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ACS800-07-0760-5
ABB ACS800-07-0760-5 Frequency Drive Manuals
Manuals and User Guides for ABB ACS800-07-0760-5 Frequency Drive. We have
1
ABB ACS800-07-0760-5 Frequency Drive manual available for free PDF download: Hardware Manual
ABB ACS800-07-0760-5 Hardware Manual (193 pages)
ACS800-07 series 500 to 2800 kW
Brand:
ABB
| Category:
Servo Drives
| Size: 9.31 MB
Table of Contents
ACS800 Single Drive Manuals
8
What this Chapter Contains
11
Usage of Warnings and Notes
11
Installation and Maintenance Work
12
Grounding
14
Fibre Optic Cables
14
Operation
15
Permanent Magnet Motor Drives
16
Installation and Maintenance Work
16
Operation
16
Application Program
16
Table of Contents
17
Table of Contents
23
Safety Instructions
23
About this Manual
23
What this Chapter Contains
23
Target Audience
23
Common Chapters for Multiple Products
23
Categorization According to the Frame Size
23
Contents
23
Installation and Commissioning Flowchart
24
Product and Service Inquiries
25
Product Training
25
Providing Feedback on ABB Drives Manuals
25
Terms and Abbreviations
26
Hardware Description
27
What this Chapter Contains
27
The ACS800-07
27
Cabinet Line-Up
27
Swing-Out Frame
29
Cabling Direction
30
Single-Line Circuit Diagram of the Drive
31
Controls
32
Door Switches
32
Load Switch-Disconnector
32
Auxiliary Voltage Switch
32
Earthing/Grounding Switch
32
Other Door Controls
32
Supply Unit Control Electronics
33
Reading and Setting of Values
34
Reading and Setting of Values
35
Terminal Blocks
36
Digital Input and Relay Output Terminals
37
Emergency Stop Input
38
Earth (Ground) Current Function
39
Power Loss Ride-Through Function
40
Inverter Unit Control
40
Motor Control
41
Reduced Run Capability
41
Type Code
42
Mechanical Installation
45
What this Chapter Contains
45
General
45
Required Tools
45
Moving the Unit
46
By Crane
46
By Fork-Lift or Pallet Truck
47
On Rollers
47
Laying the Unit on Its Back
47
Final Placement of the Unit
48
Before Installation
49
Delivery Check
49
Installation Procedure
50
Fastening the Cabinet to the Floor (Non-Marine Units)
51
Clamping
51
Holes Inside the Cabinet
52
Fastening the Unit to the Floor and Wall (Marine Units)
53
Joining the Shipping Splits
54
Procedure
54
Connecting the DC Busbars and the PE Busbar
55
DC Busbars
56
PE Busbar
56
Miscellaneous
57
Cable Duct in the Floor below the Cabinet
57
Cooling Air Intake through Bottom of Cabinet
58
Example
58
Electric Welding
59
Planning the Electrical Installation
61
What this Chapter Contains
61
Motor Selection and Compatibility
61
Protecting the Motor Insulation and Bearings
62
Requirements Table
63
Permanent Magnet Synchronous Motor
65
Thermal Overload and Short-Circuit Protection
65
Thermal Overload Protection of the Drive and the Input and Motor Cables
65
Thermal Overload Protection of the Motor
66
Protection against Short-Circuit in the Motor Cable
66
Protection against Short-Circuit Inside the Drive or in the Supply Cable
66
Earth Fault (Ground Fault) Protection
66
Emergency Stop Devices
67
Restarting after an Emergency Stop
67
Prevention of Unexpected Start
67
Selecting the Power Cables
67
General Rules
67
Alternative Power Cable Types
69
Motor Cable Shield
69
Additional US Requirements
69
Conduit
70
Armored Cable / Shielded Power Cable
70
Power Factor Compensation Capacitors
71
Equipment Connected to the Motor Cable
71
Installation of Safety Switches, Contactors, Connection Boxes, Etc
71
Bypass Connection
71
Before Opening an Output Contactor (in DTC Motor Control Mode)
71
Relay Output Contacts and Inductive Loads
72
Selecting the Control Cables
73
Relay Cable
73
Control Panel Cable
73
Coaxial Cable (for Use with Advant Controllers AC 80/AC 800)
73
Connection of a Motor Temperature Sensor to the Drive I/O
74
Installation Sites above 2000 Metres (6562 Feet)
74
Routing the Cables
74
Control Cable Ducts
75
Electrical Installation
77
What this Chapter Contains
77
Before Installation
77
Checking the Insulation of the Assembly
77
Motor and Motor Cable
77
IT (Ungrounded) Systems
78
Setting the Earth Fault (Ground Fault) Trip Level
78
Grounded Systems
78
Input Power Connection - Units Without Load Switch-Disconnector or Air Circuit Breaker
79
Connection Diagrams
79
6-Pulse Connection, Two Supply Modules in Parallel
79
12-Pulse Connection, Two Supply Modules in Parallel
80
Connection Procedure
81
Use of the Dual-Cable Screw Lug Connector
82
Removal of the Dual-Cable Screw Lug Connector
82
Input Power Connection - Units with Load Switch-Disconnector or Air Circuit Breaker
83
Connection Diagrams
83
6-Pulse Connection, Two Supply Modules in Parallel
83
12-Pulse Connection, Two Supply Modules in Parallel
84
Connection Procedure
85
Motor Connection - Units Without Common Motor Terminal Cubicle
86
Output Busbars
86
Connection Diagram
86
Connection Procedure
88
Motor Connection - Units with Common Motor Terminal Cubicle
90
Connection Diagram
90
Connection Procedure
90
Control Connections
91
Drive Control Connections
91
Supply Unit Control Connections
91
Connection Procedure
92
Installation of Optional Modules and PC
94
Cabling of I/O and Fieldbus Modules
94
Cabling of Pulse Encoder Interface Module
94
Fibre Optic Link
94
Connections and Tap Settings of the Auxiliary Voltage Transformer
95
Installation of Brake Resistors
95
Motor Control and I/O Board (RMIO)
97
What this Chapter Contains
97
To Which Products this Chapter Applies
97
Note on Cabinet-Installed ACS800 Drives
97
Note on Terminal Labelling
97
Note on External Power Supply
98
Parameter Settings
98
External Control Connections (Non-US)
99
External Control Connections (US)
100
RMIO Board Specifications
101
Analogue Inputs
101
Constant Voltage Output
101
Auxiliary Power Output
101
Analogue Outputs
101
Digital Inputs
101
Relay Outputs
102
DDCS Fibre Optic Link
102
24 VDC Power Input
102
Installation Checklist and Start-Up
105
Installation Checklist
105
Start-Up Procedure
106
Basic Checks with no Voltage Connected
106
Connecting Voltage to Input Terminals and Auxiliary Circuit
106
Starting the Supply Unit
107
Checks with the Supply Unit Running
107
Application Program Set-Up
107
On-Load Checks
107
Maintenance
109
What this Chapter Contains
109
Safety Instructions
109
Maintenance Intervals
110
Replacing the PPCS Branching Unit (APBU-XX) Memory Backup Battery
111
Checking and Replacing the Air Filters
112
Power Connections
112
Cooling Fans
113
Power Module Cooling Fans
113
Supply Module Fan Replacement
113
Inverter Module Fan Replacement
114
Control and I/O Cubicle Cooling Fans
115
Air Circuit Breaker Cubicle Fans
116
IP54 (UL Type 12) Fan Replacement
116
Heatsinks
118
Capacitors
118
Reforming
118
Capacitor Replacement
118
Other Maintenance Actions
118
Power Module Replacement
118
Fault Tracing
119
What this Chapter Contains
119
Supply Unit Status, Fault and Warning Leds
119
Other Leds of the Drive
121
Technical Data
123
What this Chapter Contains
123
Ratings
123
Symbols
124
Derating
124
Temperature Derating
124
Altitude Derating
124
ACS800-07 Frame Sizes and Power Module Types
125
Internal AC Fuses
126
DC Fuses at Inverter Module Input
127
Fuses for Main Circuit Voltage Measurement
127
DC Fuses for the DSU Module
127
Input Power Connection
128
Motor Connection
130
Efficiency
131
Cooling
132
Degrees of Protection
132
Ambient Conditions
132
Materials
133
Tightening Torques for Power Connections
133
Applicable Standards
133
CE Marking
134
Definitions
134
Compliance with the EMC Directive
134
Compliance with the en 61800-3 + Amendment A11 (2000)
134
First Environment (Restricted Distribution)
134
Second Environment
135
Machinery Directive
135
C-Tick" Marking
136
Definitions
136
Compliance with IEC 61800-3
136
First Environment (Restricted Distribution)
136
Second Environment
137
Dimensions
139
Cabinet Line-Ups
139
Frame Size 1×D4 + 2×R8I
144
Frame Size 1×D4 + 2×R8I (with Load Switch-Disconnector)
147
Frame Size 1×D4 + 2×R8I (with Top Entry/Exit)
153
Frame Size 2×D4 + 2×R8I
156
Frame Size 2×D4 + 2×R8I (with Load Switch-Disconnector)
159
Frame Size 2×D4 + 3×R8I
162
Frame Size 2×D4 + 3×R8I (with Load Switch-Disconnector)
165
Frame Size 2×D4 + 3×R8I (with Air Circuit Breaker)
169
Frame Size 3×D4 + 4×R8I
173
Frame Size 3×D4 + 4×R8I (with Load Switch-Disconnector)
176
Frame Size 3×D4 + 4×R8I (with Air Circuit Breaker)
180
Common Motor Terminal Cubicle
184
Resistor Braking
187
What this Chapter Contains
187
Resistor Braking Options
187
Chopper/Resistor Combinations - Technical Data
188
Brake Resistors - Technical Data
188
Verifying the Capacity of the Braking Equipment
189
Custom Resistors
189
Calculating the Maximum Braking Power (P )
190
Example 1
190
Example 2
190
Example 3
191
Custom Resistor Installation and Wiring
192
Brake Circuit Commissioning
193
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