Sign In
Upload
Manuals
Brands
TR-Electronic Manuals
Media Converter
CDS582
TR-Electronic CDS582 Manuals
Manuals and User Guides for TR-Electronic CDS582. We have
4
TR-Electronic CDS582 manuals available for free PDF download: Manual, Original Manual, User Manual
TR-Electronic CDS582 Original Manual (154 pages)
Absolute Encoder CD_582 PROFINET/PROFIsafe
Brand:
TR-Electronic
| Category:
Media Converter
| Size: 3 MB
Table of Contents
Contents
3
Table of Contents
3
Revision Index
8
1 General Information
9
Applicability
9
References
10
Abbreviations Used / Terminology
11
Main Features
13
Principle of the Safety Function
14
2 Safety Instructions
15
Definition of Symbols and Notes
15
Safety Functions of the Fail-Safe Processing Unit
16
Mandatory Safety Checks / Measures
16
3 Installation / Preparation for Commissioning
17
Basic Rules
17
PROFINET IO Transmission Technology, Cable Specification
18
Connection Instructions
19
Supply Voltage
19
Optional Additional Interfaces (Incremental, SSI)
19
Profisafe Destination Address "F_Dest_Add
20
Incremental Interface / SIN/COS Interface (Optional)
21
Signal Characteristics
22
HTL/TTL Level (Optional)
23
SSI Interface (Optional)
25
Signal Characteristics
25
4 Commissioning
27
Profinet Io
27
Device Classes
27
Device Description File (XML)
27
Device Identification
28
PROFINET IO Data Exchange
28
Address Assignment
29
Bus Status Display
30
Commissioning Via SIEMENS SIMATIC S7
30
5 Resetting the Device Parameters
31
6 Parameterization and Configuration
32
Modular Structure
32
PNO Encoder Profile, Not Safety Instrumented (Channel 1/2 (PNO))
35
Structure of the Cyclic Process Data
35
Standard Telegram 81
36
Standard Telegram 82
36
Standard Telegram 83
36
Standard Telegram 84
36
Format Signal 6 / 8: Actual Speed Value a / B (NIST_A / B)
37
Format Signal 9: Control Word, Sensor 1 (G1_STW)
37
Format Signal 10: Status Word, Sensor 1 (G1_ZSW)
38
Format Signal 11: Position Value 1, Sensor 1 (G1_XIST1)
39
Format Signal 12: Position Value 2, Sensor 1 (G1_XIST2)
39
Format Signal 39: Position Value 3, Sensor 1 (G1_XIST3)
39
Format Signal 80: Control Word 2, Encoder (STW2_ENC)
40
Format Signal 81: Status Word 2, Encoder (ZSW2_ENC)
40
Parameter Access and Initialization
42
Configurable Module-Related Parameters
43
Parameter Initialization (PNU 65005_0-1)
45
Parameter Write Protection (PNU 65005_2-4)
45
Write Protection (PNU 65005_6), Param. Reset (PNU 972)
45
Write Protection PNU 65005_5 (Control) / PNU 971 (Save)
45
Code Sequence
46
Encoder Class 4 Functionality
46
Alarm Channel Control (V3.1)
47
Preset Affects XIST1
47
Scaling Function Control
47
Compatibility Mode V3.1
48
Scaling Parameter
48
Scaling: Measuring Units Per Revolution
48
Scaling: Total Measuring Range
49
Tolerated Sign-Of-Life Faults (V3.1)
49
Velocity Filter Intensity
50
Velocity Value Normalization (PNU 60001)
50
Velocity Filter Type
51
Velocity Reference Value N2/N4 (PNU 60000)
51
Preset Value (PNU 65000)
52
Acyclic Parameter Access (Base Mode Parameter Access - Local)
53
Operating Status (PNU 65001)
57
Preset Value 32-Bit (PNU 65000)
57
Block Header (PNU 65001.00)
58
Operating Status (PNU 65001.01)
58
Error (PNU 65001.02)
59
Supported Errors (PNU 65001.03)
59
Warnings (PNU 65001.04)
59
Encoder Profile Version (PNU 65001.06)
60
Measuring Units Per Revolution (PNU 65001.09)
60
Offset Value 32-Bit (PNU 65001.08)
60
Supported Warnings (PNU 65001.05)
60
Total Measuring Range (PNU 65001.10)
60
Function Control (PNU 65004)
61
Velocity Ref Value N2/N4 (PNU 65001.12)
61
Velocity Value Normalization (PNU 65001.11)
61
Parameter Control (PNU 65005)
62
Scaling: Measuring Units Per Revolution (PNU 65006)
63
Scaling: Total Measuring Range (PNU 65007)
63
Profidrive-Related Parameters (PNU 600Xx, 9Xx)
64
Velocity Reference Value N2/N4 (PNU 60000)
64
Velocity Value Normalization (PNU 60001)
64
Device Identification (PNU 964)
65
Telegram Selection (PNU 922)
65
Tolerated Master Sign-Of-Life Faults (PNU 925)
65
Device RESET / Parameter Activation (PNU 972)
66
Parameter Storage (Permanent) (PNU 971)
66
Profile Identification (PNU 965)
66
B M P Access - Identification (PNU 974)
67
Encoder Object Identification (PNU 975)
68
Sensor Format (PNU 979)
68
Parameter List (PNU 980)
69
Preset Function
70
Warnings, Errors, Diagnosis
70
Diagnostic Alarm
71
Error Codes in Signal G1_XIST2
71
OPTION: PNO Encoder Profile, Safety Instrumented (Safety BP/XP (PNO))
72
Structure of the Cyclic Process Data
72
Standard Telegram 36 (BP/XP)
73
Standard Telegram 37 (BP/XP)
73
Format Signal 96: F Actual Position Value (S_XIST32)
74
Format Signal 97: F Actual Speed Value (S_NIST16)
74
Format Signal 98: Encoder F Control Word 1 (S_STW1_ENC)
74
Format Signal 99: Encoder F Status Word 1 (S_ZSW1_ENC)
75
Format Signal PNU 62000: F Preset Value (S_PRESET32)
75
Parameter Access and Initialization (Safety-Related)
76
Configurable Module-Related Iparameters (F_Ipar)
78
Code Sequence
79
Preset Affects XIST32
79
Scaling Function Control
79
Scaling Parameter
79
Scaling: Measuring Units Per Revolution
80
Scaling: Total Measuring Range
80
Velocity Value Normalization
81
Window Increments (Internal, Not Visible)
81
Configurable Submodule-Related F-Parameters (F_Par)
82
Acyclic Parameter Access (Base Mode Parameter Access - Local)
83
Safety Telegram No. (PNU 60022)
83
Safety Velocity Value Normalization (PNU 60023)
83
Safety Preset Value S_PRESET32 (PNU 62000)
84
Safety Setpoint Telegram (PNU 60024)
84
Safety Setpoint Telegram (PNU 60025)
84
Block Header (PNU 65100.00)
85
Safety Operating Status (PNU 65100)
85
Offset Value 32-Bit (PNU 65100.08)
86
Operating Status (PNU 65100.01)
86
Preset Adjustment Function
87
Procedure
87
Preset Finite State Machine / Control Cycle
88
Diagnosis
89
TR Encoder Profile, Non-Safety Instrumented (Channel 1/2 (TR))
90
Configurable Module-Related Parameters
90
Coupled Channel
90
Submodule Position
91
Configurable Submodule-Related Parameters
91
Rotational Direction
91
Structure of the Cyclic Process Data
91
Scaling Parameter
92
Submodule Velocity
95
Configurable Submodule-Related Parameters
95
Structure of the Cyclic Process Data
95
Velocity Filter Intensity
96
Velocity Format
96
Velocity Factor
97
Velocity Filter Type
97
Velocity Integration Time
97
Submodule Preset (Adjustment Function)
98
Structure of the Cyclic Process Data
98
Submodule Status
99
Configurable Submodule-Related Parameters
99
Structure of the Cyclic Process Data
99
TR Encoder Profile, Safety Instrumented (Safety (TR))
100
Submodule Position (BP/XP)
100
Structure of the Cyclic Process Data
100
Configurable Submodule-Related Iparameters (F_Ipar)
101
Configurable Submodule-Related F-Parameters (F_Par)
102
Submodule Velocity (BP/XP)
103
Structure of the Cyclic Process Data
103
Configurable Submodule-Related Iparameters (F_Ipar)
104
Configurable Submodule-Related F-Parameters (F_Par)
105
Submodule Position + Velocity (BP/XP)
106
Structure of the Cyclic Process Data
106
Input TR Status1 (Stat. 1)
107
Input Position
108
Input TR Status2 (Stat. 2)
108
Input Velocity
108
Output TR-Control1 (Cont. 1)
108
Output Preset
109
Output TR-Control2 (Cont. 2)
109
Configurable Submodule-Related Iparameters (F_Ipar)
110
Rotational Direction
111
Scaling Parameter
111
Velocity Filter Intensity
114
Velocity Format
114
Velocity Factor
115
Velocity Filter Type
115
Velocity Integration Time
115
Window Increments
116
Configurable Submodule-Related F-Parameters (F_Par)
117
Preset Adjustment Function
118
Procedure
118
Timing - Diagram
119
Calculating the Delay for a Moving Axis
120
Legacy (TR) Profile
121
Safety (Legacy), Safety-Related
121
Input Cams
121
Structure of the Cyclic Process Data
121
Input TR Status
122
Input Velocity
122
Input Multi-Turn / Single-Turn
123
Output TR-Control1
123
Output Preset Multi-Turn / Preset Single-Turn
124
Configurable Module-Related Iparameters (F_Ipar)
125
Integration Time Safety
125
Integration Time Standard
125
Idleness Tolerance Preset
126
Rotational Direction
126
Window Increments
126
Configurable Module-Related F-Parameters (F_Par)
127
Channel 1 (Legacy), Non-Safety Instrumented
128
Input Cams
128
Input Velocity
128
Structure of the Cyclic Process Data
128
Input Multi-Turn / Single-Turn
129
Preset Adjustment Function
130
Procedure
130
Timing Diagram
131
Safe Status / Safe Control (F_Messagetrailer)
132
Safe Status (BP/XP)
132
Safe Control (BP/XP)
133
Access Mechanism
134
Output of Passivated Data (Substitute Values) in Case of an Error
134
F-Parameter (F_Par) - Description
135
F_Check_Ipar
135
F_Sil
135
F_Crc_Length
135
F_Crc_Seed / F_Passivation
135
F_Block_Id
135
F_Par_Version
135
F_Source_Add / F_Dest_Add
135
F_Wd_Time
136
F_Ipar_Crc
136
F_Par_Crc
136
Ipar_Crc Checksums - Calculation
136
7 Media Redundancy (MRP) / Fast Start-Up (FSU)
137
Mrp
137
Fsu
137
8 Shared Device Applications
138
9 Troubleshooting and Diagnostic Options
140
Optical Displays
140
Device Status, Bicolor LED
140
Net-Status, Bicolor LED
142
PROFINET Diagnose-Alarm
143
Return of Submodul Alarm
147
Integration of Organization Blocks (Obs)
147
Diagnostic Alarm ob (ob 82)
147
Data Status
148
Information & Maintenance
149
I&M0 - I&M4
149
Behavior of the Measuring System Process Data Outputs
151
10 Checklist, Part 2 of 2
152
11 Appendix
154
TÜV Certificate
154
PROFINET IO Certificate
154
Profisafe Certificate
154
EU Declaration of Conformity
154
Advertisement
TR-Electronic CDS582 Manual (157 pages)
Absolute Encoder CANopen / CANopen Safety
Brand:
TR-Electronic
| Category:
Media Converter
| Size: 4 MB
Table of Contents
Table of Contents
3
Contents
3
Revision Index
8
General Information
9
Applicability
9
References
10
Abbreviations Used / Terminology
11
Main Features
12
Principle of the Safety Function
13
Safety Information
14
Definition of Symbols and Notes
14
Safety Functions of the Fail-Safe Processing Unit
15
Mandatory Safety Checks / Measures
16
Basic Canopen Functions
17
Canopen Communication Profile
18
Process and Service Data Objects
19
Object Dictionary
20
Canopen Default Identifier, COB-ID
20
Transmission of SDO Messages
21
SDO Message Format
21
Read SDO
23
Write SDO
24
Network Management, NMT
25
Network Management Services
26
NMT Services for Device Control
26
NMT Services for Connection Monitoring
27
Layer Setting Services (LSS) and Protocols
28
Finite State Automaton, FSA
29
Transmission of LSS Services
30
LSS Message Format
30
Device Profile
31
Canopen Safety / Cyclic Data Exchange Specifications
32
Transmission of Safety-Related Process Data (SRDO)
32
Set System Configuration as Valid
34
Installation / Preparation for Commissioning
35
Basic Rules
35
Cable Specification
36
Connection Information
37
Supply Voltage
37
Optional Additional Interfaces (Incremental, SSI)
37
Bus Termination
37
Setting the Node-ID and Baud Rate
38
Incremental Interface / SIN/COS Interface (Optional)
39
Signal Characteristics
40
HTL / TTL Levels (Optional)
41
SSI Interface (Optional)
43
Signal Characteristics
43
Cable Lengths
45
Switching on the Supply Voltage
46
Important Default Settings for Initial Boot-Up
46
Commissioning
47
CAN - Interface
47
EDS File
47
Bus Status Display
47
TR CAN Device Tool - Commissioning Tool
48
Communication Profile
49
NOT Safety-Oriented
49
Structure of the Communication Parameters, 1800H-1803H
49
Structure of the Mapping Parameters, 1A00H-1A03H
51
Changing the Mapping Setting
52
Transmission Types - Position Output
53
First Transmit Process Data Object
53
Second Transmit Process Data Object
53
Safety-Oriented
54
Structure of the Communication Parameters, 1301H-1303H
54
Structure of the Mapping Parameters, 1381H-1383H
56
Changing the Mapping Setting
58
Mode Switchover TR / Cia DS406 Encoder Profile
59
Communication-Specific Standard Objects (Cia DS-301)
60
Object 1000H: Device Type
61
Object 1001H: Error Register
61
Object 1003H: Pre-Defined Error Field
62
Object 1005H: COB-ID SYNC
62
Object 1008H: Manufacturer Device Name
63
Object 1009H: Manufacturer Hardware Version
63
Object 100Ah: Manufacturer Software Version
63
Object 100Ch: Guard Time
63
Object 100Dh: Life Time Factor
64
Object 1010H: Store Parameters
64
Object 1011H: Restore Default Parameters
66
Object 1014H: COB-ID Emergency Message
67
Object 1015H: Inhibit Time EMCY
67
Object 1016H: Consumer Heartbeat Time
68
Object 1017H: Producer Heartbeat Time
68
Object 1018H: Identity Object
69
Object 1019H: Synchronous Counter Overflow Value
69
Object 1020H: Verify Configuration
70
Object 1021H: Store EDS
70
Object 1022H: Store Format
70
Object 1029H: Error Behavior
71
Object 1300H: Global Failsafe Command Parameter (GFC)
71
Object 13Feh: Configuration Valid
72
Object 13Ffh: Safety Configuration Signature
73
Object 1F80H: NMT Startup
74
Parametrization
75
TR Mode, Non-Safety-Related
77
Object 2221H: Blinking Mode
77
Object 2222H: LED Status
77
Object 2040H: TR Configuration Parameter
78
Subindex 1: Rotational Direction
78
Subindex 2, 3, 4: Scaling Parameters
79
Subindex 5: Velocity Format
82
Subindex 6: Velocity Factor
82
Subindex 7: Velocity Integration Time
83
Subindex 8: Velocity Filter Intensity
83
Subindex 9: Velocity Filter Type
84
Subindex 10: Substitute Position
84
Subindex 11: Coupled Channel
84
Subindex 12: Preset Value
85
Object 2041H: TR TPDO Values
86
Subindex 1: Sensor Status
86
Subindex 2: Position
87
Subindex 3: Velocity 32 Bit
87
Subindex 4: Velocity 16 Bit
88
TR Mode, Safety-Related
89
Object 2220H: TR Safe State Simulation
89
Object 2410H: TR Safety Configuration Parameter
89
Subindex 1: Rotational Direction
90
Subindex 2, 3, 4: Scaling Parameters
90
Subindex 5: Velocity Format
94
Subindex 6: Velocity Factor
94
Subindex 7: Velocity Integration Time
95
Subindex 8: Velocity Filter Intensity
95
Subindex 9: Velocity Filter Type
96
Subindex 10: Window Increments
96
Subindex 11: Error Behavior
96
Subindex 12: Preset Value
97
Object 2420H: TR Safety Status
98
Object 2430H: TR Safety Control
99
Object 2422H: TR Safety Position
100
Object 2424H: TR Safety Velocity 32Bit
100
Object 2426H: TR Safety Velocity 16Bit
101
Object 2432H: TR Safety Preset Value
101
Object 24Feh: TR Safety Configuration Valid
102
Object 24Ffh: TR Safety Configuration Signature
103
Preset Adjustment Function
104
Procedure
104
Timing Diagram
105
OPTION: Second Interface
106
Object 2500H: TR SSI Parameter
106
Subindex 1: Source
106
Subindex 2: Coding
106
Subindex 3: Data Bits
107
Subindex 4: Mono Time
107
Subindex 5: Status Bits
107
Subindex 6: Sign of Life Bits
108
Subindex 7: Checksum
108
Object 2520H: TR Incremental Parameter
109
Subindex 1: Pulses Per Revolution
109
Object 3000H: Node ID
110
Object 3001H: Baud Rate
110
Object 3010H: Active Mode
111
Object 3011H: GFC Setting
112
Cia DS406 Mode, Non-Safety-Related
113
Object 6000H: Operating Parameters
113
Scaling Parameters
114
Object 6001H: Measuring Units Per Revolution
114
Object 6002H: Total Measuring Range in Measuring Units
114
Object 6003H: Preset Value
115
Object 6004H: Position Value
116
Object 600Ch: Position Raw Value
116
Object 6030H: Speed Value
117
Object 6031H: Speed Parameter
117
Subindex 1: Speed Source Selector
118
Subindex 2: Speed Integration Time
118
Subindex 3: Multiplier Value
118
Subindex 4: Divider Value
119
Object 6200H: Cyclic Timer
119
Object 6400H: Area State Register
120
Object 6401H: Work Area Low Limit
120
Object 6402H: Work Area High Limit
120
Cia DS406 Mode, Safety-Related
121
Object 6100H: Safety Position Configuration Parameters
121
Subindex 1: Canopen Safety Code Sequence
121
Subindex 2: Safety Preset Value for Encoder with Normal Resolution
122
Object 6101H: Safety Speed Configuration Parameters
123
Subindex 1: Canopen Safety Code Sequence
124
Subindex 2: Safety Preset Value for Encoder with Normal Resolution
124
Subindex 4: Safety Speed Source Selector
124
Subindex 5: Safety Speed Integration Time
124
Subindex 6: Multiplier Value
125
Subindex 7: Divider Value
125
Object 6120H: Safety Normal Resolution Position Value
125
Object 6124H: Safety Speed Value
126
Object 61Feh: Safety Application Configuration Valid
127
Object 61Ffh: Safety Application Configuration Signature
127
Measuring System Diagnosis
129
Object 2211H: TR Alarms
129
Object 2212H: TR Warnings
130
Object 6500H: Operating Status
131
Object 6501H: Single-Turn Resolution
131
Object 6502H: Number of Distinguishable Revolutions
131
Object 6503H: Alarms
132
Object 6504H: Supported Alarms
133
Object 6505H: Warnings
134
Object 6506H: Supported Warnings
135
Object 6507H: Profile and Software Version
136
Object 6508H: Operating Time
136
Object 6509H: Offset Value
137
Object 650Ah: Module Identification
137
Object 650Bh: Serial Number
137
Object 650Dh: Absolute Accuracy
138
Object 650Eh: Device Capability
138
Resetting the Device Parameters
139
Output of Substitute Values in Case of Error
140
Safe State Definition
141
Passive Safe State
141
Active Safe State
141
Error Causes and Solutions
142
Optical Displays
142
SDO Error Codes
145
Emergency Message (8 Bytes)
148
Object 1003H: Predefined Error Field, Bytes 0 - 1
148
Object 1001H: Error Register, Byte 2
150
Manufacturer-Specific Error Field, Bytes 3 - 7
150
Alarm Messages
153
Cia DS406 Mode
153
TR Mode
153
Warning Messages
154
Cia DS406 Mode
154
TR Mode
154
Checklist, Part 2 of 2
155
Appendix
157
TÜV Certificate
157
EU Declaration of Conformity
157
TR-Electronic CDS582 User Manual (91 pages)
Brand:
TR-Electronic
| Category:
Media Converter
| Size: 4 MB
Table of Contents
Contents
3
Table of Contents
3
Revision Index
6
1 General Information
7
Scope
7
References
8
Abbreviations Used / Terminology
9
Main Features
11
Principle of the Safety Function
12
2 Safety Instructions
13
Definition of Symbols and Notes
13
Safety-Related Requirements When Using CIP Safety™ Devices
14
Safety Functions of the Fail-Safe Processing Unit
16
Mandatory Safety Checks / Measures
17
3 Installation / Preparation for Commissioning
18
Basic Rules
18
Ethernet/Ip™ Transmission Technology, Cable Specification
20
Connection - Notes
21
Supply Voltage
21
Optional Additional Interfaces (Incremental, SSI)
21
Additional Interfaces - Hardware Description
22
Incremental Interface / SIN/COS Interface (Optional)
22
Signal Characteristics
23
HTL/TTL Level (Optional)
24
SSI Interface (Optional)
26
Signal Characteristics
26
Cable Lengths
28
Defining the Target Unique Network Identifier (TUNID)
29
Setting the Node ID or IP Address
29
Programming the Safety Network Number (SNN)
30
4 Commissioning
32
Device Identification
33
EDS File
33
Bus Status Display
34
MAC Address
35
Downloading the Safety-Related Configuration
36
Via the TR SNCT Tool - Safetyopen Type 2
36
Commissioning Via SCHNEIDER M580 SIL3 (BME P58) - Type 2
38
Commissioning Via Allen-Bradley Compact Guardlogix 5370 - Type 1
38
5 Resetting the Safety-Related Device Parameters
39
6 Structure of the Configuration Data - Configuration Assembly
40
Instance 103, Grey Config Channel 1
40
Instance 104, Grey Config Channel
40
Instance 123, Safety Config
41
7 Structure of the Cyclic Process Data - IO Assembly
42
Instance 1, Grey Default Input
42
Instance 101, TR Grey Input
43
Input TR Grey - Encoder Status
43
Input Position Value Unsigned
44
Input TR Grey - Velocity
44
Instance 102, Grey Output Channel 1 (Adjustment Function)
45
Instance 121, Safety Input
45
Input TR Safety - Status
46
Input TR Safety - Position
47
Input TR Safety - Velocity
47
Instance 122, Safety Input
48
Output TR Safety - Controlword
48
Output TR Safety - Presetout
48
8 Connection Types - Connection Points
49
9 Parameter Description
51
Object 0X23 (Instance 1), Position Sensor
52
Attribute 1, Number of Attributes
55
Position Value Unsigned
55
Attribute 11, Position Sensor Type
55
Attribute12, Direction Counting Toggle
55
Preset Value
56
TR Grey - Preset Control
56
TR Grey - Encoder Status
57
TR Grey - Velocity
57
TR Grey - Rotational Direction
58
TR Grey - Scaling Parameter
59
TR Grey - Velocity Format
62
TR Grey - Velocity Factor
62
TR Grey - Velocity Integration Time
63
TR Grey - Channel Coupled
63
TR Grey - Position Substitution
64
TR Grey - Velocity Filter Intensity
64
TR Grey - Velocity Filter Type
64
TR Safety - Rotational Direction
65
TR Safety - Scaling Parameter
66
TR Safety - Velocity Format
69
TR Safety - Velocity Factor
69
TR Safety - Velocity Integration Time
70
TR Safety - Velocity Filter Intensity
70
TR Safety - Velocity Filter Type
71
TR Safety - Window Increments
71
TR Safety - SIL / PL
71
TR Safety - Position
72
TR Safety - Velocity
72
TR Safety - Status
72
TR Safety - Controlword
72
TR Safety - Presetout
73
10 TR Safety - Preset Adjustment Function
74
Procedure
74
Timing - Diagram
75
Calculating the Delay for a Moving Axis
76
11 Obtain IP Parameters Via Flash or DHCP
77
Object 0Xf5, Instance 1
77
Attribute 3, Configuration Control
77
Attribute 5, Interface Configuration
78
Obtaining IP Parameters
78
Setting and Saving IP Parameters
79
Example, Obtaining IP Parameters Via DHCP Server
80
Requirements
80
Procedure
80
12 Error Causes and Remedies
83
Optical Displays
83
Module Status, Bicolor LED
83
Network Status, Bicolor LED
84
General Status Codes
85
Miscellaneous Faults
87
13 Elementary Data Types
88
14 Checklist, Part 2 of 2
89
15 Appendix
91
TÜV Certificate
91
Ethernet/Ip™ Certificate
91
CIP Safety™ Certificate
91
EU Declaration of Conformity
91
Advertisement
TR-Electronic CDS582 User Manual (78 pages)
Absolute Encoder EtherCAT/FSoE
Brand:
TR-Electronic
| Category:
Media Converter
| Size: 3 MB
Table of Contents
Table of Contents
3
Contents
3
Revision Index
6
General Information
7
Applicability
7
References
8
Abbreviations and Terms Used
9
Main Features
11
Principle of the Safety Function
12
Safety Information
13
Definition of Symbols and Notes
13
Safety Functions of the Fail-Safe Processing Unit
14
Mandatory Safety Checks / Measures
14
Installation / Preparation for Commissioning
15
Basic Rules
15
Ethercat Transmission Technology, Cable Specification
16
Connection Instructions
17
Supply Voltage
17
Optional Additional Interfaces (Incremental, SSI)
17
Setting the Fsoe Address
18
Incremental Interface / SIN/COS Interface (Optional)
19
Signal Characteristics
20
HTL/TTL Level (Optional)
21
SSI Interface (Optional)
23
Signal Characteristics
23
Cable Length
25
Commissioning
26
Ethercat / Fsoe
26
Device Description File (XML)
26
Bus Status Display
27
Display States and Flashing Frequency
27
LED1, Fsoe Status
28
LED2, Net Run
28
LED3/4, Ethercat IN/OUT - Link/Activity
28
Structure of Process Data
29
Safety-Oriented Process Data
29
Input Data
30
Safestatus
30
Safe Absolute Position
31
Safe Speed Value
31
Output Data
32
Safecontrol
32
Safe Preset Value
32
Preset Adjustment Function
33
Timing Diagram
34
NON-Safety-Related Process Data
35
Input Data
36
Status Bits (Status Byte)
36
Position
37
Speed
37
Output Data
38
Control Bits (Control Byte) / Preset Adjustment Function
38
Preset
38
Ethercat - Object Directory
39
Coe Communication-Specific Objects (Cia DS-301)
39
Manufacturer-Specific Objects
40
Object 2040H: Parameter Grey
41
Subindex 1: Rotational Direction Grey
41
Subindex 2, 3, 4: Scaling Parameters
42
Subindex 5: Speed Format Grey
45
Subindex 6: Speed Factor Grey
45
Subindex 7: Speed Integration Time Grey
46
Subindex 8: Speed Filter Intensity Grey
47
Subindex 9: Speed Filter Type Grey
47
Subindex 10: Position Replacement Grey
47
Subindex 11: Parameter Coupled to Safe
48
Object 2220H: TR Safe State Simulation
48
OPTION: Second Interface
49
Object 2500H: Itf2_Ssi_Parameter
49
Subindex 1: Ssi_Source
49
Subindex 2: Ssi_Code
49
Subindex 3: Ssi_Databits
50
Subindex 4: Ssi_Monotime
50
Subindex 5: Ssi_Statusbits
50
Subindex 6: Ssi_Lifecounterbits
51
Subindex 7: Ssi_Crc_Length
51
Object 2520H: Itf2_Incr_Parameter
52
Subindex 1: Incr_Steps
52
Object 2707H: Firmware Info
52
Object 2736H: Update Time
53
Object 2738H: Update History
53
Object 2739H: Customer Date
53
Object 3000H: Status Universal
53
Object 3001H: Cycle Time Bus
54
Object 3002H: Cycle Time Encoder
54
Object 3010H: Status Bits
54
Object 3011H: Speed
55
Object 3012H: Position
55
Object 3100H: Control Bits
56
Object 3101H: Preset
56
Profile Specific Objects
57
Object 6000H: Operating Parameters
58
Object 6004H: Position Value
58
Object 6500H: Operating Status
59
Object 6501H: Single-Turn Resolution
59
Object 6502H: Number of Distinguishable Revolutions
59
Object 6800H: Fsoe Slave Frame Elements
60
Object 6801H: Fsoe Slave Frame Data (16 Bit/32 Bit)
60
Object 7000H: Fsoe Master Frame Elements
61
Object 7001H: Fsoe Master Frame Data (16 Bit/32 Bit)
61
Object 8000H: Fsoe Parameter Settings
62
Subindex 1: SIL Level
62
Subindex 2: Rotational Direction
63
Subindex 3, 4, 5: Scaling Parameters
63
Subindex 6: Speed Format
67
Subindex 7: Speed Factor
67
Subindex 8: Speed Integration Time
68
Subindex 9: Speed Filter Intensity
69
Subindex 10: Speed Filter Type
69
Subindex 11: Window Increments
70
Object F980H: Safe Address
70
Resetting the Device Parameters
71
Output of Safe Data (Substitute Values)
72
Troubleshooting and Diagnosis Options
73
Optical Displays
73
Link / Activity Leds
73
Fsoe Status LED
73
Error Acknowledgement - Flow Diagram
75
Manufacturer-Specific Diagnosis Ethercat (Object)
76
Checklist, Part 2 of 2
77
Appendix
78
TÜV Certificate
78
Ethercat Certificate
78
Safety over Ethercat Certificate
78
EU Declaration of Conformity
78
Advertisement
Related Products
TR-Electronic CDH 75 M
TR-Electronic CDV 75 M
TR Electronic CD_-582 Series
TR-Electronic CD-75 Series
TR-Electronic CDV582
TR-Electronic CDH582
TR Electronic CDH-110
TR-Electronic CDH75M-8192/4096 SSI 14H7NT +FS
TR Electronic CEK-58
TR-Electronic SERCOS CES-58
TR-Electronic Categories
Media Converter
Transducer
Measuring Instruments
Enclosure
DC Drives
More TR-Electronic Manuals
Login
Sign In
OR
Sign in with Facebook
Sign in with Google
Upload manual
Upload from disk
Upload from URL