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Manuals and User Guides for Emerson Digitax ST. We have
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Emerson Digitax ST manuals available for free PDF download: User Manual
Emerson Digitax ST User Manual (206 pages)
Brand:
Emerson
| Category:
Controller
| Size: 11.54 MB
Table of Contents
Table of Contents
4
Issue
3
Table of Contents
4
1 Safety Information
6
Warnings, Cautions and Notes
6
Electrical Safety - General Warning
6
System Design and Safety of Personnel
6
Environmental Limits
6
Access
6
Fire Protection
6
Compliance with Regulations
6
Mechanical Brake Control
6
2 Product Information
8
Introduction
8
Drive Ratings
8
Table 2-1 Maximum Ratings
8
Drive Model Numbers
9
Drive Nameplate Description
9
Figure 2-1 Model Code Explanation
9
Figure 2-2 Typical Drive Label
9
Features of the Drive
10
Figure 2-3 Features of the Drive
10
Options
11
Figure 2-4 Options Available with Digitax ST
11
Table 2-2 Solutions Module Identification
11
Table 2-3 Keypad Identification
13
Items Supplied with the Drive
14
Figure 2-5 Accessory Box Contents
14
Table 2-4 Other Options
14
3 Mechanical Installation
15
Safety Information
15
Planning the Installation
15
Figure 3-1 Fire Enclosure Bottom Layout
15
Figure 3-2 Fire Enclosure Baffle Construction
15
Solutions Module / Keypad Installation / Removal
16
Figure 3-3 Installation of a Solutions Module
16
Figure 3-4 Installation of a Keypad
16
Drive Dimensions
17
Figure 3-5 Dimensions
17
Figure 3-6 New Ingress Protective Label
17
Figure 3-7 Minimum Mounting Clearances
17
External EMC Filter Rating
18
Figure 3-8 DIN Rail Mounting
18
Figure 3-9 Bookcase Mounting
18
Figure 3-10 Footprint Mounting
18
Table 3-1 External EMC Filter Ratings
18
Optional Braking Resistor
19
Terminal Torque Settings
19
Routine Maintenance
19
Figure 3-11 External EMC Filter Dimensions
19
Figure 3-12 Installing an Optional Internal Braking Resistor (Top View of Drive)
19
Table 3-2 Torque Settings
19
Table 3-3 Plug-In Terminal Block Maximum Cable Sizes
19
4 Electrical Installation
20
Power Terminal Connections
21
Figure 4-1 Power Terminal Connections
21
Ground Connections
22
AC Supply Requirements
22
Figure 4-2 Ground Connection
22
Table 4-1 Supply Requirements
22
Table 4-2 Behavior of the Drive in the Event of a Motor Circuit Ground (Earth) Fault with an IT Supply
22
DC Bus Design
23
DC Drive Voltage Levels
23
Table 4-3 DC Bus Data
23
Table 4-4 Low Voltage DC Levels
23
Table 4-5 High Voltage DC Levels
23
Table 4-6 Control Supply Voltage Levels
23
Ratings
24
Output Circuit and Motor Protection
24
Table 4-7 Fuse Ratings and Cable Sizes
24
Table 4-8 Maximum AC Input Fusing
24
Braking
25
Figure 4-3 Cable Construction Influencing the
25
Table 4-9 Motor Cable Size and Maximum Lengths
25
Ground Leakage
26
Table 4-10 Internal Braking Resistor Data
26
Table 4-11 Minimum Resistance and Power Ratings
26
Table 4-12 Ground Leakage Current with Internal EMC Filter Installed
26
EMC (Electromagnetic Compatibility)
27
Figure 4-4 Removing the Internal EMC Filter and Line to Ground Varistors
27
Figure 4-5 Drive Cable Clearances
28
Internal and External Conducted Emissions Conformity
29
Figure 4-6 Grounding Bracket at the Top of the Drive
29
Figure 4-7 Grounding Bracket at the Bottom of the Drive
29
Figure 4-8 Multiple Drives with Single Grounding Bracket
29
Table 4-13 Immunity Compliance
29
Serial Communications Connections
30
Figure 4-9 Location of the RJ45 Serial Comms Connector
30
Table 4-14 DST120X (200V) Emission Compliance
30
Table 4-15 DST140X (400V) Emission Compliance
30
Control Connections
31
Table 4-16 Connection Details for RJ45 Connector
31
Table 4-17 Isolated Serial Comms Lead Details
31
Table 4-18 the Control Connections Consist of
31
Control Terminals
33
Figure 4-10 Default Terminal Functions
33
Encoder Connections
36
Figure 4-11 Encoder
36
Figure 4-12 Access to Encoder Connections
36
Figure 4-13 Connecting the Encoder Ground Tab to the EMC Bracket
36
Figure 4-14 Feedback Cable, Twisted Pairs
36
Encoder Terminals
37
Figure 4-15 Location of Encoder Connectors on Underside of Drive
37
Figure 4-16 Drive Encoder Input Converter Connector
37
Table 4-20 Encoder Types
37
Table 4-21 Feedback Resolution Based on Frequency and Voltage Level
39
Table 4-22 Encoder Output Types
39
Table 4-23 Buffered Encoder Connections
39
Safe Torque off
40
Figure 4-19 Digitax ST Plus Terminals View
40
Table 4-24 Digitax ST Plus Connector Details
40
Table 4-26 Digitax Ezmotion Connector Details
40
5 Getting Started
42
User Interfaces
42
CT Soft
42
Syptpro (Indexer & Plus Only)
42
Ezmotion Powertools Pro
42
Table 5-1 User Interface Compatibility
42
Keypad Operation
43
Understanding the Display
43
Figure 5-1 Digitax ST Keypad
43
Figure 5-2 SM-Keypad Plus (Remote Mount Only)
43
Figure 5-3 Display Modes
43
Figure 5-4 Mode Examples
44
Figure 5-5 Parameter Navigation
44
Figure 5-6 Menu Structure
44
Displaying Parameters with Non-Default Values Only
46
Displaying Destination Parameters Only
46
Communications
46
6 Basic Parameters
48
Single Line Descriptions
48
Figure 6-1 Menu 0 Logic Diagram
50
Full Descriptions
52
7 Running the Motor
58
Quick Start Connections
58
Table 7-1 Minimum Control Connection Requirements for each Control Mode
58
Table 7-2 Minimum Control Connection Requirements
58
Figure 7-1 Minimum Connections to Get the Motor Running Via Serial Communications (E.g. Ctsoft)
59
Figure 7-2 Minimum Connections to Get the Motor Running Via Keypad
60
Figure 7-3 Minimum Connections to Get the Motor Running Via Terminal Mode (Analog Input)
61
Quick Start Set-Up
62
Setting up a Feedback Device
63
Table 7-3 Parameters Required for Feedback Device
63
Table 7-4 Restrictions of Drive Encoder Lines Per Revolution with Software Version V01.06.01 and Later
65
Setting up a Buffered Encoder Output
66
Table 7-5 Buffered Encoder Output Type
66
Motor Map Parameters
67
9 SMARTCARD Operation
70
Introduction
70
Figure 9-1 Installation of the SMARTCARD
70
Transferring Data
71
Figure 9-2 Basic SMARTCARD Operation
71
Table 9-1 SMARTCARD Data Blocks
71
Table 9-2 SMARTCARD Codes
71
Data Block Header Information
73
SMARTCARD Parameters
73
Table 9-3 Key to Parameter Table Coding
73
SMARTCARD Trips
75
Table 9-4 Trip Conditions
75
Table 9-5 SMARTCARD Status Indications
76
10 Onboard PLC
77
Onboard PLC and Syptlite
77
Benefits
77
Limitations
77
Getting Started
77
Figure 10-1 Digitax ST Onboard PLC Program Scheduling
77
Onboard PLC Parameters
78
Onboard PLC Trips
78
Onboard PLC and the SMARTCARD
78
11 Advanced Parameters
79
Table 11-1 Menu Descriptions
79
Table 11-2 Key to Parameter Table Coding
79
Digitax ST User Guide Issue
79
Table 11-3 Feature Look-Up Table
80
Table 11-4 Definition of Parameter Ranges & Variable Maximums
82
Menu 1: Speed Reference
84
Figure 11-1 Menu 1 Logic Diagram
84
Menu 2: Ramps
88
Figure 11-2 Menu 2 Logic Diagram
88
Menu 3: Frequency Slaving, Speed Feedback and Speed Control
92
Figure 11-3 Menu 3 Logic Diagram
92
Menu 4: Torque and Current Control
95
Figure 11-4 Menu 4 Logic Diagram
95
Menu 5: Motor Control
98
Figure 11-5 Menu 5 Logic Diagram
98
Menu 6: Sequencer and Clock
101
Figure 11-6 Menu 6 Logic Diagram
101
Menu 7: Analog I/O
103
Figure 11-7 Menu 7 Logic Diagram
103
Menu 8: Digital I/O
106
Figure 11-8 Menu 8 Logic Diagram
106
Menu 9: Programmable Logic, Motorized Pot, Binary Sum and Timers
109
Figure 11-9 Menu 9 Logic Diagram: Programmable Logic
109
Figure 11-10 Menu 9 Logic Diagram: Motorized Pot and Binary Sum
110
Menu 10: Status and Trips
112
Table 11-5 Defaults for Pr 10.30 and Pr 10.31
113
Menu 11: General Drive Set-Up
114
Menu 12: Threshold Detectors, Variable Selectors and Brake Control Function
115
Figure 11-11 Menu 12 Logic Diagram
115
Figure 11-12 Menu 12 Logic Diagram (Continued)
116
Figure 11-13 Brake Function
117
Figure 11-14 Brake Sequence
118
Menu 13: Position Control
120
Figure 11-15 Menu 13 Logic Diagram
120
Menu 14: User PID Controller
124
Figure 11-16 Menu 14 Logic Diagram
124
Menus 15 and 16: Solutions Module Set-Up
127
Figure 11-17 Location of Solutions Module Slots and Their Corresponding Menu Numbers
127
Figure 11-18 SM-Universal Encoder Plus Logic Diagram
128
Figure 11-19 SM-Resolver Logic Diagram
132
Figure 11-20 SM-Encoder Plus Logic Diagram
134
Figure 11-21 SM-I/O Plus Analog Logic Diagram
136
Figure 11-22 SM-I/O Plus Digital Logic Diagram 1
137
Figure 11-23 SM-I/O Plus Digital Logic Diagram 2
138
Figure 11-24 SM-I/O Lite & SM-I/O Timer Digital I/O Logic
140
Figure 11-25 SM-I/O Lite & SM-I/O Timer Analog I/O Logic
141
Figure 11-26 SM-I/O Timer Real Time Clock Logic Diagram
141
Figure 11-27 SM-I/O PELV Digital I/O Logic Diagram
143
Figure 11-28 SM-I/O PELV Digital Input Logic Diagram
144
Figure 11-29 SM-I/O PELV Relay Logic Diagram
144
Figure 11-30 SM-I/O PELV Analog Input Logic Diagram
145
Figure 11-31 SM-I/O PELV Analog Output Logic Diagram
145
Figure 11-32 SM-I/O 24V Protected Digital I/O Logic
147
Figure 11-33 SM-I/O 24V Protected Digital I/O Logic
148
Figure 11-34 SM-I/O 24V Protected Relay Logic Diagram
148
Figure 11-35 SM-I/O 24V Protected Analog Output Logic
149
Figure 11-36 SM-I/O 120V Digital Input Logic Diagram
150
Figure 11-37 SM-I/O 120V Relay Diagram
151
Figure 11-38 SM-I/O 32 Logic Diagram
152
Figure 11-39 SM-SLM Logic Diagram
156
Menu 17: Motion Processors
159
Table 11-6 Digitax ST Indexer
159
Table 11-7 Digitax ST Plus
160
Menu 18: Application Menu 1
161
Menu 19: Application Menu 2
161
Menu 20: Application Menu 3
161
Table 11-8 Digitax ST Ezmotion
161
Menu 21: Second Motor Parameters
162
Menu 22: Additional Menu 0 Set-Up
163
Advanced Features
164
Table 11-9 Active Reference
164
Figure 11-40 Digital Input Connections When Pr 6.04 Is
168
12 Technical Data
171
Drive Technical Data
171
Figure 12-1 Repetitive Profile with Defined Level of Ipeak
171
Table 12-1 Repetitive Profile with Defined Level of Ipeak
171
Table 12-2 Repetitive Profile with Defined Level of Ipeak
172
Table 12-3 Repetitive Profile with Defined Level of Ipeak
172
Table 12-4 Repetitive Profile with Defined Level of Ipeak
172
Figure 12-2 Repetitive Profile with Defined Ratio between Ibase to Ipeak
173
Table 12-5 Repetitive Profile with Defined Ratio between
173
Table 12-6 Repetitive Profile with Defined Ratio between
173
Table 12-7 Repetitive Profile with Defined Ratio between
173
Table 12-8 Repetitive Profile with Defined Ratio between
173
Continuous Rating
174
Table 12-9 Continuous Rating with no Overload, ≤230Vac Supply for DST120X and ≤400Vac Supply for DST140X
174
Table 12-10 Continuous Rating with no Overload, ≤240Vac Supply for DST120X and ≤480Vac Supply for DST140X
174
Maximum Power Ratings
175
Table 12-11 Maximum Rectifier Power, ≤230Vac Supply for DST120X and ≤400Vac Supply for DST140X
175
Table 12-12 Maximum Rectifier Power, ≤240Vac Supply for DST120X and ≤480Vac Supply for DST140X
175
Table 12-13 Maximum Drive Losses
175
Table 12-14 Supply Requirements
175
Table 12-15 IP Rating Degrees of Protection
176
Table 12-16 UL Enclosure Ratings
176
Table 12-17 Overall Drive Dimensions
177
Table 12-18 Supply Fault Current Used to Calculate Maximum Input Currents
177
Table 12-19 Fuse Ratings and Cable Sizes
177
Motor Cable Size and Maximum Lengths
178
Table 12-20 Maximum AC Input Fusing
178
Table 12-21 Motor Cable Size and Maximum Lengths
178
Table 12-22 Minimum Resistance and Power Ratings
178
Terminal Torque Settings
179
Elecromagnetic Compatibility (EMC)
179
Table 12-23 Torque Settings
179
Table 12-24 Plug-In Terminal Block Maximum Cable Sizes
179
Table 12-25 Immunity Compliance
179
Table 12-26 DST120X (200V) Emission Compliance
179
Table 12-27 DST140X (400V) Emission Compliance
179
Optional External EMC Filters
180
Overall EMC Filter Dimensions
180
Figure 12-3 External EMC Filter Dimensions
180
Table 12-28 External EMC Filter Ratings
180
Trip Indications
181
Figure 13-1 Keypad Status Modes
181
Figure 13-2 Location of the Status LED
181
Table 13-1 Trip Indications
182
Table 13-2 Serial Communications Look-Up Table
195
Alarm Indications
196
Table 13-3 Trip Categories
196
Table 13-4 Alarm Indications
196
Status Indications
197
Table 13-5 Status Indications
197
Table 13-6 Solutions Module and SMARTCARD Status Indications at Power-Up
197
14 UL Listing Information
198
Common UL Information
198
AC Supply Specification
198
Maximum Continuous Output Current
198
Common DC Bus
198
DC Supplied Drive
198
Table 14-1 Maximum Continuous Output Current (200V Drives)
198
Table 14-2 Maximum Continuous Output Current (400V Drives)
198
Table 14-3 DC Fusing
198
UL Listed Accessories
199
List of Figures
200
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Emerson Digitax ST User Manual (210 pages)
AC variable speed drive for servo motors
Brand:
Emerson
| Category:
Controller
| Size: 11.82 MB
Table of Contents
Table of Contents
4
1 Safety Information
6
Warnings, Cautions and Notes
6
Electrical Safety - General Warning
6
System Design and Safety of Personnel
6
Environmental Limits
6
Access
6
Fire Protection
6
Compliance with Regulations
6
Mechanical Brake Control
6
2 Product Information
8
Introduction
8
Drive Ratings
8
Drive Model Numbers
9
Drive Nameplate Description
9
Features of the Drive
10
Options
11
Items Supplied with the Drive
14
3 Mechanical Installation
15
Safety Information
15
Planning the Installation
15
Solutions Module / Keypad Installation / Removal
16
Drive Dimensions
17
External EMC Filter Rating
18
Optional Braking Resistor
19
Terminal Torque Settings
20
Routine Maintenance
20
4 Electrical Installation
21
Power Terminal Connections
22
Ground Connections
23
AC Supply Requirements
23
DC Bus Design
24
DC Drive Voltage Levels
24
Ratings
25
Output Circuit and Motor Protection
25
Braking
26
Ground Leakage
27
EMC (Electromagnetic Compatibility)
28
Internal and External Conducted Emissions Conformity
30
Serial Communications Connections
31
Control Connections
32
Control Terminals
34
Encoder Connections
37
Encoder Terminals
38
Safe Torque off
42
5 Getting Started
43
User Interfaces
43
CT Soft
43
Syptpro (Indexer & Plus Only)
43
Ezmotion Powertools Pro
43
Keypad Operation
44
Understanding the Display
44
Displaying Parameters with Non-Default Values Only
47
Displaying Destination Parameters Only
47
Communications
47
6 Basic Parameters
49
Single Line Descriptions
49
Full Descriptions
54
7 Running the Motor
60
Quick Start Connections
60
Quick Start Set-Up
64
Setting up a Feedback Device
65
Setting up a Buffered Encoder Output
68
8 Optimization
69
Motor Map Parameters
69
9 Ethercat Interface
72
Features
72
What Is Ethercat
72
Ethercat Interface Information
72
Ethercat Interface Terminal Descriptions
72
Module Grounding
72
Network Topology
72
Minimum Node-To-Node Cable Length
72
Quick Start Guide
72
Quick Start Flowchart
74
Saving Parameters to the Drive
75
Ethercat Interface Node Address
75
Ethercat Interface RUN
75
Re-Initializing the Ethercat Interface
75
Process Data Objects (Pdos)
75
Service Data Object (SDO) Parameter Access
75
Canopen over Ethercat (Coe)
76
Ethernet over Ethercat (Eoe)
80
Drive Profile (DSP-402) Support
81
Interpolated Position Mode
87
Vl Velocity Mode
88
Profile Torque Mode
90
Homing Mode
91
Cyclic Sync Position Mode
94
Advanced Features
94
Advanced Cyclic Data Configuration
96
Internal Shortcuts
97
Quick Reference
98
10 SMARTCARD Operation
101
Introduction
101
Transferring Data
102
Data Block Header Information
104
SMARTCARD Parameters
104
SMARTCARD Trips
106
11 Onboard PLC
108
Onboard PLC and Syptlite
108
Benefits
108
Limitations
108
Getting Started
108
Onboard PLC Parameters
108
Onboard PLC Trips
109
Onboard PLC and the SMARTCARD
109
12 Advanced Parameters
110
Menu 1: Speed Reference
116
Menu 2: Ramps
120
Menu 3: Speed Feedback and Control
124
Menu 4: Torque and Current Control
127
Menu 5: Motor Control
130
Menu 6: Sequencer and Clock
133
Menu 7: Analog I/O
135
Menu 8: Digital I/O
138
Menu 9: Programmable Logic, Motorized Pot, Binary Sum and Timers
141
Menu 10: Status and Trips
144
Menu 11: General Drive Set-Up
146
Menu 12: Threshold Detectors, Variable Selectors and Brake Control Function
147
Menu 13: Position Control
152
Menu 14: User PID Controller
156
Menus 15 and 16: Solutions Module Set-Up
159
Menu 17: Motion Processors
160
Menu 18: Application Menu 1
163
Menu 19: Application Menu 2
163
Menu 20: Application Menu 3
163
Menu 21: Second Motor Parameters
164
Menu 22: Additional Menu 0 Set-Up
165
Advanced Features
166
13 Technical Data
173
Drive Technical Data
173
Optional External EMC Filters
182
Overall EMC Filter Dimensions
182
Trip Indications
183
Alarm Indications
198
Status Indications
199
Ethercat Diagnostics
199
Network Configuration Objects
200
Diagnostic Parameters
200
Drive Trip Display Codes
200
Ethercat Interface Temperature
201
Ethercat Interface Serial Number
201
Ethercat Interface Error Codes
201
Error Handling
201
Critical Task % Free
203
SDO Abort Codes
203
FLASH File System % Free
203
15 UL Listing Information
204
Common UL Information
204
AC Supply Specification
204
Maximum Continuous Output Current
204
Common DC Bus
204
DC Supplied Drive
205
UL Listed Accessories
205
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