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PositionServo E94 040S2F Series
Lenze AC Tech PositionServo E94 040S2F Series Manuals
Manuals and User Guides for Lenze AC Tech PositionServo E94 040S2F Series. We have
1
Lenze AC Tech PositionServo E94 040S2F Series manual available for free PDF download: User Manual
Lenze AC Tech PositionServo E94 040S2F Series User Manual (887 pages)
MVCD
Brand:
Lenze AC Tech
| Category:
Controller
| Size: 13 MB
Table of Contents
Table of Contents
3
Introduction
7
About These Instructions
8
Scope of Supply
8
Legal Regulations
8
Warranty
9
Part Number Designation
9
Technical Data
11
Electrical Characteristics
11
Power Ratings
12
Fuse Recommendations
12
Digital I/O Ratings
13
Environment
13
Operating Modes
13
Connections and I/O
13
Positionservo Dimensions
14
Clearance for Cooling Air Circulation
15
Installation
16
Wiring
17
Shielding and Grounding
17
General Guidelines
17
EMI Protection
18
Enclosure
18
Line Filtering
19
Heat Sinking
19
Line (Mains) Fusing
19
Interface
20
External Connectors
20
P1 & P7 - Input Power and Output Power Connections
20
P2 - Ethernet Communications Port
21
P3 - Controller Interface
22
P4 - Motor Feedback / Second Loop Encoder Input
23
P5 - 24 VDC Back-Up Power Input
24
P6 - Braking Resistor and DC Bus
24
Connector and Wiring Notes
25
P11 - Resolver Interface Module (Option)
26
SW1 DIP Switch Settings
26
Setting the Dip Switches
27
P12 - Second Encoder Interface Module (Option)
27
Digital I/O Details
28
Step & Direction / Master Encoder Inputs (P3, Pins 1-4)
28
Buffered Encoder Output (P3, Pins 7-12)
29
Digital Outputs
29
Digital Inputs
30
Analog I/O Details
31
Analog Reference Input
31
Analog Output
32
Communication Interfaces
32
Ethernet Interface (Standard)
32
RS485 Interface (Option)
32
RS485 Communication Setup
33
MODBUS RTU Support
33
CAN Interface (Option)
33
Motor Selection
33
Motor Connection
33
Motor Over-Temperature Protection
34
Motor Setup
34
Using a Custom Motor
35
Creating Custom Motor Parameters
35
Autophasing
36
Custom Motor Data Entry
36
Parameters
41
Parameter Storage and EPM Operation
41
Parameter Storage
41
Epm Operation
41
Epm Fault
41
Motor Group
42
Drive Operating Modes
42
Torque Mode
42
Velocity Mode
42
Position Mode
42
Parameters
42
Drive Pwm Frequency
43
Current Limit
43
Peak Current Limit (8 Khz And 16 Khz)
43
Analog Input Scale (Current Scale)
43
Analog Input Scale (Velocity Scale)
43
Accel/Decel Limits (Velocity Mode Only)
44
Reference
44
Step Input Type (Position Mode Only)
44
Fault Reset Option
44
Motor Temperature Sensor
44
Motor Ptc Cut-Off Resistance
44
Second Encoder
44
Regeneration Duty Cycle
45
Encoder Repeat Source
46
System To Master Ratio
46
Second To Prime Encoder Ratio
46
Autoboot
46
Group ID
46
Enable Switch Function
46
User Units
46
Resolver Track
46
Current Limit Max Overwrite
47
Communication
47
Ethernet Interface
47
Set the Pc's IP Address
48
Configuration
50
Modbus Baud Rate
50
Modbus Reply Delay
50
Analog I/O
50
Analog Output
50
Analog Output Current Scale (Volt / Amps)
51
Analog Output Current Scale (MV/Rpm)
51
Analog Input Dead Band
51
Analog Input Offset Parameter
51
Adjust Analog Input Zero Offset
51
Digital I/O
51
Digital Input De-Bounce Time
51
Hard Limit Switch Action
52
Velocity Limits
52
Zero Speed
52
Speed Window
52
At Speed
52
Position Limits
52
Position Error
52
Max Error Time
52
Second Encoder Position Error
52
Second Encoder Max Error Time
52
Compensation
53
Velocity P-Gain (Proportional)
53
Velocity I-Gain (Integral)
53
Position P-Gain (Proportional)
53
Position I-Gain (Integral)
53
Position D-Gain (Differential)
53
Position I-Limit
53
Gain Scaling Window
54
Tools
54
Oscilloscope Tool
54
Run Panels
54
Faults
54
Operation
55
Minimum Connections
55
Configuration of the Positionservo
55
Position Mode Operation (Gearing)
57
Dual-Loop Feedback
57
Enabling the Positionservo
58
Drive Tuning
58
Tuning The Drive In Velocity Mode
59
Tuning The Drive In Position Mode
64
Quick Start Reference
70
Quick Start - External Torque Mode
70
Quick Start - External Velocity Mode
71
Quick Start - External Positioning Mode
73
Diagnostics
75
Display
75
Display Description
75
Leds
76
Function Description
76
Faults
76
Fault Codes
76
Fault Event
78
Fault Reset
78
Troubleshooting
78
About These Instructions
90
Package Contents
90
Introduction
91
Safety Information
91
Legal Regulations
91
General Drive Information
92
Mains Configuration
92
Operating Modes
92
Feedback
93
Software
93
Part Number Designation
94
Drive Part Number
94
Filter Part Number
94
Option Part Number
95
Technical Data
96
Electrical Characteristics
96
Power Ratings
97
Fuse Recommendations
98
Digital and Analog I/O Ratings
98
Environment
98
P1 & P7 - Input Power and Output Power Connections
106
Installation and Connection
113
Canopen Interface
122
Devicenet Interface
122
PROFIBUS DP Interface
123
Parameters
124
Drive Identification
125
Drive Name
125
Group ID
125
Motor
126
Motor Setup
126
Using a Custom Motor
127
Creating Custom Motor Parameters
127
Autophasing
128
Custom Motor Data Entry
129
Parameters
129
Drive Mode
134
Reference
134
Drive PWM Frequency
135
Current Limit
135
To Change Current Limits
135
Peak Current Limit (8 Khz and 16 Khz)
135
Accel/Decel Limits (Velocity Mode Only)
135
Fault Reset
135
Motor Temperature Sensor
136
Motor PTC Cutoff Resistance
136
Regen Duty Cycle
136
Master Encoder Input Type (Position Mode Only)
137
Master Encoder - System to Master Ratio
137
Autoboot
137
User Units
137
Rotation Direction
137
Resolver Tracks
137
Communication
138
Ethernet
138
Can
138
Profibus
138
Analog I/O
139
Analog Output
139
Analog Output Current Scale (Volt/Amps)
139
Analog Output Velocity Scale (MV/Rpm)
139
Analog Input Current Scale (Amps/Volt)
139
Analog Input Velocity Scale (Rpm/Volt)
139
Analog Input Dead Band
140
Analog Input Offset
140
Digital I/O
140
Digital Output
140
Digital Input De-Bounce Time
140
Hard Limit Switch Action
140
Enable Switch Function
140
Brake Release Delay
141
Velocity Limits
141
Zero Speed
141
Speed Window
141
At Speed
141
Position Limits
142
Position Error
142
Max Error Time
142
Soft Limits
142
Velocity I-Gain (Integral)
142
Position P-Gain (Proportional)
143
Position I-Gain (Integral)
143
Position D-Gain (Differential)
143
Ethernet Connection
149
Configuring the PC IP Address (Windows XP)
152
Auto Tuning the Drive
162
Upgrading Firmware
173
Quick Start Reference
174
Diagnostic Display
179
Diagnostic Leds
180
Safety Information
192
Introduction
193
About These Instructions
193
Scope of Supply
194
Legal Regulations
194
Technical Data
195
Electrical Characteristics
195
Environment
195
Operating Modes
196
Connections and I/O
196
Digital I/O Ratings
196
Power Ratings
197
Dimensions
197
Clearance for Cooling Air Circulation
198
Installation
199
Wiring
200
Shielding and Grounding
200
General Guidelines
200
Noise Emission
201
EMI Protection
201
Enclosure
201
Line Filtering
201
Heat Sinking
202
Line (Mains) Fusing
202
Fuse Recommendations
202
Interface
203
External Connectors
203
P1 & P7 - Input Power and Output Power Connections
203
P2 - Serial Communications Port
204
P3 - Controller Interface
204
P4 - Motor Feedback
205
P4 - Motor Feedback / Second Loop Encoder Input
205
P5 - 24 VDC Back-Up Power Input
207
P6 - Braking Resistor and DC Bus
207
Connector and Wiring Notes
207
P11 - Resolver Interface Module (Option)
208
P12 - Second Encoder Interface Module (Option)
209
Digital I/O Details
210
Step & Direction/Master Encoder Inputs (P3, Pins 1-4)
210
Step & Direction / Master Encoder Inputs (P3, Pins 1-4)
210
Digital Outputs
211
Digital Inputs
212
Analog I/O Details
213
Analog Reference Input
213
Analog Output
213
Communication Interfaces
214
RS485 Interface (Option)
214
RS232 Interface (Standard)
214
Using RS232 and RS485 Interfaces Simultaneously
214
Modbus RTU Support
215
Motor Selection
215
Motor Connection
215
Motor Over-Temperature Protection
215
Motor Set-Up
216
Using a Custom Motor
217
Creating Custom Motor Parameters
217
Autophasing
218
Custom Motor Data Entry
218
Parameters
223
Parameter Storage and EPM Operation
223
Parameter Storage
223
EPM Operation
223
EPM Fault
224
Motor Group
224
Parameters
224
Drive Operating Modes
224
Drive PWM Frequency
225
Current Limit
225
Peak Current Limit (8Khz and 16 Khz)
225
Analog Input Scale (Current)
225
Analog Input Scale (Velocity)
225
ACCEL/DECEL Limits (Velocity Mode Only)
226
Reference
226
Step Input Type (Position Mode Only)
226
Fault Reset Option
226
Motor Temperature Sensor
226
Motor PTC Cut-Off Resistance
226
Second Encoder
226
Regen Duty Cycle
227
Encoder Repeat Source
227
System to Master Ratio
227
Second to Prime Encoder Ratio
227
Autoboot
227
Group ID
228
Enable Switch Function
228
User Units
228
Communication
228
IP Setup
228
Configuration
228
Modbus Baud Rate
228
Modbus Reply Delay
228
Analog I/O
228
Analog Output
228
Analog Output Current Scale (Volt / Amps)
229
Analog Output Velocity Scale (MV/Rpm)
229
Analog Input Dead Band
229
Analog Input Offset Parameter
229
Adjust Analog Voltage Offset
229
Digital I/O
229
Digital Input De-Bounce Time
229
Hard Limit Switch Action
230
Velocity Limits
230
Zero Speed
230
Speed Window
230
At Speed
230
Position Limits
230
Position Error
230
Max Error Time
230
Second Encoder Position Error
230
Second Encoder Max Error Time
230
Compensation
231
Velocity I-Gain (Integral)
231
Position P-Gain (Proportional)
231
Position I-Gain (Integral)
231
Position D-Gain (Differential)
231
Position I-Limit
231
Velocity P-Gain (Proportional)
231
Gain Scaling Window
232
Tools
232
Oscilloscope
232
Faults
232
Oscilloscope Tool
232
Run Panels
232
Faults Group
232
Minimum Connections
233
Configuration of the Positionservo
233
Operation
233
Drive Display
234
Position Mode Operation (Gearing)
235
Dual-Loop Feedback
235
Drive Tuning
236
Enabling the Positionservo
236
Tuning the Drive in Velocity Mode
237
Tuning the Drive in Position Mode
242
Quick Start Reference
248
Quick Start - External Torque Mode
248
Optional Signals
248
Quick Start - External Velocity Mode
249
Quick Start - External Positioning Mode
251
Diagnostics
253
Display
253
Faults
254
Fault Codes
254
Leds
254
Fault Event
256
Fault Reset
256
Troubleshooting
256
Before Troubleshooting
256
Safety Warnings
266
Motionview Software Overview
267
Installation And Package Revision
267
Main Screen
268
Node Tree
268
List View
268
Message Window
268
How to Change Parameters
269
Main Menu and Toolbar
270
Managing Projects
271
Connecting To The Drive
271
Connection Using 10/100 Ethernet
272
Disconnect or Remove a Drive
275
Build Rs-485 Connection List
276
Build Ethernet Connection List
276
File Operations
277
Opening and Closing Parameter Files
277
Load Parameters from File to Drive
277
Node Tree Folders
277
Drive
277
Motor
278
Parameters
278
Communication
279
Ethernet
279
RS485 and Modbus
280
Can
280
I/O
280
Digital I/O
280
Analog I/O
281
Limits
281
Velocity Limits
281
Position Limits
281
Compensation
281
Indexer Program
282
Tools
282
Oscilloscope
282
Run Panels
284
Diagnostic
284
Faults
284
Documents
284
Signal Words
290
Introduction
291
Definitions
291
Programming Flowchart
292
Motionview / Motionview Studio
293
Main Toolbar
293
Program Toolbar
295
Motionview Studio - Indexer Program
296
Programming Basics
297
Parameter Setup
297
Using Advanced Debugging Features
304
Inputs and Outputs
304
Events
309
Variables and Define Statement
310
IF/ELSE Statements
311
Motion
312
Drive Operating Modes
313
Point to Point Moves
313
Segment Moves
314
Registration
315
S-Curve Acceleration
316
Motion Queue
316
Subroutines and Loops
317
Program Structure
319
Programming
321
Variables
321
User Variables
322
Arithmetic Expressions
323
Logical Expressions and Operators
323
Bitwise Operators
323
Boolean Operators
324
Comparison Operators
324
System Variables and Flags
325
System Variables Storage Organization
325
RAM File for User's Data Storage
325
Memory Access through Special System Variables
326
Memory Access through MEMSET, MEMGET Statements
327
System Variables and Flags Summary
328
System Variables
328
System Flags
329
Control Structures
330
DO/UNTIL Structure
330
WHILE Structure
330
Subroutines
331
IF Structure
332
IF/ELSE Structure
332
WAIT Statement
333
GOTO Statement & Labels
333
Scanned Event Statements
333
Motion
335
How Moves Work
335
Incremental (MOVED) and Absolute (MOVEP) Motion
335
Incremental (MOVED) Motion
336
Absolute (MOVEP) Move
336
Registration (MOVEDR MOVEPR) Moves
337
Segment Moves
337
MDV Segments
337
Distance (Units)
338
S-Curve Acceleration
339
Motion SUSPEND/RESUME
339
Conditional Moves (MOVE WHILE/UNTIL)
339
Motion Queue and Statement Execution While in Motion
340
System Status Register (DSTATUS Register)
342
Fault Codes (DFAULTS Register)
343
Limitations and Restrictions
344
Homing
345
What Is Homing
345
The Homing Function
345
Home Offset
346
Homing Velocity
346
Homing Acceleration
346
Homing Switch
346
Homing Start
346
Homing Method
347
Homing Methods
348
Homing Method 1: Homing on the Negative Limit Switch
349
Homing Method 2: Homing on the Positive Limit Switch
349
Homing Method 3: Homing on the Positive Home Switch & Index Pulse
350
Homing Method 4: Homing on the Positive Home Switch & Index Pulse
350
Homing Method 5: Homing on the Negative Home Switch & Index Pulse
351
Homing Method 6: Homing on the Negative Home Switch & Index Pulse
351
Homing Method 7: Homing on the Home Switch & Index Pulse
352
Homing Method 8: Homing on the Home Switch & Index Pulse
353
Homing Method 9: Homing on the Home Switch & Index Pulse
354
Homing Method 10: Homing on the Home Switch & Index Pulse
355
Homing Method 11: Homing on the Home Switch & Index Pulse
356
Homing Method 12: Homing on the Home Switch & Index Pulse
357
Homing Method 13: Homing on the Home Switch & Index Pulse
358
Homing Method 14: Homing on the Home Switch & Index Pulse
359
Homing Method 17: Homing Without an Index Pulse
360
Homing Method 18: Homing Without an Index Pulse
361
Homing Method 19: Homing Without an Index Pulse
362
Homing Method 21: Homing Without an Index Pulse
363
Homing Method 23: Homing Without an Index Pulse
364
Homing Method 25: Homing Without an Index Pulse
365
Homing Method 27: Homing Without an Index Pulse
366
Homing Method 29: Homing Without an Index Pulse
367
Homing Method 33: Homing to an Index Pulse
368
Homing Method 34: Homing to an Index Pulse
368
Homing Method 35: Using Current Position as Home
368
Homing Mode Operation Example
369
Reference
370
Program Statement Glossary
370
Variable List
390
Quick Start Examples
404
Programming Manual
420
S-Curve Acceleration/Deceleration
450
Resolution and Accuracy
456
Home Offset
479
Safety Information
563
Warnings, Cautions & Notes
563
Operation
564
Pictographs Used in These Instructions
564
Reference Documents
564
Positionservo DLL Overview
565
Files in the DLL Library
565
Communication Flowchart
566
DLL Functions Overview
567
Return Codes
567
DLL Functions Usage Examples
567
DLL Functions
568
Connection Services Functions
568
Data Manipulation Functions
569
Safety Information
579
Warnings, Cautions & Notes
579
Electrical Connection
579
Reference Documents
581
Conventions for Object Descriptions
581
Commonly Used Terms, Acronyms & Definitions
582
Installation
583
Mechanical Installation
583
Electrical Installation
584
Connections and Shielding
584
Introduction
585
CAN Overview
585
Positionservo Drive Configuration
586
CAN Protocol
588
Accessing the Object Dictionary
590
Sdos and Pdos
590
Sdos: Description and Examples
591
Pdos: Description and Examples
592
SDO or PDO? Design Considerations
594
Mapping a PDO
594
Objects that Define Sdo's and PDO
595
Network Management
599
Network Management Overview
599
Network Management Services and Objects
599
General Device State Control
599
Device Monitoring
600
Time Stamp Pdos
601
Emergency Messages
601
Network Management Objects
602
Device Configuration and Control through Native Variables List
603
Native Control
603
Objects to Access the Drive's RAM Variables
603
Device Control, Configuration and Status
604
Device Control and Status Overview
604
Control Word, Status Word, and Device Control Function
604
State Changes Diagram
606
Device Control and Status Objects
608
Error Management Objects
611
Basic Amplifier Configuration Objects
614
Basic Motor Configuration Objects
620
Control Loops
625
Control Loop Configuration
625
Nested Control Loops
625
The Position Loop
625
The Velocity Loop
625
The Current Loop
625
Position Loop Configuration Objects
629
Velocity Loop Configuration Objects
633
Current Loop Configuration Objects
634
Non Profiled Operating Modes
636
Current Follower Mode
636
Velocity Follower Mode
636
Homing Mode
636
Homing Mode Operation
636
Homing Overview
636
Homing Methods
638
Homing Method 1: Homing on the Negative Limit Switch
638
Homing Method and 4: Homing on the Positive Home Switch and Index Pulse
639
Homing Methods 5 and 6: Homing on the Negative Home Switch and Index Pulse
640
Homing Methods 7-14: Homing on the Home Switch and Index Pulse
640
Homing Methods 15, 16, 0, , 4, 6, 8, and 0: Reserved
641
Homing Methods 17 and 18: Homing Without an Index Pulse
641
Homing Methods 19, 1, , 5, 7, and 9: Homing Without an Index Pulse
641
Homing Methods and 4: Homing on the Index Pulse
642
Homing Method 5: Homing on the Current Position
642
Homing Mode Operation Objects
643
Profile Position and Profile Velocity Mode Operation
645
Profile Position Mode Operation Overview
645
Point-To-Point Motion Profiles
645
Handling a Series of Point-To-Point Moves
646
Point-To-Point Move Parameters and Related Data
647
Point-To-Point Move Sequence Examples
649
Profile Velocity Mode Operation
650
Position and Velocity Loops
650
Profile Position, Profile Velocity Mode Objects
651
About These Instructions
656
Safety Information
660
Warnings, Cautions and Notes
660
General
660
Application
660
Installation
660
Electrical Connection
661
Operation
661
Introduction
662
Fieldbus Overview
662
Module Specification
662
Module Identification Label
662
Installation
663
Mechanical Installation
663
Electrical Installation
664
Cable Types
664
Network Limitations
664
Connections and Shielding
665
Network Termination
666
Network Schematic
666
Commissioning
667
Overview
667
Configuring the Network
667
Master Support Files
667
Canopen Master Setup Procedure
667
Configuring the Positionservo Canopen Module
668
Connecting
668
Connect to the Drive with Motionview Onboard
668
Communication Module Selection
669
Canopen Node Settings
669
Node Address
670
Baud / Data Rate
670
CAN Bootup Mode
671
CAN Bootup Delay
671
Data Mapping
672
Re-Initialising
672
Non-Module Parameter Settings
672
Canopen Object Dictionary
673
What Is the Canopen Object Dictionary
673
Object Format
673
Object Dictionary Layout
673
Accessing the Object Dictionary
674
Communication Profile Area
674
Device Type
675
Error Register
675
Pre-Defined Error Field
675
Sync Cob ID
676
Manufacture Device Name
676
Manufacture Hardware Version
676
Manufacture Software Version
676
Emergency Message COB ID
676
Inhibit Time EMCY
677
Producer Heartbeat Time
677
Identity Object
677
Rxpdo 1 to 8 Communication Parameters
678
Rxpdo Mapping Parameters
679
Txpdo 1 to 8 Communication Parameters
679
Txpdo Mapping Parameters
680
Manufacture Specific Profile Area
681
Data Format, Size and Memory Area
681
Endian Format
681
Object Access
681
SDO Access
682
Service Data Objects
682
What Are Service Data Objects
682
SDO Message Identifiers
682
PID Access
682
SDO Abort Codes
682
SDO Message Frame
683
Specifier
683
Multiplexor
683
Data
683
SDO Access Examples
685
Example 1: Read Velocity Accel Limit
685
Example 2: Write to Velocity Accel Limit
685
Example 3: Read User Variable V0 Least Significant Byte (LSB)
686
Drive Address
686
Example 4: Write to User Variable V0 Least Significant Byte (LSB)
686
Example 5: Read APOS
687
Example 6: Write to APOS
687
Process Data Objects
688
PDO Configuration in Motionview
688
COB ID and Mode
688
Transmission Type
689
Event Time
690
Inhibit Time
690
Mapping Pdos
691
Amount and Size of Pdos
691
Receive (Rx) Pdos
691
Transmit (Tx) Pdos
692
Emergency Objects
693
What Is an Emergency Object
693
Emergency Object Format
693
Error Code
693
Error Register
693
Manufacture Specific Error Field
693
Error Register
694
Emergency Object Examples
695
Example 1: Hardware Disable
695
Example 2: Limit Switch
696
Example 3: CAN Receive Buffer Overrun
696
Drive Control and Status
697
Overview
697
Control Bits
697
Software Enable/Disable
697
Drive Reset (Cold Boot)
697
Suspend Motion
697
Stop Motion
698
Status Word
698
Status Flags Register
698
Extended Status Bits
699
Advanced Features
700
CAN Baud Rate
700
CAN Node Address
700
CAN Boot-Up Mode
700
CAN Boot-Up Delay
701
Communication Module Selection
701
PDO Configuration
702
PDO COB-ID, Activation and Transmission Type
702
PDO Mapping
704
TPDO Event Time and Inhibit Time
704
Parameter Reference
705
PID List with Canopen Values
705
Safety Information
723
Warnings, Cautions & Notes
723
General
723
Application
723
Installation
723
Electrical Connection
724
Operation
724
Introduction
725
Fieldbus Overview
725
Module Specification
725
Module Identification Label
725
Installation
726
Mechanical Installation
726
Devicenet Terminal Block
726
Electrical Installation
727
Cable Types
727
Network Limitations
727
Connections and Shielding
728
Network Termination
728
Configuring Drive for Devicenet Communication
730
Connect to the Drive with Motionview Onboard
730
Set up the CAN Network
731
Enable Devicenet Communication
732
Set CAN Parameters
732
Set Canopen Parameters
733
Set Devicenet Parameters
734
Configuration Parameters
734
Drive-Specific Error Codes
735
Polled I/O
736
Command Output Assembly
736
Byte 0 - Control Word
737
Byte 2 - Command Type
737
Byte 3 - Response Type
738
Bytes 4 through 7 - Data
738
Response Input Assembly
738
Byte 1 - Data Scale Factor
739
Byte 3 - Response Type
740
Bytes 4 through 7 - Data
740
Explicit Messaging
741
Objects 64H and 65H
741
Example Explicit Message
741
Reference
742
Reference Documents
742
Common Terms
742
Parameter Quick Reference
743
Safety Information
749
Warnings, Cautions & Notes
749
Operation
750
Reference Documents
750
Introduction
751
Ethernet/Ip Overview
751
Ethernet TCP/IP Configuration
751
Multicast Configuration
752
Installation
753
Mechanical Installation
753
Electrical Installation
753
Grounding
753
Cabling
753
Maximum Network Length
753
Minimum Node to Node Cable Length
754
Network Topology
754
Example Networks
755
Configuring Ethernet/Ip
757
Connect to the Drive with Motionview Onboard
757
Ethernet/Ip Parameters
760
Configuring a Scanner or Bridge
761
Adding the Adapter and Drive to the I/O Configuration
764
Saving the Configuration
767
Overview of I/O Messaging
768
I/O Assemblies
768
Using Assemblies for Control and Status/Data Monitoring
769
Using Datalinks
769
Assembly Object
770
Example Ladder Logic Program
772
Acyclic Data Access
775
Explicit Messages
775
Formatting Explicit Messages
775
Performing Explicit Messages
777
Explicit Message Example
778
Ethernet/Ip Objects
782
Identity Object
782
Positionservo System Object
783
Assembly Object
784
TCP/IP Interface Object
784
Ethernet Link Object
785
Applications
786
Application Example 1 - Velocity Control
786
Application Example 2 - Indexing
789
Application Example 3 - Configuration Using Explicit Messages
795
Application Note - Detection of Ethernet/Ip Exclusive Ownership Loss
802
Safety Information
808
Warnings, Cautions and Notes
808
General
808
Application
808
Installation
808
Electrical Connection
809
Operation
809
Introduction
810
Fieldbus Overview
810
Module Specification
810
Module Identification Label
810
Installation
811
Mechanical Installation
811
PROFIBUS DP Connector
812
Electrical Installation
813
Cable Types
813
Network Limitations
813
Connections and Shielding
814
Network Termination
814
Commissioning
815
Overview
815
Configuring the Network Master
815
Master Support Files
815
PROFIBUS-DP Master Setup Procedure
815
Configuring the Positionservo PROFIBUS DP Module
816
Connecting
816
Connect to the Drive with Motionview Onboard
816
Setting the Network Protocol
817
PROFIBUS-DP Node Settings
818
Node Address
819
Baud / Data Rate
819
Data Mapping
819
Re-Initialising
820
Non-Module Parameter Settings
820
Cyclic Data Access
821
What Is Cyclic Data
821
Channel Data Sizes
821
Mapping Cyclic Data
822
Data in (Din) Channels
822
Data out (Dout) Channels
823
Acyclic Parameter Access
824
Setting the Acyclic Mode
824
Acyclic Modes
824
Acyclic Mode 1
825
Acyclic Mode 2
825
Modes 1 & 2 - 8BAD Format
825
Acyclic Parameter Access Examples
827
Example 2: Write to Velocity Accel Limit
828
Drive Control and Status
829
Overview
829
Control Bits
829
Software Enable/Disable
829
Drive Reset (Cold Boot)
829
Suspend Motion
829
Stop Motion
830
Status Word
830
Status Flags Register
830
Extened Status Bits
831
Advanced Features
832
Module Firmware
832
Node Address Lock
832
PROFIBUS Status
832
PROFIBUS DP Timeout Action
833
Module Timeout Action
833
Master Monitor Timeout Action
834
Data Exchange Timeout Action
834
Sync and Freeze
835
Sync and Freeze Overview
835
Sync and Freeze Status
835
Diagnostics
836
Faults
836
Troubleshooting
836
Parameter Quick Reference
837
Safety Information
843
Warnings, Cautions & Notes
843
Reference Documents
844
Introduction
845
Fieldbus Overview
845
Module
845
Specification
845
Module Identification Label
845
Ethernet Port
846
Installation
847
Mechanical Installation
847
Connectors
848
Module
848
Ethernet Port
848
Electrical Installation
849
Cable Types
849
Network Limitations: EIA-485
849
Network Limitations: Ethernet
849
Connections and Shielding: EIA-485
850
Connections and Shielding: Ethernet
851
Network Termination: EIA-485
851
Network Termination: Ethernet
851
Network Schematic: EIA-485
852
Network Schematic: Ethernet
852
Commissioning
853
Overview
853
Configuring the Network Master/Client
853
Configuring the Positionservo Slave/Server
855
Connecting
855
Connect to the Drive with Motionview Onboard
855
Modbus RTU Slave Node Settings
856
Modbus TCP/IP Server Node Settings
857
Re-Initializing
859
Non-Communication Based Parameter Settings
859
Drive Monitoring
860
Controlling the Drive
860
Changing Drive Parameters
860
RS485) Parameters
860
Ethernet Parameters
861
Negative Number Transmission
861
Protocol Implementation
862
Modbus Implementation
862
Supported Function Codes
862
Data Format, Size and Memory Area
862
Register Numbering
863
Endian Format
864
Registers Access
864
Register Reading
864
Register Writing
864
No Response Conditions
864
Exception Responses
865
Modbus Message Frame
865
PDU Function Code
865
PDU Data
865
ADU for Modbus RTU
865
ADU for Modbus TCP
866
Reference
867
PID List with Modbus Values
867
Preface and General Information
879
Safety Information
880
Persons Responsible for Safety
880
General Safety Information
880
Technical Data
881
Related Documents
881
General Modbus Protocol Description
881
Configuration
882
Supported Modbus Features
882
Parameter Setting
883
Register Memory
883
Read Only or Input Registers
883
Read/Write or Holding Registers
883
Discrete Memory
886
Discrete Inputs (Read Only Bits)
886
Coils (Read/Write Bits)
886
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