Baumer G0AMH Manual Download Page 10

 

Baumer_ProfibusDPV0_BIDE_MA_EN.docx 

10/26 

Baumer IVO GmbH & Co. KG 

11.19 

 

Villingen-Schwenningen, Germany 

7. 

Parameterization and configuration 

7.1.

 

Parameterization 

Parameterization refers to the transfer of information which the slave requires for exchanging process data. 
The information comprises Profibus-specific data (Octets 1 to 6) and user-specific information. The user-
specific information can be entered via an input window during the project processing phase.  
The slave compares the data transmitted by the master with the data it has stored. However, the slave does 
not inform the master of the result until the diagnosis request following configuration.  
 
 

Description of parameters for the parameterization function (Set_Prm) 

 

Device  

class 

Parameter 

Octet no. 

Significance 

Station status 

Definition of Profibus-specific data  

 

Sync mode/freeze mode active 

 

Response monitoring active 

 

Master assigned 

Response monitoring time 

2 to 3 

Recognition of master failure, master must respond 
within this period 

Min. station delay responder 
(tsdr)  

Minimum time which the slave must wait until it may 
respond to a request by the master  

Ident_number 

5 to 6 

Device identifier which must be unique for each type 
of device, saved and reserved by the PNO  

Group_ident_number  

Profibus-specific data 

Operating parameter 

Profibus-specific data 

Operating parameter 

Definition of application-specific data 

 

Counting direction 

 

Functional scope of the encoder, defined in 
appliance class 1 and 2 

 

Scaling function 

Single-turn resolution 

10 to 13 

Definition of the number of measurement steps per 
revolution 

Total resolution in steps 

14 to 17 

Definition of the total resolution in steps 
Total resolution is the number of measurement 
steps x the number of revolutions  

Scaling the speed signal 

26 

Definition of the unit of measurement in which the 
speed signal (if selected) is read out (e.g. rpm) 

 

Summary of Contents for G0AMH

Page 1: ...ingen Phone 49 7720 942 0 Fax 49 7720 942 900 11 19 174 02 024 9 info de baumerivo com Subject to modification in technic and design www baumer com Errors and omissions excepted Manual Absolute Encode...

Page 2: ...data communication 9 7 Parameterization and configuration 10 7 1 Parameterization 10 7 2 Configuration 13 8 Diagnostic signals 14 8 1 Description of the diagnosis data Slave_Diag 14 8 2 Parameter val...

Page 3: ...demarks SIEMENS SIMATIC Step7 und S7 are registered trademarks of Siemens AG PROFIBUS the PROFIBUS Logo and PROFIdrive are registered trademarks of the PROFIBUS user organization respectively of PROFI...

Page 4: ...ultivoPlus Multiturn GBLMS GBMM059B gsd multivoPlus Multiturn GCAMS GCAM059B gsd magtivo Singleturn GCMMS GCMM059B gsd magtivo Multiturn GXAMS GXAM059B gsd multivo Singleturn GXLMS GXMM059B gsd multiv...

Page 5: ...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 coupling is n...

Page 6: ...erface Available bus interfaces CANopen DeviceNet EtherCAT Ethernet IP Profibus DP Profinet Powerlink Power over EtherCAT SAE J1939 SSI All encoders enable parameterization by bus interface Functional...

Page 7: ...lass 1 or class 2 The Profibus DP is characterized by the following features Short response times 1 ms with 32 users and 12 MBaud Reliable transmission procedure Hamming distance 4 Availability of a w...

Page 8: ...t in integral steps Measurement range Total resolution number of steps per revolution x number of revolutions input in integral steps Preset value A certain output value is assigned to the current pos...

Page 9: ...eillance times and slave specific parameters via the parameterization data The parameters are taken over during the project processing phase partially directly or indirectly from the GSD file The slav...

Page 10: ...mode active Response monitoring active Master assigned 1 Response monitoring time 2 to 3 Recognition of master failure master must respond within this period 1 Min station delay responder tsdr 4 Mini...

Page 11: ...dent no Octet string 7 00 1 Operating parameter Octet string 8 Profibus specific data 1 Operating parameter Octet string 9 Bit 0 0 1 CW CCW Bit 1 0 1 Device class 2 off on Bit 3 0 1 Scaling function o...

Page 12: ...r shaft may rotate unlimited when encoder not powered How to determine if Endless Operation is in use Multiply the encoder s max possible revolutions depending on encoder 16 bit 65536 or 13 bit 8192 b...

Page 13: ...1h 2 words input data with data consistency for position values to max 31 bit 2 F1h 2 words output data with data consistency for preset value to max 31 bit 2 words input data with data consistency fo...

Page 14: ...atus 1 1 Status of Parameterization Configuration Diagnostic data Diag ext bit and Diag stat bit in case of alarm and warning signals 1 Station status 2 2 Status of Response monitoring Freeze or Sync...

Page 15: ...cribed value only multiturn encoders 2 Profile version 24 25 Profile version of the encoder profile in revision number and index 2 Software version 26 27 Indicates the software version in revision num...

Page 16: ...lithium cell supplies the necessary supply voltage for the part of the circuit necessary for counting revolutions and storing them in the ASIC When the operating voltage is switched on the stored valu...

Page 17: ...ivoPlus 2 Additional alarm signals Octet string 17 Not supported 2 Supported alarm signals Octet string 18 19 Octet 19 Bit 0 1 Position error supported 2 Warnings Octet string 20 21 Octet 21 Bit 5 1 L...

Page 18: ...in the programmed overall measurement range To ensure optimum coordination between the mechanical position and the preset value the preset value should only be set when the encoder is at a standstill...

Page 19: ...t must be separated beforehand using the formula described below and then recalculated A calculator with hexadecimal function of the type provided among the Windows accessories is helpful here Convers...

Page 20: ...Baumer_ProfibusDPV0_BIDE_MA_EN docx 20 26 Baumer IVO GmbH Co KG 11 19 Villingen Schwenningen Germany Example for entering parameters...

Page 21: ...nt with rubberized spring element Push the encoder on to the drive shaft and insert the parallel pin into the mounted adjusting element not supplied with rubberized spring element Adjusting bracket Pu...

Page 22: ...ip the cable sheath and cores shorten the shield film where this exists see Fig Bend over the braided screen by approx 90 Push the sealing insert with contact sleeve along as far as the braided shield...

Page 23: ...Baumer_ProfibusDPV0_BIDE_MA_EN docx 23 26 Baumer IVO GmbH Co KG 11 19 Villingen Schwenningen Germany Bus cover shaft end shaft 1 2 3 Cable gland M12 connector Bus cover hollow shaft G1 and G2 1 2 3...

Page 24: ...o the 8 pin terminal block inside the interface converter The additional functions Zero and UP DOWN provided by the encoder are to be assigned as follows for optimum interference immunity Zero additio...

Page 25: ...ity of 100 nH Carefully plug the bus cover onto the D SUB plug of the basic encoder then press only via the sealing rubber taking care not to tilt it The bus cover must rest fully against the basic en...

Page 26: ...s With cable type A all transmission rates up to 12 MBaud can be used Features Data Shaft resistance in Ohm 135 to 165 at 3 to 20 MHz Operating capacity pF m Less than 30 Loop resistance Ohm km Less t...

Reviews: