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Baumer_EAM580_360_CANopen_MA_EN_Rev0003.0000h_Index0004.docx 

Baumer Electric AG 

06.08.2018 

25/28 

Frauenfeld, Switzerland

 

12.3  Standardized Device Profile Area 

Ob
je

c

 

S

u

b

-In

d

e

x

 

Name 

F

o

rm

a

Acc

e

s

s

 

Default 

S

a

v

e

 

Description 

6000h 

 

Operating parameter 

U16 

rw 

4h 

 

Bit0   =  0 Position CW 
 

1 Position CCW 

Bit 2  =  0 Scaling function disabled 
 

1 Scaling function enabled 

6001h 

 

Measuring units per revolution 
[Step/rev] 

U32 

rw 

4000h  X 

Measuring units per revolution. Allowed range 4

…65’536 

Writing this object will adjust object 6502. 
6502h = 6002h / 6001h  

6002h 

 

Total measuring range [Step] 

U32 

rw 

0h  X 

Total measuring range. 
Writing to this object will adjust object 6502h. 
6502h = 6002h / 6001h 
Only values 6001h * 2

n

 are allowed 

Exception: Value 0h 

means 1’0000’0000h Steps 

6003h 

 

Preset value encoder [Step] 

U32 

rw 

0h  X 

Preset in steps for encoder A 

 Offset 

(Internally linked to object 6020h-1) 

6004h 

 

Position encoder [Step] 

U32 

ro 

   

Position in steps for encoder A  (Internally linked to object 
6020h-1) 

6010h 

 

Preset Value 

Array 

 

   

 

00h 

Largest Subindex 

U08 

ro 

1    

 

01h 

Preset for encoder A [Step] 

U32 

rw 

0   

Preset in steps for encoder A 

6030h 

 

Speed Values 

Array 

 

   

 

00h 

Largest Subindex 

U08 

ro 

1   

 

01h 

Speed encoder A [Step/s] 

I32 

ro,m 

   

Speed in steps/second for encoder A 

6200h 

 

Cyclic timer PDO1 [ms] 

U16 

rw 

100   

internally linked to object 1800h-2 

6500h 

 

Operating Status 

U16 

ro 

4h   

Bit0  =  0 Position CW 
 

1 Position CCW 

Bit2  =  0 Scaling function disabled 
 

1 Scaling function enabled 

6501h 

 

Used single turn resolution 
[step/rev] 

U32 

ro 

4000h   

 

6502h 

 

Number of distinguishable 
revolutions 

U32 

ro 

40000h    

 

6503h 

 

Alarms 

U16 

ro,m 

0h   

The following alarms are evaluated: 
Bit0   =  Generic Position Alarm 
Bit1   =  Commissioning Diagnostic 
Bit12 =  Position Data not valid  
Bit15 =  Battery Empty 

6504h 

 

Supported alarms 

U16 

ro 
 

 Standard: 

9001h 

 

The following alarms are supported: 
Bit0   =  Generic Position Alarm 
Bit1   =  Commissioning Diagnostic 
Bit12 =  Position Data not valid  
Bit15 =  Battery Empty 

6505h 

 

Warnings 

U16 

ro,m 

0h   

The following warnings are evaluated: 
Bit0  =  Frequency exceeded 
Bit2  =  CPU watchdog 
Bit3  =   Operating time limit 
Bit4  =  Battery charge low 
Bit12=  Mounting error 
Bit13 = Multiturn System 
Bit14 = Singleturn System 
Bit15 = Multiturn Supervision 

6506h 

 

Supported warnings 

U16 

ro 

F00Dh   

The following warnings are supported: 
Bit0  =  Frequency exceeded 
Bit2  =  CPU watchdog 
Bit3  =   Operating time limit 
Bit4  =  Battery charge low 
Bit12=  Mounting error 
Bit13 = Multiturn System 
Bit14 = Singleturn System 
Bit15 = Multiturn Supervision 

6507h 

 

Profile & software version 

U32 

ro 

   

Byte 0..1: Profile-Version =4.14 = 040Eh 
Byte 2: Software minor version 
Byte 3: Software major version 

6508h 

 

Operating time 

U32 

ro 

0h   

Always FFFF’FFFFh 

6509h 

 

Offset encoder [step] 

I32 

ro 

0h   

Offset encoder (Internally linked to object 650Ch-1) 

650Ah 

 

Module identification 

Array 

 

   

 

00h 

Largest Subindex 

U08 

ro 

1   

 

01h 

Manufacturer offset 

I32 

ro 

0   

 

650Bh 

 

Serial number 

U32 

ro 

   

Internally linked to object 1018h-4h 

650Ch 

 

Offset values 

Array 

 

   

 

00h 

Largest subindex 

U08 

ro 

1    

 

01h 

Offset encoder [step] 

I32 

ro 

0h  X 

Offset encoder A 

 

 

Summary of Contents for EAM MT Series

Page 1: ...trasse 17 CH 8501 Frauenfeld Phone 41 52 728 11 22 Fax 41 52 728 11 44 08 18 sales ch baumer com Subject to modification in technic and design www baumer com Errors and commissions excepted Manual Abs...

Page 2: ...embedded software used in safety functions 10 5 NMT Service 11 5 1 Supported commands 11 5 1 1 NMT Reset 11 5 1 2 NMT Communication Reset 11 5 2 Boot up message 11 6 SDO service 12 6 1 General 12 6 2...

Page 3: ...Encoder Diagnostic Sources 19 10 Heartbeat Service 20 10 1 General 20 10 2 COB ID 20 10 3 Timing 20 11 LSS slave 21 11 1 General 21 11 2 Supported commands 21 11 3 LSS address 21 12 Object directory...

Page 4: ...ms Object 4001h range reduced from 4000 ms to 500 ms Comment Emergencies are not resent after NMT reset removed in chapter 5 1 1 0003 12 03 18 From V01 05 0003 0000h zest New profile version identific...

Page 5: ...der shaft with a suitable coupling Hollow shaft Open clamping ring completely before mounting the encoder Foreign objects must be kept at a sufficient distance from the stator coupling The stator coup...

Page 6: ...08 2018 6 28 Frauenfeld Switzerland 3 Product Assignment 3 1 Absolute encoder Product Product Code Device Name EDS file Absolute encoder multiturn single channel and redundant version 0x0070 EAMxxx M...

Page 7: ...open Services Following CANopen services are supported 1 Network Management according to CiA 301 1 SDO Server according to CiA 301 2 TPDOs according to CiA 301 CiA 406 1 Emergency Producer according t...

Page 8: ...1 This object provides a 32 Bit Speed information which has the unit Steps sec The range for object 6030h 1 Speed encoder A is 8000 0000h 7FFF FFFFh If the scaled speed value exceeds this range the o...

Page 9: ...f this integer value is 1 32767 0x2001 3 Gear Value 2 This Object defines the denominator of the gear factor The range of this integer value is 1 32767 Figure 4 Example configuration of gear values ob...

Page 10: ...Reconfigure the node with this higher baudrate to the lower baudrate again object 0x2100 3 Save the baudrate according chapter 6 2 1 4 Performing a NMT Reset 5 Reconfigure CAN Master with lower baudra...

Page 11: ...p message is sent restarting of the micro controller be aware that all unsaved configurations will be lost 5 1 2 NMT Communication Reset This NMT command performs a restarting of the CAN Controller wh...

Page 12: ...ects to the non volatile memory After a reset or power on the parameters are loaded from the non volatile memory The SDO request to 1010h x is answered after the saving of the parameters is performed...

Page 13: ...PDOs is changeable in Object 180xh 1 Default Values are TPDO1 180h node ID TPDO2 280h node ID Changes will be applied immediately The COB ID is stored internally as a difference to the default COB ID...

Page 14: ...e The position will be transmitted in byte 0 3 ID DLC Byte 0 Byte 1 Byte 2 Byte 3 181h 281h 4 xx xx xx xx Byte 0 3 Position Object 6004h 7 5 Timing The minimal cycle time for TPDOs is 1 ms 7 6 Excepti...

Page 15: ...and alarm fields object 6503h 6505h The emergency message is transmitted if an error is indicated in the error register COB ID DLC Byte0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5 Byte 6 Byte 7 80h node ID 8...

Page 16: ...Watchdog Bit 3 Operating time limit Bit 12 Mounting Error Bit 13 Multiturn System Bit 14 Singleturn System Bit 15 Multiturn Supervision Bit 3 Temperature Bit 15 Battery empty Only at Startup Only at S...

Page 17: ...0 Frequency exceeded Bit 1 CPU Watchdog Bit 2 Operating time limit Bit 4 Mounting Error Bit 5 Multiturn System Bit 6 Singleturn System Bit 7 Multiturn Supervision Bit 1 Commissioning diagnostic Only...

Page 18: ...wo objects that can be used for test purposes to simulate different encoder behaviors 0x2116 1 Diagnostic Injection An error injection code written on this object simulates a diagnostic source accordi...

Page 19: ...xFF00 at startup 0x6505 Warning Bit 4 at reboot 0x0004 001C Battery Monitoring Error Battery Empty Battery of the Multiturn system is empty Absolute position can be incorrect after restart encoder sho...

Page 20: ...28 Frauenfeld Switzerland 10 Heartbeat Service 10 1 General The device supports a heartbeat producer according CiA 301 10 2 COB ID The COB ID for the heartbeat message is 700h node ID 10 3 Timing The...

Page 21: ...bject directory The LSS service is only available in NMT Stopped Mode 11 2 Supported commands Switch state global Switch state selective Configure node ID protocol Configure bit timing parameters Stor...

Page 22: ...al guard time is Object 100Ch 100Dh ms 100D Life time factor U8 rw 0h X Life time factor 1010h Store parameters ARR 00h Largest Subindex U8 ro 4h No of save possibilities 4 01h Save all parameters U32...

Page 23: ...e2 U16 rw 1 X Denominator of the gear factor Range 1 32767 2100h Baudrate U8 rw 2h X 0 10 kBit s 1 20 kBit s 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...

Page 24: ...scription 2300h Customer EEPROM ARR Customer EEPROM to save any data 00h Largest Subindex U8 ro 4 01h CustomerEEPROM 0 U32 rw 0 X 02h CustomerEEPROM 1 U32 rw 0 X 03h CustomerEEPROM 2 U32 rw 0 X 04h Cu...

Page 25: ...function disabled 1 Scaling function enabled 6501h Used single turn resolution step rev U32 ro 4000h 6502h Number of distinguishable revolutions U32 ro 40000h 6503h Alarms U16 ro m 0h The following al...

Page 26: ...endor ID and serial number Changing the node ID node no The node ID can be changed in object 2101h between 1 and 127 A save routine should then be executed using object 1010h On the next initializatio...

Page 27: ...ject Sub Index Name Discrepancy 0x1029 1 Error behavior Default Value is 1 instead of 0 Do not change NMT State on Communication Errors 3 Error behavior Default Value is 1 instead of 0 Do not change N...

Page 28: ...n redundant CANopen redundant CANopen Inc Non redundant grey CAN_GND CAN_GND A brown Vs Vs Vs white 0 V 0 V 0 V green CAN_H CAN_H CAN_H yellow CAN_L CAN_L CAN_L pink A blue B red B Pin assignment conn...

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