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E1100 Series
LinMot E1100 Series Manuals
Manuals and User Guides for LinMot E1100 Series. We have
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LinMot E1100 Series manuals available for free PDF download: User Manual, Manual, Installation Manual
LinMot E1100 Series User Manual (91 pages)
Motion Control SW Drives
Brand:
LinMot
| Category:
Control Unit
| Size: 1 MB
Table of Contents
Table of Contents
3
System Overview
9
References
9
Definitions, Items, Shortcuts
9
Data Types
9
2 Motion Control Interfaces
10
3 State Machine
11
State 0: Not Ready to Switch on
13
State 1: Switch on Disabled
13
State 2: Ready to Switch on
13
State 3: Setup Error State
13
State 4: Error State
13
State 5: Hw Test
13
State 6: Ready to Operate
13
State 8: Operation Enabled
14
State 9: Homing
14
State 10: Clearance Check
14
State 11: Going T O Initial Position
14
State 12: Aborting
14
State 13: Freezing
15
State 14: Error Behaviour Quick Stop
15
State 15: Going to Position
15
State 16: Jogging
15
State 17: Jogging
15
State 18: Linearizing
15
State 19: Phase Searching
15
State 20: Special Mode
15
Building the Control Word
15
Control Word
16
Status Word
17
Warn Word
18
4 Motion Command Interface
19
Nterface
19
Command Header
19
Master ID
19
Sub ID
19
Command Count
19
Overview Motion Commands
20
Detailed Motion Command Description
25
No Operation (000Xh)
25
Write Interface Control Word (001Xh)
25
Write Live Parameter (002Xh)
25
Write X4 Intf Outputs with Mask (003Xh)
25
Write X6 Intf Outputs with Mask (004Xh)
25
Clear Event Evaluation (008Xh)
26
Master Homing (009Xh)
26
VAI Go to Pos (010Xh)
26
VAI Increment dem Pos (011Xh)
27
VAI Increment Target Pos (012Xh)
27
VAI Go to Pos from Act Pos and Act Vel (013Xh)
27
VAI Increment Act Pos (015Xh)
28
VAI Increment Act Pos Starting with dem Vel = 0 (016Xh)
28
VAI Stop (017Xh)
29
VAI Go to Pos after Actual Command (018Xh)
29
VAI Go to Analog Pos (019Xh)
29
VAI Go to Pos on Rising Trigger Event (01Axh)
29
VAI Increment Target Pos on Rising Trigger Event (01Bxh)
29
VAI Go to Pos on Falling Trigger Event (01Cxh)
30
VAI Increment Target Pos on Falling Trigger Event (01Dxh)
30
VAI Change Motion Parameters on Positive Position Transition (01Exh)
30
VAI Change Motion Parameters on Negative Position Transition (01Fxh)
30
Predef VAI Go to Pos (020Xh)
31
Predef VAI Increment dem Pos (021Xh)
31
Predef VAI Increment Target Pos (022Xh)
31
Predef VAI Go to Pos from Act Pos and Act Vel (023Xh)
31
Predef VAI Stop (027Xh)
31
Predef VAI Go to Pos after Actual Command (028Xh)
32
Predef VAI Go to Pos on Rising Trigger Event (02Axh)
32
Predef VAI Increment Target Pos on Rising Trigger Event (02Bxh)
32
Predef VAI Go to Pos on Falling Trigger Event (02Cxh)
32
Predef VAI Go to Pos on Falling Trigger Event (02Dxh)
32
Predef VAI Infinite Motion Positive Direction (02Exh)
32
Predef VAI Infinite Motion Negative Direction (02Fxh)
32
P Stream with Slave Generated Time Stamp (030Xh)
33
PV Stream with Slave Generated Time Stamp (031Xh)
33
P Stream with Slave Generated Time Stamp and Configured Period Time (032Xh)
33
Stop Streaming (03Fxh)
33
Time Curve with Default Parameters (040Xh)
33
Time Curve with Default Parameters from Act Pos (041Xh)
34
Time Curve to Pos with Default Speed (042Xh)
34
Time Curve to Pos with Adjustable Time (043Xh)
34
Time Curve with Adjustable Offset, Time Scale & Amplitude Scale (044Xh)
34
Time Curve with Adjustable Offset, Time & Amplitude Scale (045Xh)
34
Time Curve with Adjustable Offset, Time & Amplitude Scale on Rising Trigger
35
Event (046Xh)
35
Time Curve with Adjustable Offset, Time & Amplitude Scale on Falling Trigger
35
Event (047Xh)
35
Time Curve to Pos with Default Speed on Rising Trigger Event (04Axh)
35
Time Curve to Pos with Default Speed on Falling Trigger Event (04Cxh)
35
Time Curve to Pos with Adjustable Time on Rising Trigger Event (04Exh)
36
Time Curve to Pos with Adjustable Time on Falling Trigger Event (04Fxh)
36
Modify Curve Start Address in RAM (050Xh)
36
Modify Curve Info Block 16 Bit Value in RAM (051Xh)
36
Modify Curve Info Block 32 Bit Value in RAM (052Xh)
36
Modify Curve Data Block 32 Bit Value in RAM (054Xh)
37
Modify Curve Data Block 64 Bit Value in RAM (055Xh)
37
Modify Curve Data Block 96 Bit Value in RAM (056Xh)
38
Setup Encoder Cam on Rising Trigger Event with Delay Counts (069Xh)
38
Setup Encoder Cam on Rising Trigger Event with Delay Counts, Target Pos and Length (06Axh)
39
Setup Encoder Cam on Falling Trigger Event with Delay Counts (06Bxh)
39
Setup Encoder Cam on Falling Trigger Event with Delay Counts, Target Pos
39
Setup Encoder Cam on Rising Trigger Event with Delay Counts, Amplitude Scale
39
Setup Encoder Cam on Falling Trigger Event with Delay Counts, Amplitude
39
Scale and Length (06Exh)
40
Start VAI Encoder Position Indexing (070Xh)
40
Start Predef VAI Encoder Position Indexing (071Xh)
40
Stop Position Indexing and VAI Go to Pos (07Exh)
41
Stop Position Indexing and VAI Go to Pos (07Fxh)
41
VAI 16 Bit Go to Pos (090Xh)
41
VAI 16 Bit Increment dem Pos (091Xh)
41
VAI 16 Bit Increment Target Pos (092Xh)
41
VAI 16 Bit Go to Pos from Act Pos and Act Vel (093Xh)
42
VAI 16 Bit Increment Act Pos (095Xh)
42
VAI 16 Bit Increment Act Pos Starting with dem Vel = 0 (096Xh)
42
VAI 16 Bit Stop (097Xh)
43
VAI 16 Bit Go to Pos after Actual Command (098Xh)
43
VAI 16 Bit Go to Pos on Rising Trigger Event (09Axh)
43
VAI 16 Bit Increment Target Pos on Rising Trigger Event (09Bxh)
43
VAI 16 Bit Go to Pos on Falling Trigger Event (09Cxh)
43
VAI 16 Bit Increment Target Pos on Falling Trigger Event (09Dxh)
44
VAI 16 Bit Change Motion Parameters on Positive Position Transition (09Exh)
44
VAI 16 Bit Change Motion Parameters on Negative Position Transition (09Fxh)
44
Predef VAI 16 Bit Go to Pos (0A0Xh)
44
Predef VAI 16 Bit Increment dem Pos (0A1Xh)
45
Predef VAI 16 Bit Increment Target Pos (0A2Xh)
45
Predef VAI 16 Bit Go to Pos from Act Pos and Act Vel (0A3Xh)
45
Predef VAI 16 Bit Go to Pos from Act Pos Starting with dem Vel = 0 (0A4Xh)
45
Predef VAI 16 Bit Stop (0A7Xh)
45
Predef VAI 16 Bit Go to Pos after Actual Command (0A8Xh)
45
Predef VAI 16 Bit Go to Pos on Rising Trigger Event (0Aaxh)
46
Predef VAI 16 Bit Increment Target Pos on Rising Trigger Event (0Abxh)
46
Predef VAI 16 Bit Go to Pos on Falling Trigger Event (0Acxh)
46
Predef VAI 16 Bit Increment Target Pos on Falling Trigger Event (0Adxh)
46
VAI Predef Acc Go to Pos (0B0Xh)
46
VAI Predef Acc Increment dem Pos (0B1Xh)
46
VAI Predef Acc Increment Target Pos (0B2Xh)
46
VAI Predef Acc Go to Pos from Act Pos and Act Vel (0B3Xh)
47
VAI Predef Acc Go to Pos from Act Pos Starting with dem Vel = 0 (0B4Xh)
47
100 VAI Predef Acc Go to Pos after Actual Command (0B8Xh)
47
101 VAI Predef Acc Go to Pos on Rising Trigger Event (0Baxh)
47
102 VAI Predef Acc Increment Target Pos on Rising Trigger Event (0Bbxh)
47
103 VAI Predef Acc Go to Pos on Falling Trigger Event (0Bcxh)
48
104 VAI Predef Acc Increment Target Pos on Falling Trigger Event (0Bdxh)
48
105 VAI Dec=Acc Go to Pos (0C0Xh)
48
106 VAI Dec=Acc Increment dem Pos (0C1Xh)
48
107 VAI Dec=Acc Increment Target Pos (0C2Xh)
48
108 VAI Dec=Acc Go to Pos from Act Pos and Act Vel (0C3Xh)
48
110 VAI Dec=Acc Go to Pos with Max Curr (0C5Xh)
49
111 VAI Dec=Acc Go to Pos from Act Pos and Vel with Max Curr (0C6Xh)
49
112 VAI Dec=Acc Go to Pos from Act Pos and Vel = 0 with Max Curr (0C7Xh)
49
113 VAI Dec=Acc Go to Pos after Actual Command (0C8Xh)
50
114 VAI Dec=Acc Go to Pos on Rising Trigger Event (0Caxh)
50
115 VAI Dec=Acc Increment Target Pos on Rising Trigger Event (0Cbxh)
50
116 VAI Dec=Acc Go to Pos on Falling Trigger Event (0Ccxh)
50
117 VAI Dec=Acc Increment Target Pos on Falling Trigger Event (0Cdxh)
51
118 VAI Increment Captured Pos (0D0Xh)
51
120 VAI Go to CMD Tab Var1 Pos (0D4Xh)
51
121 VAI Go to CMD Tab Var2 Pos (0D5Xh)
51
122 VAI Go to CMD Tab Var1 Pos from Act Pos and Act Vel (0D6Xh)
52
123 VAI Go to CMD Tab Var2 Pos from Act Pos and Act Vel (0D7Xh)
52
124 VAI Start Trig Rise Config VAI Command (0Dexh)
52
125 VAI Start Trig Rise Config VAI Command (0Dfxh)
52
126 Encoder Cam Enable (100Xh)
52
127 Encoder Cam Disable (101Xh)
52
128 Encoder Cam Go to Sync Pos (102Xh)
53
129 Encoder Cam Set Value (104Xh)
53
130 Encoder Cam y Define Curve with Default Parameters (1Y0Xh)
53
131 Encoder Cam y Define Curve from Act Pos (1Y1Xh)
53
132 Encoder Cam y Define Curve to Pos (1Y2Xh)
53
133 Encoder Cam y Define Curve from Pos to Pos in Counts (1Y3Xh)
53
134 Encoder Cam y Define Curve to Pos in Counts (1Y4Xh)
54
135 Encoder Cam y Define Curve with Amplitude Scale in Counts (1Y5Xh)
54
136 Encoder Cam y Enable (1Y6Xh)
54
137 Encoder Cam y Disable (1Y7Xh)
54
138 Encoder Cam y Change Amplitude Scale and Length (1Y8Xh)
54
139 Encoder Winding Start with Default Parameters (300Xh)
55
140 Encoder Winding Start with Default Parameters at Revolutions (301Xh)
55
141 Start Command Table Command (200Xh)
55
142 Start Command Table Command on Rising Trigger Event (201Xh)
55
143 Start Command Table Command on Falling Trigger Event (202Xh)
55
144 Modify Command Table 16 Bit Parameter in RAM (208Xh)
55
145 Modify Command Table 32 Bit Parameter in RAM (209Xh)
56
146 Wait Time (210Xh)
56
147 Wait until Motion Finished (211Xh)
56
148 Wait until in Target Position (212Xh)
56
149 Wait until Rising Trigger Event (213Xh)
56
150 Wait until Falling Trigger Event (214Xh)
56
151 Wait until Demand Position Greater than (220Xh)
57
152 Wait until Demand Position Less than (221Xh)
57
153 Wait until Actual Position Greater than (222Xh)
57
154 Wait until Actual Position Less than (223Xh)
57
155 Wait until Difference Position Greater than (224Xh)
57
156 Wait until Difference Position Less than (225Xh)
57
157 Wait until Difference Position Unsigned Greater than (226Xh)
58
158 Wait until Difference Position Unsigned Less than (227Xh)
58
159 Wait until Demand Velocity Greater than (228Xh)
58
160 Wait until Demand Velocity Less than (229Xh)
58
161 Wait until Actual Velocity Greater than (22Axh)
58
162 Wait until Actual Velocity Less than (22Bxh)
58
163 Wait until Current Greater than (22Exh)
59
164 Wait until Current Less than (22Fxh)
59
165 Set CMD Table Var 1 to (240Xh)
59
166 Add to CMD Table Var 1 (241Xh)
59
167 Set CMD Table Var 2 to (242Xh)
59
168 Add to CMD Table Var 2 (243Xh)
59
169 Write CMD Table Var 1 to UPID RAM Value (248Xh)
59
170 Write CMD Table Var 2 to UPID RAM Value (249Xh)
59
171 Write UPID RAM Value to CMD Table Var 1 (24Cxh)
60
172 Write UPID RAM Value to CMD Table Var 2 (24Dxh)
60
173 IF CMD Table Var 1 Less than (250Xh)
60
174 IF CMD Table Var 1 Greater than (251Xh)
60
175 IF CMD Table Var 1 Less than (252Xh)
60
176 IF CMD Table Var 1 Greater than (253Xh)
60
177 IF Demand Position Less than (258Xh)
60
178 IF Demand Position Greater than (259Xh)
61
179 IF Actual Position Less than (25Axh)
61
180 IF Actual Position Greater than (25Bxh)
61
181 IF Difference Position Less than (25Cxh)
61
183 IF Current Less than (25Exh)
61
184 IF Current Greater than (25Fxh)
62
185 IF Analog Val on X4.4 Less than (260Xh)
62
186 IF Masked X4 Input Value Equal than (262Xh)
62
187 IF Masked X6 Input Value Equal than (263Xh)
62
188 IF Masked Status Word Equal than (264Xh)
62
189 IF Masked Warn Word Equal than (265Xh)
62
190 Encoder Winding Stop Adaptation of Left/Right Position and Disturbance (304Xh)
63
191 Encoder Winding Restart Adaptation of Left/Right Position and Disturbance (305Xh)
63
192 Encoder Curve Winding Start with Default Parameters (310Xh)
63
193 Encoder Curve Winding Start with Default Parameters at Revolutions (311Xh)
63
194 VAI Go to Pos with Higher Force Ctrl Limit (380Xh)
63
195 VAI Go to Pos from Act Pos and Reset Force Control (381Xh)
64
196 Force Ctrl Change Target Force (382Xh)
64
197 VAI Go to Pos with Higher Force Ctrl Limit and Target Force (383Xh)
64
198 VAI Go to Pos with Lower Force Ctrl Limit (384Xh)
64
199 VAI Go to Pos with Lower Force Ctrl Limit and Target Force (385Xh)
65
5 Setpoint Generation
66
Va-Interpolator
66
Parameters and Output
66
P(V)-Stream
67
Cam Motions
68
Triggered Cam Motions
68
Repeated Cam Motions with the Modulo Cammode
68
Winding
69
Winding Disturbance
69
6 Command Table
70
7 Drive Configuration
71
Power Bridge
71
X4 I/O Definitions
71
X4.3 Brake
71
X4.3 Brake Operation Enabled Behavior
72
X4.3 Brake Operation /Abort Behavior
72
X4.3 Brake Operation Quick Stop Behavior
73
X4.6 Trigger
73
Direct Trigger Mode
73
Inhibited Trigger Mode
74
Delayed Trigger Mode
74
Inhibited & Delayed Trigger Mode
75
X4.8 and X4.9 Limit Switches
75
X4.10 and X4.11 PTC 1 and PTC 2
75
X4.12 SVE (Safety Voltage Enable)
76
Master Encoder
76
Monitoring
78
Logic Supply Voltage
78
Motor Supply Voltage
78
Phase Switch on Test
78
Regeneration Resistor
79
Temperature Monitoring
80
Posctrlstructure
81
8 Motor Configuration
82
Generic Motor Temperature Calculated
82
9 State Machine Setup
83
10 Error Code List
84
11 Contact Addresses
91
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LinMot E1100 Series Manual (62 pages)
LinRS Interface
Brand:
LinMot
| Category:
Controller
| Size: 4 MB
Table of Contents
Table of Contents
3
1 System Overview
5
References
5
Definitions, Items, Shortcuts
5
2 Connecting the RS Bus
6
Pin out of the COM Connector (X5) (Series E1100 and B1100)
6
Pin out of the System Connector (X19) (Series C1100, E1200, and E1400)
6
Pin out of the CMD Connector (X7, X8)
6
3 Power up Behaviour
7
Activating and Deactivating the Linrs Protocol
7
ID and Baud Rate Selection
8
Baud Rate Selection
8
ID Selection
8
RS Topologies
9
RS232 Topology
9
RS422 Topology
9
RS485 Topology
10
4 Linrs Message Format
11
Length
11
Data
11
Checksum
11
5 Message Data Definitions
13
Message Main ID
13
6 Response Request
14
Configuration of the Default Response
14
Request Default Response Example
15
Default MC Response Request with Status Word Request Example
16
7 Write Control Word
18
Write Control Word Example 1
18
Write Control Word Example 2
18
Write Control Word Example 3
19
8 Write Motion Command Interface
20
Write Motion Command Interface Example 1
20
Write Motion Command Interface Example 2
20
9 Parameter Message Group
22
Parameter/Variable Read RAM Example
23
Parameter Write RAM Example
23
10 Parameter Configuration Message Group
25
Parameter Configuration Read ROM Value Example
26
Parameter Configuration Read out Changed Parameters
29
Parameter Configuration Read out UPID List
29
Parameter Configuration Defaulting SW-Instance Parameters
31
11 Curve Configuration Message Group (Not on B1100)
32
Read Curve from Servo Example
35
Write Curve to Servo Example
37
12 Command Table Configuration Message Group (Not on B1100)
39
Read Command Table Entry from Servo Example
44
Write Command Table Entry to Servo Example
45
13 Program Handling Message Group
46
Reset Drive with Response after Completion
46
Reset Drive with Immediate Response
47
Stop MC- and Application SW
47
Start MC- and Application SW with Response after Completion
48
Start MC- and Application SW with Immediate Response
49
14 Read Error Info Message Group
50
Get Error Short Text of Actual Error
50
Get Error Short Text of Defined Error Code
51
Get Error Counters of Error Log and Total Occurred Errors
52
Get Error Log Entry
53
15 Linrs Parameters
55
Dis-/Enable
55
RS Config
55
RS Select
55
RS Parameter Def
55
Baud Rate
55
Baud Rate Source Select
55
Baud Rate Parameter Definition
56
Stop Bit
56
Parity
56
Protocol Config
56
Macid
56
MACID Source Select
56
MACID Parameter Definition
57
Checksum
57
Checksum Start Value
58
Receive Time out
58
MC Response Configuration
58
Error
59
Error Detection Mask
59
Respond on Msg with Error
59
16 Error
60
Linrs Error Codes
60
17 Troubleshooting
60
Stopping Linrs on B1100 Drives
60
18 Accessories
61
Ordering Information
61
LinMot E1100 Series User Manual (59 pages)
LinRS Interface
Brand:
LinMot
| Category:
Computer Hardware
| Size: 0 MB
Table of Contents
Table of Contents
3
1 System Overview
5
References
5
Definitions, Items, Shortcuts
5
2 Connecting the Rs Bus
6
Pin out of the Com Connector (X5) (Series E1100 and B1100)
6
Pin out of the System Connector (X19)
6
And E1400)
6
Pin out of the CMD Connector (X7, X8)
6
3 Power up Behaviour
7
Activating and Deactivating the Linrs Protocol
7
ID and Baud Rate Selection
8
Rs Topologies
9
4 Linrs Message Format
11
Length
11
Data
11
Checksum
11
5 Message Data Definitions
12
Message Main ID
12
6 Response Request
13
Configuration of the Default Response
13
Request Default Response Example
14
Default MC Response Request with Status Word Request Example
15
7 Write Control Word
16
Write Control Word Example 1
16
Write Control Word Example 2
17
Write Control Word Example 3
18
8 Write Motion Command Interface
19
Write Motion Command Interface Example 1
19
Write Motion Command Interface Example 2
20
9 Parameter Message Group
21
Parameter/Variable Read RAM Example
22
Parameter Write Ram Example
22
10 Parameter Configuration Message Group
24
Parameter Configuration Read Rom Value Example
26
Parameter Configuration Read out Changed Parameters
28
Parameter Configuration Read out Upid List
29
Parameter Configuration Defaulting Sw-Instance Parameters
30
11 Curve Configuration Message Group (Not on B1100)
31
Read Curve from Servo Example
34
Write Curve to Servo Example
36
12 Command Table Configuration Message Group (Not on B1100)
38
Read Command Table Entry from Servo Example
42
Write Command Table Entry to Servo Example
43
13 Program Handling Message Group
44
Reset Drive with Response after Completion
44
Reset Drive with Immediate Response
45
Stop MC- and Application Sw
45
Start MC- and Application Sw with Response after Completion
46
Start MC- and Application Sw with Immediate Response
47
14 Read Error Info Message Group
48
Get Error Short Text of Actual Error
48
Get Error Short Text of Defined Error Code
49
Get Error Counters of Error Log and Total Occurred Errors
50
Get Error Log Entry
51
15 Linrs Parameters
52
16 Error
56
Linrs Error Codes
56
17 Troubleshooting
57
Stopping Linrs on B1100 Drives
57
18 Accessories
58
Ordering Information
58
19 Contact Addresses
59
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LinMot E1100 Series Manual (25 pages)
Drive Configuration over Fieldbus Interfaces
Brand:
LinMot
| Category:
Computer Hardware
| Size: 1 MB
Table of Contents
Table of Contents
3
1 Introduction
4
2 Firmware Parameters
5
Overview
5
Unique Parameter ID and Raw Data Value
6
Rom and Ram Value
6
Default Value
8
Bit Access for any Parameter Type
8
3 Firmware Layer Concept
10
4 Parameter Configuration Compatibility Rules
12
5 Curves
13
Curve Object
14
Curve Info Block
15
Data Offset
15
Object Type
15
Number of Setpoints
15
Data Type Size
15
Name
16
Curve ID
16
X-Length
16
X/Y-Dimension UUID
16
Wizard Information
16
Curve Data Block
17
Erasing All Curves in the Ram of the Drive
17
Uploading Curves from the Drive
18
Downloading Curves into the Ram of the Drive
19
6 Command Table
20
Command Table Entry Format
21
7 Pvl Data Format
22
8 Contact Addresses
25
LinMot E1100 Series User Manual (15 pages)
Documentation of the Sinoide Application SW
Brand:
LinMot
| Category:
DC Drives
| Size: 0 MB
Table of Contents
Table of Contents
3
System Overview
4
References
4
Definitions, Items, Shortcuts
4
Data Types
4
2 Installation on Drive
5
3 Sinoide Functionality
6
Overview Motion Commands
6
Detailed Motion Command Description
7
Sin VA Go to Pos (3E0Xh)
7
Sin VA Increment Demand Pos (3E1Xh)
7
Sin VA Go to Pos from Actual Pos (3E4Xh)
7
Sin VA Increment Actual Pos (3E6Xh)
7
Sin VA Go to Pos on Rising Trigger Event (3Eaxh)
8
Sin VA Increment Demand Pos on Rising Trigger Event (3Ebxh)
8
Sin VA Go to Pos on Falling Trigger Event (3Ecxh)
8
Sin VA Increment Demand Pos on Falling Trigger Event (3Edxh)
9
Bestehorn VAJ Go to Pos (3F0Xh)
9
Bestehorn VAJ Increment Demand Pos (3F1Xh)
9
Bestehorn VAJ 16 Bit Go to Pos (3F2Xh)
9
Bestehorn VAJ Go to Pos from Actual Pos (3F4Xh)
10
Bestehorn VAJ Increment Actual Pos (3F6Xh)
10
Bestehorn VAJ Go to Pos on Rising Trigger Event (3Faxh)
10
Bestehorn VAJ Increment Demand Pos on Rising Trigger Event (3Fbxh)
11
Bestehorn VAJ Go to Pos on Falling Trigger Event (3Fcxh)
11
Bestehorn VAJ Increment Demand Pos on Falling Trigger Event (3Fdxh)
12
4 Setpoint Generation
13
Sine Va Motion
13
Parameters and Output
13
Bestehorn Vaj Motion
14
Parameters and Output
14
5 Contact Addresses
15
LinMot E1100 Series Installation Manual (20 pages)
Servo Controller
Brand:
LinMot
| Category:
Controller
| Size: 1 MB
Table of Contents
Table of Contents
1
Important Notes for E1100 Series Controllers
2
System Overview
3
E1100 Interfaces
4
Functionality
5
E1130-DP(-HC) Functions and Wiring
6
E1100-GP(-HC) Functions and Wiring
7
E1100-CO(-HC), -DN(-HC) and -RS(-HC) Functions and Wiring
8
Power Supply and Grounding
9
Description of the Connectors / Interfaces
10
Physical Dimension
16
Power Supply Requirement
17
Regeneration of Power / Regeneration Resistor
17
Ordering Information
18
Declaration of Conformity CE-Marking
19
Contact Addresses
20
LinMot E1100 Series User Manual (11 pages)
Brand:
LinMot
| Category:
DC Drives
| Size: 0 MB
Table of Contents
Table of Contents
3
1 Installation on Drive
4
2 System Overview
5
Connecting the Drives
6
Connecting Via Com / Config Connector (X5)
6
Connecting Via CMD Connectors X7/X8
7
Connecting Via Master Encoder Connectors X10/X11
7
Can / Rs485 Termination
8
3 Using the Master/Slave Sw
9
4 Master Slave Parameters
10
5 Reconnection after Quick Stop / Error
10
6 Contact Addresses
11
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