POSI+ CANOPEN USER MANUAL

POSI+ CANOPEN USER MANUAL
BEI IDEACOD SAS
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POSI+ CANOPEN USER MANUAL
ABSOLUTE ROTARY ENCODER WITH CAN-BUS INTERFACE
POSI+ RANGE
USER MANUAL
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F 67013 Strasbourg Cedex
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POSI+ CANOPEN USER MANUAL
CONTENTS
1. Introduction ............................................................................................................................................. 3
1.1 Absolute rotary encoder...................................................................................................................... 3
3
1.2 CANopen technology.......................................................................................................................... 3
1.3 CAN Communication Reference Model ............................................................................................ 5
1.4 Definitions .............................................................................................................................................. 6
1.5 Troubleshooting .................................................................................................................................... 7
2. Device Configuration ............................................................................................................................. 8
2.1. CANopen Data Transmission .............................................................................................................. 8
Data Transmission - COB-ID
2.2. Service data communication ............................................................................................................ 9
Request for parameter – Parameter to the encoder - Index / Sub-index - SDO examples:
Request of a value by the master from the slave
Writing of a value by the master into the slave
2.3 Process data communication ........................................................................................................... 11
Synchronous- Cyclical (asynchronous) - Response to an RTR message -Transmission of the current
position
3. Operational mode................................................................................................................................ 12
Init - Pre-operational mode - Operational mode - Stopped mode - Reset of the absolute rotary
encoder
4.Communication objects 1000h to 1FFFh (DS 301) .............................................................................. 14
Object 1010h: Store parameters
Object 1011h: Restore Default parameters
Object 1800h: 1st Transmit PDO communication Parameter
Transmission mode
COB-ID Structure
Inhibit Time (Sub-index 3)
Event Timer (Sub-index 5)
Object 1801h: 2nd Transmit PDO communication Parameter
5. Manufacturer-specific Objects 2000h to 5FFFh ................................................................................. 20
Object 2002h: Speed
Object 2005h: PDO type
Object 2100h: Transmission Rate
Object 2101h: Node Number
6. Encoder-specific objects 6000h to 9FFFh (DS 406)............................................................................ 22
Object 6000h: Operating Parameters
Object 6001h: Measuring Units per revolution
Object 6002h: Total measuring range in measuring units
Object 6003h: Preset Value
Object 6004h: Position Value
Object 6200h: Cyclic Timer
Object 6500h: Operating Status
Object 6501h: Singleturn Resolution (Rotary)
Object 6502h: Number of Distinguishable Revolutions
Object 6503h: Alarms
Object 6504h: Supported Alarms
Object 6505h: Warnings
Object 6506h: Supported Warnings
Object 6507h: Profile and Software Version
Object 650Ah: Module identification
Object 650Bh: Serial Number
Appendix: Compatibility with with the old encoders SHM5/SHU9/CHU9/MHM5 .............................. 31
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POSI+ CANOPEN USER MANUAL
1. Introduction
This manual describes the implementing and configuration of an absolute rotary encoder with
CANopen interface. The device fullfills the requirements of a CANopen device regarding the
device specification DS406 of the CANopen user group.
1.1 Absolute rotary encoder
The basic principle of an absolute rotary encoder is the optical sampling of a transparent code
disc which is fixed with the driving shaft.
The absolute rotary encoder has a maximum resolution of 8192 steps per revolution (13 Bit). The
Multi-Turn version can detect up to 65536 revolutions (16Bit). Therefore the largest resulting
resolution is 29 Bit = 229 = 536.870.912 steps. The standard Single-Turn version has 13 Bit, the
standard Multi-Turn version 29 Bit.
Open functions. The following modes can be programmed and enabled or disabled:
- RTR Message (Polled mode)
- Cyclic Mode
- Sync Mode
The protocol supports the programming of the following additional functions:
- Code sequence (Complement)
- Resolution per revolution
- Total revolutions
- Preset value
- Two limit switches
- Baudrate
- Node number
The general use of absolute rotary encoders with CAN-Bus interface using the CAN Open
protocol is guaranteed.
1.2 CANopen technology
CAN stands for Controller Area Network and was developed by the company Bosch for
applications within the automobile area. In the meantime CAN has become increasingly used for
industrial applications. CAN is a multi-masterable system, i.e. all users can access the bus at any
time as long as it is free. CAN doesn’t operate with addresses but with message identifiers. Access
to the bus is performed according to the CSMA/CA principle (carrier sense multiple access with
collision avoidance), i.e. each user listens if the bus is free, and if so, is allowed to send messages.
If two users attempt to access the bus simultaneously, the one with the highest priority (lowest
identifier) receives the permission to send. Users with lower priority interrupt their data transfer and
will access the bus when it is free again. Messages can be received by every participant.
Controlled by an acceptance filter the participant accepts only messages that are intended for
it.
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POSI+ CANOPEN USER MANUAL
CANopen
Transmission Technology:
Baud rates:
Participants:
Cable Length:
Two-core cable
10 kBaud up to 1 MBaud
maximum 127
30 m for 1 MBaud
1000 m for 20 kBaud
The data communication is done via message telegrams. In general, telegrams can be split in a
COB-Identifier and up to 8 following bytes. The COB-Identifier, which determines the priority of the
message, is made from the function code and the node number.
The node number is uniquely assigned to each user. The function code varies according to the
type of message transmitted:
-
Administrative messages (LMT, NMT)
Service data objects (SDOs)
Process data Objects (PDOs)
pre-defined messages (synchronization, emergency messages)
PDOs (Process Data Objects) are needed for real time data exchange. Since this messages
possess a high priority, the function code and therefore the identifier are low. SDOs (service data
objects) are necessary for the bus node configuration (e.g. transfer of device parameters).
Because these message telegrams are tranferred acyclicly (usually only while powering up the
network), the priority is low.
BEI IDEACOD rotary encoders with CANopen interface support all CANopen functions. The
following operating modes can be programmed:
-
Response to a RTR message (Polled mode):
The position value is only given upon request
-
Cyclic Mode:
The position value is written cyclically (interval adjustable) to the bus
-
Sync mode:
After receiving a sync message by the host, the encoder answers with the current
process value. If a node is not required to answer after each sync message, a parameter
sync counter can be programmed to skip a certain number of sync messages before
answering again
Further functions (direction of rotation, resolution,etc..) can be parameterized. BEI IDEACOD
rotary encoders correspond with the class 2 profile for encoder (DS 301 V4.0.2, DS 406 V3.1),
whereby the characteristics of rotary encoders with CANopen interface are defined. For
configuration and parameterization various software tools are available from different providers.
With the help of the provided EDS file (electronic datasheet) simple line-up and programming are
possible.
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POSI+ CANOPEN USER MANUAL
1.3 CAN Communication Reference Model
The communication concept can be described similar to the ISO-OSI Reference Model:
Device A
Device B
NMT
DBT
Device C
Device X
ISO/OSI Layer 7: CAL
LMT
CMS
ISO/OSI Layer 2: Data Link Layer
ISO/OSI Layer 1: Physical Layer
CANbus
The communication model* supports synchronous and asynchronous messages. With respect to
the functionality four different message objects are provided:
Administrational Messages (LMT, NMT)
Service Data Messages (SDO)
Process Data Messages (PDO)
Pre-defined Messages (Synchronisation and Emergency Messages)
Further information is available at:
CAN in Automation (CiA) International Users and Manufacturers Group e.V.
Am Weichselgarten 26
D-91058 Erlangen
(*) Reference: CAN Application Layer for Industrial Applications
CiA Draft Standard 201 ... 207, Version 1.1
CAL-based Communication Profile for Industrial Systems
CiA Draft Standard 301
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POSI+ CANOPEN USER MANUAL
1.4 Definitions
CAN
CAL
CMS
Controller Area Network
CAN Application Layer
CAN Message Specification.
One of the service elements of the application layer in the CAN Reference Model.
COB
Communication Object. (CAN message)
A unit of transportation in a CAN Network.
Data must be sent across a Network inside a COB.
COB-ID COB-Identfier. Identifies a COB uniquely in a Network. The identifier determines the
priority of that COB.
LMT
Layer Management. One of the service elements of the application layer in the CAN
Reference Model. It serves to configure parameters of each layer in the CAN
Reference Model.
NMT
Network Management. One of the service elements of the application layer in the CAN
Reference Model. It performs initialisation, configuration and error handling in a CAN
network.
SDO
Service Data Object. A data object with low priority to configure a CAN node.
PDO
Process Data Object. A data object with high priority to transmit data in synchronous and
asynchronous modes.
Additionally, following abbreviations are used in the manual:
APV
CW
CCW
FC
NN
PV
PCV
Page 6
Absolute Position Value
Clockwise. Turning direction as seen on shaft.
Counterclockwise. Turning direction as seen on shaft.
Function code. It determines the kind of message, which is sent across the CAN
network.
Node number. It determines uniquely the CAN device.
Preset value
Process value
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1.5 Troubleshooting
Malfunction of the position value during transmission
Problem:
During the transmission of the position value occasional malfunctions occurs.
Possible solution:
Check, if the last bus node has switched on the terminal resistor.
Too much ERROR-Frames
Problem:
The bus load is too high in case of too much error frames.
Possible solution:
Check if all bus node has the same baudrate. If one node has another baudrate error frames
are produced automatically.
Installation hints
Both the cable shielding and the metal housings of encoders and subsequent electronics have a
shielding function. The housing must have the same potential and be connected to the main
signal ground over the machine chassis or by means of a separate potential compensating line.
Potential compensating lines should have a minimum cross section of 6 mm2.
Do not lay signal cable in the direct vicinity of interference sources (air clearance > 100 mm (4
in.).
A minimum spacing of 200 mm (8 in.) to inductors is usually required, for example in switch-mode
power supplies.
Configure the signal lines for minimum length and avoid the use of intermediate terminals.
In metal cable ducts, sufficient decoupling of signal lines from interference signal transmitting
cable can usually be achieved with a grounded partition.
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2. Device Configuration
2.1. CANopen Data Transmission
Data Transmission
Data is transmitted in a CANopen network in the form of messages. These messages basically
consist of a COB-ID and 8 data bytes.
COB-ID The 11-bit COB-ID is made up as follows:
10
9
8
7
Function code
X
X
X
6
5
4
3
2
1
0
X
X
X
X
X
Node number
X
X
X
X free, to be selected
The COB-ID only determines the message object. It consists of a function code, which identifies
the message class and the node number, which is the absolute encoder address. The node
number is fixed using the CAN interface.
The following function codes are available (rx and tx as viewed by the master):
Object
Function
(binary)
code
NMT
0000
0
SYNC
0001
128
80
0
Emergency
0010
129-255
81-FF
0,1
PDO (tx)
0011
385-511
181-1FF
1,2
PDO (rx)
0100
513-639
201-27F
2
PDO (tx)
0101
641-767
281-2FF
2,3
PDO (rx)
0110
769-895
301-37F
3,4
SDO (tx)
1011
1409-1535
581-5FF
6
SDO (rx)
1100
1537-1663
601-67F
6,7
COB-ID result
Priority class*
0
* Priority: 0= maximum priority, 7=minimum priority
Page 8
Hex.
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2.2. Service data communication
The service data objects correspond to the standards of the CiA. It is possible to access an object
via index and subindex. The data can be requested or where applicable written into the object.
COB-ID
Command
11 bit
Byte 0
Index
Byte 1
(LSB)
Byte 2
(MSB)
Sub Index
Byte 3
Service Data (Parameters)
Byte 4
(LSB)
Byte 5
Byte 6
Byte 7
(MSB)
COB-ID
An SDO-COB ID is composed as follows:
Master -> Encoder : 600h + Node ID
Encoder -> Master : 580h + Node ID
Request for parameter
Command
Function
Description
40h
Master -> Encoder
Request for parameter
43h
Encoder -> Master
Response 4 bytes (unsigned 32)
4Bh
Encoder -> Master
Response 2 bytes (unsigned 16)
4Fh
Encoder -> Master
Response 1 byte (unsigned 8)
80h
Encoder -> Master
Error
Command
Function
Description
23h
Master -> Encoder
Write 4 bytes (unsigned 32)
2Bh
Master -> Encoder
Write 2 bytes (unsigned 16)
2Fh
Master -> Encoder
Write 1 byte (unsigned 8)
60h
Encoder -> Master
Parameter received
80h
Encoder -> Master
Error
Parameter to the encoder
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Index / Sub-index
Data is transmitted solely using objects referenced by index. The objects are simple or composed
type. In this case, the index associated to the composed object will be subdivided into several
sub-index.The number of sub-index is specified into subindex 0, it can be from 1 to 254. Each
object is described into a object dictionary.
The organization of a standard object dictionary is shown in the following table:
Index (hex)
Object
0000
Not used
0001-001F
Static data types
0020-003F
Complex data types
0040-005F
Manufacturer specific data types
0060-0FFF
Reserved
1000-1FFF
Communication area (see Communication profile objects 1000h to 1FFFh (DS301)
2000-5FFF
Manufacturer specific area (see Manufacturer-specific Zone Objects 2000h to 5FFFh)
6000-9FFF
Device profile specific area (see Hardware Profile objects 6000h to 0FFFh (DS406)
A000-FFFF
Reserved
SDO examples
Request of a value by the master from the slave
A frequent request will be a request for position Object 6004h
COB-ID
Command
600h+node ID
40h
Index
04h
Sub Index
60h
00h
Service Data (Parameters)
X
X
X
X
Response by the slave to the request for a value
The position is 4 bytes long, the precise values can be found under object 6004h.
COB-ID
Command
580h+node ID
43h
Index
04h
Sub Index
60h
00h
Service Data (Parameters)
Pos0
Pos1
Pos2
Pos3
Writing of a value by the master into the slave
Position setting can be performed with preset.
COB-ID
Command
600h+node ID
22h
Index
03h
Object 6003h
Sub Index
60h
00h
Service Data (Parameters)
Pre0
Pre1
Pre2
Pre3
Slave’s response to the writing of a value
COB-ID
Command
580h+node ID
60h
Page 10
Index
03h
Sub Index
60h
Version 1.02
00h
Service Data (Parameters)
0
0
0
0
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2.3. Process data communication
Process data objects are used for real time data exchange for process data :position. PDOs can
be transmitted synchronously or cyclically (asynchronously). The encoder supports the PDO1
and the PDO2. Both PDOs supply the current position of the encoder and are defined in the
objects 1800h,1801h, 1A00h, 1A01.
Synchronous
In order to transmit the process data synchronously, a value between 1 and F0h (=240) must be
written into the object 1800h / 1801h Subindex 2. If the value is 3, the PDO is transmitted on every
third sync telegram (if the value 1 is entered, transmission takes place on every sync telegram)
In synchronous operation, the PDO is requested by the master via the Sync telegram (COB-ID =
80h).
Cyclical (asynchronous)
If you wish the PDOs to be transmitted cyclically, the value FEh must be written into the object
1800h / 1801h Subindex 2. In addition, the cycle time in milliseconds must be entered in the same
object subindex 5. The entered time is rounded off to 1 ms. If the value is stored for 0 ms, the PDOs
are not transmitted. The function is switched off.
Response to an RTR message
by means of the remote frame = recessive RTR bit, precisely the message with the transferred
identifier will be requested
Transmission of the current position
The process value is sent on the CAN network with the following message:
COB-ID
Process value
11 bits
Byte 0
2 to 2
7
Byte 1
0
Byte 2
2 to 2
15
8
Byte 3
2 to 2
23
16
231 to 224
The COB-ID contains the node number and the corresponding PDO(tx). By default, the sended
process value use the COB-ID 0180h+Node-ID and, in response to the SYNC message, use the
COB-ID 0280h+Node ID.
The PDO COB-ID are defined in the object 1800h/1801h subindex 1.
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3. Operational mode
Principle The absolute rotary encoder accesses the CAN network less one second after powerup
in pre-operational mode.
Init
Following initalization, the encoder logs on to the CAN bus with a BootUp message. The encoder
then goes automatically to the pre-operational mode status.
The COB ID of the BootUp message is made up of 700h and the node ID.
COB-ID
Byte 0
700h+Node ID
00
Pre-operational mode
In the pre-operational mode, SDOs can be read and written.
Operational mode
In the operational mode, the encoder transmits the requested PDOs. In addition, SDOs can be
read and written.
Stopped mode
In the stopped mode, only NMT communication is possible. No SDO parameters can be read or
set.
Reset of the absolute rotary encoder
If a node is not operating correctly, it is advisable to carry out a Reset.
COB-ID
Command
(Byte 0)
Node Number
(Byte 1)
Description
00h
81h
00h
NMT Reset Remote Node, all Node
00h
81h
01h..7Fh
NMT Reset Remote Node node number
After Reset, the absolute rotary encoder accesses the bus in pre-operational mode.
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Mode: Preoperational
To set a node to pre-operational mode, the master must send the following message:
COB-ID
Command
(Byte 0)
Node Number
(Byte 1)
Description
00h
80h
00h
NMT Preoperational, all Node
00h
80h
01h..7Fh
NMT Preoperational node number
Mode: Start
For 1 or all the nodes to switch to operational mode, the master sends the following message:
COB-ID
Command
(Byte 0)
Node Number
(Byte 1)
Description
00h
01h
00h
NMT Start, all Node
00h
01h
01h..7Fh
NMT Start node number
Mode: STOP
For 1 or all the nodes to switch off operational mode, the master sends the following message:
COB-ID
Command
(Byte 0)
Node Number
(Byte 1)
Description
00h
02h
00h
NMT Stop, all Node
00h
02h
01h..7Fh
NMT Stop node number
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4. Communication objects 1000h to 1FFFh (DS 301)
Introduction This section lists the objects relating to the communication. Each object, with all its
technical characteristics, is described according to the CANopen standard.
EDS File : PHM5V102.EDS Standard Encoder, Device Name (1008h) = POSI+
(EDS File : PHM5SFV102.EDS for the compatibility with old encoder SHM5,SHU9,MHM5
Device Name = POSI+SF, not for new designs, objects description in Appendix)
Format:
U8 : Unsigned 8 bits
U16 : Unsigned 16 bits
U32 : Unsigned 32 bits
Access:
RO : Read Only
RW : Read Write
Object
SubIndex
Name
1000
0
DeviceType
U32
RO
multiturn
00020196h
monoturn
00010196h
Encoder type: Bytes 0,1
0001:Monoturn 0002:Multiturn Profil
Bytes 2,3: 0196h=406
1001
0
ErrorRegister
U8
RO
00h
Bit0 = Generic error
Bit4 = Communication error
1003
pre-defined error field
1003
0
Number of actual errors
Format Access
Default
Save
Description
Contains the last error
U8
RW
00h
Number of stored messages 0 or 1
Write 0 to reset the counter
Last Error
1000h Generic error
8130h Life Guard error or Heartbeat
error
1003
1
New, actual error
U32
RO
########
1005
0
COB-ID SYNC Message
U32
RW
00000080h
1008
0
DeviceName
STR
CONST
POSI+
100C
0
GuardTime
U16
RW
0000h
Yes
Timer for nodeguarding
100D
0
LifeTimeFactor
U8
RW
00h
Yes
Multiplication of Guard time
1010
StoreParameters
1010
0
LargestSupportedSubindex
U8
RO
01h
No. of save possibilities 1
1010
1
SaveAllParameters
U32
RW
00000001h
="evas " (0x65766173) to save
1011
RestoreDefaultParameters
1011
0
LargestSupportedSubindex
Page 14
Yes
COB ID of the sync object
Name : POSI+ (standard)
Name : POSI+ SF for compatibility
with SHM5/MHM5 see Appendix
Save parameters to encoder
Restore default parameters from
the encoder
U8
RO
Version 1.02
01h
No. of restore possibilities = 1
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1011
1
RestoreAllDefaultParameters
U32
RW
00000001h
="daol" (0x64616F6C) to load
1014
0
COB-ID EMCY
U32
RO
00000081h
COB ID of the emergency object
80h + Node ID
1016
Consumer Heartbeat Time
1016
0
Number of entries
U8
RO
01h
1016
1
Consumer Heartbeat Time 1
U32
RW
00000000h
Yes
Bit0..15 Consumer heartbeat in ms
Bit16..23 Node-ID
1017
0
Producer HeartBeat Time
U16
RW
0000h
Yes
Producer heartbeat time in ms
1018
Identity Object
1018
0
LargestSupportedSubindex
U8
RO
04h
1018
1
Vendor ID
U32
RO
00000184h
1018
2
Product code
U32
RO
354D4850h
1018
3
Revision number
U32
RO
00010000h
Current revision number
1018
4
Serial number
U32
RO
xxxxxxxxh
Unique consecutive serial number
1200
Server SDO Parameter 0
1200
0
Number of entries
U8
RO
02h
1200
1
COB-ID Client -> Server
U32
RO
00000601h
600h+Node ID
1200
2
COB-ID Server -> Client
U32
RO
00000581h
580h+Node ID
1800
Transmit PDO1
Communication Parameter
1800
0
NrOfEntries
U8
RO
05h
1800
1
COB-ID
U32
RW
00000181h
Yes
PDO ID = 180h + node ID
1800
2
TransmissionType
U8
RW
FEh
Yes
FEh=User defined, cyclical
1800
3
InhibitTime
U16
RW
0000h
Yes
minimum interval for PDO
transmission
multiple of 100µs.
1800
5
Event Timer
U16
RW
0000h
Yes
Cycle time in ms
1801
Transmit PDO2
Communication Parameter
1801
0
NrOfEntries
U8
RO
05h
1801
1
COB-ID
U32
RW
00000281h
Yes
PDO ID = 280h + node ID
Version 1.02
Vendor no. issued by CiA
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1801
2
TransmissionType
U8
RW
01h
Yes
01h= synchronous operation
1801
3
InhibitTime
U16
RW
0000h
Yes
minimum interval for PDO
transmission
multiple of 100µs.
1801
5
Event Timer
U16
RW
0000h
Yes
Cycle time in ms
1A00
Transmit PDO1 Mapping
1A00
0
NrOfEntries
U8
RO
01h
1A00
1
Mapped Object
1A01
Transmit PDO2 Mapping
1A01
0
NrOfEntries
1A01
1
Mapped Object
U32
RO
60040020h
U8
RO
01h
U32
RO
mapping for the PDO1 the device is
able to transmit
b0..b7 : object length
20h = Unsigned32
b8..b15 : sub-index (00h)
b16..b31 : Index (6004h)
mapping for the PDO2 the device is
able to transmit
b0..b7 : object length
20h = Unsigned32
b8..b15 : sub-index (00h)
b16..b31 : Index (6004h)
60040020h
Object 1010h: Store parameters
Description This object supports the saving of parameters in non volatile memory.
In order to avoid storage of parameters by mistake, storage is only executed when the specific
signature “save” is written to the Sub-Index
Characteristics The characteristics of this object are outlined in the following table:
Sub-index
Desciption
0
Number
indexes
1
Store all parameters
of
sub-
Dtat type
Default value
Access
UNSIGNED8
1
Ro
UNSIGNED32
-
rw
Operation To save the parameters, the "save" character string (6576 6173h) must be written
in the corresponding index:
Information on storage functionality is read from a sub-index. The result obtained, 0000 0001h,
indicates that the module saves parameters only when it receives the command to do so.
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Object 1011h: Restore Default parameters
Description This object is used to restore the encoder default parameters.
In order to avoid the restoring of default parameters by mistake, restoring is only executed when
the specific signature “load“ (6461 6F6Ch) is written to the appropriate sub-index.
Characteristics The characteristics of this object are outlined in the following table:
Sub-Index
Description
0
Number
indexes
1
Restore all default
parameters
of
sub-
Data type
Default value
Access
Unsigned8
1
Ro
Unsigned32
-
rw
Note: The restoration of parameters will only be taken into account after a power up or NMT Reset.
After the power on or the NMT Reset, the transmission Rate and the node number are the default
values
Operation To restore the parameters, the corresponding index must be written in the "load"
character string (6461 6F6Ch):
Most significant word
Least Significant word
ISO 8859 (ASCII)
signature
d
a
o
l
Hex value
64h
61h
6Fh
6Ch
Information on whether it is possible to restore the module's factory parameters is read from a
sub-index. The result obtained, 00000001h, indicates that the factory parameters can only be
restored when the module receives the command to do so.
Object 1800h: 1st Transmit PDO communication Parameter
Description This object contains the Transmit PDO communication parameter.
Characteristics The characteristics of this object are outlined in the following table:
Sub-Index
Description
Data type
Default value
Access
0
Number
indexes
Unsigned8
5
ro
1
COB-ID
Unsigned32
180h + Node ID
rw
2
Transmission mode
Unsigned8
FEh
rw
3
Inhibit time
Unsigned32
0
rw
4
Not available
5
Event timer
Unsigned32
0
rw
of
sub-
Version 1.02
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Transmission mode
The PDO transmission mode can be configured as described in the table below.
Tranfer
code
Transmission code
Cyclic
0
1
to
240
x
241 to
251
Reserved
Synchronous
x
x
Send PDO on first Sync
message following an event
x
Send PDO every n (n=0…240)
Sync messages
252
Asynchronous
RTR only
Notes
Acylic
-
x
x
Update data immediately
after Remote request and
send PDO on next SYNC
message
x
Update data and send PDO
on Remote Request
253
x
254
x
Send PDO on manufacturerevent
255
x
Send PDO on encoder -event
COB-ID Structure
The structure of a COB-ID for CAN2.0 is shown in the following table:
Bit No.
Value
Meaning
0
The PDO object exists
1
The PDO object doesn’t exist
0
RTR mechanism authorized
1
RTR mechanism unauthorized
29
0
11-bit ID (CAN 2.0A)
28-11
0
If bit 29 = 0
10-0 (LSB)
X
Bit 10-0 of the identifier
31 (MSB)
30
Inhibit Time (Sub-index 3)
For "Transmit PDOs", the "inhibit time" for PDO transmissions can be entered in this 16 bit field. If
data is changed, the PDO sender checks whether an "inhibit time" has expired since the last
transmission. A new PDO transmission can only take place if the "inhibit time" has expired. The
"inhibit time" is useful for asynchronous transmission (transmission mode 254, 255), to avoid
overloads on the CAN bus. The "inhibit time" is a multiple of 100µs of object 1800sub03/1801sub03.
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Event Timer (Sub-index 5)
In mode 254/255, if a value > 0 is written in this 16-bit field, the TPDO is always sent after the "event
timer" expires. The value written in 1800sub05 and 1801sub05 corresponds to the "event timer" in
ms.
Object 1801h: 2nd Transmit PDO communication Parameter
Description This object contains the Transmit PDO communication parameter.
Characteristics The characteristics of this object are outlined in the following table:
Sub-Index
Description
Data type
Default value
Access
0
Number of sub-indexes
UNSIGNED8
5
Ro
1
COD-ID
UNSIGNED32
280h+node ID
Rw
2
Transmission mode
UNSIGNED8
1
Rw
3
Inhibit time
UNSIGNED16
0
Rw
4
Not available
5
Event timer
UNSIGNED16
0
Rw
Version 1.02
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5 Manufacturer-specific objects 2000h to 5FFFh
Object
SubIndex
Name
2002
0
Speed
2005
PDO-Type
Format Access
I16
U8
Default
RO
RW
00h
Save
Description
No
Speed of the encoder shaft
Number of physical impulses with a
time period of 5 ms
Yes
(1.02)
Types for PDO1 and PDO2
Bit 3..0 = PDO1 Bit 7..4=PDO 2
0 (Default):Byte 0 .. Byte3 of PDO =
Value of position
2 (Type 2):Byte 0 .. Byte3 of PDO =
Value of position
Byte 4 .. 5 of PDO = Speed
Byte 6 .. 7 of PDO = 0x00 0x00
2100
0
Transmission Rate
U8
RW
01h
Yes
After setting the baud rate, the
EEPROM must be saved and
reinitialized
0=10 kBit/s
1=20 kBit/s (default)
2=50 kBit/s
3=100 kBit/s
4=125 kBit/s
5=250 kBit/s
6=500 kBit/s
7=800 kBit/s
8=1000 kBit/s
2101
0
Node Number
U8
RW
01h
Yes
Node number 1..127 possible After
setting the baud rate, the EEPROM
must be saved and reinitialized.
Object 2002h: Speed
Only for standard encoder with software version >=1.01 : DeviceName (1008h) = « POSI+ » ,
Software Version (6507h) >= 0x0101
CMS
Index
SDO
2002h
Default value
Value range
Data length
Signed 16
Description To measure the rotational speed of the encoder shaft, the difference between two
physical (unscaled) values of position with a time period of 5 ms is calculated. The difference
between the two values will be read out as a signed 16 bits value (positive value = clockwise
direction of rotation ).
The output of the speed by means of PDO is made possible by setting the desired PDOs to type 2
(see object 2005h).
Object 2005h: PDO Type
Only for standard encoder with software version >=1.01 : DeviceName (1008h) = « POSI+ » ,
Software Version (6507h) >= 0x0101
CMS
Index
Default value
SDO
2005h
00h
Data length
Unsigned 8
This object helps to determine the types for PDO1 and PDO2.
Page 20
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The COB ID and the transfer type for the PDOs is determined in the objects 1800h and1802h.
With the software version = 1.01, this value cannot be stored in the EEPROM and has to be
transferred again after each activation (Reset or Power-On).
With the software version >=1.02, this value can be stored in the EEPROM.
Data
Bit 7 .. 4 = PDO2
Bit 3 .. 0 = PDO1
00h
Default
Default
02h
Default
Type2
20h
Type2
Default
22h
Type2
Type2
Standard: PDO1 and PDO2 set to type Default (00h)
COB-ID
11 bit
Process data (PDO)
Byte 0
Byte 1
Byte 2
Default
Value of position
Type 2
Value of position
Byte 3
Byte 4
Byte 5
Speed
Byte 6
Byte 7
00h 00h
Object 2100h: Transmission Rate
Only for standard encoder : DeviceName (1008h) = « POSI+ »
Description This object contains the baud rate, see table above for the values.
Default = 20kbit/s
Object 2101h: Node Number
Only for standard encoder : DeviceName (1008h) = « POSI+ »
Description This object contains the Node Number.
Default = 1
Note: After setting the baud rate or the node number, the parameters must be saved in the
EEPROM with “StoreParameters” (Object 1010h) and the new values are set valid after the device
is reset (NMT reset node ) or power cycled.
Version 1.02
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6. Encoder-specific objects 6000h to 9FFFh (DS 406)
Introduction This section lists the encoder-specific objects. Each object, with all its technical
characteristics, is described according to the CANopen standard.
Object
SubIndex
Name
Format
Access
Default
Save
Description
6000
0
Operating Parameters
U16
RW
0004h
Yes
Bit0 = Position increasing
0 CW
1 CCW
Bit2 = 0 Scaling function
disabled 1 Scaling
function enabled
6001
0
Measuring Units per Revolution
U32
RW
00002000h
Yes
Resolution in steps /
revolution:
13 bits
Yes
Overall measuring
range in increments
29Bit = multiturn
13Bit = singleturn
Yes
Preset in increments
6002
0
Total Measuring Range
U32
RW
Multi:
20000000h
Mono:
00002000h
6003
0
Preset Value
U32
RW
00000000h
6004
0
Position Value
U32
RO
00000ECBh
6200
0
Cyclic timer
U16
RW
0000h
6300
Cam state register
6300
0
NrOfAvailableChannel
U8
RO
01h
only CAM1
6300
1
Cam state channe l 1
6301
Cam enable
6301
0
NrOfAvailableChannel
6301
1
Cam enable channel 1
6302
Cam polarity
6302
0
NrOfAvailableChannel
6302
1
Cam polarity channel 1
6310
Cam1 low limit
Page 22
Position value
Yes
In ms, identical object
1800h, subindex 5
U8
RO
00h
status bit of the cam in
a cam channel
Bit0 = CAM1
0 = CAM Inactive
1 = CAM active
U8
RO
01h
only CAM1
Yes
Bit0 = CAM1
0 = cam disable
1 = cam state
calculated by the
device
Yes
Bit0 = CAM1
0 = cam state not
inverted
1 = cam state not
inverted
U8
RW
00h
U8
RO
01h
U8
RW
Version 1.02
00h
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6310
0
NrOfAvailableChannel
U8
RO
01h
6310
1
Cam1 low limit channel 1
U32
RW
00000000h
6320
Cam1 high limit
6320
0
NrOfAvailableChannel
U8
RO
01h
6320
1
Cam1 high limit channel 1
U32
RW
00000000h
6500
0
Operating Status
U16
RO
0004h
6501
0
Single Turn Resolution
U32
RO
00002000h
Max. Resolution in steps
/ revolution:
13 bits
only CAM1
Yes
switch point for the
lower limit setting for
CAM1
only CAM1
Yes
switch point for the
higher limit setting for
CAM1
Bit0 = Position increasing
0 CW
1 CCW
Bit2 = 0 Scaling function
disabled 1 Scaling
function enabled
6502
0
Number of Revolutions
U16
RO
Multi FFFFh
Mono 0001h
Number of
distinguishable
revolutions
Multiturn = FFFFh
Monoturn = 1
6503
0
Alarms
U16
RO
0000h
Alarms
6504
0
Supported Alarms
U16
RO
0000h
Supported Alarms
6505
0
Warnings
U16
RO
0000h
Warnings
6506
0
Supported Warnings
U16
RO
0000h
Supported Warnings
6507
0
Profile & Software Version
U32
RO
01020301h
Byte 0,1:Profile version
=3.1 = 0301h
Byte 2,3: Software
version = 1.02 = 0102h
6508
0
Operating Time
U32
RO
FFFFFFFFh
not used
6509
0
Calculated Offset Value
INT32
RO
650A
Module Identification
650A
0
NrOfEntries
U8
RO
03h
U32
RO
00000000h
Manufacturer offset
value
U32
RO
00000000h
Minimum position value
Multi:
1FFFFFFFh
Mono:
00001FFFh
Maximum position value
650A
1
manufacturer_offset_value
650A
2
Manufacturer_Min_Position_Val
ue
650A
3
Manufacturer_Max_Position_Va
lue
U32
RO
650B
0
Serial Number
U32
RO
Version 1.02
Offset calculated from
preset 6003h
Linked with serial
number object 1018-4
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Object 6000h: Operating Parameters
Presentation The code sequence (Complement) can be selected as the operating parameter.
CMS
Index
Default value
Value range
Data length
SDO
6000h
0h
0h-FFFFh
Unsigned 16
Bit
Function
Bit = 0
Bit = 1
0
Code Sequence
CW
CCW
1
Commissionning Diagnostic control
Not used
2
Scaling function control
Disabled
3
Measuring direction
Not used
Enabled
CODE SEQUENCE: The code sequence defines whether increasing or decreasing position values
are output when the encoder shaft rotates clockwise or counterclockwise as seen on the shaft.
SCALING FUNCTION CONTROL: With the scaling function the encoder numerical value is
converted in software to change the physical resolution of the encoder.
The measuring units per revolution object (6001h) and total measuring range in measuring units
object (6001h) are the scaling parameters. The scaling function bit is set in the operating
parameters. If the scaling function bit is set to zero, the scaling function is disabled.
Object 6001h: Measuring Units per revolution
Presentation The Measuring Units per revolution parameter is used to program the required
number of steps per revolution. Choose a value between 2 and 8192:
CMS
Index
Default value
Value range
Data length
SDO
6001h
-
0h – 2000h
Unsigned 16
Object 6002h: Total measuring range in measuring units
Presentation This parameter is used to program the required number of measuring units from the
global measuring range. This value must not exceed that of the total resolution of the absolute
rotary encoder
CMS
Index
Default value
Value range
Data length
SDO
6002h
2000 0000h
2 - 2000 0000h
Unsigned 32
Total measuring range (total resolution) = Number of revolutions x ·Measuring Units per resolution
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Object 6003h: Preset Value
Presentation The preset value is the required position value to be reached at a certain physical
location of the axis. The position value is fixed as being the process value required by the
presetting of the parameters.
To avoid execution time errors, the preset value must not exceed the total measuring range (total
resolution) -1 of the parameters.
CMS
Index
Default value
Value range
Data length
SDO
6003h
-
0 – (total resolution-1)
Unsigned 32
Object 6004h: Position Value
Description This object is used to define the position of the encoder.
CMS
Index
Default value
Value range
Data length
SDO
6004h
-
0 – (total resolution-1)
Unsigned 32
Object 6200h: Cyclic Timer
Cyclic mode The absolute rotary encoder transmits the current process value cyclically – without
being polled by the host. The cycle time can be programmed in milliseconds for values between
1 ms and 65535 ms. (For example: 64h = 100 ms).
CMS
Index
Default value
Value Range
Data length
SDO
6200h
0h
0h – FFFFh
Unsigned 16
This parameter is identical “Event Timer” of the transmit PDO1 Index 1800h, Sub Index 05h.
See description of the object “Transmit PDO1” (1800h) for the use of the cyclic timer.
If the value is 0, the cyclic timer is disabled and the position is never sent.
Note: After setting the encoder parameters, they must be saved in the EEPROM with
“StoreParameters” (Object 1010h). If the encoder parameters are not saved, the configuration will
be lost at the next power up.
Version 1.02
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Object 6500h: Operating Status
Description This object contains the operating status of the encoder. It provides information on
the encoder internal parameters.
Values The values of this object are outlined in the following table:
Bit
Function
Value = 0
Value = 1
0
Code sequence
CW
CCW
1
Commissionning
Diagnostic Control
Not supported
Supported
2
Scaling function control
Disabled
Enabled
3
Measuring direction
Not used
4…11
Reserved
Manufacturer
alarm
Manufacturer
alarm
Manufacturer
alarm
Manufacturer
alarm
12
13
14
15
CMS
Index
SDO
6500h
Sub
Index
00h
specific
specific
specific
specific
Not used
Not used
Not used
Not used
Default value
Value range
Data length
Access
-
-
Unsigned 16
ro
Object 6501h: Singleturn Resolution (Rotary)
Description This object indcates the number of steps per revolution according to the position of
the encoder. The maximum encoder resolution is 8192.
CMS
Index
SDO
6501h
Sub
Index
00h
Default value
Value range
Data length
Access
2000h
-
Unsigned 32
ro
Object 6502h: Number of Distinguishable Revolutions
Description This object indicates the number of revolutions that the encoder can execute. The
maximum number of revolutions of the encoder is 65536.
CMS
Index
Sub
Index
Default value
Value range
Data length
Access
SDO
6502h
00h
FFFFh
-
Unsigned 16
ro
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Object 6503h: Alarms
Description This object contains the various alarm messages. An alarm will be displayed if a
malfunction of the encoder cause a position error. The alarm bit remains enabled until the alarm
is cleared and the encoder is able to provide a correct position value.
Values The values of this object are outlined in the following table:
Bit
Function
Value = 0
Value = 1
0
Position error
No
Yes
1
Commissionning
diagnostics
Not supported
Supported
2…11
Reserved
Disabled
Enabled
Disabled
Enabled
Disabled
Enabled
Disabled
Enabled
12
13
14
15
Manufacturer
alarm
Manufacturer
alarm
Manufacturer
alarm
Manufacturer
alarm
specific
specific
specific
specific
Object 6504h: Supported Alarms
Description This object indicates the alarms supported by the encoder.
Values The values of this object are outlined in the following table:
Bit
Function
Value = 0
Value = 1
0
Position error
No
Yes
1
Commissionning
diagnostics
No
Yes
2…11
Reserved
No
Yes
No
Yes
No
Yes
No
Yes
12
13
14
15
Manufacturer
alarm
Manufacturer
alarm
Manufacturer
alarm
Manufacturer
alarm
specific
specific
specific
specific
Version 1.02
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POSI+ CANOPEN USER MANUAL
Object 6505h: Warnings
Description This object indicates if the tolerances of certain encoder internal parameters have
been exceeded
Values The values of this object are outlined in the following table:
Bit
Function
Value = 0
Value = 1
0
Position error
No
Yes
1
Ligth control reverse
Not reached
Error
2
CPU watchdog status
OK
Reset
3
Operating
warning
No
Yes
4
Battery charge
OK
Too slow
5
Reference point
Reached
Not reached
6…11
Reserved
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
12
13
14
15
time
Manufacturer
warning
Manufacturer
warning
Manufacturer
warning
Manufacturer
warning
limit
specific
specific
specific
specific
Object 6506h: Supported Warnings
Description This object indicates the warnings supported by the encoder.
Values The values of this object are outlined in the following table:
Bit
Function
Value = 0
Value = 1
0
Frequency exceed
Not supported
Supported
1
Light control reverse
Not supported
Supported
2
CPU watchdog status
Not supported
Supported
3
Operating
warning
Not supported
Supported
4
Battery charge
Not supported
Supported
5
Reference point
Not supported
Supported
6…11
Reserved
Not supported
Supported
Not supported
Supported
Not supported
Supported
Not supported
Supported
Not supported
Supported
12
13
14
15
Page 28
time
limit
Manufacturer-specific
warning
Manufacturer-specific
warning
Manufacturer-specific
warning
Manufacturer-specific
warning
Version 1.02
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Espace Européen de l’Entreprise
9, rue de Copenhague
B.P. 70044 Schiltigheim
F 67013 Strasbourg Cedex
Tél
Fax
Mail
Web
:
:
:
:
+33 (0)3 88 20 80 80
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[email protected]
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POSI+ CANOPEN USER MANUAL
Object 6507h: Profile and Software Version
Description This object indicates the encoder hardware profile version and software version.
Object 6508h: Operating Time
Description This object indicates the encoder operating time. The operating time is recorded in
the EEPROM memory as long as the encoder is powered up.
This function is not available for this encoder. The delivered value is FFFFFFFFh.
Object 6509h: Offset Value
Description This object indicates the offset value. The offset value is calculated by the Preset
value function (see Object 6003h: Preset Value, p. 83). It is then used by the encoder to offset the
position value.
The offset value is recorded and can be read in the encoder.
Object 650Ah: Module identification
Description This object indicates the manufacturer-specific offset value, as well as the minimum
and maximum position values.
The offset value is stored in sub-index 1.
The minimum and maximum position values are stored in sub-indices 2 and 3 respectively.
Characteristics The characteristics of this object are outlined in the following table:
Sub-Index
Dscription
Data type
Default value
Access
0
Number of inputs
Unsigned 32
1
Manufacturer
offset value
Unsigned 32
2
Manufacturer
minimum value
Unsigned 32
Ro
3
Manufacturer
maximum position
value
Unsigned 32
ro
ro
Oh
Ro
Object 650Bh: Serial Number
Description This object indicates the encoder serial number.
Linked with serial number object 1018-4.
Version 1.02
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Espace Européen de l’Entreprise
9, rue de Copenhague
B.P. 70044 Schiltigheim
F 67013 Strasbourg Cedex
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Fax
Mail
Web
:
:
:
:
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POSI+ CANOPEN USER MANUAL
Encoder Cam1 :
Only for standard encoder : DeviceName (1008h) = « POSI+ »
Only one CAM is available.
Cam1 has parameters for the minimum switch point, the maximum switch point.
The encoder calculates the cam state if the bit0 of the Object “Cam Enable” channel 1 (Index
6301h Sub Index 01h) is set to 1.
Low limit of CAM1 : Object “Cam1_low_limit_channel_1” (Index 6310h Sub Index 01h)
High limit of CAM1 : Object “Cam1_high_limit_channel_1” (Index 6320h Sub Index 01h)
Polarity of CAM1 : bit0 Index 6302h Sub Index 01h
If the polarity bit is set to 1, the cam state of an active cam shall signal by setting the related cam
state bit to zero. In the other case the cam state of the related cam shall not be inverted.
State of CAM1 : Object “Cam_state_channel_1” Index 6300h Sub Index 01h
The status bit set to 1 shall define “cam active“. The status bit set to 0 shall define “cam inactive“.
If the polarity bit of a cam is set (refer to index 6302h Sub Index01h) the actual cam state will be
inverted.
Cam state
register
(6300h -01h)
Cam state
register
(6300h -01h)
polarity bit is set to 0 ( 6302h -01 )
polarity bit is set to 1 ( 6302h -01 )
Nota: The ESD can be downloaded free of charge from our Homepage www.bei-ideacod.com.
We do not assume responsibility for technical inaccuracies or omissions. Specifications are subject
to change without notice.
Page 30
Version 1.02
BEI IDEACOD SAS
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9, rue de Copenhague
B.P. 70044 Schiltigheim
F 67013 Strasbourg Cedex
Tél
Fax
Mail
Web
:
:
:
:
+33 (0)3 88 20 80 80
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POSI+ CANOPEN USER MANUAL
Appendix
Software for the compatibility with with the old encoders SHM5/SHU9/CHU9/MHM5
Do not use this version for the new designs only to replace old encoders.
EDS File: PHM5SFV102.EDS
Device Name (0x1008) = “POSI+ SF” for this version and the following objects are supported
See the SHM5 / MHM5 Manual for the complete description of these objects.
Object
SubIndex
Name
Format
Access
Default
Save
DeviceType
U32
RO
multiturn
00020196h
monoturn
00010196h
1001
0
ErrorRegister
U8
RO
00h
1018
Identity Object
1018
0
LargestSupportedSubindex
U8
RO
04h
1018
1
Vendor ID
U32
RO
00000184h
1018
2
Product code
U32
RO
354D4850h
1018
3
Revision number
U32
RO
00010000h
1018
4
Serial number
U32
RO
xxxxxxxxh
1003
pre-defined error field
1003
0
Number of actual errors
U8
RW
00h
1003
1
New, actual error
U32
RO
########
1004
Number of PDOs supported
1004
0
Number of PDOs supported
U32
RO
00000002h
1004
1
Number of synchronous PDOs
U32
RO
00000001h
1004
2
Number of asynchronous PDOs
U32
RO
00000001h
1005
0
COB-ID SYNC Message
U32
RW
00000080h
1008
0
DeviceName
STR
CONST
POSI+ SF
100C
0
GuardTime
U16
RW
0000h
Yes
100D
0
LifeTimeFactor
U8
RW
00h
Yes
100F
0
number of SDOs supported
U32
RO
00000001h
1000
0
Version 1.02
Description
Yes
Page 31
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POSI+ CANOPEN USER MANUAL
1010
StoreParameters
1010
0
LargestSupportedSubindex
U8
RO
01h
1010
1
SaveAllParameters
U32
RW
00000001h
1011
RestoreDefaultParameters
1011
0
LargestSupportedSubindex
U8
RO
01h
1011
1
RestoreAllDefaultParameters
U32
RW
00000001h
1014
0
COB-ID EMCY
U32
RO
00000081h
1016
Consumer Heartbeat Time
1016
0
Number of entries
U8
RO
01h
1016
1
Consumer Heartbeat Time 1
U32
RW
00000000h
Yes
1017
0
Producer HeartBeat Time
U16
RW
0000h
Yes
1200
Server SDO Parameter 0
1200
0
Number of entries
U8
RO
02h
1200
1
COB-ID Client -> Server
U32
RO
00000601h
1200
2
COB-ID Server -> Client
U32
RO
00000581h
1800
Transmit PDO1 Communication
Parameter
1800
0
NrOfEntries
U8
RO
05h
1800
1
COB-ID
U32
RW
00000181h
Yes
1800
2
TransmissionType
U8
RW
FEh
Yes
1800
3
InhibitTime
U16
RW
0000h
Yes
1800
5
Event Timer
U16
RW
0000h
Yes
1801
Transmit PDO2 Communication
Parameter
1801
0
NrOfEntries
U8
RO
05h
1801
1
COB-ID
U32
RW
00000281h
Yes
1801
2
TransmissionType
U8
RW
01h
Yes
1801
3
InhibitTime
U16
RW
0000h
Yes
Page 32
Version 1.02
:
:
:
:
+33 (0)3 88 20 80 80
+33 (0)3 88 20 87 87
[email protected]
www.bei-ideacod.com
BEI IDEACOD SAS
Espace Européen de l’Entreprise
9, rue de Copenhague
B.P. 70044 Schiltigheim
F 67013 Strasbourg Cedex
Tél
Fax
Mail
Web
:
:
:
:
+33 (0)3 88 20 80 80
+33 (0)3 88 20 87 87
[email protected]
www.bei-ideacod.com
POSI+ CANOPEN USER MANUAL
1801
5
Event Timer
1A00
Transmit PDO1 Mapping
1A00
0
U16
RW
0000h
NrOfEntries
U8
RO
01h
1A00
1
Mapped Object
U32
RO
60040020h
1A01
Transmit PDO2 Mapping
1A01
0
NrOfEntries
U8
RO
01h
1A01
1
Mapped Object
U32
RO
60040020h
6000
0
Operating Parameters
U16
RW
0004h
Yes
6001
0
Measuring Units per Revolution
U32
RW
00002000h
Yes
Total Measuring Range
U32
RW
Multi:
20000000h
Mono:
00002000h
Yes
6003
0
Preset Value
U32
RW
00000000h
Yes
6004
0
Position Value
U32
RO
1FFFFDE6h
6005
0
Limit Switch Min
U32
RW
00000000h
Yes
6006
0
Limit Switch Max
U32
RW
00000000h
Yes
6100
0
Transmission Rate
U16
RW
0002h
Yes
6101
0
Node Number
U16
RW
0001h
Yes
6200
0
Cyclic timer
U16
RW
0000h
Yes
6500
0
Operating Status
U16
RO
0004h
6501
0
Single Turn Resolution
U32
RO
00002000h
6002
0
Number of Revolutions
U16
RO
Multi
FFFFh
Mono
0001h
6503
0
Alarms
U16
RO
0000h
6504
0
Supported Alarms
U16
RO
0000h
6505
0
Warnings
U16
RO
0000h
6506
0
Supported Warnings
U16
RO
0000h
6502
0
Version 1.02
Yes
Page 33
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B.P. 70044 Schiltigheim
F 67013 Strasbourg Cedex
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POSI+ CANOPEN USER MANUAL
6507
0
Profile Version
U32
RO
01020301h
6508
0
Operating Time
U32
RO
FFFFFFFFh
6509
0
Calculated Offset Value
INT32
RO
00000000h
650A
Module Identification
650A
0
Manufacturer Offset Value
INT32
RO
00000000h
650A
1
Manufacturer Minimum Position
Value
INT32
RO
00000000h
Manufacturer Maximum Position
Value
INT32
RO
Multi:
1FFFFFFFh
Mono:
00001FFFh
650B
0
Serial Number
U32
RO
12345678h
2000
0
Process Value
U32
RO
1FFFFDE6h
2100
0
Operating Parameter
U16
RW
0000h
Yes
2101
0
Resolution per Revolution
U16
RW
2000h
Yes
2102
0
Total Resolution
U32
RW
20000000h
Yes
2103
0
Preset Value
U32
RW
00000000h
Yes
2104
0
Limit Switch Min
U32
RW
00000000h
Yes
2105
0
Limit Switch Max
U32
RW
00000000h
Yes
2200
0
Cyclic Time
U16
RW
0000h
Yes
2300
0
Save Parameter
U32
WO
########
3000
0
C5 Node number
U8
RW
01h
Yes
3001
0
C5 Baud Rate
U8
RW
00h
Yes
650A
2
Page 34
Version 1.02
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:
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:
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