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NORDAC PRO SK 5 E-301-340-A Series
nord NORDAC PRO SK 5 E-301-340-A Series Manuals
Manuals and User Guides for nord NORDAC PRO SK 5 E-301-340-A Series. We have
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nord NORDAC PRO SK 5 E-301-340-A Series manual available for free PDF download: User Manual
nord NORDAC PRO SK 5 E-301-340-A Series User Manual (218 pages)
Frequency Inverter
Brand:
nord
| Category:
DC Drives
| Size: 5 MB
Table of Contents
Table 1: Version List
4
Table of Contents
6
1 General
10
Overview
10
Table 2: Overview of SK 500E Performance Grading Features
11
Table 3: Overview of Differing Hardware Features
11
5Xxe with or Without Integrated Mains Filter
12
Operation of an SK 5Xxe
12
Which Type of Inverter Should be Used
13
Delivery
13
Scope of Supply
13
Safety and Installation Notes
18
Explanation of Labels Used
19
List of Safety and Installation Notes
19
Standards and Approvals
21
UL and Cul (CSA) Approval
21
Table 4: Standards and Approvals
21
Type Code / Nomenclature
27
Type Plate
28
Frequency Inverter Type Code
28
Optional Technology Units (Module Type Codes)
28
2 Assembly and Installation
29
Fig. 1 Mounting Distances for SK 5Xxe
29
5Xxe, Standard Version
30
5Xxe
31
External Heat Sink Kit
32
Snap-On Mounting Rail Kit SK DRK1
34
EMC Kit
35
Fig. 2: EMC Kit SK EMC2-X
35
Table 5: EMC Kit SK EMC2-X
35
Brake Resistor (BR)
36
Fig. 3: Bottom-Mounted Brake Resistor SK BR4
36
Fig. 4: Chassis Brake Resistor SK BR2
36
Electrical Data for Brake Resistors
37
Table 6: Electrical Data for Brake Resistor SK BR2
37
Dimensions of Bottom-Mounted BR SK BR4
38
Fig. 5: Illustration of Mounting the BR4- on the Frequency Inverter
38
Table 7: Brake Resistor Temperature Switch Data
38
Table 8: Dimensions of Bottom-Mounted Brake Resistor SK BR4
38
Brake Resistor Assignments
40
Dimensions of Chassis BR SK BR2
40
Table 9: Dimensions of Chassis Brake Resistor SK BR2
40
Combination of Brake Resistors
41
Fig. 6: Typical Brake Resistor Connections
43
Table 10: Combination of Standard Brake Resistors
43
Monitoring of the Brake Resistor
44
Monitoring with a Temperature Switch
44
Monitoring with Current Measurement and Calculation
44
Chokes
45
Mains Chokes
45
Link Circuit Choke SK DCL
45
Table 11: Link Circuit Choke SK DCL
45
Input Choke SK CI1
46
Table 12: Input Choke Data for SK CI1
46
Table 13: Input Choke Data for SK CI1
46
Output Choke SK CO1
47
Table 14: Input Choke Data for SK CI1
47
Table 15: Output Choke Data for SK CO1
48
Table 16: Output Choke Data for SK CO1
48
Line Filter
49
Mains Filter SK NHD (up to Size 4)
49
Mains Filter SK LF2 (Size 5 - 7)
49
Table 17: Mains Filter NHD
49
Table 18: Mains Filter LF2
49
Line Filter SK HLD
50
Table 19: Mains Filter HLD
50
Electrical Connection
51
Wiring Guidelines
52
Adaptation to IT Networks
53
Table 20: Adaptation of Integrated Mains Filter
53
DC-Coupling
55
Fig. 7 Diagram of a DC-Coupling
56
Fig. 8 Diagram of a DC Coupling with an Input/Feedback Unit
57
Electrical Connection of Power Unit
58
Table 21: Tools
58
Table 22: Connection Data
58
Electrical Connection of the Control Unit
60
Colour and Contact Assignments for Encoders
73
Table 23: Colour and Contact Assignments for NORD - TTL / HTL Incremental Encoders
74
Table 24: Colour and Contact Assignment for SIN/COS Encoders
74
Table 25: Signal Details for SIN/COS Encoders
75
Table 26: Signal Details for Hiperface Encoders
75
RJ45 WAGO- Connection Module
76
Table 27: Colour and Contact Assignment for Hiperface Encoders
76
Table 28: RJ45 WAGO Connection Module
76
3 Displays and Control
77
Modular Assemblies SK 5Xxe
77
Fig. 9: Modular Assemblies SK 5Xxe
77
Overview of Technology Units
78
Table 29: Overview of Technology Units and Control Boxes
78
Table 30: Overview of Technology Units and Bus Systems
79
Table 31: Overview of Technology Units, Other Optional Modules
79
Simplebox, SK CSX-0
80
Fig. 10 Simplebox SK CSX-0
80
Fig. 11 Top Side of FI with RJ12 / RJ45 Connection
81
Table 32: Simplebox SK CSX-0, Functions
81
Fig. 12: Simplebox, SK CSX-0 Menu Structure
82
Potentiometerbox, SK TU3-POT
83
Connection of Multiple Device to a Parameterisation Tool
84
4 Commissioning
85
Factory Settings
85
Fig. 13 Motor Type Plate
85
Selecting the Operating Mode for Motor Control
86
Explanation of the Operating Modes (P300)
86
Overview of Control Parameter Settings
87
Motor Control Commissioning Steps
88
Minimal Configuration of Control Connections
89
KTY84-130 Connection (above Software Version 1.7)
90
Frequency Addition and Subtraction Via Operating Boxes
91
5 Parameters
92
6 Operating Status Messages
164
Display of Messages
164
Messages
165
7 Technical Data
173
General Data SK 500E
173
Technical Data for Determining the Energy Efficiency Level
175
Electrical Data
177
Electrical Data 115 V
177
Electrical Data 230 V
178
Electrical Data 400 V
181
General Conditions for Coldplate Technology
186
Table 33: Technical Data, Coldplate 115V Devices
186
Table 34: Technical Data, Coldplate 230V Devices, Single Phase Operation
186
Table 35: Technical Data, Coldplate 230V Devices, Three Phase Operation
187
Table 36: Technical Data, Coldplate 400V Devices
187
8 Additional Information
189
Setpoint Processing
189
Fig. 14: Setpoint Processing
190
Process Controller
191
Process Controller Application Example
191
Fig. 15: Process Controller Flow Diagram
191
Process Controller Parameter Settings
192
Electromagnetic Compatibility (EMC)
193
General Provisions
193
EMC Evaluation
193
EMC of Device
194
Table 37: EMC Comparison between en 61800-3 and en 55011
194
Table 38: EMC, Max. Shielded Motor Cable Length with Regard to Compliance with the Limit Value Classes
195
Table 39: Overview According to Product Standard en 61800-3
195
Figure 16: Wiring Recommendation
196
EC Declaration of Conformity
197
Reduced Output Power
198
Increased Heat Dissipation Due to Pulse Frequency
198
Reduced Overcurrent Due to Time
198
Figure 17: Heat Losses Due to Pulse Frequency
198
Reduced Overcurrent Due to Output Frequency
199
Table 40: Overcurrent Relative to Time
199
Reduced Output Current Due to Mains Voltage
200
Figure 18: Output Current Due to Mains Voltage
200
Table 41: Overcurrent Relative to Pulse and Output Frequency
200
Reduced Output Current Due to the Heat Sink Temperature
201
Operation with FI Circuit Breakers
201
Energy Efficiency
201
Figure 19: Energy Efficiency Due to Automatic Flux Optimisation
201
Standardisation of Setpoint / Target Values
202
Table 42: Scaling of Setpoints and Actual Values (Selection)
202
Definition of Setpoint and Actual Value Processing (Frequencies)
203
Table 43: Processing of Setpoints and Actual Values in the Frequency Inverter
203
9 Maintenance and Servicing Information
204
Maintenance Instructions
204
Service Notes
205
Abbreviations
206
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