background image

 Manual 

ibaPADU-8-ICP

 

Issue 1.7 

 

 

10.1.2

 

Hardware Settings .......................................................................................... 23

 

10.1.3

 

Checking the Communication with the Help of ibaDiag .................................. 25

 

10.1.4

 

Input Resources iba FOB-M/IN....................................................................... 27

 

10.1.5

 

Output Resources for iba FOB-M  (FOB-M/Out)............................................. 28

 

10.1.6

 

Control of ibaPADU-8-ICP in ibaLogic application program............................ 29

 

10.1.7

 

Data Buffer Size.............................................................................................. 30

 

10.2

 

Configuring with ibaPDA ................................................................................. 30

 

10.2.1

 

Configuring ibaPADU-8-ICP:........................................................................... 30

 

10.2.2

 

Configuring Triggers........................................................................................ 35

 

10.2.3

 

Configuring the Data Store.............................................................................. 38

 

10.2.4

 

Configuring the Signal View............................................................................ 39

 

11

 

Technical data ................................................................................................. 40

 

12

 

Support and contact....................................................................................... 41

 

 

Summary of Contents for PADU-8-ICP

Page 1: ...ibaPADU 8 ICP Parallel A D Converter Unit for Fast Measurement with ICP Sensors Manual Issue 1 7...

Page 2: ...e 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 the Internet The current ve...

Page 3: ...pply Connection 13 7 2 2 Fiber optic Ports RX and TX 13 7 2 3 Setting the Device Address with S1 and S2 Decade Switches 13 7 2 4 Terminal Blocks Pin Connections X1 X5 X14 13 7 2 5 Run Link and Error L...

Page 4: ...1 5 Output Resources for iba FOB M FOB M Out 28 10 1 6 Control of ibaPADU 8 ICP in ibaLogic application program 29 10 1 7 Data Buffer Size 30 10 2 Configuring with ibaPDA 30 10 2 1 Configuring ibaPAD...

Page 5: ...lectronic modules as well as communication and measurement technology A person is regarded to as professional if he she is capable of assessing safety and recognizing possible consequences and risks o...

Page 6: ...ol 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 injur...

Page 7: ...ovides a maximum of 4x96x8 3072 analog and digital measurement channels Each analog channel can be connected di rectly to ICP type sensors without interposing signal conditioning ICP sensors must meet...

Page 8: ...applications Measurement data logging and analysis Applications of ibaSoftware products ibaLogic ibaPDA V6 etc The device may not be operated in mains supply circuits 4 2 Special advices Important no...

Page 9: ...ollowing cards ibaFOB io S or ibaFOB 4i S ibaFOB 4o ibaFOB io D or ibaFOB io Dexp ibaFOB 2io D or ibaFOB 2io Dexp ibaFOB 4i D or ibaFOB 4i Dexp and ibaFOB 4o ibaFOB io ExpressCard for notebook 5 2 Sof...

Page 10: ...to applying power 4 Connect fiber optic cable to the TX RX ports as shown on the device so that the fi ber optic ring is completed 6 2 Dismounting 1 Disconnect the power supply 2 Disconnect all cables...

Page 11: ...as well as multiplexing of up to 96 devices Programmable sampling frequency period minimum 500 Hz 2 msec maximum 25 kHz 40 s sampling period increment of 50 nanoseconds 8 analog inputs with ICP senso...

Page 12: ...port X11 24 V DC Power Connector X14 TX port X10 Address Switches S1 S2 1 96 ICP inputs 00 03 X1 binary inputs connector LEDs L4 L11 binary inputs connector 00 07 X5 ICP inputs 04 07 X1 Top View Seri...

Page 13: ...the Device Address with S1 and S2 Decade Switches Using a precision screwdriver or other suitable instrument turn the S1 decade switch to the ones digit of the desired device address and then turn th...

Page 14: ...f power is on and device is healthy no power Link yellow Off On Blinking No incoming data stream PC is inactive or the previous device in the chain is defective data is being received at RX not active...

Page 15: ...o be removed or apply 5 V to the bootpin and the device has to be rebooted The device is now booting with the new firmware Under normal service conditions the V 24 cable must not be connected Service...

Page 16: ...dividual iba FOB interface must be con nected to the RX port on the first ibaPADU 8 ICP in the fiber optic ring Installed devices may be in terconnected in any order con secutive addresses are not re...

Page 17: ...n of the device network is not required Figure 2 Star Topology If an ibaPADU 8 ICP is connected with a fiber optic link of an ibaFOB card no other PADU type can be connected to the same link But it is...

Page 18: ...The selection of the devices which signals shall be captured can be automatically done in iba Logic or manually in ibaScope or ibaPDA If an ibaPADU 8 ICP is con nected with a fiber optic link of an ib...

Page 19: ...that is requested via an ibaFOB telegram the device returns the ac tual gain setting when measurements begin Table 1 Possible Input Gains 0 0 0 5 1 0 1 5 2 0 2 5 3 0 3 5 4 0 4 5 0 5 dB step area 5 0 5...

Page 20: ...aximum signal strength Therefore the analysis software should take this into account Tip At corner frequencies 1000 Hz reflected frequencies above 50x the corner fre quency are possible Example 1 fc 1...

Page 21: ...ms show the characteristics of the used programmable input filter The filter itself causes a delay within the ibaPADU 8 ICP This delay is named Group delay At an edge frequency of 1 kHz this delay is...

Page 22: ...ith ibaScope please refer to the ibaScope manual 10 1 Working with ibaLogic V3 With ibaLogic you may analyse 25 kHz signals By using additional slow process va riable you may define monitoring ranges...

Page 23: ...h the major part of iba de vices such as PADU 8 16 32 ibaLink SM 64 io ibaLink SM 128V i 2o ibaNet750 BM etc The fastest sample rate is 1 kHz 1 ms You may use ibaPDA ibaLogic or ibaScope as software a...

Page 24: ...Settings Instead of the Apply button you will find the button Save configuration which in fact has the same function There is a second button Configuration FOB M in the dialog System Settings FOB IO F...

Page 25: ...s of this type and the LEDs showing the status of every link The physical connection is ok if the green LED is flashing and the yellow LED is on Telegrams are received by ibaPADU 8 ICP and the communi...

Page 26: ...call the Padu setup dialog window by clicking on the button Setup Padu M Other documentation For a more detailed description of the diagnostic functions and parameters please re fer to the ibaDiag ma...

Page 27: ...e in s Actual gain of the channels in dB for channels 1 8 Actual corner frequency of low pass filter for channels 1 8 Actual reset status Actual command beeing processed Measured values of analog chan...

Page 28: ...After parameterization the device sends a continuous data stream to iba Logic Please note further that the change of parameters may affect the processing of other in and output resources due to a hal...

Page 29: ...requency for each channel to be used The val ues depend on the measurement arrangement and sensor types For the supply of the other parameters iba developed a sample function block FOBM_Control which...

Page 30: ...c e g 25 ms 1 25 ms x 2050 82 000 values sec channel Data read rate DRR 1 40 s 25 000 values sec channel Data generation rate DGR Note The data read rate must be at least three times the data generati...

Page 31: ...device is connected correctly to this link the autodetect feature will find it and place modules Padu 8 ICP on this link Right click the link of the FOB D or FOB S card to which the ibaPADU 8 ICP is...

Page 32: ...umbers automatically in a chronological order However you may prefer a different order later in the data file for analysis The module number determines the order in the signal tree in ibaAnalyzer Time...

Page 33: ...vice address address 0 95 according to the rotary switch settings S1 and S2 4 you can enter signal names and see actual values Define the signal parameters After selecting the tab Analog The unit is p...

Page 34: ...dropdown menu You can also display other signal properties in the grid with a right mouse click on the headline of the grid In the same way you can parameterize the digital signals 5 To finish the co...

Page 35: ...dialog to create the expressions for the triggers The trigger builder is based on the ibaScope trigger editor Open the trigger builder by clicking on the expression builder icon of the digital sig nal...

Page 36: ...Manual ibaPADU 8 ICP 36 Issue 1 7 The custom tab contains the regular expression builder Finish the definition of one trigger event with OK Define further trigger events in the same way...

Page 37: ...s then the trigger pool fires The trigger can fire on a rising edge of the trigger signals or it can fire each sample the trigger signal is 1 If you want to use a trigger pool as a trigger then you ha...

Page 38: ...eed as follows 1 Activate and name the data store 2 Define the Start Stop Trigger Either as a single trigger event or one or more events from the trigger pool see above 3 Define the signals to store 4...

Page 39: ...you are in the ibaPDA client main view Mainly ibaPDA has three view types The trend graph the Scope view and the FFT view Click to the icons to create the views in the signal monitor and place the do...

Page 40: ...ble up to 25 kHz 8 channels simultaneously FO cable Coupling 62 5 125 m ST Lean Max length of fiber optics between devices 2000 m 6560 ft Dimensions WxHxD mm inch 54 x 194 x 155 2 13 x 7 64 x 6 10 Wei...

Page 41: ...specify 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 O...

Reviews: