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NORDAC PRO SK 500P
Nord Drivesystems NORDAC PRO SK 500P Manuals
Manuals and User Guides for Nord Drivesystems NORDAC PRO SK 500P. We have
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Nord Drivesystems NORDAC PRO SK 500P manual available for free PDF download: Manual With Installation Instructions
Nord Drivesystems NORDAC PRO SK 500P Manual With Installation Instructions (256 pages)
Frequency inverters
Brand:
Nord Drivesystems
| Category:
Inverter
| Size: 5.04 MB
Table of Contents
Table 1: Version List
3
Table of Contents
5
1 General
9
Device Characteristics
10
Table 2: Overview of FI Characteristics
12
Delivery
13
Scope of Delivery
13
Safety, Installation and Application Information
17
Explanation of Markings
21
Warning Information on the Product
22
Table 3: Warning Symbols on the Product
22
Standards and Approvals
23
UL and CSA Approval
23
Table 4: Standards and Approvals
23
Type Code / Nomenclature
25
Rating Plate
25
2 Assembly and Installation
27
Figure 1: Installation Spacings
27
Frequency Inverter Installation
28
EMC Kit
29
Braking Resistor (BR)
32
Figure 2: Frequency Inverter with Bottom-Mounted Braking Resistor SK BRU5
32
Electrical Data for Braking Resistors
33
Table 5: Technical Data Bottom Mounted Braking Resistor SK BRU5
33
Table 6: Technical Data Chassis Braking Resistor SK BR2
33
Table 7: Technical Details of the Braking Resistor Temperature Switch
33
Monitoring of the Braking Resistor
34
Monitoring with a Temperature Switch
34
Monitoring with Current Measurement and Calculation
34
Chokes
35
Mains Chokes
35
Mains Choke SK CI5
35
Motor Choke SK CO5
37
Electrical Connection
38
Overview of Connections
39
Wiring Guidelines
41
Electrical Connection of Power Unit
42
Table 8: Tools
42
Table 9: Connection Data
42
Electromechanical Brake
43
Mains Connection (PE, L1, L2/N, L3)
43
Motor Cable
44
Braking Resistor (B+, B-)
45
DC Coupling (B+, DC-)
45
Figure 3: Illustration of a DC-Coupling
46
Figure 4: Diagram of a DC Coupling with an Input/Feedback Unit
47
Electrical Connection of the Control Unit
48
Incremental Encoder
56
Table 10: Colour and Contact Assignments for NORD TTL / HTL Incremental Encoders
57
Fans
58
Removing the Fan
58
Installing the Fan
58
3 Options
59
Overview of Option Modules
59
Controlbox SK TU5-CTR
61
Control Keys
61
Display
62
Displays
62
Operation
62
Status Displays
63
Control
63
Parameterisation
64
Figure 5: Controlbox Menu Structure
65
Frequency Addition and Subtraction Via Control Boxes
66
Connection of Multiple Devices to One Parametrisation Tool
66
4 Commissioning
67
Factory Settings
67
Figure 6: Motor Type Plate
68
Selecting the Operating Mode for Motor Control
69
Explanation of the Operating Modes (P300)
69
Overview of Controller Parameter Settings
71
Motor Control Commissioning Steps
72
Minimum Configuration of Control Connections
73
Temperature Sensors
74
5 Parameter
76
Figure 7: Explanation of Parameter Description
79
Parameter Overview
80
Operating Display
83
DS402 Parameter
85
Basic Parameter
98
Motor Data / Characteristic Curve Parameters
106
Control Parameters
117
Control Terminals
127
Additional Parameters
156
Positioning
183
Information
184
6 Operating Status Messages
201
Display of Messages
202
Messages
205
7 Technical Data
217
General Data
217
Technical Data for Determining the Energy Efficiency Level
218
Electrical Data
219
Electrical Data 230 V
219
Electrical Data 400 V
221
8 Additional Information
224
Setpoint Processing
224
Figure 8: Setpoint Processing
225
Process Controller
226
Figure 9: Process Controller Flow Diagram
226
Process Controller Application Example
227
Process Controller Parameter Settings
228
Electromagnetic Compatibility (EMC)
229
General Provisions
229
EMC Evaluation
229
EMC of Device
230
Table 11: EMC Comparison between en 61800-3 and en 55011
230
Table 12: EMC, Max. Shielded Motor Cable Length with Regard to Compliance with the Limit Value Classes
231
Table 13: Overview According to Product Standard en 61800-3
231
Figure 10: Wiring Recommendation
232
EU Declaration of Conformity
233
Reduced Output Power
234
Increased Heat Dissipation Due to Pulse Frequency
234
Figure 11: Heat Losses Due to Pulse Frequency
234
Reduced Overcurrent Due to Time
235
Table 14: Overcurrent Relative to Time
235
Reduced Overcurrent Due to Output Frequency
236
Table 15: Overcurrent Relative to Pulse and Output Frequency
236
Reduced Output Current Due to Low Voltage
237
Reduced Output Current Due to the Heat Sink Temperature
237
Operation on the FI Circuit Breaker
237
Figure 12: Reduced Output Current Due to Low Voltage
237
NORD System Bus
238
Description
238
Figure 13: Example of the Structure of a NORD System Bus
239
NORD System Bus Participants
240
Physical Structure
240
Options for Optimising the Energy Efficiency
241
Figure 14: Energy Efficiency Due to Automatic Flux Optimisation
241
Scaling of Set Point/Actual Values
242
Table 16: Scaling of Set/Actual Values (Selection)
242
Definition of Setpoint and Actual Value Processing (Frequencies)
243
Table 17: Processing of Setpoints and Actual Values in the Frequency Inverter
243
9 Maintenance and Servicing Information
244
Maintenance Instructions
244
Service Notes
245
Abbreviations
246
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