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COMBIVERT 10S6 Series
KEB COMBIVERT 10S6 Series Manuals
Manuals and User Guides for KEB COMBIVERT 10S6 Series. We have
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KEB COMBIVERT 10S6 Series manual available for free PDF download: Instructions For Use Manual
KEB COMBIVERT 10S6 Series Instructions For Use Manual (74 pages)
INSTALLATION S6 HOUSING 2
Brand:
KEB
| Category:
Servo Drives
| Size: 5 MB
Table of Contents
Preface
3
Signal Words and Symbols
3
More Symbols
3
Laws and Guidelines
4
Warranty and Liability
4
Support
4
Copyright
4
Table of Contents
5
List of Figures
8
List of Tables
9
Glossary
10
Standards for Drive Converters / Control Cabinets
12
Product Standards that Apply Directly to the Drive Converter
12
Basic Standards to Which Drive Converter Standards Refer Directly
12
Standards that Are Used in the Environment of the Drive Converter
13
Basic Safety Instructions
14
Target Group
14
Transport, Storage and Proper Use
14
Installation
15
Electrical Connection
16
EMC-Compatible Installation
17
Voltage Test
17
Insulation Measurement
17
Start-Up and Operation
18
Maintenance
19
Repair
20
Disposal
20
Product Description
21
Specified Application
21
Residual Risks
21
Unintended Use
21
Product Features
22
Part Code
23
Table 1: Part Code
23
Technical Data
24
Operating Conditions
24
Climatic Environmental Conditions
24
Table 2: Climatic Environmental Conditions
24
Mechanical Ambient Conditions
25
Chemical / Mechanical Active Substances
25
Table 3: Mechanical Ambient Conditions
25
Table 4: Chemical / Mechanical Active Substances
25
Electrical Operating Conditions
26
Device Classification
26
Electromagnetic Compatibility
26
Table 5: Device Classification
26
Table 6: Electromagnetic Compatibility
26
Mounting Instructions for Control Cabinet Installation
27
Dimensions and Weights
27
Built-In Version
27
Figure 1: Dimensions Built-In Version Housing 2
27
Table 7: Mounting Instructions for Control Cabinet Installation
27
Control Cabinet Installation
28
Figure 2: Mounting Distances
28
Figure 3: Control Cabinet Ventilation
28
Unit Data 400 V Devices
29
Overview
29
Rated Operation
29
Table 8: Overview Unit Data 400 V Devices
29
Voltage and Frequency Data
30
Example for the Calculation of the Motor Voltage
30
Table 9: Input Voltages and Frequencies 400V Units
30
Table 10: Input Voltages for DC Operation 400V Units
30
Table 11: Output Voltages and Frequencies 400V Units
30
Table 12: DC Switching Level 400V Units
30
Table 13: Example for the Calculation of the Motor Voltage
30
Input and Output Currents / Overload
31
Table 14: Input Currents 400V Units
31
Table 15: Output Currents 400 V Units
31
Unit Data 230 V Devices
32
Overview
32
Rated Operation
32
Table 16: Overview Unit Data 230 V Devices
32
Voltage and Frequency Data
33
Table 17: Input Voltages and Frequencies 230V Units
33
Table 18: Input Voltages for DC Operation 230V Units
33
Table 19: Output Voltages and Frequencies 230V Units
33
Table 20: DC Switching Level 230V Units
33
Input and Output Currents / Overload
34
Table 21: Input Currents 230V Units
34
Table 22: Output Currents 230V Class
34
General Data
35
Overload Characteristic (OL)
35
Turn-Off Time Depending on the Overload at 400 V Units
36
Figure 4: Switch-Off Time T Depending on the Overload I / in (OL) 400 V Units
36
Turn-Off Time Depending on the Overload at 230 V Units
37
Figure 5: Switch-Off Time T Depending on the Overload I / in (OL) 230 V Units
37
Maximum Current (OL2)
38
Figure 6: Overload Characteristic in the Lower Speed Range (OL2)
38
Table 23: Frequency-Dependent Maximum Current for Unit Size 07 400 V Units
39
Table 24: Frequency-Dependent Maximum Current for Unit Size 09 400 V Units
39
Table 25: Frequency-Dependent Maximum Current for Unit Size 10 400 V Units
39
Table 26: Frequency-Dependent Maximum Current for Unit Size 07 230 V Units
40
Table 27: Frequency-Dependent Maximum Current for Unit Size 09 230 V Units
40
Switching Frequency and Temperature
41
Table 28: Switching Frequency and Temperature
41
Protection of the Drive Converter
42
Table 29: Fusing of the Drive Converters 400 V Units, 3-Phase
42
Table 30: Fusing of the Drive Converters 230 V Units, 1-Phase
42
DC Link / Braking Transistor Function
43
DC Link / Braking Transistor Function of the 400 V Units
43
DC Link / Braking Transistor Function of the 230 V Units
43
Table 31: DC Link / Braking Transistor Function of the 400 V Units
43
Table 32: DC Link / Braking Transistor Function of the 230 V Units
43
Power Dissipation 400 V Units
44
Power Dissipation 230 V Units
44
Figure 7: Block Diagram of the Energy Flow
44
Table 33: Power Dissipation 400 V Units
44
Table 34: Power Dissipation 230 V Units
44
Fan
45
Switching Behaviour of the Fan
45
Switching Points of the Fan
45
Figure 8: Switching Behaviour of the Fan
45
Installation and Connection
46
Overview of the Combivert S6
46
Figure 9: Overview COMBIVERT S6
46
Connection of the Power Unit
48
Connection of the Voltage Supply
48
Figure 10: Input Circuit / Drive Converter Type 400 V Units
48
Figure 11: Input Circuit / Drive Converter Type 230 V Units
48
Line Terminal Strip X1A
49
Figure 12: Line Terminal Strip X1A
49
Protective Earth and Function Earth
50
Protective Earth
50
Functional Earthing
50
Figure 13: Connection for Protective Earth
50
AC Connection
51
AC Supply 230 V / 400 V 3-Phase
51
Figure 14: Connection of the Mains Supply 3-Phase Devices
51
AC Supply 230 V 1-Phase
52
Figure 15: Connection of the Mains Supply 1-Phase Devices
52
Supply Line
53
DC Connection
53
Connection at DC Voltage Supply
53
Terminal Strip X1B DC Connection
53
Figure 16: Connection at DC Voltage Supply
53
Figure 17: Terminal Strip X1B DC Connection
53
Connection of the Motor
54
Selection of the Motor Cable
54
Cable-Fed Disturbances Depending on the Motor Cable Length at AC Supply
54
Motor Cable Length at Operation with DC Voltage
54
Table 35: Maximum Motor Cable Length at AC Supply
54
Table 36: Maximum Motor Cable Length at DC Operation
54
Motor Cable Length for Parallel Operation of Motors
55
Motor Cable Cross-Section
55
Interconnection of the Motor
55
Terminal Strip X1B Motor Connection
55
Figure 18: Terminal Strip X1B Motor Connection
55
Wiring of the Motor
56
Connection of a Braking Resistor
56
Terminal Strip X1B Connection Braking Resistor
56
Figure 19: Wiring of the Motor
56
Figure 20: Terminal Strip X1B Connection Braking Resistor
56
Wiring of an Intrinsically Safe Braking Resistor
57
Using a Non-Intrinsically Safe Braking Resistor
57
Figure 21: Wiring of an Intrinsically Safe Braking Resistor
57
Brake Control and Temperature Detection
58
Specification And Connection Of The Brake Control
58
Figure 22: Assignment of the Terminal Block X1C
58
Figure 23: Example for the Connection of the Brake Output at X1C
58
Table 37: Specification of the Brake Control
58
Specification And Connection Of The Temperature Detection
59
Table 38: Specification of the Temperature Input
59
Operation Without Temperature Detection
60
Connection of a KTY Sensor
60
Figure 24: Connection of a KTY Sensor
60
Table 39: Connection of a KTY Sensor
60
Connection of PTC, Temperature Switch or PT1000
61
Figure 25: Connection Examples of Different Temperature Sensors
61
Table 40: Connection of PTC, Temperature Switch or PT1000
61
Brake Control and Temperature Detection
62
Specification And Connection Of The Brake / Relay Control
62
Figure 26: Assignment of the Terminal Block X1C
62
Table 41: Specification of the Brake Control
62
Specification And Connection Of The Temperature Detection
63
Table 42: Specification of the Temperature Input
63
Operation Without Temperature Detection
64
Connection of a KTY Sensor
64
Figure 27: Connection of a KTY Sensor
64
Table 43: Connection of a KTY Sensor
64
Connection of PTC, Temperature Switch or PT1000
65
Figure 28: Connection Examples of Different Temperature Sensors
65
Table 44: Connection of PTC, Temperature Switch or PT1000
65
Certification
66
Ce Marking
66
Functional Safety
66
Annex to the Declaration of Conformity
66
Table 45: Applied Standards
67
UL Marking
68
Further Information and Documentation
71
Revision History
72
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