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Manual ibaBM-SLM

 

Product description 

6.1 

Application 

The ibaBM-SLM device can be used to capture data from one or more frequency con-
verters of the SIMOVERT masterdrive series. The SIMOLINK Board (SLB) is integrated 
in the SIMOVERT Masterdrive in order to guarantee the communication via the 
SIMOLINK bus. The same board is inserted n the ibaBM-SLM device and hence en-
ables the connection of the device to a SIMOLINK system.  

The SIMOLINK board is a participant within the SIMOLINK ring. In a closed ring all par-
ticipants work with the same system cycle.  

The SIMOLINK board reads all telegrams on the SIMOLINK and saves the selected te-
legrams in a reception memory. 

ibaBM-SLM was developed to capture and analyze the data of the SIMOVERT Master-
drives with an iba system. The central parts of the device are the iba technology and 
the integrated SIMOLINK board (SLB). 

  For further information refer to Operating instructions SLB SIMOLINK Board 

The goals of the ibaBM-SLM diagnostic unit are 

  Fast identification of errors from frequency converters (drives) 

  Quantification of drive regulator tuning and estimation of motor condition from volt-

age/current signals 

  Motor control optimization 

Applications for the ibaBM-SLM are foreseen for the following purposes. 

  Permanent interface to an ibaPDA data acquisition system in a SIMOLINK topology 

  Intermediate use for troubleshooting and commissioning purposes 

  Short-term interface via a portable PC or notebook PC (if necessary, also as an ad-

dition to a fixed installation). 

 

6.2 

Advantages 

The ibaPDA software is optimized for large-scale process monitoring. Up to 2048 ana-
log and binary signals can be visualized and recorded synchronously. Specifically for 
the ibaBM-SLM Simolink Monitor, the ibaPDA software has been extended to support 
sample resolutions in steps of 100 

sec. This provides for bus update cycle matching 

integer multiples of the Simolink bus cycle rate (min. 1.6 milliseconds per cycle). Set-
tings from 1.6 ms in steps of 100 µs are also possible (e.g. bus cycle time of 1.8 ms) 

Apart from the ibaBM-SLM, additional I/O interfaces and software components exist for 
multiple PLC systems (SIMATIC S5, SIMATIC S7, MMC216, SIMADYN D). ibaPDA 
supports these interfaces in parallel. It should be noted, that the number of values must 
not exceed the licensed number of signals. 

 

 

 

8 Issue 

2.0 

 

Summary of Contents for ibaBM-SLM

Page 1: ...ibaBM SLM Monitor for Siemens Simolink Bus Manual Issue 2 0...

Page 2: ...ly therefore full compliance is not guaranteed However the information in this publication is updated regularly Required corrections are contained in the following regulations or can be downloaded on...

Page 3: ...evice Design 11 7 1 Base Circuit Board 11 7 2 SIMOLINK Board SLB Module 11 7 3 Device view Connections and Displays 12 7 3 1 Device views 12 7 4 Status Display 13 7 5 24 V DC Power Supply X14 13 7 6 F...

Page 4: ...tion 18 10 1 Basic Steps 18 10 2 Configuration in ibaPDA 18 10 2 1 Hardware Configuration 18 10 2 2 Reference to simulated parameters simulation mode 23 11 Working with SIMOLINK signals in ibaPDA 24 1...

Page 5: ...apable of assessing safety and recognizing possible consequences and risks on the basis of his her special training knowledge and experience and knowledge of the standard regulations 1 2 Notations The...

Page 6: ...function The non observance of this safety information may result in a potential risk of death or severe injury The non observance of this safety information may result in a potential risk of injury...

Page 7: ...the scope of delivery see www iba ag com 3 System requirements iba system 3 1 Hardware IBM compatible PC with an ibaFOB D card ibaNet FO cable or Notebook computer with ibaPCMCIA F card spiral cable 3...

Page 8: ...tion of drive regulator tuning and estimation of motor condition from volt age current signals Motor control optimization Applications for the ibaBM SLM are foreseen for the following purposes Permane...

Page 9: ...CIA F card can be used on the notebook side Unregulated 24 V DC power supply Unregulated 24 V DC SIMOLINK buffer supply Configuration is stored permanently in the device 6 3 2 Data types The data to b...

Page 10: ...uring data to be recorded in measuring files is done in the Configu ration Data storage menu in ibaPDA V6 You can define profiles which are avail able for several data stores and the number and the na...

Page 11: ...directional fiber optic 3 3 Mbit s and two RS422 RJ11 external interfaces 9 pin Sub D interface for configuration Internal interface for integration of Siemens SLB module Permanent storage of SIMOLINK...

Page 12: ...cture Left ibaPDA interfaces Right SIMOLINK interfaces LEDs for status display Run Link Error Power supply 24 V DC X14 Notebook connection X30 X31 SIMOLINK LEDs FO interfaces X32 X33 Power supply X15...

Page 13: ...the 24 V DC terminal from the power supply to the 2 pole Phoenix connector supplied with device Please contact iba for additional DIN rail or power supply requirements 7 6 Fiber Optic connections X32...

Page 14: ...ions according to the included SLB SIMOLINK Board Documentation Important note When a single ibaBM SLM device is in service always connect this device at the end of the ring ibaBM SLM TX with RX of Bu...

Page 15: ...s write to the bus by changing the contents of messages in their address ran ge If a telegram is sent to a non existent slave address global telegram it can be read by all bus participants This telegr...

Page 16: ...O connection occupies one module with 64 analog and 64 digital signals each in ibaPDA Additional optional iba data capturing devices can be connected to the free FO in puts of the ibaFOB card as well...

Page 17: ...power supply to the termination Finally connect the required cables according to the SIMOLINK bus topology 9 2 Dismounting 1 Disconnect the power supply and all external connections from the ibaBM SL...

Page 18: ...st whether the device is sending data to the ibaPDA computer you can use the simulation function of the device 11 Remove all serial connections when signal recording is active The following chapters d...

Page 19: ...INK interrupt must be used when measuring synchronously to SLB 4 If you want to measure synchronously to the SIMOLINK bus you have to use the SIMOLINK interrupt Set the interrupt mode to Master mode e...

Page 20: ...module tree on the left side The General tab contains information about the basic settings of the device the SIMOLINK module and which link is in use 10 2 1 2 Basic settings You can make the following...

Page 21: ...problems while the SIMOLINK module is booting The reason can be disturbances which are not eliminated due to an applied auxiliary voltage Recommended setting Disabled Important note A reset of the SIM...

Page 22: ...he device and ibaPDA must be connected via a serial cable 1 Click on the Upload link The Upload window will be opened 2 Select the COM port of the ibaPDA computer to which the device is connected via...

Page 23: ...ulated parameters simulation mode In simulation mode a bus cycle of 1 6 ms is simulated where up to 7 independent saw tooth signals can be defined in DINT format They can be released individually Thei...

Page 24: ...hese parameters are Signal name Unit e g C or F Ampere Volt N etc Gain and Offset The values Gain and Offset signal value at zero point de termine the inclination and position of a linear characterist...

Page 25: ...erature 13 F to 158 F 25 C to 70 C Cooling passive Mounting Snap on DIN Rail Humidity Class F Protection Class IP20 Power Supply 24 V DC 20 unregulated Current consumption 350 mA max FO cable 62 5 125...

Page 26: ...Manual ibaBM SLM 26 Issue 2 0 12 1 Dimension sheet Dimensions in mm...

Page 27: ...pecify the serial number iba S N of the product Contact Headquarters iba AG Koenigswarterstr 44 90762 Fuerth Germany Phone 49 911 97282 0 Fax 49 911 97282 33 Email iba iba ag com Contact Mr Harald Ope...

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