IBA ibaM-FO-2IO Owner's manual

ibaM-FO-2IO

Fiber optic interface module for ibaNet 32Mbit

Manual

Issue 1.4

Measurement Systems for Industry and Energy

www.iba-ag.com

Manufacturer

iba AG

Koenigswarterstrasse 44

90762 Fuerth

Germany

Contacts

Main oce +49 911 97282-0

Fax +49 911 97282-33

Support +49 911 97282-14

Engineering +49 911 97282-13

E-mail [email protected]

Web www.iba-ag.com

Unless explicitly stated to the contrary, it is not permied to pass on or copy this document, nor

to make use of its contents or disclose its contents. Infringements are liable for compensaon.

The content of this publicaon has been checked for compliance with the described hardware

and soware. Nevertheless, discrepancies cannot be ruled out, and we do not provide guaran-

tee for complete conformity. However, the informaon furnished in this publicaon is updated

regularly. Required correcons are contained in the following regulaons or can be downloaded

on the Internet.

The current version is available for download on our web site www.iba-ag.com.

Version Date Revision Author Version SW

1.4 08-2023 Miscellaneous supplements ms, st FW

v1.01.001

Windows® is a brand and registered trademark of Microso Corporaon. Other product and

company names menoned in this manual can be labels or registered trademarks of the corre-

sponding owners.

1.4 3

ibaM-FO-2IO Contents

Contents

1 Aboutthisdocumentaon ................................................................................................5

1.1 Target group.............................................................................................................. 5

1.2 Notaons .................................................................................................................. 5

1.3 Used symbols ............................................................................................. ...............6

2 Introducon ...................................................................................................................... 7

3 Scope of delivery ...............................................................................................................9

4 Safetyandotherinstrucons ..........................................................................................10

4.1 Intended Use .......................................................................................................... 10

4.2 Special safety instrucons ...................................................................................... 10

5 System requirements ......................................................................................................11

6 Devicedescripon ........................................................................................................... 12

6.1 View ........................................................................................................................ 12

6.2 Display elements.....................................................................................................12

6.2.1 Module status ......................................................................................................... 12

6.2.2 FO interfaces ..........................................................................................................13

6.3 Fiber opc connecons .......................................................................................... 13

7 Mounnganddismounng .............................................................................................14

7.1 Modules ............................................................................................ ......................14

7.2 End cover ................................................................................................................ 15

8 ibaPDAintegraon .......................................................................................................... 16

8.1 Adding modules ............................................................................................ ..........16

8.1.1 Automacally ............................................................................................. ............. 16

8.1.2 Manually / oine ................................................................................................... 17

8.2 ibaNet protocols .....................................................................................................17

8.2.1 32Mbit .................................................................................................................... 17

8.2.2 32Mbit Flex .............................................................................................................19

8.2.2.1 Mirror mode with 32Mbit Flex ............................................................................ 20

8.2.2.2 Telegram size calculaon with 32Mbit Flex .........................................................23

8.2.3 Conguraon of output modules ........................................................................... 25

8.2.3.1 Introducon .........................................................................................................25

4 1.4

Contents ibaM-FO-2IO

8.2.3.2 Systems with 32Mbit Flex mode .......................................................................... 26

9 Systemintegraon .......................................................................................................... 28

9.1 Example applicaons for ibaM-FO-2IO ................................................................... 28

9.2 32Mbit Flex protocol and ibaFOB-D network ......................................................... 29

9.2.1 Data volume and sampling rate .............................................................................. 29

9.2.2 ibaFOB-D network .................................................................................................. 31

9.2.3 IP addresses in the FOB-D network ........................................................................ 31

10 Technical data .................................................................................................................33

10.1 Dimensions ............................................................................................................. 35

10.2 Example for FO budget calculaon ......................................................................... 36

11 Support and contact ........................................................................................................ 38

1.4 5

ibaM-FO-2IO About this documentaon

1 Aboutthisdocumentaon

This documentaon describes the design, applicaon and operaon of the device ibaM-FO-2IO.

1.1 Targetgroup

This manual addresses in parcular the qualied professionals who are familiar with handling

electrical and electronic modules as well as communicaon and measurement technology. A

person is regarded as professional if he/she is capable of assessing safety and recognizing possi-

ble consequences and risks on the basis of his/her specialist training, knowledge and experience

and knowledge of the standard regulaons.

1.2 Notaons

In this manual, the following notaons are used:

Acon Notaon

Menu command Menu Logic diagram

Calling the menu command Step 1 – Step 2 – Step 3 – Step x

Example:

Select the menu Logic diagram – Add – New funcon

block.

Keys <Key name>

Example: <Alt>; <F1>

Press the keys simultaneously <Key name> + <Key name>

Example: <Alt> + <Ctrl>

Buons <Key name>

Example: <OK>; <Cancel>

Filenames, paths Filename, Path

Example: Test.docx

6 1.4

About this documentaon ibaM-FO-2IO

1.3 Used symbols

If safety instrucons or other notes are used in this manual, they mean:

Danger!

Thenon-observanceofthissafetyinformaonmayresultinanimminentrisk

of death or severe injury:

■ Observe the specied measures.

Warning!

Thenon-observanceofthissafetyinformaonmayresultinapotenalriskof

deathorsevereinjury!

■ Observe the specied measures.

Cauon!

Thenon-observanceofthissafetyinformaonmayresultinapotenalriskof

injuryormaterialdamage!

■ Observe the specied measures

Note

A note species special requirements or acons to be observed.

Tip

Tip or example as a helpful note or insider p to make the work a lile bit easier.

Otherdocumentaon

Reference to addional documentaon or further reading.

1.4 7

ibaM-FO-2IO Introducon

2 Introducon

The ibaM-FO-2IO interface module belongs to the ibaMAQS (Modular Acquision System). This

module is used to connect addional iba devices that communicate via the ibaNet ber opc

cable. The 32Mbit Flex and 32Mbit ibaNet protocols are supported.

Note

With the ibaM-DAQ processor module, only one ibaM-FO-2IO module is current-

ly supported. Two ibaM-FO-2IO modules can be used with the ibaM-COM com-

municaon module.

Ataglance

■ Connecon of classic iba devices via ber opcs

■ Supports the 32Mbit Flex and 32Mbit ibaNet protocols

■ 2 independent ber opc interfaces with one input and one output each

■ Dierent sampling rates can be set per interface (up to 100 kHz)

■ LEDs for each input channel indicang operang status, link status, and errors

Operangmodes

The following table provides an overview of the available operang modes, transmission rates,

number of signals, sampling me, and typical devices.

Protocol Max.numberofsig-

nalsperFOlink

Samplingme Typical devices

Singleberinput-onlymodes

32Mbit 64 INT + 64 digital ≥50 µs SIMATIC TDC LO6

128 INT + 128 digital ≥100 µs SIMATIC TDC LO6

512 REAL + 512 digital ≥800 µs ABB AC 800PEC (1 ms)

DPM-S mode ≥800 µs ibaBM-DPM-S (1 ms)

8 x (64 INT + 64 digi-

tal)

≥1 ms ibaBM-COL-8i-o

(1 ms)

Bidireconalbermodes(outputlinkrequired)

32Mbit Flex variable1) ≥10 µs ibaPADU-S-CM

Singleberoutput-onlymodes(outputlinkrequired)

32Mbit Not yet supported by soware.

Besides the hardware parameters, the usability of the interface module and peripheral devices

in combinaon with a parcular operang mode also depends on the iba soware applicaon.

Not every iba soware applicaon supports all operang modes or modules.

1) Example: Payload transmission of 64 bytes at 25 µs sampling me or 3100 bytes at 1 ms

8 1.4

Introducon ibaM-FO-2IO

The following table shows the supported combinaons of operang modes and soware appli-

caons:

Protocol 32Mbit 32Mbit Flex

Transmission rate 32 Mbit/s 32 Mbit/s

Sampling rate 1.25 – 20 kHz 0.5 – 100 kHz

Number of signals per FO link 512 A + 512 D (1 ms)

64 A + 64 D (50 µs)

Up to 4060 Bytes

Applicaon Input Output Input Output

ibaPDA --

= OK, -- = not supported

1.4 9

ibaM-FO-2IO Scope of delivery

3 Scope of delivery

Aer having unpacked the delivery, please check it for completeness and possible damage. The

scope of delivery includes:

■ ibaM-FO-2IO module

10 1.4

Safety and other instrucons ibaM-FO-2IO

4 Safetyandotherinstrucons

4.1 Intended Use

The interface module is an electrical equipment. It may be used only for the following applica-

ons:

■ Measurement data acquision and analysis

■ Applicaons of iba soware products (ibaPDA, etc.)

This module must only be connected to peripheral devices from iba AG or dedicated, compa-

ble devices from other manufacturers.

The device must only be used as specied in chapter ì Technical data, page 33.

Note

If the device is used or operated other than as specied in chapter ì Technical

data, page 33, the protecon supported by the device may be impaired.

4.2 Specialsafetyinstrucons

Cauon!

Never plug or unplug modules on the DIN rail while they are live!

Before plugging/unplugging modules, rst switch o the power supply to the

system.

Warning

This is a class A device. This equipment can cause harmful interference in a resi-

denal area. In this case, the operator will be required to take appropriate mea-

sures.

Note

Do not open the device! Opening the device leads to loss of warranty!

Note

Only clean the device externally with a dry or slightly damp stacally discharged

cleaning cloth.

1.4 11

ibaM-FO-2IO System requirements

5 System requirements

Hardware

ibaMAQS central unit

■ ibaM-DAQ processor module or ibaM-COM communicaon module

Soware

■ ibaPDA version 8.2.0 or higher

Firmware

■ ibaMAQS version 01.01.001 or higher

12 1.4

Device descripon ibaM-FO-2IO

6 Devicedescripon

6.1 View

1Module status display

2Connectors ber opc cable X1 RX FO input link 0

X2 TX FO output link 0

X3 RX FO input link 1

X4 TX FO output link 1

3Display FO connecon

6.2 Display elements

6.2.1 Module status

Color Status Descripon

o Down, no power supply

Green on

ashing slowly

ashing quickly

Ready for operaon

Device is boong

Update is running

Red on Error, reset

1.4 13

ibaM-FO-2IO Device descripon

6.2.2 FO interfaces

Colour Status Descripon

-o TX: No protocol will be sent

Green on RX: Communicaon status OK

Selected and detected protocol match

TX: Telegrams are being sent

ashing RX: Detected and selected protocol do not match

6.3 Fiberopcconnecons

The two ibaNet interfaces each consist of one ber opc input (RX) and one ber opc output

(TX):

■ X1 RX (FO input) + X2 TX (FO output)

■ X3 RX (FO input) + X4 TX (FO output)

The module supports the 32Mbit Flex and 32Mbit ibaNet protocols.

14 1.4

Mounng and dismounng ibaM-FO-2IO

7 Mounnganddismounng

Cauon

Only work on the device when it is de-energized!

To do this, disconnect the power supply unit from the voltage supply and pay at-

tenon to any other current or voltage measurement modules, for which further

steps are required for disconnecon. These steps can be found in the respecve

manual of the module.

The modular system is designed to be mounted onto the DIN rail as follows:

■ Mount the processor module in the le-most posion.

■ Add up to 15 I/O modules to the right of the processor module.

■ Add an end cover to the last module to protect the contacts.

Make sure that the modules

■ are properly secured to the rail and

■ are correctly posioned in the side guide rails.

Check the correct ng of the modules aer mounng by a visual inspecon.

Note

Ensure a minimum clearance of the enre system of 30 mm upwards and down-

wards and 10 mm to the right and le for sucient venlaon of the device.

7.1 Modules

Mounng

■ Shut down the system.

■ Switch o the power supply.

■ Remove the end cover, if present.

■ Li the green lever of the module upwards.

■ Push the module backwards along the guide rails onto the DIN rail.

■ Push down on the green lever.

■ To protect the side contacts from dirt and damage, install the end cover on the last module.

■ Switch on the power supply.

■ Start the system.

1.4 15

ibaM-FO-2IO Mounng and dismounng

1Green lever for locking and releasing the modules

2Guide rails

Dismounng

■ Shut down the system and switch it o.

■ Remove all connecons from the module that is to be dismounted.

■ If you want to dismount the module on the far right, rst remove the end cover. This is

mounted again on the last module on the right aer the module has been dismounted.

■ Grasp the module at the top and boom with one hand and li the green lever upwards to

release the lock on the DIN rail.

■ Pull the module forward along the guide rails.

■ Push down on the lever.

7.2 End cover

The rightmost module is terminated on the right side with the end cover ibaM-CoverPlate.

Mounng

■ Push this end cover along the guide rail unl the cover snaps into place.

Dismounng

■ Push this end cover forward along the guide rail.

16 1.4

ibaPDA integraon ibaM-FO-2IO

8 ibaPDAintegraon

With ibaPDA you can search for devices in the network and congure them for operaon in the

network, but ibaPDA can also be used to congure, acquire and record the analog and digital

signals of the connected terminals, and output them.

Modules from the ibaMAQ system can only be operated at an ibaMAQS central unit, either at

the processor module ibaM-DAQ or communicaon module ibaM-COM. Congure the respec-

ve central unit before adding further modules.

Otherdocumentaon

Please read the descripon and conguraon of the modules ibaM-DAQ or

ibaM-COM in the corresponding device manuals.

8.1 Addingmodules

There are several ways to add modules in ibaPDA:

■ Automacally

■ Manually / oine

The procedure is described using the example of the processor module ibaM-DAQ.

8.1.1 Automacally

Start ibaPDA , open the I/O Manager and proceed as follows:

1. Select the IO bus link below your ibaM-DAQ module in the module tree. Right-click on the

link and open the submenu. Select Autodetect.

If ibaPDA detects the module, it will be listed in the module tree.

2. Congure the module, see the following chapter.

3. Click <Apply> or <OK> to apply the new conguraon.

1.4 17

ibaM-FO-2IO ibaPDA integraon

8.1.2 Manually/oine

1. If ibaPDA does not detect the module automacally, then you can also add the module

manually.

2. Right-click on the IO bus link.

3. Select Add module and select the desired modules from the list.

4. To congure the module, see the following chapter.

5. Click <Apply> or <OK> to apply the new conguraon.

8.2 ibaNet protocols

8.2.1 32Mbit

18 1.4

ibaPDA integraon ibaM-FO-2IO

When you click on a module link in the tree structure, you will see informaon about this link. In

the "Info" tab, informaon about the FO communicaon is displayed on the le. The displayed

informaon will depend on the current protocol on the FO link.

”Link”area

Communicaonstatus

OK if the FO communicaon works properly. This means that the telegrams that are being re-

ceived correspond with the mode that is congured on the link. The link mode is determined by

the module that is connected to the link.

Detected protocol

This is the transmission protocol detected by the module. This can be 32Mbit, 32Mbit Flex or

"?" (no device connected).

Selected protocol

This is the transmission protocol set for this link. It is determined by the aached module.

Telegramcounters

Counter of correctly received telegrams.

Error counter

Counter of received telegrams that have errors (e.g., incorrect checksum). If this counter chang-

es, the FO communicaon does not work correctly.

Timebetweentelegrams

The me interval between the last 2 correctly received telegrams.

"Imagegeneraon"area

The informaon on the right side of the dialog describes the image generaon (process image).

An image is a collecon of bytes that are transmied from the module to the computer via the

bus. This image contains all data of the measured signals on that link.

Droppedimages

This counter indicates how many images were dropped due to an overload of the communica-

on bus used by the modules. This can occur, for example, if the bus is already occupied with

data from too many analog modules with high sampling rates. In this case, consider whether the

sampling rate of the modules can be reduced or whether modules must be relocated to another

system.

<Reset>

The buon <Reset> resets all counters.

1.4 19

ibaM-FO-2IO ibaPDA integraon

8.2.2 32Mbit Flex

The screenshot above shows the informaon you see when the link is in 32Mbit Flex mode. Up

to 15 devices can be connected in a ring topology per link. In the signal tree on the le side, the

links 1 – 15 below the ibaM-FO-2IO correspond to the address set by the rotary switch on the

connected device.

Addional items are:

"Link"area

Timebetweentelegrams

Time between two telegrams measured by the ibaM-FO-2IO module. It should be equal to the

congured frame me.

Mode

Status of the connecon mode:

Ring: One or more devices (cascade) are bidireconally connected and the FO ring is closed.

Open chain: Only the ber opc input is connected to a device. The output is not connected or

the FO ring is interrupted

Mirror mode

Indicates whether mirror mode is disabled or enabled. If mirror mode is enabled, the display

shows whether the module is congured as a master or slave system. For a descripon of mirror

mode, see chapter ì Mirror mode with 32Mbit Flex, page 20.

Roundtrip delay

Telegram cycle in the closed FO ring. The me depends on the number of connected devices in

the ring (approx. 2 µs per device). Due to the roundtrip delay the data of the connected devices

might be captured asynchronously (up to one telegram cycle).

20 1.4

ibaPDA integraon ibaM-FO-2IO

Frameme

Fixed cycle me the data frames are being sent. (Smallest mebase set for the connected devic-

es. The mebase of all devices must be a mulple of the smallest mebase.)

Table

The table shows the cycle me and the data size of the respecve channel:

Row 0: Ethernet channel

Rows 1–15: connected devices with the corresponding address 1–15

8.2.2.1 Mirror mode with 32Mbit Flex

In mirror mode mulple ibaPDA systems can receive the data from the same 32Mbit Flex de-

vices at the same me. For this purpose, one ibaPDA system is congured as the master. The

master system is the only one that can congure the connected Flex devices. The other ibaPDA

systems are congured as slaves and can only acquire the data from the Flex devices, but not

change the conguraon.

The master ibaPDA system requires a bidireconal ber opc link to receive and send data to

the Flex devices. The slave ibaPDA only needs a single ber opc link to receive data from the

Flex devices and the device conguraon.

Note

The slave system cannot output data via ber opcs.

Possibleconnecons

The ber opc output on the last Flex device is connected to the ber opc input on an ibaBM-

FOX-i-3o-D device. One ber opc output on the ibaBM-FOX-3o-D device is connected to a ber

opc input on the master ibaPDA system; another output is connected to an input on the slave

ibaPDA.

This connecon allows the slave ibaPDA to acquire data even when the master ibaPDA system

has been shut down.

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IBA ibaM-FO-2IO Owner's manual

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