Anybus AB6714 User guide

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User guide

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Anybus® CompactCom 40 - CC-Link IE TSN
NETWORK GUIDE
SCM-1202-212
Version 1.2
Publicaon date 2023-02-03
ENGLISH
Important User Informaon
Disclaimer
The informaon in this document is for informaonal purposes only. Please inform HMS Networks of any
inaccuracies or omissions found in this document. HMS Networks disclaims any responsibility or liability for
any errors that may appear in this document.
HMS Networks reserves the right to modify its products in line with its policy of connuous product
development. The informaon in this document shall therefore not be construed as a commitment on the
part of HMS Networks and is subject to change without noce. HMS Networks makes no commitment to
update or keep current the informaon in this document.
The data, examples and illustraons found in this document are included for illustrave purposes and
are only intended to help improve understanding of the funconality and handling of the product. In
view of the wide range of possible applicaons of the product, and because of the many variables and
requirements associated with any parcular implementaon, HMS Networks cannot assume responsibility
or liability for actual use based on the data, examples or illustraons included in this document nor for
any damages incurred during installaon of the product. Those responsible for the use of the product
must acquire sucient knowledge in order to ensure that the product is used correctly in their specic
applicaon and that the applicaon meets all performance and safety requirements including any applicable
laws, regulaons, codes and standards. Further, HMS Networks will under no circumstances assume liability
or responsibility for any problems that may arise as a result from the use of undocumented features or
funconal side eects found outside the documented scope of the product. The eects caused by any direct
or indirect use of such aspects of the product are undened and may include e.g. compability issues and
stability issues.
Copyright © 2023 HMS Networks
Contact Informaon
Postal address:
Box 4126
300 04 Halmstad, Sweden
Table of Contents
1. Preface .................................................................................................................................. 1
1.1. About this document ........................................................................................................ 1
1.2. Related Documents ........................................................................................................... 1
1.3. Document History ............................................................................................................ 1
1.4. Document Convenons ..................................................................................................... 2
1.5. Terminology .................................................................................................................... 3
1.6. Trademark Informaon ...................................................................................................... 3
2. About the Anybus Compact 40 CC-Link IE TSN .............................................................................. 4
2.1. General .......................................................................................................................... 4
2.2. Features ......................................................................................................................... 4
3. Basic Operaon ....................................................................................................................... 5
3.1. General Informaon ......................................................................................................... 5
3.1.1. Soware Requirements .............................................................................................. 5
3.2. Data Exchange ................................................................................................................. 5
3.2.1. Bit Area vs. Word Area ............................................................................................... 5
3.3. Network Identy .............................................................................................................. 6
3.4. Communicaon Sengs .................................................................................................... 6
4. CSP+ File Customizaon ............................................................................................................ 7
5. CC-Link IE TSN Implementaon Details ....................................................................................... 9
5.1. Process Data Mapping ....................................................................................................... 9
5.1.1. Default CC-Link Buer Memory Map ............................................................................ 9
5.1.2. Mapping ................................................................................................................. 9
5.2. Diagnoscs ..................................................................................................................... 12
6. Anybus State Machine ............................................................................................................. 13
7. SNMP Agent .......................................................................................................................... 14
7.1. General ......................................................................................................................... 14
7.2. Management Informaon (MIB) ......................................................................................... 14
7.2.1. Detailed Device Informaon ...................................................................................... 14
7.2.2. PTP Stascs ........................................................................................................... 16
7.2.3. CIET Stascs .......................................................................................................... 17
8. Anybus Module Objects .......................................................................................................... 18
8.1. Anybus Object (01h) ........................................................................................................ 19
8.1.1. Command Details: Reset ........................................................................................... 20
8.2. Diagnosc Object (02h) .................................................................................................... 21
8.3. Network Object (03h) ....................................................................................................... 22
8.4. Network Conguraon Object (04h) ................................................................................... 23
8.4.1. Command Details: Reset ........................................................................................... 27
9. Host Applicaon Objects ......................................................................................................... 28
9.1. General Informaon ........................................................................................................ 28
9.2. CC-Link IE TSN Host Object (E1h) ........................................................................................ 29
Appendix A. Categorizaon of Funconality ................................................................................... 30
1. Basic ................................................................................................................................ 30
2. Extended .......................................................................................................................... 30
Anybus® CompactCom 40 - CC-Link IE TSN
SCM-1202-212 Version 1.2
Appendix B. Implementaon Details ............................................................................................. 31
1. Applicaon Watchdog Timeout Handling ................................................................................ 31
Appendix C. Cercaon Informaon ........................................................................................... 32
1. Model Type ....................................................................................................................... 32
Appendix D. Technical Specicaon .............................................................................................. 33
1. Front View ........................................................................................................................ 33
1.1. Status LEDs ............................................................................................................... 33
1.2. Link LEDs .................................................................................................................. 33
2. Funconal Earth (FE) Requirements ....................................................................................... 34
2.1. Cables, shielding connecons ....................................................................................... 34
3. Power Supply .................................................................................................................... 34
3.1. Supply Voltage ........................................................................................................... 34
3.2. Power Consumpon ................................................................................................... 34
4. Environmental Specicaon ................................................................................................. 34
5. EMC Compliance ................................................................................................................ 35
Appendix E. Timing & Performance ............................................................................................... 36
1. General Informaon ........................................................................................................... 36
2. Internal Timing .................................................................................................................. 36
2.1. Startup Delay ............................................................................................................. 36
2.2. NW_INIT Handling ...................................................................................................... 36
2.3. Anybus Read Process Data Delay ................................................................................... 37
2.4. Anybus Write Process Data Delay .................................................................................. 38
2.5. Event Based WrMsg Busy Time ..................................................................................... 38
Appendix F. Licensing Informaon ................................................................................................ 39
Anybus® CompactCom 40 - CC-Link IE TSN
SCM-1202-212 Version 1.2
1. Preface
1.1. About this document
This document is intended to provide a good understanding of the funconality oered by the Anybus
CompactCom 40 CC-Link IE TSN. The document describes the features that are specic to Anybus CompactCom
40 CC-Link IE TSN. For general informaon regarding Anybus CompactCom 40, consult the Anybus CompactCom
40 design guides.
The reader of this document is expected to be familiar with high level soware design and communicaon
systems in general. The informaon in this network guide should normally be sucient to implement a design.
However if advanced CC-Link IE TSN specic funconality is to be used, in-depth knowledge of CC-Link IE TSN
networking internals and/or informaon from the ocial CC-Link IE TSN specicaons may be required. In such
cases, the persons responsible for the implementaon of this product should either obtain the CC-Link IE TSN
specicaon to gain sucient knowledge or limit their implementaon in such a way that this is not necessary.
For addional related documentaon and le downloads, please visit the support website at www.anybus.com/
support.
1.2. Related Documents
Document Author Document ID
Anybus CompactCom 40 Soware Design Guide HMS HMSI-216-125
Anybus CompactCom M40 Hardware Design Guide HMS HMSI-216-126
Anybus CompactCom B40 Design Guide HMS HMSI-27-230
Anybus CompactCom Host Applicaon Implementaon Guide HMS HMSI-27-334
CC-Link IE TSN Conformance Test Specicaons Remote Staon Version (Twisted Pair Cable) CLPA BAP-C0401ENG
CC-Link IE TSN Specicaon (Overview) CLPA BAP-C2011ENG
Control & Communicaon System Prole Specicaon CLPA BAP-C2008ENG
1.3. Document History
Version Date Descripon
1.0 2022-11-30 First release
1.1 2023-01-02 Added chapter SNMP Agent
Added chapter Timing & Performance
1.2 2023-02-03 Added CIET Stascs
Minor updates
Preface Anybus® CompactCom 40 - CC-Link IE TSN
SCM-1202-212 Version 1.2 Page 1 of 42
1.4. Document Convenons
Lists
Numbered lists indicate tasks that should be carried out in sequence:
1. First do this
2. Then do this
Bulleted lists are used for:
Tasks that can be carried out in any order
Itemized informaon
User Interacon Elements
User interacon elements (buons etc.) are indicated with bold text.
Program Code and Scripts
Program code and script examples
Cross-References and Links
Cross-reference within this document: Document Convenons (page 2)
External link (URL): www.anybus.com
Safety Symbols
DANGER
Instrucons that must be followed to avoid an imminently hazardous situaon which, if not avoided,
will result in death or serious injury.
WARNING
Instrucons that must be followed to avoid a potenal hazardous situaon that, if not avoided, could
result in death or serious injury.
CAUTION
Instrucon that must be followed to avoid a potenal hazardous situaon that, if not avoided, could
result in minor or moderate injury.
IMPORTANT
Instrucon that must be followed to avoid a risk of reduced funconality and/or damage to the
equipment, or to avoid a network security risk.
Anybus® CompactCom 40 - CC-Link IE TSN Document Convenons
Page 2 of 42 SCM-1202-212 Version 1.2
Informaon Symbols
NOTE
Addional informaon which may facilitate installaon and/or operaon.
TIP
Helpful advice and suggesons.
1.5. Terminology
The terms “Anybus” or “module” refers to the Anybus CompactCom module.
The terms “host” or “host applicaon” refer to the device that hosts the Anybus.
Hexadecimal values are wrien in the format NNNNh or 0xNNNN, where NNNN is the hexadecimal value.
A byte always consists of 8 bits.
The terms “basic” and “extended” are used to classify objects, instances and aributes.
1.6. Trademark Informaon
Anybus® is a registered trademark of HMS Industrial Networks.
All other trademarks are the property of their respecve holders.
Terminology Anybus® CompactCom 40 - CC-Link IE TSN
SCM-1202-212 Version 1.2 Page 3 of 42
2. About the Anybus Compact 40 CC-Link IE TSN
2.1. General
The Anybus CompactCom 40 CC-Link IE TSN communicaon module provides instant CC-Link IE TSN slave
funconality via the patented Anybus CompactCom host interface. Any device that supports this standard can
take advantage of the features oered by the module, allowing seamless network integraon regardless of
network type.
This product conforms to all aspects of the host interface dened in the Anybus CompactCom 40 Hardware-
and Soware Design Guides, making it fully interchangeable with any other device following that specicaon.
Generally, no addional network related soware support is needed, however in order to take advantage of
advanced network specic funconality, a certain degree of dedicated soware support may be necessary.
2.2. Features
CC-Link IE TSN class B remote staon
Sample conguraon le (CSP+) provided by HMS Industrial Networks (requires adaptaons)
Possibility to customize Vendor Code, Model Code, Vendor Name, Model Type/Device Type, Model Name and
Version via applicaon interface
Max. read process data: 1420 bytes
Max. write process data: 1420 bytes
Max. process data (read + write, in bytes): 2840 bytes
Please note that Anybus CompactCom 40 modular device funconalies are not supported in Anybus
CompactCom 40 CC-Link IE TSN.
Anybus® CompactCom 40 - CC-Link IE TSN About the Anybus Compact 40 CC-Link IE TSN
Page 4 of 42 SCM-1202-212 Version 1.2
3. Basic Operaon
3.1. General Informaon
IMPORTANT
Currently the suggested Cyclic Transmission Time in GX Works is insucient. In order for the Anybus
CompactCom module to funcon correctly the Cyclic Transmission Time needs to be extended
by a minimum of 13 μs when using 1 Gb/s communicaon, and 125 μs when using 100 Mb/s
communicaon.
3.1.1. Soware Requirements
No addional network support code needs to be wrien in order to support the Anybus CompactCom 40 CC-Link
IE TSN, however due to the nature of the CC-Link IE TSN networking system, certain restricons must be taken
into account:
ADIs must be mapped as Process Data, in accordance with the Anybus CompactCom 40 CC-Link IE TSN
mapping scheme, in order to be correctly represented on the network.
ADI Names, types and similar aributes cannot be accessed from the network.
One diagnosc instance can be created by the host applicaon during normal operaon. One addional (2nd)
instance may be created in event of a major fault.
For in depth informaon regarding the Anybus CompactCom soware interface, consult the Anybus
CompactCom 40 Soware Design Guide.
3.2. Data Exchange
3.2.1. Bit Area vs. Word Area
On CC-Link IE TSN, data is divided into two categories as follows:
Bit Area Data is accessed on a bit-by-bit basis. Data is commonly referred to as RX #nn (Slave->Master) and RY #nn (Master->Slave)
where nn represents an addressable point (i.e. a single bit) in the Bit Area.
Word Area Data is accessed as 16-bit words. Data is commonly referred to as RWr #nn (Slave->Master) and RWw #nn (Master->Slave)
where nn represents an addressable point (i.e. a word) in the Word Area.
Direcon Bit Area Points (hex) Word Area Points (dec)
Slave —> Master 0-11360 points, e.g. RX00 .... RX2C5F 0-710 points, e.g. RWr0... RWr709
Master —> Slave 0-11360 points, e.g.RY00 .... RY2C5F 0-710 points, e.g. RWw0... RWw709
Due to restricons in the module, the maximum total amount of I/O data in each direcon is 1420 bytes.
NOTE
Bit data will be allocated to the Bit Area unl the rst word is mapped. Any bit data mapped aer
this will be allocated to the Word Area.
Basic Operaon Anybus® CompactCom 40 - CC-Link IE TSN
SCM-1202-212 Version 1.2 Page 5 of 42
3.3. Network Identy
By default, the module uses the following identy sengs:
Vendor ID: 0212h (HMS Industrial Networks)
Device Type: 007Fh (Generic Device)
Product Code: 00000003h (CompactCom 40 CIET)
Product Name: "CompactCom 40 CIET"
NOTE
In the CC-Link IE TSN Host Object, Product Code and Product Name is represented by Model Code
and Model Name respecvely.
Oponally, it is possible to customize the identy of the module by implemenng the corresponding instance
aributes in the CC-Link IE TSN Host Object. See CC-Link IE TSN Host Object (E1h) (page 29).
IMPORTANT
In order to pass conformance tesng certain values must be changed. For more informaon, see
CC-Link IE TSN Conformance Test Specicaons Remote Staon Version (Twisted Pair Cable).
3.4. Communicaon Sengs
Network related communicaon sengs are grouped in the Network Conguraon Object (04h), and includes:
IP Sengs These sengs must be set properly in order for the module to be able to parcipate on the network.
NOTE
The module's IP address must match the IP address in the conguraon tool. It is not possible for the
conguraon tool to set the IP address of the module.
Physical Link
Sengs
By default, the module uses auto negoaon to establish the physical link sengs, however it is possible to force a specic
seng if necessary.
See also...
Network Conguraon Object (04h) (page 23)
Anybus® CompactCom 40 - CC-Link IE TSN Network Identy
Page 6 of 42 SCM-1202-212 Version 1.2
4. CSP+ File Customizaon
Each device on CC-Link can be associated with a CC-Link Family System Prole (CSP+) le, which holds a
descripon of the device and its funcons.
HMS Industrial Networks supplies a generic CSP+ le which can serve as a basis for new implementaons.
A tool for modifying the le, as well as guidelines for creang CSP+ les, is available at the CLPA web page
(www.cc-link.org, membership is required). The entries in the le that shall be changed are listed in the following
secons.
File Informaon
The following entries shall be changed in the File Secon of the CSP+ File.
Entry Descripon
ModDate Date when the last modicaon of CSP+ le was done.
ModTime Time when the last modicaon of CSP+ le was done.
Device Informaon
The following entries shall be changed in the Device Secon of the CSP+ File.
Entry Descripon Notes
Vendor Name The vendor name. If the vendor name in CC-Link IE TSN Host Object
(instance 1, aribute 2) is implemented this entry shall
match the sengs in the CC-Link IE TSN Host Object.
Vendor Code The vendor code assigned by CLPA. If the vendor code in CC-Link IE TSN Host Object
(instance 1, aribute 1) is implemented this label shall
match the sengs in the CC-Link IE TSN Host Object.
Device Model The device model name (managed by each vendor). If the device model name in the CC-Link IE TSN Host
Object (instance 1, aribute 5) is implemented this label
shall match the sengs in the CC-Link IE TSN Host
Object.
Device Type ID The ID that indicates the device type of the host. The IDs
are managed by CLPA.
If the device type ID in the CC-Link IE TSN Host Object
(instance 1, aribute 6) is implemented this label shall
match the sengs in the CC-Link IE TSN Host Object.
Version The device version. If the version in the CC-Link IE TSN Host Object (instance
1, aribute 7) is implemented this label shall match the
sengs in the CC-Link IE TSN Host Object.
CSP+ File Customizaon Anybus® CompactCom 40 - CC-Link IE TSN
SCM-1202-212 Version 1.2 Page 7 of 42
CommIf Informaon
The following entries shall be changed in the CommIf Secon of the CSP+ File.
Label Descripon Notes
Vendor Name The vendor name. See Vendor Name in Device Informaon (page 7).
Vendor Code The vendor code assigned by CLPA. See Vendor Code in Device Informaon (page 7).
Version The device version. See Version in Device Informaon (page 7).
Model Code The model code. If the model code in the CC-Link IE TSN Host Object
(instance 1, aribute 3) is implemented this label shall
match the sengs in the CC-Link IE TSN Host Object.
Dev Model The device model name (managed by each vendor). See Device Model in Device Informaon (page 7).
S B Default Size The default size of the send bit data (RX) in number of
bits.
This value shall match the total amount of bits in the
send bit area mapped in the host applicaon.
S W Default Size The default size of the send word data (RWr) in number
of words.
This value shall match the total amount of words in the
send word area mapped in the host applicaon.
R B Default Size The default size of the receive bit data (RY) in number of
bits.
This value shall match the total amount of bits in the
receive bit area mapped in the host applicaon.
R W Default Size The default size of the receive word data (RWw) in
number of words.
This value shall match the total amount of words in the
receive word area mapped in the host applicaon.
S B Max Size The maximum size of the send bit data (RX) in number of
bits.
This value shall match the value of S B Default SIze.
S W Max Size The maximum size of the send word data (RWr) in
number of words.
This value shall match the value of S W Default SIze.
R B Max Size The maximum size of the receive bit data (RY) in the
number of bits.
This value shall match the value of R B Default SIze.
R W Max Size The maximum size of the receive word data (RWw) in
the number of words.
This value shall match the value of R W Default SIze.
S B Address The start address used for send bit data (RX)
communicaon.
This value shall be set to 0.
S W Address The start address used for send word data (RWr)
communicaon.
This value shall match the amount of data in S B Default
SIze, but be wrien in bytes.
R B Address The start address used for receive bit data (RY)
communicaon.
This value shall be set to 0.
R W Address The start address used for receive word data (RWw)
communicaon.
This value shall match the amount of data in R B Default
SIze, but be wrien in bytes.
Under the COMM_IF secon, there are two parts that can be added, COMM_IF_INPUT and COMM_IF_OUTPUT.
The COMM_IF_INPUT part describes informaon related to the input informaon in the communicaon
interface. The COMM_IF_OUTPUT part describes informaon related to the output informaon in the
communicaon interface. For more informaon, see Control & Communicaon System Prole Specicaon.
Block Informaon
The following entries shall be changed in the Block Secon of the CSP+ File.
Label Descripon Notes
Vendor Name The vendor name. See Vendor Name in Device Informaon (page 7).
Vendor Code The vendor code assigned by CLPA. See Vendor Code in Device Informaon (page 7).
Version The device version. See Version in Device Informaon (page 7).
If COMM_IF_INPUT and/or COMM_IF_OUTPUT are added under the COMM_IF secon, BLOCK INPUT part
and/or BLOCK_OUTPUT part shall be added under BLOCK secon. For more informaon, see Control &
Communicaon System Prole Specicaon.
Anybus® CompactCom 40 - CC-Link IE TSN CommIf Informaon
Page 8 of 42 SCM-1202-212 Version 1.2
5. CC-Link IE TSN Implementaon Details
5.1. Process Data Mapping
5.1.1. Default CC-Link Buer Memory Map
The default prole for Anybus CompactCom 40 CC-Link IE TSN is “Generic Device”. The applicaon realizes the
implementaon, including the mapping of ADIs to the corresponding memory. This makes it possible to comply
with any prole buer data layout.
5.1.2. Mapping
This scheme is used when the host applicaon uses the mapping commands:
Map_ADI_Write_Area and Map_ADI_Write_Ext_Area map data to the RX (bit) and RWr (word) areas.
Map_ADI_Read_Area and Map_ADI_Read_Ext_Area map data from the RY (bit) and RWw (word) areas.
ADIs are mapped to consecuve locaons in the respecve areas in the same order as the mapping commands
are issued.
All bit data types (BITSx, BITx, PADx or BOOL1) are mapped to the CC-Link IE TSN bit area as long as no
previous mapping command with a non bit data type has been received. Aer that, for any following mapping
command with a bit data type, the data will be mapped in the CC-Link IE TSN word area, see the examples on
the following pages.
The Map_ADI_Write_Area and Map_ADI_Read_Area commands are in byte granularity and can only be used
for data types of 8, 16, 32 or 64 bit length.
If no byte alignment is used during mapping, the Anybus CompactCom returns an error message.
The Map_ADI_Write_Ext_Area and Map_ADI_Read_Ext_Area commands are in bit granularity and can be used
for all data types.
Not all elements in an ARRAY or STRUCT ADI need to be mapped.
See example in secon Mapping Example with Extended Mapping Command (page 11).
Implementaon of CC-Link IE TSN proles might require that the applicaon uses some padding in the
mapping to get the memory buer layout as the prole requires.
The Anybus CompactCom does not perform any implicit padding of the process data, except for at the very
end of the process data map up to byte alignment, since the process data needs to be of byte size.
Bit padding is done either through available ADI elements of PADx type, or through the use of ADI 0, which is
assumed to be an array with 255 elements of type PAD1.
Word padding can be achieved by using dummy ADIs of the required padding size.
A faulty mapping will generate a NAK (negave acknowledgment).
CC-Link IE TSN Implementaon Details Anybus® CompactCom 40 - CC-Link IE TSN
SCM-1202-212 Version 1.2 Page 9 of 42
Mapping Example with Standard Command
This is an example of nine (A-I) Read mapping commands using the Map_ADI_Read_Area command.
Command Data Type No. of Elements
A BITS8 3
B BITS16 1
C BOOL 1
D UINT8 1
E UINT16 1
F BOOL 2
G BITS32 1
H BITS16 1
I UINT32 1
This is the resulng RY mapping in the bit area:
Point Contents (Command[Element:bit])
RY #7... 0 A[0:7] A[0:6] A[0:5] A[0:4] A[0:3] A[0:2] A[0:1] A[0:0]
RY #15... 8 A[1:7] A[1:6] A[1:5] A[1:4] A[1:3] A[1:2] A[1:1] A[1:0]
RY #23... 16 A[2:7] A[2:6] A[2:5] A[2:4] A[2:3] A[2:2] A[2:1] A[2:0]
RY #31... 24 B[0:7] B[0:6] B[0:5] B[0:4] B[0:3] B[0:2] B[0:1] B[0:0]
RY #39... 32 B[0:15] B[0:14] B[0:13] B[0:12] B[0:11] B[0:10] B[0:9] B[0:8]
This is the resulng RWw mapping in the word area:
Contents (Command[Element]:(word/byte/bit)
Point Contents (LSB) Contents (MSB)
RWw #0 C[0]:(byte) D[0]:(byte)
RWw #1 E[0]:(LSB) E[0]:(MSB)
RWw #2 F[0]:(byte) F[1]:(byte)
RWw #3 G[0]:(7,6,5,4,3,2,1,0) G[0]:(15,14,13,12,11,10,9,8)
RWw #4 G[0]:(23,22,21,20,19,18,17,16) G[0]:(31,30,29,28,27,26,25,24)
RWw #5 H[0]:(7,6,5,4,3,2,1,0) H[0]:(15,14,13,12,11,10,9,8)
RWw #6 I[0]:(LSW:LSB) I[0]:(LSW:MSB)
RWw #7 I[0]:(MSW:LSB) I[0]:(MSW:MSB)
Anybus® CompactCom 40 - CC-Link IE TSN Process Data Mapping
Page 10 of 42 SCM-1202-212 Version 1.2
Mapping Example with Extended Mapping Command
This is an example of three (A-C) Write mapping commands using the Map_ADI_Write_Ext_Area command.
Please note that not all elements in an ADI need to be mapped. The elements to be mapped, are dened by the
sengs of “Index rst element” and “Nbr of consecuve elements”
Command # mapping
items
ADI # Total Nbr of
elements
Index rst
element
Nbr of consecuve
elements
Nbr of type
descriptors
Data type speciers
A 2 3 1 0 1 1 65(BIT1)
- 10 1 0 1 1 47(PAD15)
B 1 20 5 0 3 5 70(BIT6)
34(PAD2)
9(BITS8)
36(PAD4)
68(BIT4)
C 1 7 4 1 3 4 9(BITS8)
5(UINT16)
10(BITS16)
0(BOOL)
This is the resulng RX mapping in the bit area.
Point Command[mapping Item]:ADI[IndexElement]:(bit/byte/word)
RX #7...
0
A[1]:10[0]:(6) A[1]:10[0]:(5) A[1]:10[0]:(4) A[1]:10[0]:(3) A[1]:10[0]:(2) A[1]:10[0]:(1) A[1]:10[0]:(0) A[0]:3[0]:(0)
RX #15...
8
A[1]:10[0]:
(14)
A[1]:10[0]:
(13)
A[1]:10[0]:
(12)
A[1]:10[0]:
(11)
A[1]:10[0]:
(10)
A[1]:10[0]:(9) A[1]:10[0]:(8) A[1]:10[0]:(7)
RX #23...
16
B[0]:20[1]:(0) B[0]:20[1]:(0) B[0]:20[0]:(5) B[0]:20[0]:(4) B[0]:20[0]:(3) B[0]:20[0]:(2) B[0]:20[0]:(1) B[0]:20[0]:(0)
RX #31...
24
B[0]:20[3]:(7) B[0]:20[3]:(6) B[0]:20[3]:(5) B[0]:20[3]:(4) B[0]:20[3]:(3) B[0]:20[3]:(2) B[0]:20[3]:(1) B[0]:20[3]:(0)
This is the resulng RWr mapping in the word area.
Command[mapping Item]:ADI[IndexElement]:(bit/byte/word)
Point LSB MSB
RWr #0 C[0]:7[1]:(LSB) C[0]:7[1]:(MSB)
RWr #1 C[0]:7[2]:(7,6,5,4,3,2,1,0) C[0]:7[2]:(15,14,13,12,11,10,9,8)
RWr #2 C[0]:7[3]:(byte) -
Process Data Mapping Anybus® CompactCom 40 - CC-Link IE TSN
SCM-1202-212 Version 1.2 Page 11 of 42
5.2. Diagnoscs
The module supports one diagnosc entry during normal condions, plus an addional second entry in case of a
major unrecoverable event.
Latching event funconality is not supported.
Severity of Event Result on the network
Minor recoverable Triggers a minor applicaon error in the StsWa. status informaon.
Also triggers an applicaon error in the Status informaon in the Detailed Device Informaon MIB accessible via SNMP.Minor unrecoverable
Major recoverable Triggers a major applicaon error in the StsWa. status informaon.
Also triggers an applicaon error in the Status informaon in the Detailed Device Informaon MIB accessible via SNMP.
Major unrecoverable Triggers the module to go to EXCEPTION state and shut down the CC-Link IE TSN network.
It will sll be possible to see that an applicaon error has occured in the Status informaon in the Detailed Device
Informaon MIB accessible via SNMP.
a.StsW is the cyclic status data sent from the module to the master each network cycle.
See also...
Diagnosc Object (02h) (page 21)
Anybus® CompactCom 40 - CC-Link IE TSN Diagnoscs
Page 12 of 42 SCM-1202-212 Version 1.2
6. Anybus State Machine
The table below describes how the Anybus State Machine relates to the CC-Link IE TSN network status.
For more informaon, see Anybus CompactCom 40 Soware Design Guide.
Anybus State Implementaon
WAIT_PROCESS Waing for conguraon from the master.
PROCESS_ACTIVE Everything is running normally on the network and in the controlling applicaon and process data is exchanged.
IDLE Communicaon with master is running normally but no process data is exchanged.
ERROR Network communicaon error has occurred.
Anybus State Machine Anybus® CompactCom 40 - CC-Link IE TSN
SCM-1202-212 Version 1.2 Page 13 of 42
7. SNMP Agent
7.1. General
Simple Network Management Protocol (SNMP, see RFC1157 standard) is used in network management
systems to monitor network-aached devices for condions that warrant administrave aenon. The Anybus
CompactCom 40 CC-Link IE TSN module supports SNMPv2c.
7.2. Management Informaon (MIB)
A MIB is a device database that is accessed by an SNMP agent. The MIB of the Anybus CompactCom 40 CC-Link IE
TSN contains the Detailed Device Informaon and PTP Stascs groups. The following tables show the variables
that can be accessed.
7.2.1. Detailed Device Informaon
Table 1. Detailed Device Informaon (1.3.6.1.4.1.51496.2)
Name OID Size
(octets)
Value
MAC address .1.1 6 The MAC address of the module.
Reserved .1.2 2 -
Reserved .1.3 2 -
IP address .1.4 45 Byte Descripon
0-3 The IP address used by the module.
4-7 The subnet mask used by the module.
8-11 The default gateway used by the module.
12-44 0
Cercaon class .1.5 1 Representaon of the Cercaon Class of the module.
Staon type .1.6 1 The staon type of the module.
Device version .1.7 2 The Device version implemented in the CC-Link IE TSN Host Object.
Firmware version .1.8 2 The Firmware version implemented in the CC-Link IE TSN Host Object.
Hardware version .1.9 1 The Hardware version implemented in the CC-Link IE TSN Host Object.
Device type .1.10 2 The Device type implemented in the CC-Link IE TSN Host Object.
Model code .1.11 4 The Model code implemented in the CC-Link IE TSN Host Object.
Expansion model code .1.12 2 The Expansion model code implemented in the CC-Link IE TSN Host Object.
Vendor code .1.13 2 The Vendor code implemented in the CC-Link IE TSN Host Object.
Model name .1.14 20 The Model name implemented in the CC-Link IE TSN Host Object.
Vendor name .1.15 32 The Vendor name implemented in the CC-Link IE TSN Host Object.
Serial number .1.16 32 The Serial number implemented in the CC-Link IE TSN Host Object.
Opon .1.17 1 -
Staon mode .1.18 2 -
Reserved .1.19 2 -
Number of occupied ports .2.1 1 2
Port status .2.2 12 4 bits used for each port (Port 1 to 24 from the lowest) 0x0 for non-exisng port
Bit Meaning
Bit [1:0] 0: Link disconnected
1: 10 Mbps
2: 100 Mbps
3: 1 Gbps
Anybus® CompactCom 40 - CC-Link IE TSN SNMP Agent
Page 14 of 42 SCM-1202-212 Version 1.2
Name OID Size
(octets)
Value
Bit 2 0: Full duplex
1: Half duplex
Bit 3 0: No loopback communicaon
1: During loopback communicaon
Error frame .2.3 6 Values according to Frame Error Status (page 15) 2 bits used for each port (Port 1 to
24 from the lowest)
Diagnosis informaon .2.4 1 -
Hotline informaon .2.5 3 -
Number of master staons .2.6 1 -
Cyclic stop status .2.7 1 For more informaon, seeCause that Stopped the Cyclic Communicaon (page 15).
Number of LEDs .2.8 1 2
Master staon
informaon number
.2.9.1.1 2 -
Master MAC address .2.9.1.2 6 -
LED1 number .2.10.1.1.1 1 1
LED1 color .2.10.1.2.1 1 01h: Green
02h: Red
LED1 state .2.10.1.3.1 1 01h: O
02h: On
03h: Blinking
LED2 number .2.10.1.1.2 1 2
LED2 color .2.10.1.2.2 1 01h: Green
02h: Red
LED2 state .2.10.1.3.2 1 01h: O
02h: On
03h: Blinking
Supported funcon .2.11 4 For more informaon, see Supported Funcons (page 16).
Port 1 number .2.12.1.1.1 1 1
Number of cable
disconnecons for port 1
.2.12.1.2.1 2 Number of mes a cable disconnecon has been detected for port 1
Port 2 number .2.12.1.1.2 1 2
Number of cable
disconnecons for port 2
.2.12.1.2.2 2 Number of mes a cable disconnecon has been detected for port 2
Applicaon informaon .2.13 1 -
Table 2. Frame Error Status
Value Level Descripon
0 None Rao of error frames lower than 10%
1Cauon Rao of error frames 10% - 20%
2 Warning Rao of error frames 20% or higher
Table 3. Cause that Stopped the Cyclic Communicaon
Value Descripon
0x00 At normal communicaon or power-on
0x01 Instructed to stop
0x02 Monitor me meout
Management Informaon (MIB) Anybus® CompactCom 40 - CC-Link IE TSN
SCM-1202-212 Version 1.2 Page 15 of 42
Table 4. Supported Funcons
Value Supported Descripon
Bit 0 No Local funcon
Bit 1 Yes Seng overwrite
Bit 2 No Watchdog counter support
Bit 3 No Backup/restoraon
Bit 4 No Safety communicaon
Bit 5 Yes Relay lter seng
Bit 6 No Network synchronous communicaon
Bit 16 No Error history
Bit 17 No Event history
Bit 18 No Relay transmission prohibion
Bit 19 Yes Host staon informaon storage funcon at Detecon relay
Bit 20 Yes IEEE 802.1AS
Bit 21 No IEEE 1588
Bit 22 No Mesh topology
Bit 23 No Ring topology
Bit 24 Yes VLAN
NOTE
All bits not listed are reserved.
7.2.2. PTP Stascs
Table 5. PTP Stascs (1.3.6.1.4.1.43144.2.1.1)
Name OID Size (octets) Value
Time synced .1.0 4 Number of mes the module has achieved me synchronizaon.
Time sync lost .2.0 4 Number of mes the module has lost me synchronizaon.
Loss of sync frames port 1 .3.1.1.1 4 Number of lost sync frames on port 1.
Loss of sync frames port 2 .3.1.1.2 4 Number of lost sync frames on port 2.
Loss of announce frames port 1 .3.1.2.1 4 Number of lost announce frames on port 1.
Loss of announce frames port 2 .3.1.2.2 4 Number of lost announce frames on port 2.
Loss of pdelay resp frames port 1 .3.1.3.1 4 Number of lost pdelay resp frames on port 1.
Loss of pdelay resp frames port 2 .3.1.3.2 4 Number of lost pdelay resp frames on port 2.
AsCapable port 1 .3.1.4.1 4 Number of mes port 1 has become AsCapable.
AsCapable port 2 .3.1.4.2 4 Number of mes port 2 has become AsCapable.
Not AsCapable port 1 .3.1.5.1 4 Number of mes port 1 has become not AsCapable.
Not AsCapable port 2 .3.1.5.2 4 Number of mes port 2 has become not AsCapable.
Loss of sync egress mestamp port 1 .3.1.6.1 4 Number of lost sync egress mestamp on port 1.
Loss of sync egress mestamp port 2 .3.1.6.2 4 Number of lost sync egress mestamp on port 2.
Loss of pdelay req egress port 1 .3.1.7.1 4 Number of lost pdelay req egress on port 1.
Loss of pdelay req egress port 2 .3.1.7.2 4 Number of lost pdelay req egress on port 2.
Loss of pdelay resp egress port 1 .3.1.8.1 4 Number of lost pdelay resp egress on port 1.
Loss of pdelay resp egress port 2 .3.1.8.2 4 Number of lost pdelay resp egress on port 2.
Discarded PTP frames port 1 .3.1.9.1 4 Number of discarded PTP frames on port 1.
Discarded PTP frames port 2 .3.1.9.2 4 Number of discarded PTP frames on port 2.
Grandmaster Clock Identy .4.0 8 Grandmaster Clock Identy.
Anybus® CompactCom 40 - CC-Link IE TSN Management Informaon (MIB)
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Anybus AB6714 User guide

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