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IBA ibaW-750, Manual

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IBA ibaW-750 Manual Download Page 44

 

Manual 

ibaW-750

 

 

44 

Issue 1.1 

 

 

10.1 

Supported terminals 

ibaPDA currently supports the following terminals from the manufacturers WAGO and 

Beckhoff. In later firmware versions further modules may have been added. Modules 

available from iba are listed with the iba order number. 
 

Manufac. 

Original order no.  Iba order no. 

Description 

 

Digital inputs 

 

WAGO 

750-1400 

 

16 Channel Digital Input Terminal; DC 24 V; 3.0 ms; Positive Switching 

WAGO 

750-1405 

 

16 Channel Digital Input Terminal; DC 24 V; 3.0 ms; Positive Switching 

WAGO 

750-1406 

 

16 Channel Digital Input Terminal; DC 24 V; 0.2 ms; Positive Switching 

WAGO 

750-400 

15.144000 

2 Channel Digital Input Terminal; DC 24 V; 3.0 ms; Positive Switching 

WAGO 

750-401 

15.144010 

2 Channel Digital Input Terminal; DC 24 V; 0.2 ms; Positive Switching 

WAGO 

750-402 

15.144020 

4 Channel Digital Input Terminal; DC 24 V; 3.0 ms; Positive Switching 

WAGO 

750-402/025-000 

15.144021 

4 Channel Digital Input Terminal; DC 24 V; 3.0 ms; Positive Switching, ex-

tended temperature range  

WAGO 

750-403 

15.144030 

4 Channel Digital Input Terminal; DC 24 V; 0.2 ms; Positive Switching 

WAGO 

750-405 

15.144050 

2 Channel Digital Input Terminal; AC 230 V; 10 ms; Positive Switching 

WAGO 

750-406 

15.144060 

2 Channel Digital Input Terminal; AC 120 V; 10 ms; Positive Switching 

WAGO 

750-408 

15.144080 

4 Channel Digital Input Terminal; DC 24 V; 3.0 ms; Negative Switching 

WAGO 

750-409 

 

4 Channel Digital Input Terminal; DC 24 V; 0.2 ms; Negative Switching 

WAGO 

750-410 

15.144100 

2 Channel Digital Input Terminal; DC 24 V; 3.0 ms; Proximity Switch 

WAGO 

750-411 

 

2 Channel Digital Input Terminal; DC 24 V; 0.2 ms; Proximity Switch 

WAGO 

750-412 

15.144120 

2 Channel Digital Input Terminal; DC 48 V; 3 ms; Proximity Switch 

WAGO 

750-415 

15.144150 

4 Channel Digital Input Terminal; AC/DC 24 V; 20 ms; Negative Switching 

WAGO 

750-427 

 

2 Channel Digital Input Terminal; DC 110V 

WAGO 

750-428 

 

4 Channel Digital Input Terminal; AC/DC 42 V; 20.0 ms; Positive Switching 

WAGO 

750-430 

15.144300 

8 Channel Digital Input Terminal; DC 24 V; 3.0 ms; Positive Switching 

WAGO 

750-431 

15.144310 

8 Channel Digital Input Terminal; DC 24 V; 0.2 ms; Positive Switching 

WAGO 

753-434 

 

8 Channel Digital Input Terminal; DC 5/12 V; 0.2 ms; Positive Switching 

Beckhoff 

KL1408 

 

8 Channel Digital Input Terminal; 

Beckhoff 

KM1002 

 

16 Channel Digital Input Terminal; DC 24 V; 3.0 ms; Positive Switching 

Beckhoff 

KM1004 

 

32 Channel Digital Input Terminal; DC 24 V; 3.0 ms; Positive Switching 

Summary of Contents for ibaW-750

Page 1: ...ibaW 750 Central Unit for WAGO I O System 750 Manual Issue 1 1...

Page 2: ...luded completely so that the full compliance is not guaranteed However the information in this publication is updated regularly Required corrections are contained in the following regulations or can b...

Page 3: ...smounting 12 7 Device description 13 7 1 Properties 13 7 2 Device view 14 7 3 Indicating elements 14 7 3 1 Operating status 14 7 3 2 Power supplies 14 7 4 Operating elements 15 7 4 1 Reset button 15 7...

Page 4: ...4 Add ibaW 750 27 9 3 Module configuration 31 9 3 1 ibaW 750 Hardware 31 9 3 2 ibaW 750 Outputs 38 9 3 3 Diagnostics 39 10 Terminal types 43 10 1 Supported terminals 44 10 2 Configurable terminals 50...

Page 5: ...is capable of assessing safety and recognizing possible consequences and risks on the basis of his her specialist train ing knowledge and experience and knowledge of the standard regulations 1 2 Nota...

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: ...E protocol The two 10 100 Mbit Ethernet interfaces offer a switch function One connection to an ibaPDA system is possible per ibaW 750 unit whereby the sam pling rate is freely adjustable from 1 Hz to...

Page 8: ...time depends on the number of channels connected to a station Especially analog channels and counters terminals with a high number of bits decrease the bus cycle and cycle times may take several milli...

Page 9: ...ibaW 750 Manual Issue 1 1 9 3 Scope of delivery After unpacking check the completeness and intactness of the delivery The scope of delivery includes ibaW 750 device ibaW 750 manual...

Page 10: ...tant note Do not open the device There are no serviceable parts inside the device Opening the device will void the warranty Note Cleaning To clean the device use a dry or slightly moistened cloth A no...

Page 11: ...andard Ethernet interface Standard Ethernet patch cable Optional at least one free PCI PCIe slot On our homepage http www iba ag com you will find several PC systems suita ble for desktop or industry...

Page 12: ...is turned off when adding or removing modules 6 1 Mounting Press the device slightly against the DIN rail When you hear the click the device is securely mounted 6 2 Dismounting Remove all I O connect...

Page 13: ...the function of the module Therefore the daisy chaining of power supplies from module to module may be interrupted If it is necessary to supply subsequent modules more right positioned an additional...

Page 14: ...3 Indicating elements The operating status of the device is shown by colored status LEDs 7 3 1 Operating status LED Color Status Description Run Green Off Blinking Blinking fast On Out of operation n...

Page 15: ...itch function The interfaces support Auto MDI Autonegotiation 10 100 Mbit and half full duplex APIPA1 is not supported 7 5 2 Local bus Communication between the central unit and I O modules as well as...

Page 16: ...supplies If a higher load is necessary additional system power supply modules are required e g Wago 750 613 Some modules do not need a supply voltage from the system supply but use the addi tional fie...

Page 17: ...cts when snapping the modules together The power load of the power contacts must not permanently exceed 10 A When inserting a module without power jumper contacts or an additional power module the fie...

Page 18: ...vice configuration in the network can be found in chapter 9 2 8 1 System integration with ibaNet E via Ethernet Figure 4 Data acquisition with ibaPDA ibaW 750 is connected to the ibaPDA computer via a...

Page 19: ...dware reset on the device itself 8 2 1 Procedure Move the configuration switch to the Rst position hold it and press the reset button at the same time The reset button can be pressed with a suitable o...

Page 20: ...nected terminals and output them In both cases first establish an Ethernet connection to the ibaPDA computer Start ibaPDA and open the I O Manager Figure 7 Open I O Manager 9 1 ibaNet E interface The...

Page 21: ...ted If a connection to an ibaNet E device is interrupted the acquisition is stopped Set signals to zero when no data is available If the ibaNet E connection is broken all signals in the acquisition ar...

Page 22: ...iscovery tab This tab is used to set the network interfaces via which ibaNet E devices are to be searched Please note that this search can only be successful if the device is located in the same LAN a...

Page 23: ...vice and start the search by clicking on Search Figure 12 Found devices in the Discovery tab Found devices are listed in the table and cannot be changed in this display Device name Name of the device...

Page 24: ...and added as far as possible 9 2 2 Device settings Open the dialog Edit device settings with the button In the device settings device specific values are entered which are mainly required for the net...

Page 25: ...The gateway of the IP settings This field is read only when DHCP is enabled DHCP If DHCP is not enabled a static IP address must be selected If DHCP is enabled the IP address of a DHCP server in the...

Page 26: ...en device settings If the device settings are opened by the same owner all configurations can still be changed here If another ibaPDA computer had set these settings most recently and not locked them...

Page 27: ...ured via the search as in the previous steps it can be added to the I O configuration as a module in ibaPDA Select the ibaW 750 device in the Discovery tab of the ibaNet E interface and click the butt...

Page 28: ...r it can also be carried out by another ibaPDA system If the ibaW 750 module is added the network address by which ibaW 750 can be reached must be specified first for a successful connection Figure 20...

Page 29: ...etect terminals and Read configuration from device Figure 21 Further functions in the General tab 9 2 4 3 Offline It is also possible to add and configure the ibaW 750 device to the I O Manager withou...

Page 30: ...s to add and the terminal is added as often as required Note Enter all terminals here including the output terminals if any are present These are then automatically created by ibaPDA in an output modu...

Page 31: ...t be read out via the K bus However the terminal type is correctly detected and a terminal with the corresponding number of inputs and outputs is displayed in ibaPDA The displayed terminal can now be...

Page 32: ...on the K bus on the Diagnostics tab in the field maximum cycle time When each cycle is to be captured iba recommends setting the ibaPDA timebase not more than half the maximum cycle time It is always...

Page 33: ...pe and is arranged in the order of addition Figure 25 Module ibaW 750 Analog tab The signals K bus cycle time actual and K bus cycle time max are available by default They can be enabled disabled Name...

Page 34: ...e context menu click with the right mouse button in the headline 9 3 1 3 Digital tab The signal table for digital signals is automatically adjusted for each terminal type and arranged in the order of...

Page 35: ...tall a firmware update Select the update file w750_v xx yy zzz iba in the browser and start the update with OK Important note The update may take several minutes and must not be interrupted After an u...

Page 36: ...figuration can be retrieved from the device at any time Meaning of the colors Green The ibaPDA system currently accessing it is the owner Orange Another ibaPDA system is the owner but has not locked t...

Page 37: ...acquisition start Ping time Separately measured reaction time for the evaluation of the link quality Lost images Number of lost I O images created at the sampling clock Depending on the ibaNet E phase...

Page 38: ...tree The ibaW 750 device module is displayed as well under the menu item Outputs at the corresponding link Figure 29 Device in the outputs module tree The digital signals are listed in the Digital tab...

Page 39: ...provides its connection information By using a diagnostic module you can record and analyze the diagnostic information continuously in the ibaPDA system Diagnostic modules do not consume any license...

Page 40: ...f a diagnostic module equal those of other modules Diagnostics Target module By selecting the target module you assign the diagnostic module to the module on which you want to acquire information abou...

Page 41: ...ttempts out Number of attempts to establish the send connection out Connections established in Number of currently valid data connections for reception in Connections established out Number of current...

Page 42: ...baNet E de vice Lost images Number of lost images in that were not received even after a retransmission Digital diagnostic signals Synchronization The device is synchronized for isochronous acquisitio...

Page 43: ...s end terminals and terminals that do not provide I O or status signals and are therefore usually not displayed in ibaPDA Further information This manual describes only the properties of the WAGO devi...

Page 44: ...50 2 Channel Digital Input Terminal AC 230 V 10 ms Positive Switching WAGO 750 406 15 144060 2 Channel Digital Input Terminal AC 120 V 10 ms Positive Switching WAGO 750 408 15 144080 4 Channel Digital...

Page 45: ...ics WAGO 750 512 15 145120 2 Channel Digital Output Terminal Relay AC 230 V DC 30 V AC DC 2 A non floating 2 make contacts WAGO 750 513 15 145130 2 Channel Digital Output Terminal Relay AC 230 V DC 30...

Page 46: ...Terminal 4 20 mA Single Ended WAGO 750 467 15 144670 2 Channel Analog Input Terminal 0 10 V Single Ended WAGO 750 468 4 Channel Analog Input Terminal 0 10 V Single Ended WAGO 750 469 15 144690 2 Chan...

Page 47: ...mA Beckhoff KL3044 4 Channel Input Terminal 0 20 mA Beckhoff KL3051 1 Channel Loop Powered Input Terminal 4 20 mA Beckhoff KL3052 2 Channel Loop Powered Input Terminal 4 20 mA Beckhoff KL3054 4 Chann...

Page 48: ...ff KL4012 2 Channel Analog Output Terminal 0 20 mA Beckhoff KL4021 1 Channel Analog Output Terminal 4 20 mA Beckhoff KL4022 2 Channel Analog Output Terminal 4 20 mA Beckhoff KL4031 1 Channel Analog Ou...

Page 49: ...er Measurement Module 690V RC Rogowski Coils WAGO 750 495 040 000 3 Phase Power Measurement Module 690V 1A extended temperature range WAGO 750 495 040 001 3 Phase Power Measurement Module 690V 5A exte...

Page 50: ...k and to determine which data and characteristics are to be recorded in ibaPDA Parameterization is carried out conveniently in ibaPDA If one of the two terminals is added manually in the I O Manager t...

Page 51: ...ng dialog appears for parameterization Figure 38 Parameterization using the example of terminal 750 494 Three WagoPMM modules with corresponding assigned signals are available below the terminal Figur...

Page 52: ...ownload at www wago com However there are two limitations compared to the range of measured values guaran teed by WAGO for operation with ibaW 750 DC measured values of the WAGO750 494 terminal are no...

Page 53: ...Since the measured values are retrieved from the terminals serially via the K bus the update time of the measured values in ibaPDA depends on the number of values to be transmitted In other words the...

Page 54: ...minals the most influence The current cycle time on the K bus is measured with each cycle and is displayed on the Diagnostics tab in the Current cycle time field Please note that the K bus cycle time...

Page 55: ...50 502 2 x 2 channel digital input terminal WAGO750 405 und 2 x 2 channel digital output terminal WAGO750 502 Analog terminals 1 x 2 channel analog input terminal WAGO750 456 2 x 2 channel analog inpu...

Page 56: ...alog output terminal WAGO750 556 2 x 2 channel analog input terminal WAGO750 456 und 2 x 2 channel analog out put terminal WAGO750 556 Digital and analog terminals combined Complex and configurable te...

Page 57: ...494 2 x 3 phase power measurement terminal WAGO750 494 Digital analog complex and configurable terminals combined When operating with mixed bus terminals digital analog complex and configurable the K...

Page 58: ...e two factors mainly affect the update rate of the single input signals The following is essential If a new changed value should be acquired with a minimum delay the time base in ibaPDA should be set...

Page 59: ...O modules Connector type 6 sliding contacts according to WAGO I O system 750 incl power supply ibaNet interface Number 2 Design Standard Ethernet ibaNet protocol ibaNet E Number of ibaPDA connec tion...

Page 60: ...2 CAGE CLAMP contacts 0 08 mm 2 5 mm AWG 28 14 Operating and environmental conditions Operating temperature 0 C 55 C 32 F 131 F Storage temperature 25 C 85 C 13 F 185 F Transport temperature 25 C 85 C...

Page 61: ...ibaW 750 Manual Issue 1 1 61 12 2 Dimensions Figure 41 Dimensions ibaW 750 front view dimension in mm Figure 42 Dimensions ibaW 750 side view dimensions in mm...

Page 62: ...oduct Contact Headquarters iba AG Koenigswarterstrasse 44 D 90762 Fuerth Germany Phone 49 911 97282 0 Fax 49 911 97282 33 E mail iba iba ag com Mailing address iba AG Postbox 1828 D 90708 Fuerth Germa...

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