Proper Cabinet Anchoring Methods
  33. Electrical Connections
  34. Installation External Wiring
  35. Table 7-1 Drive Torque Specifications (Zinc-Plated Hardware and Electrical Connections Only)
  36. Grounding, Cabling, and Shielding Recommendations
  37. Table 7-3 Control Signal Cabling General Guidelines
  38. Cable Gland Plates Removal and Installation Guidelines
  39. Terminal Blocks
  40. E-Stops
  41. Associated Protection provided by the Customer
  42. Commissioning
  43. Cell Reforming
  44. Pre-Commissioning Process
  46. Resetting the Protection Scheme
  47. Maintenance
  48. VFD Power Down and Door Access
  49. Figure 10-1 DC Bus Voltage Indicator
  50. Figure 10-2 Front View of VFD Cabinet
  51. Electromagnetic Door Interlock System
  52. Preventive Maintenance
  53. Preventive Maintenance Checklist
  54. Touch-Up Paint
  55. Cleaning
  56. Remove and Replace
  57. Part Replacement
  58. Replacing the Door-Mounted Keypad
  59. Replacing the Compact Flash Card
  60. Installing Perfect Harmony Power Cells
  61. Figure 10-13 Fiber Optic Location
  62. Figure 10-15 Torque Connections for 40 - 70 A Power Cells
  63. Figure 10-17 Torque Connections for 100 - 140 A Power Cells
  64. Fuse Location
  65. Printed Circuit Board Replacement Procedure (NXGpro)
  66. Spare Parts
  67. Disposal and Recycling
  68. A.1 Field Service Operation
  69. B.1 Storage, Transport and Operation Ambient Conditions
  70. B.2 Power Cell Specifications Table
  71. B.3 21/24-Cell Specifications
  72. B.4 15-Cell Specifications
  73. C.1 CE Marking and Directives for SINAMICS PERFECT HARMONY GH180 Products
  74. C.2 CE Marking
  75. C.3 CE Marking on Power Drive Systems (PDS)
  76. Figure C-3 Drive System Schematic (Reference: IEC Std 61800-5-1-2007) Drive System Schematic
  77. D.1 Abbreviations
  78. Glossary
  79. Index
SINAMICS PERFECT HARMONY GH180 first page preview

SINAMICS PERFECT HARMONY GH180

Brand: Siemens | Category: DC Drives
SINAMICS PERFECT HARMONY GH180 first page preview

SINAMICS PERFECT HARMONY GH180

Brand: Siemens | Category: DC Drives
SINAMICS PERFECT HARMONY GH180 first page preview

SINAMICS PERFECT HARMONY GH180

Brand: Siemens | Category: DC Drives
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