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SINAMICS PERFECT HARMONY GH150 6SL3826
Siemens SINAMICS PERFECT HARMONY GH150 6SL3826 Manuals
Manuals and User Guides for Siemens SINAMICS PERFECT HARMONY GH150 6SL3826. We have
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Siemens SINAMICS PERFECT HARMONY GH150 6SL3826 manual available for free PDF download: Operating Instructions Manual
Siemens SINAMICS PERFECT HARMONY GH150 6SL3826 Operating Instructions Manual (136 pages)
Medium-Voltage Drive
Brand:
Siemens
| Category:
DC Drives
| Size: 3.42 MB
Table of Contents
Table of Contents
5
1 Introduction
11
About These Instructions
11
2 Safety Instructions
13
Warning Symbols on the Device
13
Qualified Personnel
13
The 5 Safety Rules
13
Safe Handling
14
Electromagnetic Fields in Electrical Power Engineering Installations
16
Components that Can be Destroyed by Electrostatic Discharge (ESD)
17
Information for Persons Responsible for Plants and Systems
18
Proper Usage
18
Figure 2-1 ESD Information
18
Grounding Concept
19
Installation Site Safety
20
Measures for Operator Protection in Electromagnetic Fields
20
Requirements for the Circuit Breaker Provided by the Customer
21
Residual Risks
21
Security Information
23
3 Description
25
Area of Application
25
Safety Concept
25
Safety Components and Functions
25
External Safety Components
26
Protection and Monitoring Functions of Internal Components
26
Protection and Monitoring Functions for External Components
26
Control Module
26
Basic Line Module
27
Motor Module Employing M2C Technology
27
Figure 3-1 Block Diagram: Basic Line Module with Diodes
27
Figure 3-2 Block Diagram: Motor Module Employing M2C Technology
28
Air Cooling
29
Components
30
Control Unit
31
Power Stack Adapter
31
Figure 3-3 Interface Overview of Power Stack Adapter 4
32
Figure 3-4 Interface Overview of Power Stack Adapter 5
33
Terminal Modules
34
Power Cell
34
Figure 3-5 Power Cell
34
IGBT Module
35
Capacitor Bank
35
Mechanical Door Interlock System
35
Precharging
36
Actual Value Sensing
36
Power Supply (for ≥42 Cells)
36
Field of Application
36
Connections
38
Table 3-1 Interface Description
39
Table 3-2 Optical Indicator
39
Touch Screen Operator Panel
41
DC/DC Converter
41
Figure 3-6 Operator Panel
41
Line Filter
42
SIRIUS Safety Relay
42
Figure 3-7 Line Filter
42
Auxiliary Power Supply
43
AC Auxiliary Voltage
43
Figure 3-8 SIRIUS 3SK
43
AC Auxiliary Voltage Supply
44
Options
44
Expanded Remote Control Via Terminal Block (Option A06)
44
Fan in the Control Module (Option A20)
44
Auxiliary Voltage Supply 3 AC 380 V 50 Hz (Option C36)
45
Auxiliary Voltage Supply 3 AC 380 V 60 Hz (Option C37)
45
Auxiliary Voltage Supply 3 AC 415 V 50 Hz (Option C39)
45
Auxiliary Voltage Supply 3 AC 440 V 60 Hz (Option C40)
45
Auxiliary Voltage Supply 3 AC 460 V 60 Hz (Option C41)
45
Auxiliary Voltage for the Open-Loop and Closed-Loop Control (Option C55)
45
Can Bus Interface (Option G20)
45
PROFINET Interface (Option G24)
45
Modbus Plus Interface (Option G21)
46
Modbus RTU Slave Interface (Option G22)
46
Devicenet Interface (Option G23)
46
Control Net Interface (Option G26)
46
Modbus Ethernet Interface (Option G28)
46
Ethernet Connection in the Door (Option G47)
46
1X Temperature Sensor Evaluation Unit TM150 (Option G51)
46
2X Temperature Sensor Evaluation Units TM150 (Option G52)
46
Terminal Module TM31 (Option G61)
47
Second Terminal Module TM31 (Option G62)
47
Additional Terminal Module TM15 (Option G63)
48
Pulse Distributor for Splitting Speed Encoder Signal (Option G70)
48
Indicator Lamps in the Cabinet Door (Option K20)
48
Display Instruments in the Cabinet Door for Voltage, Current, Speed, and Output Plus Indicator Lamps (Option K21)
48
Display Instruments in the Cabinet Door for Current, Speed, Output and Winding Temperature Plus Indicator Lamps (Option K22)
49
Sensor Module SMC30 (Option K50)
49
CU320-2 DP Control Unit (Option K90)
49
Automatic Restart Function (Option L32)
50
Emergency Mushroom-Head Pushbutton (Option L45)
50
Cabinet Lighting in the Control Section (Option L50)
50
Uninterruptible Power Supply (Option L53)
50
Anti-Condensation Heating (Option L55)
51
EMERGENCY STOP Category 0 (Option L66)
51
Safety Locking System (Option M08)
52
Safety Locking System (Option M09)
52
Safety Locking System (Option M10)
52
Connection of Auxiliary Voltage and Signal Cable from above (Option M34)
53
Brass Cable Entry for Power and Signal Cables (Option M36)
53
Stainless Steel Cable Entry for the Power Cable (Option M37)
53
IP42 Degree of Protection (Option M42)
53
IP54 Degree of Protection (Option M54)
53
Arcing Fault Strength (Option M57)
53
Redundant Fan (Option M61)
54
Suitability for Marine Use (Option M66)
54
Controlled Outgoing Circuit for Anti-Condensation Heating 1-Phase 120 VAC (Option N37)
54
CSA Mark (Option U03)
55
CE Conformance (Option U02)
55
Cell Bypass (Option U11)
55
Customer-Specific Version (Option X30)
55
Interfaces
55
DRIVE-Cliq Interface
55
Table 3-3 DRIVE-Cliq Interface
55
4 Preparations for Use
57
Requirements for Installation Location
57
Inspections When the Equipment Is Received
57
Checking Shock and Tilt Indicators
57
Checking the Load Handling Attachments
58
Figure 4-1 Example of Attaching and Displaying the Shock and Tilt Indicators
58
Transport
59
Transport Markings
59
Transport Requirements
59
Observe Center of Gravity
60
Transport with a Fork-Lift Truck
60
Figure 4-2 Example Illustration of Centers of Gravity
60
Transport with a Crane
61
Transporting Transportation Units Packed in Boxes
61
Figure 4-3 Transporting a Transportation Unit (Still in Packaging) with a Crane
62
Unpacking the Cabinets
63
Removing the Packaging
63
Removing Load Securing Devices
63
Lifting the Cabinet off the Transport Pallet
64
Opening Doors in Preparation for Use
64
Checking the Shock and Tilt Indicators Inside the Cabinet
64
Storage
65
Storing a Device
65
Storing Fans
66
5 Assembly
67
Safety Instructions for Assembly
67
Tools Required
68
Screwing the Transport Units Together
68
Connect to the Foundation
69
Connecting Cabinets
70
6 Electrical Connection
71
Safety Instructions for Electrical Connections
71
Electromagnetic Compatibility
73
Figure 6-1 Shield Connection Using a Clip
75
Figure 6-2 Bridging Shield Gaps
75
Potential Concept
76
Cable Cross-Sections
76
Table 6-1 Cable Cross-Sections
76
Figure 6-3 Potential Concept
76
Connecting Ground
77
Laying the Signal Lines
77
Connecting the Auxiliary Voltage
78
Connecting Power Cables
79
Preparations
79
Procedure
80
Shield Connection
80
Interconnecting Optional Connections
81
Figure 6-4 Shield Connection
81
Fastening the Cable Ducts with Cable Ties
82
Figure 6-5 Schematic Diagram: Fastening the Cable Ties
82
7 Commissioning
83
Safety Instructions for Commissioning
83
STARTER Software
84
8 Operation
85
Safety Instructions for Operation
85
Operating the Converter
86
Functions
86
Monitoring Functions and Protective Functions
86
Insulation Monitoring
86
Tripping of the Circuit-Breaker in Case of Undervoltage
87
Automatic Restart
87
Fault and System Messages
89
Indicating and Rectifying Faults
89
Diagnostics Via Leds
89
Leds of the Power Stack Adapters
89
Table 8-1 Leds of the Power Stack Adapters
89
Leds of the SIRIUS Safety Relay
90
Table 8-2 Leds of the SIRIUS Safety Relay
90
9 Maintenance
91
Safety Instructions for Maintenance
91
Grounding the System
93
Opening the Device
93
Door Interlock Options
93
Open the Doors
94
Figure 9-1 Control Cabinet Door with EMERGENCY off Button (L45)
94
Figure 9-2 DC Link Voltage in Parameter R70(0) of the DFEMV in STARTER
95
Preventive Maintenance
96
Inspection
96
Figure 9-3 Details of the Power Cell with LED that Indicates a Voltage above 120 V DC
96
Checklist for Preventive Maintenance Work
97
Visual Inspections
98
Equipment for Visual Inspections
98
Checking the Isolating Clearances
98
Checking the Plug Connections
98
Checking the Cable and Screw Terminals
99
Maintenance
99
Replacing a Fan
99
Lubricating Fan Bearings
99
Replacing Fans, from the Front
99
Figure 9-4 Removing the Fan
100
Figure 9-5 Installing the Fan
101
Cleaning
102
Cleaning Aluminum Parts
102
Repair
102
Components that Can be Replaced
104
Torques
104
Replacing the AVT Combination Module
106
Figure 9-6 Example of an AVT Combination Module
106
Replacing the Current Transformer
107
Figure 9-7 Replacing the Current Transformer
107
Replacing the Precharging Transformer
108
Replacing the Precharging Rectifier
109
Figure 9-8 Example Diagram: Replacing the Pre-Charging Rectifier
109
Replacing a Power Cell
110
Figure 9-9 Removing a Power Cell
112
Replacing a Diode Stack
113
Removing
114
Figure 9-10 Removing Diode Stack Modules
114
Replacing Temperature Sensors
115
Figure 9-11 Diode Stack Module
115
Replacing the HMI Operator Panel
116
Replacing the Compactflash Card
118
10 Spare Parts
119
11 Disposal
121
Information According to Article 33 of the REACH Regulation
121
Disposing of Packaging Material
121
Removing Device Components and Old Devices
122
Bypass Disposal
122
Service & Support
123
Technical Data and Drawings
125
Standards and Regulations
125
Environmental Conditions
126
Quality Documents
129
Additional Documents
131
500 D Additional Documents
133
Index
133
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