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NORDAC BASE SK 190E
Nord Drivesystems NORDAC BASE SK 190E Manuals
Manuals and User Guides for Nord Drivesystems NORDAC BASE SK 190E. We have
1
Nord Drivesystems NORDAC BASE SK 190E manual available for free PDF download: User Manual
Nord Drivesystems NORDAC BASE SK 190E User Manual (212 pages)
Brand:
Nord Drivesystems
| Category:
DC Drives
| Size: 4 MB
Table of Contents
Table 1: Version List
3
Table of Contents
5
1 General
10
Overview
10
Figure 1: Device with Internal SK CU4
11
Figure 2: Device with External SK CU4
11
Delivery
13
Scope of Delivery
13
Safety, Installation and Operating Instructions
17
Warning and Hazard Information
22
Warning and Hazard Information on the Product
22
Table 2: Warning and Hazard Information on the Product
22
Warning and Hazard Information in the Document
23
Standards and Approvals
23
Table 3: Standards and Approvals
23
Table 4: Standards and Approvals for Explosion Hazard Environments
24
UL and CSA Approval
25
Type Code / Nomenclature
27
Name Plate
27
Figure 3: Name Plate
27
Frequency Inverter Type Code
28
Type Code for Option Modules
28
Type Code, Connection Unit for Technology Unit
29
Adapter Unit Type Code
29
Power Rating / Motor Size
29
Version in Protection Class IP55, IP66, IP69K
30
2 Assembly and Installation
31
Installation SK 1X0E
31
Work Procedures for Motor Installation
32
Adapters for Different Motors
33
Figure 4: Example of Motor Size Adaptation
33
Dimensions, SK 1X0E Mounted on Motor
34
Wall Mounting
35
Installation of Optional Modules
37
Option Locations on Device
37
Figure 5: Option Locations, Size 1
37
Figure 6: Option Locations, Size 2
37
Installation of Internal Customer Unit SK CU4
39
Installation of External Technology Units SK TU4
40
Braking Resistor (BW) - (from Size 2)
41
Internal Braking Resistor SK BRI4
41
External Braking Resistor SK BRE4
42
Table 5: Assignment of Braking Resistors to Frequency Inverter
43
Electrical Connection
44
Wiring Guidelines
45
Electrical Connection of Power Unit
46
Mains Supply (L1, L2(/N), L3, PE)
46
Table 6: Connection Data
46
Motor Cable (U, V, W, PE)
47
Figure 7: Jumpers for Mains Adaptation
47
Braking Resistor (+B, -B) - (from Size 2)
48
Electrical Connection of the Control Unit
49
Control Terminal Details
50
Operation in Potentially Explosive Environments
53
Operation in Potentially Explosive Environments - ATEX Zone 22 3D
53
Modification of the Device for Compliance with Category 3D
53
Options for ATEX Zone 22, Category 3D
54
Maximum Output Voltage and Torque Reduction
56
Commissioning Information
56
EU Conformity Declaration - ATEX
58
Operation in Potentially Explosive Environments - EAC Ex
59
Modification of the Device
59
Further Information
60
EAC Ex Certificate
60
Outdoor Installation
61
3 Display, Operation and Options
62
Control and Parametrisation Options
62
Control and Parametrisation Boxes / Software
63
Figure 8: Simplebox, Handheld, SK CSX-3H
63
Figure 9: Parameterbox, Handheld, SK PAR-3H
63
Connection of Multiple Devices to One Parametrisation Tool
64
Optional Modules
65
Internal Customer Interfaces SK CU4
65
Figure 10: Internal Customer Units SK CU4
65
External Technology Units SK TU4
66
Figure 11: External Technology Units SK TU4
66
Table 7: External Bus Modules and IO Expansions SK TU4
67
Table 8: External Modules with Power Supply SK TU4-24V
67
Table 9: External Modules - Maintenance Switch SK TU4-MSW
67
Plug Connectors
68
Plug Connectors for Power Connections
68
Figure 12: Examples of Devices with Connectors for Connecting the Power
68
Plug Connectors for Control Connection
69
Potentiometer Adapter, SK CU4-POT
71
Figure 13: Connection Diagram for SK CU4-POT, Example of SK 1X0E
71
4 Commissioning
72
Factory Settings
72
Selecting the Operating Mode for Motor Control
73
Explanation of the Operating Modes (P300)
73
Overview of Control Parameter Settings
73
Motor Control Commissioning Steps
74
Starting up the Device
76
Connection
76
Configuration
76
Parameterisation
76
DIP Switches (S1, S2)
77
Commissioning Examples
78
Temperature Sensors
79
Table 10: Temperature Sensors, Adjustment
79
AS Interface (AS-I)
82
The Bus System
82
Features and Technical Data
82
Bus Structure and Topology
83
Commissioning
84
Connection
84
Figure 14: Connecting Terminals AS-I
84
Displays
85
Configuration
85
Table 11: as Interface, Connection of Signal and Supply Lines
85
Addressing
86
Certificate
87
5 Parameter
88
Parameter Overview
90
Description of Parameters
92
Operating Displays
93
Basic Parameters
94
Motor Data / Characteristic Curve Parameters
101
Speed Control
109
Control Terminals
114
Additional Parameters
133
Information
149
6 Operating Status Messages
160
Display of Messages
160
Diagnostic Leds on Device
161
Messages
162
FAQ Operational Problems
169
Table 12: FAQ Operational Problems
170
7 Technical Data
171
General Data for Frequency Inverter
171
Electrical Data
172
Electrical Data 1~ 115 V
173
Electrical Data 1/3~230 V
174
Electrical Data 3~ 400 V
176
8 Additional Information
178
Setpoint Processing
178
Figure 15 Setpoint Processing
178
Process Controller
179
Process Controller Application Example
179
Figure 16: Process Controller Flow Diagram
179
Process Controller Parameter Settings
180
Electromagnetic Compatibility (EMC)
181
General Provisions
181
EMC Evaluation
182
Table 13: EMC Comparison between en 61800-3 and en 55011
182
EMC of Device
183
Figure 17: Wiring Recommendation
184
Table 14: Overview According to Product Standard en 61800-3
184
EU Declaration of Conformity
185
Reduced Output Power
186
Increased Heat Dissipation Due to Pulse Frequency
186
Figure 18: Heat Losses Due to Pulse Frequency
186
Reduced Overcurrent Due to Time
187
Table 15: Overcurrent Relative to Time
187
Reduced Overcurrent Due to Output Frequency
188
Table 16: Overcurrent Relative to Pulse and Output Frequency
188
Reduced Output Current Due to Mains Voltage
189
Reduced Output Current Due to the Heat Sink Temperature
189
Figure 19: Output Current Due to Mains Voltage
189
Operation with FI Circuit Breakers
190
System Bus
191
Energy Efficiency
194
Figure 20: Energy Efficiency Due to Automatic Flux Optimisation
194
Motor Data - Characteristic Curves
195
50 Hz Characteristic Curve
195
Figure 21: 50 Hz Characteristic Curve
195
87 Hz Characteristic Curve (Only 400V Devices)
197
Figure 22: 87 Hz Characteristic Curve
197
100 Hz Characteristic Curve (Only 400 V Devices)
198
Figure 23: 100 Hz Characteristic Curve
198
Standardisation of Setpoint / Target Values
200
Definition of Setpoint and Actual Value Processing (Frequencies)
201
Table 17: Processing of Setpoints and Actual Values in the Frequency Inverter
201
9 Maintenance and Servicing Information
202
Maintenance Instructions
202
Service Notes
203
Abbreviations
204
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