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AThink future. Switch to green.

Building Automation SystemsIndustrial Automation

User Manual

06/04 AWB2528-1480GB

MFD-TitanMulti-Function Display


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All brand and product names are trademarks or registeredtrademarks of the owner concerned.

1st published 2003, edition date 06/032nd edition 06/2004See revision protocol in the About this manual chapter

Moeller GmbH, 53105 Bonn

Author: Dieter BauerfeindEditor: Heidrun RiegeTranslator: Terence Osborn

All rights reserved, including those of the translation.

No part of this manual may be reproduced in any form(printed, photocopy, microfilm or any other process) orprocessed, duplicated or distributed by means of electronic

systems without written permission of Moeller GmbH, Bonn.

Subject to alteration without notice.


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Before commencing the installation

Disconnect the power supply of the device.

Ensure that devices cannot be accidentally

restarted. Verify isolation from the supply.

Earth and short circuit.

Cover or enclose neighbouring units thatare live.

Follow the engineering instructions (AWA)of the device concerned.

Only suitably qualified personnel inaccordance with EN 50110-1/-2(VDE 0105 Part 100) may work on thisdevice/system.

Before installation and before touchingthe device ensure that you are free ofelectrostatic charge.

The functional earth (FE) must beconnected to the protective earth (PE) or

to the potential equalisation. The systeminstaller is responsible for implementingthis connection.

Connecting cables and signal lines shouldbe installed so that inductive or capacitive

Suitable safety harmeasures should bI/O interface so thaon the signal side undefined states indevices.

Ensure a reliable elow voltage for theuse power supply uIEC 60364-4-41 (VHD 384.4.41 S2.

Deviations of the mrated value must nlimits given in the s

this may cause maloperation.

Emergency stop deIEC/EN 60204-1 moperating modes odevices. Unlatching

devices must not c Devices that are de

housings or controoperated and contbeen installed with

Warning!Dangerous electrical voltage!


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Measures should be taken to ensure theproper restart of programs interruptedafter a voltage dip or failure. This shouldnot cause dangerous operating states evenfor a short time. If necessary, emergency-

stop devices should be implemented.

Wherever faults in themay cause damage toexternal measures muensure a safe operatinof a fault or malfuncti

means of separate limmechanical interlocks


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06/04 AWB2528-1480D

About This ManualDevice designationWriting conventionsList of revisions

1 MFD-TitanTarget readershipProper use

Improper use OverviewDevice overview MFD devices at a glance Type references for the MFD-MFD operation

Buttons Moving through menus and c Selecting main and system m MFD-Titan Status display Status display for local expan MFD-Titan advanced Status d

MFD-Titan LED display Menu structure Selecting or toggling betwee Cursor display Setting values

Contents


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Contents 06/04 AW

Network cables and plugsConnecting the power supply Cable protection Connecting the inputs Connecting the AC inputs Connecting MFD-DC inputs Connecting the outputsConnecting relay outputs MFD-R.. EASY6..-..RE.. EASY2..-RE Connecting transistor outputs MFD-T.. EASY6..-DC-TE Connecting analog outputs Connecting servo valves Setpoint entry for a drive Connecting the NET network

Accessories Cable length and cross-sections Plugging and unplugging netwoConnecting the serial interfaceExpanding inputs/outputs Local expansion

Remote expansion

3 CommissioningSwitching on


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Conten06/04 AWB2528-1480D

Configuring an easy-NET netwo Entering the network station Entering network stations Configuring an easy-NET net Changing the easy-NET netw

configuration Displaying the Status display Configuring the interface for thmode Setting up the COM-LINK Terminal mode Terminal mode

4 Wiring with MFD-TitanMFD-Titan operation Buttons for drawing circuit d

function block usage

Operating principles Usable relays and function bl Markers, analog operands Number formats Circuit diagram display Saving and loading programs

Working with contacts and rela Creating and modifying conn Inserting and deleting a rung Saving circuit diagrams Aborting circuit diagram entr


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Contents 06/04 AW

Data block comparator Data block transfer Boolean operation Counters High-speed counters Frequency counters High-speed counters High-speed incremental encode Comparators Text output function block Data function block PID controller Signal smoothing filter GET, fetch a value from the netw Seven-day time switch Year time switch Value scaling Jumps

Master reset Numerical converters Operating hours counter PUT, send a value onto the netw Pulse width modulation Setting date/time

Set cycle time Timing relay Value limitation Example with timing relay and

counter function block


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Numerical value Example numerical value: Value entry Message text Button editor Select an operable screen ele Display backlight Screen change Password logout Set variable to fixed value Increment variable Decrement variable Changeover relay

6 easy-NET Network, COM-LINConnectionIntroduction to easy-NET

easy-NET network topologies, aand functions Loop through the unit wiring T connector and spur line Position and addressing of th

via easy-NET

Possible write and read authin the network Configuration of the easy-NET Station number Transmission speed


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Contents 06/04 AW

Introduction to COM-LINK Topology Configuration of the COM-LINK

7 MFD Settings

Password protection Password setup Selecting the scope of the passw Activating the password Unlocking MFD Changing the menu language

Changing parameters Adjustable parameters for functSetting date, time and daylight savChanging between winter/summerActivating input delay (debounce) Deactivating debounce (input de

Activating and deactivating the P Activating the P buttons Deactivating the P buttons Startup behaviour Setting the startup behaviour Behaviour when the circuit diag

is deleted Behaviour during upload/downloto card or PC

Possible faults Card startup behaviour


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8 Inside MFDMFD Program cycle How MFD evaluates the high

CF, CH and CI Memory management of the

Delay times for inputs and out Delay times for the MFD inpuMonitoring of short-circuit/overwith EASY..-D.-T..Expanding MFD-Titan How is an expansion unit rec

Transfer behaviour Function monitoring of expanQA analog outputLoading and saving programs MFD without display and key Interface Memory card EASY-SOFT-PRO Device version

AppendixTechnical data

General CPU, real-time clock/timing r Transistor outputs Analog output easy-NET network


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06/04 AW


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06/04 AWB2528-1480GB

About This Manual

This manual describes the installatioprogramming (circuit diagram genercontrol relay.

A specialist knowledge of electrical for commissioning and creating circactive components such as motors ocontrolled, parts of the system can bput at risk if the MFD device is conn

incorrectly.

Device designation This manual uses the following abbrdifferent device models:

MFD-Titan MFD easy-AC for EASY618-AC-RC easy-DC for EASY6..-DC-.E

Writing conventions Symbols used in this manual have thX Indicates actions to be taken.

hAttention!W f th ibilit f li ht d


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About This Manual 06

For greater clarity, the name of the currin the header of the left-hand page andcurrent section in the header of the righ

does not apply to pages at the start of pages at the end of a chapter.

List of revisions

h Indicates interesting tips and additio

Edition Page Topic New Ch

06/04 9 Device designation j

30 Section Setting values j

64 Section Temperature sensor,

brightness sensor, 20 mA sensor

j

73 Connection cable: j

74 Section Cable length and cross-sections

j

117 Initialise display j

131 Table 8 j132 Section Composition of the markers j

194 High-speed counters j

203 Figure 105 j


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List of r06/04 AWB2528-1480GB

06/04 261 Section Time range

262 Section Variable setpoint values

265 Figure 101

266,267

Figure 135 and Figure 136

279 Chapter 5 j

365 Section Password incorrect or nolonger known

391 Section Memory management of theMFD-Titan

401 Section Memory card

406 Section EASY-SOFT-PRO

412 Graphic Dimensions of the MFD-80..

display/operating unit413 Graphic Dimensions of the MFD-CP8..

power supply/CPU module.

414 Climatic ambient conditions

414 Ambient mechanical conditions

415 Electromagnetic compatibility (EMC)415 Dielectric strength

416 Operating buttons, input current

Edition Page Topic New


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06


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06/04 AWB2528-1480GB

1 MFD-Titan

Target readership MFD must only be installed and wireelectricians or other persons familiar

electrical equipment.A specialist knowledge of electrical for commissioning and creating circcontrolling active components such cylinders, parts of the system can beput at risk if MFD is connected or pr

Proper use MFD is a programmable device that pclosed-loop and open-loop control fused to replace relay and contactor cused as an MFD device. MFD must b

before use.The display and operating unit of thIP65 and does not normally require protection. The rear MFD units are dunits and must be installed in an enor a service distribution board. Both signal terminals must be laid and coaccidental contact.

The installation must comply with reelectromagnetic compatibility (EMC

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MFD-Titan 06/04 AWB

Overview MFD-Titan is an electronic HMI unit anthe following features:

Logic functions, Timing relay and counter functions, Time switch functions, Arithmetic functions, PID controllers, Operator and display functions.

MFD-Titan is a display, HMI, control and

With MFD-Titan you can create solutioapplications as well as for tasks in macconstruction. MFD-Titan is a modular a

The integral easy-NET network enables to eight easy-NET stations to form a sinEach easy-NET station can contain a pr

the design of systems using high-speeddecentralised intelligence.

In Terminal mode, the MFD can be usedin the network and display data from itwhether it is an easy800 or an MFD. Inmakes its keypad and display availablefor use.

Two devices, MFD with easy800 or MFsimply via the serial interfaces.

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Overvie06/04 AWB2528-1480GB

off-delayed, off-delayed with random switch on and off delayed, on and off delayed with random single pulse,

synchronous flashing, asynchronous flashing.

use up and down counters, count high-speed signals:

up and down counters with up

values, preset, frequency counters, high-speed counters, count incremental encoder valu

compare values, display graphics, texts, variables,

flashing values and graphics, chanand texts by pushbutton,

process additional inputs and out use 7-day and year time switches

count operating hours (operating communicate via the integrated e set up point-to-point communicat

interface,d l d l l h

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MFD-Titan 06/04 AWB

track the flow of current in the circui load, save and password-protect circ

If you prefer to wire up MFD-Titan fromEASY-SOFT-PRO. EASY-SOFT-PRO allowtest your circuit diagram on the PC. All functions on the MFD device are createthe EASY-SOFT-PRO software. EASY-SOto print out your circuit diagram in DIN,

Device overview MFD devices at a glanceDisplay and operating unit

Figure 1: Overview of the display and ope

a DEL button

a

d

b

i efgh

c

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Device 06/04 AWB2528-1480GB

Power supply and CPU

Figure 2: Device overview of power su

a Power supplyb easy-NET terminalsc EASY-LINK terminal

d Interface for memory card, PC and pe Power supply / operating mode LEDf easy-NET LED

Inputs/outputs

a b

ef

d

ba

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MFD-Titan 06/04 AWB

Type references for the MFD-Titan

MFD operation Buttons

MFD - x xx x - x x - x x

Additional functions

EquipmentB = Operator buttonsME = Open-loop control, closedloop control, closed-loop contro

Device functionNumber = display and enclosureCP8 = Power supply and CPU raR = relay outputs, T = TransistorA = Analog outputNumber = Number of inputs and

Multi-function display

DEL: Delete object in circuit diagram

ALT: Special functions in circuit-diagra

Cursor buttons :Move cursorSelect menu itemsSet contact numbers, contacts and valu

*

DEL ALT

ESC

OK

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Moving through menus and cho

and Show System menu

Go to next menu levelSelect menu item

Activate, modify, save your entryReturn to last menu levelCancel your entry since the last OK

Change menu itemChange valueChange place

Function of P buttons:

Input P1,Input P3,

InpuInpu

and Reset the MFD display

DEL ALT

OK

ESC

DEL ESC

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MFD Titan

Selecting main and system menu

Status display

Date display

MFD-Titan Status display

R.2RS

MOS .2 6..

I .2..5.......P-

MO 02:00Q..34 . STOP

anDEL

OK ESC ESC

Current selectionflashes in

the MFD menu

1st menu levelMain menu

1st menu leveSystem men

PROGRAM...STOP RUNPARAMETERSSET CLOCK...

SECURITY...SYSTEM...MENU LANGUACONFIGURATO

I .2..5.......P-

MO 11:50Q..34.... STOP I .2..5....

MO 01.04.20Q..34....

ALT

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MFD op

Status display for local expansio

MFD-Titan advanced Status disp

Inputs AC expansExpansion or Weekda

Weekday/TimeOutputs

On: 1, 2, 3, 4/Off:RS = Expansion functioning correctl

R 1.........12RS AC P-MO 10:42S 1......8 STOP

Retention/debounce/easy-NET station

AC expansStartup beh

RE : Retention switched onI : Debounce switched onNT1 : easy-NET station with station addressCOM The COM connection is activeAC : AC expansion functioning correctlyDC : DC expansion functioning correctly

GW : Bus coupling module detectedGW flashes: Only easy200-easy detected. I/O expansion not detectedST : When the power supply is switched on, MFD switches to STOP mode

I 12...6.89..12RE I NT1 AC P-MO 14:42 TQ 12345678 RUN

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ta

Table 1: Power supply/RUN-STOP mode

Table 2: easy-NET LED (easy-NET)

The front of the MFD-80.. device has a LED. These can be used in your visualizlight indicators.

The following applies to Terminal mode

Green LED

Table 3: Power supply/RUN-STOP mode

Red LED

bl l h

LED OFF No power supply

LED continuously lit Power supply prese

LED flashing Power supply prese

LED OFF easy-NET not operaconfiguration

LED continuously lit easy-NET is initialisbeen detected.

LED flashing easy-NET operating

LED OFF No power supply

LED continuously lit Power supply prese

LED flashing Power supply prese

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p

Menu structure

Main menu without password pX You access the main menu by pre

PROGRAM...DELETE PROGRAMCARD

Main menu

STOP: Ci

RUN: Po

Parameters

CIRCUIT DIAGRAMFUNCTION RELAYS


Parameter

display

PROGRAM... STOP RUNPARAMETERSSET CLOCK TERMINAL MODE..

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Main menu

Parameters

Parameter display

SET CLOCKDST SETTING

DEVICE-CARDCARD-DEVICEDELETE CARD ?

PROGRAM...DELETE PROGRAMCARD...

DEVICE-CARDCARD-DEVICEDELETE CARD ?

DEVICE-CARDCARD-DEVICEDELETE CARD ?PROGRAM...

STOP RUN PARAMETERSSET CLOCK... TERMINAL MODE

PROGRAM... STOP RUN PARAMETERSSET CLOCK... TERMINAL MODE

SET CLOCKDST SETTING

Display for date and timsetting

HH:MM --:--DD.MM --.--YEAR ____

NONE MANUAL EU

PROGRAM... STOP RUN PARAMETERSSET CLOCK... TERMINAL MODE

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Main menu with password prote

MFD-Titan system menuX The System menu is accessed by s

DEL and ALT.

Password

Password entryUnlockingMFD

PASSWORD... STOP RUN PARAMETERSSET CLOCK...

Main menu

PASSWORD...RUN

CorrectentryStatus display

Four wrong e(if enabled)

PROGRAM

ENTER PASSWORD------

System menu

ACTIVATE PWCHANGE PW

Password entry

Change/deletepassword

SECURITY...SYSTEM...MENU LANGUAGECONFIGURATOR...

PasswordSetup

PASSWORD...RANGE...

ENTER PASSWORD------

PASSWORD...

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MB -- -> MB -- C -- -> C --CH -- -> CH --

B: 200 CI -- -> CI --

DB -- -> DB --T -- -> T --

DEBOUNCE P BUTTONSRUN MODECARD MODE TERMINAL MODE

DISPLAY...RETENTION...INFORMATION...

System menu


Retention only in STOPmode

DEBOUNCE P BUTTONS RUN MODE CARD MODE TERMINAL MODE

DISPLAY...RETENTION...INFORMATION...

DEBOUNCE P BUTTONSRUN MODECARD MODE TERMINAL MODEDISPLAY...RETENTION... INFORMATION...

DEBOUNCE P BUTTONSRUN MODE CARD MODE

TERMINAL MODEDISPLAY RETENTION...INFORMATION...

CONTRAST: 0LIGHTING: 75%

DEBOUNCE

P BUTTONSRUN MODECARD MODETERMINAL MODE DISPLAY...RETENTION...

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System menu



NET...COM...LINK...

NET PARAMETERS..STATIONS...CONFIGURE...

The other menus ofNET and COM areonly shown in STOPmode

Only one selection is p

ENGLISH DEUTSCH FRANCAISESPANOL ITALIANOPORTUGUES

NEDERLANDSSVENSKAPOLSKITURKCE

NET-ID : __ BAUDRATE: ____KBBUSDELAY: __

SEND IO: REMOTE RUNREMOTE IO

NET PARAMETERS...STATIONS...CONFIGURE...

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1 1 2 03 04 0 5 06 07 08 0

System menu

NET PARAMETERS...STATIONS...CONFIGURATOR...

TinTs

s

NET PARAMETERS...STATIONS...CONFIGURATOR... CONFIGURE?

SAVE

CANCE

Fault scenario

with ID conflict.

Fault scenariowith networkfault.

C

P

ECC

E

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Selecting or toggling between m

BAUDRATE: 9600BCOM-LINKREMOTE MARKER...

System menu

NET...COM...CONFIGURE...

BAUDRATE:19200BCOM-LINK REMOTE MARKER...

Cursor

Select or switch

PROGRAM...STOPPARAMETERSSET CLOCK...

OK

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Cursor display

Setting values

The cursor flashes.

Full cursor /:

Move cursor with ,

in circuit diagram also with Value M/M

Change position with Change values with

Flashing values/menus are shown in gr

HH:MM '4:23DD.MM 05.05YEAR 2003

HH:MM 14:23DD.MM 05.05YEAR 2003

Change value

Select cursor positionChange value at posi

Store entries

Retain previous value

ValuesPositions

Value at

HH:MM 14:23DD.MM 03.10YEAR 2002

OK

ESC

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2 Installation

The MFD must only be installed andelectricians or other persons familiarelectrical equipment.

The MFD is installed in the following Mounting, Wiring up the inputs, Wiring up the outputs, Wiring up the NET network (if req

Setting up the serial interface (if r Connecting the power supply.

Danger of electric shock!Never carry out electrical work onpower supply is switched on.

Always follow the safety rules:

Switch off and isolate, Ensure that the device is no lon Secure against reclosing, Short-circuit and ground, Cover adjacent live parts.

Installation 06/04 AWB


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For ease of wiring, leave a gap of at leaMFD terminals and the wall or adjacen

Figure 4: Clearances to the MFD

Fitting the protective membraneFor special applications such as in the foperating unit must be protected againsliquids etc.

For this use the specially designed protFit the protective membrane before mooperating unit.

h When using the MFD with expansionexpansion concerned before mountin

30

30

30

Mounti06/04 AWB2528-1480GB


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Figure 5: Fitting the protective membr

a Protective membraneb Display/operating unit

X Place the protective membrane ovunit.

Caution!Ensure that the membrane fits snudisplay/operating unit.

Otherwise a proper seal cannot be



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Figure 6: Correct position of the protectiv

Mounting the protective coverThe protective cover is provided for usiaggressive environments. This protects

operating unit against mechanical damProtection to IP65 is maintained.

The protective cover can be opened so unit can be used.

The protective cover can be closed withprovide protection against unauthorise

Before mounting the display/operating ucover.

h If the protective membrane has to be

and the operating unit have to be remmembrane and refit the device.



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Figure 7: Removing the front frame

X Remove the front frame as shown

The protective cover can be mountepositions. Choose the position that application at hand and your require



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Figure 9: Mounting the protective cover

XMount the protective cover as shown

Sealing the protective cover



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Mounting the display/operatingmounting

Figure 11: Drill holes for the MFD

X Drill and punch out two 22.5 mmdiameter is the same as is normalcircuit devices.

30

22.5

h Observe the following technical re

The hole spacing is 30 mm. The maximum thickness of the f

the power supply/CPU module 6 mm.

The maximum thickness of the fan expansion unit with a top-ha

power supply/CPU module mus4 mm.

Leave enough space at the sideCPU module, and if necessary, t



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Figure 12: Mounting the display/operating

The protective membrane or the protecfitted.

X Fit the display/operating unit in the p



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Figure 13: Screw fastening the display/o

X Screw fasten the display/operatin

The tightening torque must be betw

2x

h Ensure that the correct torque is utorque is too low or high, this ma



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Removing the display/operating unmountingX Unscrew the fixing element and remo

operating unit.

Mounting the power supply/CPU m

If you wish to add expansion units to thmodule, the top-hat rail must be fitted

Fitting the top-hat railEnsure that the cutout of the top-hat rathe fixing shafts according to the specif

Figure 15: Top-hat rail with cutout

120

216

60

30g0.2

h The two fixing shafts of the display/odesigned for a 2 space unit expansio

If you wish to fit wider expansion unmust be supported at a third support



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Attach the expansion unit before fitt

Figure 16: Fitting the top-hat rail

X Fit the top-hat rail in the groove uthe power supply/CPU module an

X Turn the top-hat rail towards the X Let the top-hat rail snap into posiX Press the power supply/CPU modu

Caution!The fixing shafts of the display/opefor mounting the expansion unitscontactors must not be mounted



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Figure 17: Fitting the CPU with and withou



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Mounting the inputs/outputs onCPU module

Figure 18: Plugging in the I/O module

h The inputs/outputs can be mountemounting the power supply/CPU mshaft.



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Removing the inputs/outputs

Figure 20: Releasing the I/O module

X Press the two catches together.X Pull one side out of the catch.

X Pull the other side out of the second



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Removing the power supply/CPUThe power supply/CPU module can without the I/O module.

Figure 22: Releasing the fixing shaft

Use a screwdriver with a 100 x 3.5 m

X Insert the screwdriver into the lug X Lever out the slide catch.X Pull out the power supply/CPU mo

shafts.

Mounting on top-hat railThe power supply/CPU module can b

h If there is another fixing point for from the one for the display/opera



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Figure 23: Removing the spring

X Remove the spring with a screwdrive



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X Hook the MFD to the top edge of hinge into place while pressing dolightly on both the device and the tsnaps over the lower edge of the

The MFD will clip into place automa

X Check that the device is seated fir

The device is mounted vertically on away.

Screw mountingFor screw mounting on a mounting must be used that can be fixed to thfixing brackets are available as an asupply/CPU module can be screwedwithout the display/operating unit.

Figure 25: Inserting a fixing bracket

CLICK!

h Three fixing brackets are sufficienfi i i t



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Figure 26: Screw mounting for the MFD

EASY2..-..: easy600:

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Connecting the expansionunit

Figure 28: Connecting expansion units

Terminals Tool for cage clamp terminals

Slot-head screwdriver, width 3.5 x

Connection cross-sections of theterminal cables

Solid: 0.2 to 4 mm2 (AWG 24 -12 Flexible with ferrule: 0.2 to 2.5 m

(AWG 24-12)

Tool for slot-head screws for ea

Slot-head screwdriver, width 3.5 xtorque 0.6 Nm.



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Network cables and plugs If possible use the prefabricated EASY-80 cm).

Other cable lengths can be made usingcable, the EASY-NT-RJ45 plug and the crimping tool.

AWG 24, 0.2 mm2 are the largest crimThe first and last stations in the networwith an EASY-NT-R bus termination res

Connecting the powersupply

h The required connection data for botdevice types with 24 V DC and MFD-standard voltages of 100 V to 240 VChapter Technical data, Page 409

The MFD-Titan devices run a system after the power supply has been switor STOP mode will be activated afteron the default setting.



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MFD-AC power supply

Figure 29: AC power supply on the MFD

N NL0.6x 3.5x 100

L

N

> 1 A

Ue = 115/230 V h 50/60 Hz(85 264 V h)

Ie = 70 mA 115 V35 mA 230 V

Attention!A short current surge will be produ

for the first time. Do not switch onsince these may burn or melt.



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EASY-AC-.E expansion units

Figure 30: Power supply on the AC expans

NL

N

F1

L

115/230

E+ E- R1 ... R12

Attention!A short current surge will be producefor the first time. Do not switch on eacontacts since these may burn or me



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MFD DC power supply

Figure 31: Power supply on the MFD

The MFD power supply/CPU modulepower supply to itself, the display, telectronics, the easy-LINK, and optio

L01

> 1 A

L01+ L02+

+24V 0V 0V

h The MFD device power supply/CPagainst reverse polarity. Ensure thterminals to ensure that the MFD



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EASY-DC-.E DC expansion units

Figure 32: Power supply on the DC expans

Cable protection

With easy-AC, easy-DC and the MFD p

module, provide cable protection (F1) f

L01-

F1

L01+

E+ E- R1 ... R12

h easy DC is protected against polaritythat easy works correctly, ensure thaterminal is correct.

h When easy or the MFD is switched onpower supply circuit behaves like a c



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Connecting the inputs easy or MFD inputs switch electroniconnected a contact via an input teras a contact in your MFD circuit diag

Figure 33: Connecting the inputs

Connect contacts such as pushbuttoto easy or MFD input terminals.

Connecting the AC inputs

+24 V

S1

0 VI1

I1

L

N

Caution!Connect up the AC inputs in accorequirements of the VDE, IEC, UL

phase conductor that provides theOtherwise easy will not detect the be damaged or destroyed by over



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MFD-AC basic unit

Figure 34: Connecting the inputs

N

> 1 A

L

I1 I3 I4 I7 I8

1 > 79 V0 < 40 V

264 VI1 I12 0.5

I2 I5 I6 I9 I10 I11L N N

I1 I12 0.2

0.6x 3.5x 100

Ue = 115/230 V h 50/60 Hz(85 264 V h)

Ie = 150 mA

Warning!The AC inputs must only be used witdevices. Other devices may be destro



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AC expansion device

Figure 35: Inputs on the EASY-AC-.E

Connect the inputs, for example, to switches or relay/contactor contacts

Input signal voltage range OFF signal: 0 to 40 V ON signal: 79 to 264 V

Input current

I1 to I12 0.5 mA/0.2 mA at 230 V R1 to R12

0.5 mA/0.25 mA at 230 V/115 V

L1

N

RR8R7R6R5R4R3R2R1E+ E

115/230 V h

F1



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Ensure that the diode is pointing towardin the circuit diagram, otherwise easy wstate.

Figure 36: easy-AC with a diode on the inp

Two-wire proximity switches have a resi0 state. If this residual current is toomay detect a 1 signal.

If inputs with a higher input current areadditional input circuit must be used.

L1

N

RR9R8R7R6R5R4R3R2R1E+ E

115/230 V h

F1



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Increasing the input currentThe following input circuit can be usinterference and also when using twswitches:

Figure 37: Increasing the input current

A resistor can be connected in seriesin order to restrict the inrush curren

L1

N

R8R7R6R5R4R3R2R1E+ E

115/230 V h

F1

100 nF/275 V h

h When using a 100 nF capacitor, tinput increases by 80 (66.6) ms a

L1

N

F1



64/450

Complete devices for increasing the inpavailable under the type reference EAS

Figure 39: easy600 with EASY256-HCI

Connecting MFD-DC inputs

Use input terminals I1 to I12 to connecactuators, switches or 3 or 4-wire proxi

the high residual current, do not use 2-switches.

Input signal voltage range

L1

N

R9R8R7R6R5R4R3R2R1E+ E

115/230 V h

F1

h The increased capacitance increases approx. 40 ms.



65/450

Figure 40: MFD-DC

L01

> 1 A

L01+

I1 I3 I4 I7

L02+

I2 I5 I6+24V 0V 0V

h The digital inputs must have the s

power supply of the MFD.

L01 +

L01

F1



66/450

Connecting analog inputsInputs I7, I8, I11 and I12 can also be usevoltages ranging from 0 V to 10 V.

The following applies:

I7 = IA01

I8 = IA02 I11 = IA03 I12 = IA04

The resolution is 10-bit = 0 to 1023.

X Use shielded twisted pair cables to pwith the analog signals.

X For short cable lengths, ground the susing a large contact area. If the cab30 m or so, grounding at both ends cequalisation currents between the twand thus in the interference of analogonly ground the cable at one end.

X Do not lay signal lines parallel to pow

Caution!Analog signals are more sensitive to digital signals. Consequently, more cwhen laying and connecting the signswitching states may occur if they arcorrectly.



67/450

The following circuits contain exampanalog value processing.

Setpoint potentiometer

Figure 42: Setpoint potentiometer with

Use a potentiometer with a resistan1 kO, 0.25 W.

h Ensure that the reference potentiathe 0 V of the power supply unit fpotentiometers and sensors show

0 V terminal of the MFD power fe

L01

> 1 A

L01+

I1 I3 I4 I7

L02+

I2 I5 I6

1.

1

+24V 0V 0V



68/450

Temperature sensor, brightness se

Figure 43: Temperature sensor, brightness 20 mA sensor

4 to 20 mA (0 to 20 mA) sensors can bwithout any problem using an external

The following values apply:

4 mA = 1.9 V 10 mA = 4.8 V

20 mA = 9.5 V(according to U = RxI= 478 Ox 10

L01

> 1 A

L01+

I1 I3 I4 I7

L02+

I2 I5 I6+24V 0V 0V

+24 V H

0 V

Out0...10 V

35...55 C

a

500 O

4...20 mA



69/450

Connecting high-speed countersgeneratorsHigh-speed counter signals on the Mcounted correctly on inputs I1 to I4 cycle time.

Figure 44: High-speed counter, frequen

L01

> 1 A

L01+

I1 I3 I4

L02+

I2 I5 I6+24V 0V 0V



70/450

Connecting incremental encodersInputs I1, I2 and I3, I4 on the MFD-Titafor the high-speed counting of an increindependently of the cycle time. The incmust generate two 24 V DC square wavphase shift between them.

Figure 45: Connecting incremental encoder

Connecting the outputs The Q... outputs function inside MFD a

L01

> 1 A

L01+

I1 I3 I4 I7 I8

L02+

A B

I2 I5 I6+24V 0V 0V

Q1



71/450

The relay or transistor outputs are usas fluorescent tubes, filament bulbsmotors. Check the technical threshobefore installing such devices (seeadata, from Page 409).

Connecting relay outputs MFD-R..

Figure 47: MFD-R.. relay outputs

0 VH, N

L1, L2, L3 (115/250 V h)+24 V H

Q1

1 2

f 8 A/B 16

f 10 000 000

Q2

1 2

... ... ...

Q3

1 2

M

Q4

1 2



72/450

EASY6..-..RE..

Figure 48: EASY6..-..-RE.. relay outputs

EASY2..-RE

0 VH, N

F 8 A/B 16

L1, L2, L3 (115/230 V h)+ 24 VH

212

1 2 2 2 2 2 21 1 1 1 1

10 000 000S6S5S4S3S2S1

+ 24 V HV

0 VH, N

F 8 A/B 16

L1, L2, L3 (115/230 Vh)

1 2 21

10 000 000S2S1 24

11

23



73/450

Connecting transistoroutputs

MFD-T..

Figure 50: MFD-T.. transistor outputs

EASY6..-DC-TE

0 V Q1 Q2 Q3 Q4

F 10 A

Q24 VQ

(20.4 28.8 VH)+ 24 V H 24 V

0 VH

S1 S2 S3 S4 S5 S6 S7



74/450

Parallel connection:Up to four outputs can be connected inincrease the power. The output currentcase to a maximum of 2 A.

If inductive loads are not suppressed, thSeveral inductive loads should not be ssimultaneously to avoid overheating thworst possible case. If in the event of an+24 V DC power supply is to be switchcontact, and if this would mean switchin

controlled output with an inductive loaprovide suppressor circuits for these loadiagrams).

Caution!Outputs may only be connected in pa(Q1 to Q4 or Q5 to Q8, S1 to S4 or Sand Q3 or Q5, Q7 and Q8. Outputs cmust be switched at the same time.

Caution!

Please note the following when switcloads:Suppressed inductive loads cause lesentire electrical system. For optimumsuppressor circuits are best connecteproximity of the inductive load.



75/450

Behaviour with short-circuit/oveShould a short circuit or overload ocoutput, this output will switch off. Thup to maximum temperature after thelapsed. This time depends on the amthe current involved. If the fault conoutput will keep switching off and ocorrected or until the power supply (aSection Monitoring of short-cEASY..-D.-T.., Page 395).

Connecting analogoutputs MFD-RA.. and MFD-TA.. each have a0 V to 10 V DC, 10 bit resolution (0output allows you to control servo vcontrolling elements.

Caution!Analog signals are more sensitivedigital signals. Consequently, morwhen laying and connecting the sswitching states may occur if theycorrectly.



76/450

Connecting servo valves

Figure 53: Connecting servo valves

Setpoint entry for a drive

L01

> 1 A

L01+

I1 I3 I4 I7 I8 I9 I10

L02+

A B

I2 I5 I6+24V 0V 0V

L01

> 1 A

L01+ L02+



77/450

Connecting the NETnetwork MFD-Titan with network connectionused for creating the NET network.

be connected to this network. Furthfound in the Chapter easy-NET NetConnection, Page 335.

Accessories

Connection plug:8-pole RJ45, EASY-NT-RJ45

Connection assignment of the R

device

Figure 55: RJ45 socket

Connection cable:4-wire, twisted pair;achapter TPage 428

A 1 ECAN_HA 2 ECAN_LB 3 GND (Gr

1

2

3

4

5

6

7

8


Table 5: Prefabricated cables RJ45 plug


78/450

Table 5: Prefabricated cables, RJ45 plug

Material for self-manufactured cab100 m 4x 0.18 mm2: EASY-NT-CAB

Required crimping tool for RJ45 plug: E

Bus termination resistorThe first and last stations in the networwith a bus termination resistor.

Value: 124 O Termination connector: EASY-NT-R

Cable length and cross-sections

For correct operation of the network thesections and cable resistances must corfollowing table.

Cable length Type designation

cm

30 EASY-NT-30

80 EASY-NT-80

150 EASY-NT-150

Cable length Cable resistance Cross-sec

m mO/m mm2



79/450

Calculating the cable length witresistanceIf the resistance of the cable per uni

(resistance per unit lengthR

in O/mresistance RL must not exceed the fodepends on the selected baud rates

lmax = maximum cable length in mRL = Total cable resistance in OR = Cable resistance per unit length

Calculating cross-section with kThe minimum cross-section is determmaximum extent of the network.

h With cables >500 m it may be feaoptic run.

Baud rate Cable resistance

KBaud O

10 to 125 F 30

250 F 25

5001000

F 12

lmax =RL

R


Calculating length with known cab


80/450

Calculating length with known cabThe maximum cable lengths are calculaconductor cross-section

lmax = cable length in mS = minimum cable cross-section in mmrcu = resistivity of copper, if not otherwise

Plugging and unplugging network

MFD-Titan is provided with two RJ45 n

The socket 1 in the first station is for thresistor. For other stations, socket 1 is the incoming cable. Socket 2 is used foor for the bus termination resistor on the

in the network.

lmax =Sx 12.4rcu



81/450

Figure 57: Bus termination resistorsa First station on the NET networkb Bus termination resistorc L t t ti th NET t k

1 1

2 21 2

1 2

I 1 - 12

Q 1 - 6

3 3 AS-Interface

+

8 8

I 1 - 12

Q 1 - 8

R 1 - 12

S 1 - 6

R 1 - 12

S 1 - 8a

b

c

b



82/450

Figure 58: Plugging and unplugging cables

Connecting the serialinterface

The MFD power supply/CPU module is pfunction interface. This can be used to scommunication between different devialso used for connecting EASY-SOFT-PR

The following device configurations are MFD with MFD, MFD with easy800 (from device vers

The serial interface must be implementcables.

The standard MFD-800-CAB cable is 2

12

3

h The MFD-800-CAB cable must not be



83/450

Figure 59: Fitting/removing the interfac

X Remove the interface cover or othinterface.

X Fit the connectors in the devices.

06/04 AWB


84/450

Figure 60: Fitting the connection plug

a

h It must be ensured in all circumstanceith th ki POW Sid i fitt d i

Expand06/04 AWB2528-1480GB


85/450

Figure 61: Point-to-point serial interface

Expanding inputs/outputs You can add expansion units to all MLINK connection in order to increaseand outputs:

POW-Side

Expandable easybasic units

Expansion units

MFD-CP8-.. EASY618-..-RE 12 AC 6 rela

EASY620-..-TE 12 DC 8 tran

EASY202-RE 2 relay o

S i l i it f


X Connect the easy expansion unit via


86/450

plug connector.

Figure 62: Connecting local expansion unit

MFD-CP8.. EASY6.EASY6.EASY2

EASY-LINK

The following electrical separation isbetween the power supply/CPU moduand the expansion unit (separation aconnection of expansion unit)

Simple isolation 400 V AC (+10 % Safe isolation 240 V AC (+10 %)

Units may be destroyed if the value 4

exceeded, and may cause the malfunsystem or machine!

h MFD l /CPU d l d

Expand06/04 AWB2528-1480GB

Remote expansion


87/450

Remote expansion units can be instaaway from the basic unit.

Warning!The two-wire or multiple-wire cab

must adhere to the insulation voltis stipulated for the installation envfault (ground fault, short-circuit) mdestruction of the units or injury t

A cable such as NYM-0 with a rateUe = 300/500 V AC is normally su

E+ E

E+ E

MFD-CP..EA

Ue = 300/500 V

EASY200-

06/04 AWB


88/450

06/04 AWB2528-1480GB

3 Commissioning


89/450

Switching on Before startup check whether the pooutputs, the serial interface and the eproperly connected:

24 V DC version: Terminal +24 V: +24 V voltage Terminal 0 V: 0 V voltage Terminals I1 to I12, R1 to R12:

Actuation via +24 V 230 V AC version

Terminal L: Phase conductor L Terminal N: Neutral conductor Terminals R1 to R12:

Actuation via phase conductor If you have already integrated devic

any parts of the system connected tprevent access and ensure that no-oexample, motors start up unexpecte

Setting the menu

language

When you switch on MFD for the firs

to select the menu language.

X Use the cursor buttons or to required.ENGLISH

Commissioning 06/04 AWB

X Press OK to confirm your choice and


90/450

menu.easy will then switch to the Status disp

MFD operating modes MFD operating modes - RUN, STOP anIn RUN mode the MFD continuously prprogram until you select STOP, disconnor switch to TERMINAL MODE. The proand the MFD settings are retained in thfailure. All you will have to do is reset tafter the back-up time has elapsed. Cironly possible in STOP mode.

h You can change the language settingwish, seeaSection Changing thePage 366.

If you do not set the language, MFD wevery time you switch on and wait folanguage.

Caution!In RUN mode, the MFD will immediasaved in the unit when the power su

This will not happen if STOP or TERMas startup mode. In RUN mode outpuaccording to the switch logic involve

Creatindiagram

06/04 AWB2528-1480GB

Creating your first circuitdi The following single line diagram tah h i i fi i i d


91/450

Creating your first circuitdiagram The following single line diagram tathrough wiring up your first circuit dwill learn all the rules, quickly enablyour own projects.

As with conventional wiring, you usthe MFD diagram. With MFD, howev

to connect up components individuabuttons, the MFD circuit diagram prrequired. All you have to do is then sensors, lamps or contactors you wi

Figure 64: Lamp controller with relays

H1

L01-

S1

S2

L01+

F1

K1

K1


In the following example, MFD carries operforms the tasks of the circuit diagra


92/450

performs the tasks of the circuit diagra

H1

L01

S1 S2

L01+

L01

F1

I 01----I 02- -- Q 01

+24V 0V 0V I1 I3I2

Q11 2

DEL

ESC

ALT

OK

*

Creatindiagram

06/04 AWB2528-1480GB

Starting point Status display

Wh i h MFD i


93/450

When you switch on MFD, it opens immediately to show the switching soutputs. It also indicates whether thea program. Note: If another display screen is shown.

X Press OK to switch to the main m

Press OK to switch to the next menumove one level back.

In this case MFD must be in STOP m

X Press OK 2 x to enter the circuit menu items PROGRAMhPRyou will create the circuit diagram

I ............I P-

MO 02:00Q........ STOP

h The examples were written withounits. If an expansion unit is connewill first show the status of the bastatus of the expansion unit beforselection menu.


h OK has two other functions: Press OK to save modified setti In the circuit diagram, you can

and modify contacts and relay c



Circuit diagram display

Th i it di di l i tl


94/450

The circuit diagram display is currently flashes at the top left, which is where yoyour diagram.

The location of the cursor is indicated inRung (line), C: = Contact or coil (contac

available in bytes. Start value 7944, withalready generated.

The MFD-Titan circuit diagram supportcoil in series. The MFD-Titan display cadiagram contact fields.

Use the cursor buttons to mthe invisible circuit diagram grid.

The first four columns are contact fieldsa coil field. Each line is a rung. MFD authe contact to the power supply.

Figure 66: Circuit diagram with inputs I1, I2

X Now try to wire up the following MF

Switches S1 and S2 are at the input. I 0

L: 1 C:1 B:7944

------L: 1 C:1 B:7944

Ml

L

m

I 01----I 02--...- Q 01

L: 1 C:1 B:7944

Creatindiagram

06/04 AWB2528-1480GB

From the first contact to the ou

With MFD you work from the input


95/450

With MFD, you work from the inputinput contact is I 01.

X Press OK.MFD proposes the first contact I 0

I flashes and can be changed, for epushbutton input using the cursor bHowever, nothing needs to be chan

X Press OK 2 x, to move the cursosecond contact field.

You could also move the cursor to tusing the cursor button.

X Press OK.Again, MFD inserts a contact I 01Change the contact number to I 02

S2 can be connected to input terminX Press OK so that the cursor jumps

press cursor button or to cha

X Press OK to move the cursor to thYou do not need a third relay contacthe contacts directly up to the coil fi

I 01

L: 1 C:1 B:7944

I 01

L: 1 C:1 B:7944

I 01 I 02

L: 1 C:2 B:7944

h You can press DEL to delete a conposition.

-I 02


Wiring

MFD displays a small arrow l in the cir


96/450

MFD displays a small arrow l in the circreating the wiring.

Press ALT to activate the wiring arrow cursor buttons to move it.

The wiring arrow works between contayou move the arrow onto a contact or rback to the cursor and can be reactivatrequired.

X Press ALT to wire the cursor from I 0field.

The cursor changes into a flashing wiriautomatically jumps to the next possib

X Press the cursor button . Contact I 0

h ALT also has two other functions depposition:

In the left contact field, you can prnew empty rung.

The contact under the cursor can b

a make and break contact by press

--l----L: 1 C:1 B:7944

MlL

m

h MFD automatically wires adjacent cothe coil.

-I 02 l

Creatindiagram

06/04 AWB2528-1480GB

X Press the cursor button again.


97/450

The cursor will move to the coil field

X Press OK.MFD inserts the relay coil Q 01. Th and the output relay Q 01 are cor

be changed.Your first working MFD circuit diagr

Figure 67: Your first circuit diagram

= visible area

X Press ESC to leave the circuit diagThe SAVE menu appears.

Figure 68: SAVE menu

= visible area

X Press the OK button.

-------- Q 01

L: 1 C:1 B:7944

I 01----I 02-----------------

L: 1 C:1 B:7944

I 01----I 02-----------------

SAVE


Testing the circuit diagram

X Switch to the main menu and select t


98/450

X Switch to the main menu and select toption.

With a tick at RUN or STOP you switchoperating modes.

MFD runs in the mode indicated by the

X Press the OK button. MFD will chang

The Status display shows the current mswitching states of the inputs and outp

X Change to the Status display and preactuator S1.

The contacts for inputs I1 and I2 are acpicks up. This is indicated on the numbdisplayed.

Power flow displayMFD allows you to check rungs in RUNthat you can check your circuit diagrampower flow display while it is being pro

X Change to the Circuit diagram displa

pushbutton actuator S1.The relay picks up. MFD shows the pow


h The mode assigned the tick is always

I 12..........I P-

MO 14:42Q 1....... RUN

Creatindiagram

06/04 AWB2528-1480GB

X Press pushbutton actuator S2, tha

a break contact.


99/450

The rung is interrupted and relay Q1

Figure 70: Power flow display: Input I1 relay Q1 has dropped out

= visible area

X Press ESC to return to the Status

Power flow display with Zoom fMFD enables you to check the follow

all four contacts plus one coil in s and 3 rungs

X Change to the Circuit diagram disbutton. Press pushbutton actuato

I 01====I 02----------------

L: 1 C:1 RUN

h With MFD you can test parts of a cis entirely completed.

MFD simply ignores any incompleworking and only runs the finishe

==========


X Press pushbutton actuator S2, that ha

a break contact.


100/450

The rung is interrupted and relay Q1 dr

Use the cursor buttons to mcontacts or coil.

X Press the cursor button .

The cursor moves to the second contac

X Press the ALT button. The display chastatus with contact and/or coil desig

Figure 72: Power flow display: Input I1 is c

relay Q1 has dropped out= visible area

==#-------- #

L: 001 I 01

==#-------- #

L: 002 I 02

I 01====I 02-------------------

L: 1 C:2 RUN

Creatindiagram

06/04 AWB2528-1480GB

Deleting the circuit diagram

X Switch the MFD to STOP mode.


101/450

X Use PROGRAM to switch from next menu level.X Select DELETE PROGRAM

The MFD will display the prompt DE

X Press OK to delete the program oX Press ESC to return to the Status

Fast circuit diagram entry

You can create a circuit diagram in s

option is to enter the elements in theall the elements together. The otherenhanced operator guidance of the circuit diagram in one go, from the fthe last coil.

If you use the first option, you will ha

elements in order to create and condiagram.

The second faster option is what yo

h MFD must be in STOP mode in ordmodify the circuit diagram.

PROGRAM...DELETE PROGRAM


Configuring an easy-NETnetwork

If you want to work with the easy-NET communicate with several stations, the

fi d fi


102/450

configured first.

Proceed as follows:

X Connect all network stations. easy-Neasy-NET socket 1L.

X The first station 1 (socket 1L) and th(socket 2e) must be provided with a resistor a.

X Connect all stations to the power sup

Figure 73: Example topology with two easy

a Network termination resistor

2

1

1

2

I1 I12

Q1 Q6

R1 R12

S1 S8

a

a

Configunetwor

06/04 AWB2528-1480GB

h The following tasks are only poss


103/450

Entering the network station nu

X Simultaneously press the DEL andshows the Status display.

The System menu appears

Select the CONFIGURATOR menu op


The NET menu appears.


The NET PARAMETERS menu app

X

Press theOK

button.

X Press the OK button and select theand . In this case the station nu


X Exit the NET PARAMETERS menu


NET..COM...LINK....

NETPARAMETERS...

STATIONS...CONFIGURE

NET-ID : 00 BAUDRATE: 125KBBUSDELAY: 00SEND IO REMOTE RUN

REMOTE IO

NET-ID : 01 BAUDRATE: 125KB


Entering network stations

Only the network station at physical locb h l


104/450

number 1 has a station list.

X Use the and cursor buttons to smenu and press the OK button.

X Proceed to the station with physical X Select the required physical location

cursor buttons. Press the OK button.X Use cursor buttons and to selec

X Press the OK button.At physical location 2, the station has baddress 2.

X Press ESC to return to the STATIONS

h The left-hand column is the physical loassign a physical location to unused Physical location 1 is permanently asnumber 1.

1 1 2 03 04 0

1 1 2 23 0

4 0

Configunetwor

06/04 AWB2528-1480GB

Configuring an easy-NET netwo

The easy-NET network can only be co


105/450

Requirement:All stations are correctly connected termination resistors have been con

All stations have a power supply andPOW LED is permanently lit. The NE

X Proceed to the CONFIGURE menu

button.

You will be asked to acknowledge wconfigure the system.


The message on the left appears:

All NET LEDs on the stations which numbers higher than 1 (2 to 8) switeasy-NET.

As soon as the configuration has becompleted, the NET LEDs on all statinetwork is ready for operation.

h If the connected stations are confautomatically switch to the STOP

NET

PARAMETERS...STATIONS...CONFIGURE

CONFIGURE?

CONFIGURATIONINPROGRESS.


Changing the easy-NET network co

The configuration of the easy-NET netwat any time at station 1 physical locati


106/450

at any time at station 1, physical locati

X The NET parameters are modified as inputting parameters for the first tim

Station addresses in the STATIONS men

follows:X Go to the physical location which is tX Press the OK button.

X Select the required station number wcursor buttons and confirm your inpu

X Configure all easy-NET stations againCONFIGURATION menu.

h Existing station numbers can only be

non-assigned station numbers. If all assigned, all station numbers which must be set to zero. Thereafter, all stareassigned. (MFD-Titan sets all statiowhich are assigned a physical locatiozero.)

hFurther information concerning the etopic can be found in Chapter easy-LINK Serial Connection, Page 335.

Configunetwor

06/04 AWB2528-1480GB

Displaying the Status display of

On every device with a display, you cthe inputs and outputs of each netw


107/450

the inputs and outputs of each netw

X Change to the Status display and

The cursor changes to the display of tand flashes. The station number is dinputs and outputs.

X Change to the number of the requand cursor buttons.


X If you want to view the state of tha local expansion, press the OK b

If you press the ESC button again odisplay of the input and output state

terminated.

1I12..........I NT1 P-

MO 06:421Q1....... RUN

3I12.....7....I NT3 P-

MO 06:42

3Q1.3..6.. RUN

3R12.....7....I NT3 DC P-

MO 06:453S1.3..6.. RUN

h The station showing the status onits own data from the network.

Example: NT3 flashes on station 3

3I.., 3R.., 3Q.. and 3S.. cannot beIf the NT3 display is not flashing, are shown.


Configuring the interfacefor the COM-LINK mode

If you wish to set up point-to-point comanother station, this can be done usinginterface or easy-NET. The MFD must b


108/450

interface or easy NET. The MFD must bdisplay and operating unit. The connecconfigured for this purpose (Page 350aIntroduction to COM-LINK).

Proceed as follows:

X Connect both stations together.Only use original connection cables. ThPOW-Side must be plugged into an MFDinterface electronics of the connection

X Connect both stations to the power s

h Ensure that the other station supportmode.

POW-Side

Configuthe COM

06/04 AWB2528-1480GB

to configure the stations which ha

supply.XGo to the MFD device that is the ac


109/450

serial interface.

Setting up the COM-LINK

X Simultaneously press the DEL andshows the Status display.The System menu appears

h The following tasks are only poss

Caution!The MFD device can either run as

NET or as a station in a COM-LINswitch an MFD device running as COM-LINK. If this is done on easyentire easy-NET network will be deno further data transfer.

Solution:

X Deactivate the COM-LINK.X Re-enter the easy-NET address.X Switch the power supply off anX Reconfigure the easy-NET on st

SECURITY...


The menu BAUDRATE: 9600B will app

rates are for 9600 or 19200 baud. Seleyour connection will support. Baud rate

BAUDRATE: 9600B

COM-LINKREMOTE MARKER...


110/450


Select 19200 baud as the baud rate.

X Press the or button.X Press the OK button.

Switch on the COM connection.

X Press the button.X Press the OK button.

The tick on the COM-LINK menu item iLINK has been selected.

No tick means that COM-LINK has not

h Select 19200 baud as the baud rate. Bgive rise to electromagnetic interferebaud as the baud rate. If this is not sconnection cable must be laid in a di

BAUDRATE:19200BCOM-LINKREMOTE MARKER...

hThe COM-LINK must only be switchestation. Two devices with COM-LINKcannot communicate with each othe


Configuthe COM

06/04 AWB2528-1480GB


The data is physically located in the remote station

READ:

1MD00 1MD00WRITE:1MD00 1MD00


111/450

remote station.

The following marker ranges can be

1MD1 to 1MD20

1MD00 1MD00

h The active station reads and writemarkers of the remote station. At

remote station has read and writemarker range.

Ensure that both stations do not hsame markers simultaneously. Thwill be the one that is retained.

Example:READ 1MD2h1MD2

WRITE 1MD3h1MD3

The MFD device accesses the mark1xx... These markers correspond to

and MD3 in the remote station.These marker double words conta

MD2, MW3, MW4, MB5; MB6, M

MD3, MW5, MW6, MB9, MB19, MM96


X Use the button to enter the upper

range.X Use the button to select the value

READ:

1MD11 1MD14WRITE:1MD00 1MD00


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X Confirm the entry with the OK butto

X Use the button to enter the WRITE

Enter the WRITE range.

X Press ESC to leave the entry menu.

The COM-LINK has now been set. No C

required at the remote station.

X Press ESC to return to the Status dis

The entry in the second COM line indicconnection is active.

1MD00 1MD00

READ:1MD11 1MD14

WRITE:1MD00 1MD00

READ:1MD11 1MD14

WRITE:1MD00 1MD00

READ:1MD11 1MD14

WRITE:1MD15 1MD17


I 12.4.67.....I COM P-

FR 02:02 STQ........ STOP

Termina06/04 AWB2528-1480GB

Terminal mode Terminal mode

The MFD device also supports the Toperating mode. This allows you to


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operating mode. This allows you to devices. This is especially useful if thein an inaccessible place. Terminal mshow the menus and displays of dev

their own display or operating unit. used both with the serial interface aserial interface enables you to accessuse the easy-NET network, all other addressed.

The following topologies are permis

hTerminal mode is a separate opermode. It only functions when a prothis mode to be active, the MFD m

h All connected devices must also s


Terminal mode using the point-to-

interface


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Figure 75: Terminal mode using the point-t

POW-Side


Terminal mode using the easy-N

1 1

R 1 121 2

I 1 12


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Figure 76: Terminal mode using the eas

In the above topology, the physical to the station number. The MFD devimiddle of the network line Termina

2 51 2

1 2

I 1 - 12

Q 1 - 6

3 7

4 3

I 1 - 12

Q 1 - 8

R 1 - 12

MFD

S 1 - 8

I 1 - 12

Q 1 - 6


1 1

MFD


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Figure 77: Terminal mode in easy-NET with

The above topology allows two MFD deasy-NET Terminal mode. Each MFD deother devices in Terminal mode.

2 2

1 2

3 3

4 4

I 1 - 12

Q 1 - 8

1 2I 1 - 12

Q 1 - 6

MFD

MFD


1I 1 - 12


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Figure 78: Terminal mode in easy-NET ainterfaces

The above topology is a combination

POW-Side

2

3

4

I 1 - 12

Q 1 - 8

I 1 - 12

Q 1 - 6

Q 1 - 6

MFD

POW-Side


Caution!

Data collision!

In order to ensure proper operat


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Proceed as follows:

Your easy-NET or your serial interface mcorrectly.

X Press the OK button from the Status The first menu will appear.

X Press the button.

This will display the TERMINAL MODE

In order to ensure proper operatconditions must be observed.

The following applies:

If there is more than one MFD deviceeach MFD device must access a differ

A device running in Terminal mode mtwo devices communicating with eacmode.

If a PC with EASY-SOFT (-PRO) or anserial interface is in active communicNET station, this station must not be atime in Terminal mode via the easy-N

PROGRAM... STOP RUNPARAMETERSSET CLOCK...


Select the second station. This statio

and respond to the operating unit.STATION ID: 0

START MODE


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Select your station.

X Press the or button.X Press the OK button.

Select the START MODE menu optio

X Press the button.X

Press the OK button.In this case the easy-NET station 2 i

h Station ID:

0 = Station on the serial interface

1 = Station 1 easy-NET2 = Station 2 easy-NET3 = Station 3 easy-NET4 = Station 4 easy-NET5 = Station 5 easy-NET6 = Station 6 easy-NET

7 = Station 7 easy-NET8 = Station 8 easy-NET

STATION ID: 0START MODE


STATION ID: 2


hIf the text Connection establishmendisplayed for longer than 10 s, the coselected device is faulty. Press ESC toRectify the fault Try to re-establish t


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The following applies if the device to bemode and is displaying a screen:

This screen is not displayed in Termina

MFD message: The remote device is in

X Press the ALT and ESC button simultThis will call up the Status display.

The easy-NET station 2 controls the disdevice.

Rectify the fault. Try to re establish t

The remote

device is in

Graphic mode

I 1..4..789... *I NT2 P-

TU 06.05.2003Q 1..45678 RUN

h The activation of Terminal mode is in

flashing star at the top right of the S

Caution!In Terminal mode, you can operate apositioned far from your actual locatthat you would also require "locally"

It is not always possible to obtain a vlocally. Use of this operating modeany changes to device settings shoul

ith th t t ti


hIn Terminal mode, the MFD deviceoperating unit available to the condata for the display and the statuvia the connection. This ensures th


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Close Terminal mode.Press the * button to close the Term

X Press the * button.

This returns you back to your local d

X Press the ESC button twice.

The Status display of the MFD devic

The flashing star at the top right of

via the connection. This ensures thconnected device is not destroyedcommunication fault.


h The * button cannot be assigned tto use Terminal mode in your applito change from the visualization tOtherwise the Terminal mode me


I ..345..89...I P-

06/04 AWB


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06/04 AWB2528-1480GB

4 Wiring with MFD-T

This chapter describes all the functioMFD Titan


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MFD-Titan.

MFD-Titan operation Buttons for drawing circuit diagblock usage

Delete rung, contact, relay or emptydiagram

Toggle between break and make co

Connect contacts and relaysAdd rungs

Change valuesCursor up, downChange positionCursor left, right

Cursor buttons set as P buttons:

Input P1,Input P3,

InpuInpu

Undo setting from previous OKExit current display or menu

Change, add contact/relaySave setting

Terminal mode on/off

DEL

ALT

ESC

OK

Wiring with MFD-Titan 06/04 AWB

Operating principles

The cursor buttons in the MFD-Titan circthree functions. The current mode is indappearance of the flashing cursor.


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pp g

Move Entering

Connect

In Move mode you can use to around the circuit diagram in order to sor relay coil.

Use OK to switch to Entry mode so thachange a value at the current cursor poESC in Entry mode, MFD-Titan will undchanges.

Press ALT to switch to Connect mode forelays. Press ALT again to return to Mo

Press ESC to leave the circuit diagram display.

Opening the parameter display fori h il

I 01

l

h MFD-Titan performs many of these cautomatically. For example, MFD-Titcursor to Move mode if no further en

are possible at the selected cursor po

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Program

A program is a sequence of commanexecutes cyclically in RUN mode. Anconsists of the necessary settings foCOM-LINK password system settin


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COM-LINK, password, system settinand/or function blocks and/or the vi

The circuit diagram is that part of th

contacts are connected together. In switched on and off in accordance wthe coil function specified.

Function blocksFunction blocks are program elemen

functions. Example: timing relays, tifunction blocks. Function blocks are or without contacts and coils as reqfunction blocks are processed accordiagram and the results are updated

Examples:

Timing relay = function block with cTime switch = function block with c

Visualization screensVisualisation screens are the sectioncontaining the display and operator

RelaysRelays are switching devices which simulated in MFD-Titan. They actuat

d h d d f


Coils

Coils are the actuating mechanisms of rthe results of the wiring are sent to theon or off accordingly. Coils can have sefunctions


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functions.

Table 6: Usable contacts

MFD-Titan works with different contactin any order in the contact fields of the

Table 7: Contacts

Contact MFD-Titan

Make contact, open in releaseposition

I, Q, M, A, Other conta

Break contact, closed in releaseposition

i, q, m, a, Other conta

Contact Make contact Break contact

Inputs

Inputs of a network station* = Station address 1 to 8

*I *i

COM slave inputs 1I 1i

MFD-Titan input terminal I i

Cursor button P p

Network station expansion inputi l

*R *

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Diagnostics inputs

Expansion network station status* Station address 1 to 8

*I *i

Contact Make contact Break contac


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* = Station address 1 to 8

Network station short-circuit/overload* = Station address 1 to 8

*I *i

COM slave expansion unit status 1I 1i

COM slave short-circuit/overload 1I 1i

Expansion status I i

Short-circuit/overload I i

Short-circuit/overload in expansionnetwork station* = Station address 1 to 8

*R *

Short-circuit/overload in COM slaveexpansion

1R 1

Short circuit/overload with expansion R

Outputs

Deactivate backlight of the MFDdisplay

LE LE

Red LED of MFD display LE LE

Green LED of MFD display LE LE

MFD-Titan output MFD networkstation* = Station address 1 to 8

*Q *q


Other contacts

Markers M m

m



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COM slave marker (REMOTEMARKER)

1M 1m

Jump label:

Diagnostics messages ID ID

COM slave diagnostics messages 1ID 1iD

Function blocks

Analog value comparator function

block

A X Q1 A X Q1

Function blocksAnalog value comparatorValue overflow (CARRY)

A X CY a X CY

Arithmetic value overflow (CARRY)function block

AR X CY a X CY

Zero arithmetic value (zero) functionblock

AR X ZE a X ZE

Data block comparator functionblock, error: number of elementsexceeded

BC X E1 BC X E1

Data block comparator functionblock, error: range overlap

BC X E2 BC X E2

Data block comparator functionbl k i lid ff

BC X E3 BC X E3

MFD-Ti06/04 AWB2528-1480GB

Data block transfer function block,error: range overlap

BT X E2 BT X E2

Data block transfer function block BT X E3 BT X E3



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Data block transfer function block,error: invalid offset

BT X E3 BT X E3

Boolean operation function block,

value zero

BV X ZE BV X ZE

Counter function block, uppersetpoint value exceeded (Overflow)

C X OF c X OF

Counter function block, lowersetpoint value undershot(Fall below)

C X FB c X FB

Counter function block, actualvalue equal to zero

C X ZE c X ZE

Counter function block, actual valuehas exceeded counter range (CARRY)

C X CY c X CY

Frequency counter function block,

upper setpoint value exceeded(Overflow)

CF X OF CF X OF

Frequency counter function block,lower setpoint value undershot(Fall below)

CF X FB CF X FB

Frequency counter function block,

actual value equal to zero

CF X ZE CF X ZE

High-speed counter function block,upper setpoint value exceeded

CH X OF CH X OF


Incremental encoder counter functionblock, upper setpoint value exceeded(Overflow)

CI X OF CI X OF



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Incremental encoder counter functionblock, lower setpoint value undershot

(Fall below)

CI X FB CI X FB

Incremental encoder counter functionblock, actual value equal to zero

CI X ZE CI X ZE

Incremental encoder counter functionblock, actual value has exceededcounter range (CARRY)

CI X CY CI X CY

Comparator function block,less than

CP X LT CP X LT

Comparator function block,equal to

CP X EQ CP X EQ

Comparator function block,greater than

CP X GT CP X GT

Text output function block D X Q1 X Q1

Data function block DB X Q1 DB X Q1

PID controller, value range ofmanipulated variable exceeded

DC X LI DC X LI

Receive a variable from a station (Get) GT X Q1 GT X Q1

MFD-Ti06/04 AWB2528-1480GB

Operating hours counter, valueoverflow (CARRY)

OT X CY OT X CY

Send a variable to the network, PT X Q1 PT X Q1



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Send a variable to the network,enable active Put

PT X Q1 PT X Q1

Pulse width modulation, error

minimum on or off time exceeded

PW X E1 PW X E1

Send date and time via the network(easy-NET) function block

SC X Q1 SC X Q1

Timing relay function block T X Q1 T X Q1


Usable relays and function blocks

MFD-Titan provides various relay typesblocks and their coils for wiring in a cir

Relay/function block MFD-Titan Number C


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ydisplay

OutputsMFD-Titan output relays, networkstations (only network master)* = Station address 2 to 8

*Q 0108 j

MFD-Titan output relay Q 0108 j

MFD-Titan output relay expansion,network stations (only networkmaster)* = Station address 2 to 8

*S 0108 j

MFD-Titan expansion output relay S 0108 j

Bit outputs

* = Station address 1 to 8

*SN 0132 j

General coils

Markers M 0196 j

COM slave marker(REMOTE MARKER)

1M 0196 j

Jump label: 01

32 j

Function blocks

Analog value comparator function A 01 32

MFD-Ti06/04 AWB2528-1480GB

Counter function block, direction C X D_ X=0132

Counter function block, set counter C X SE X=0132

Relay/function block MFD-Titan

display

Number


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Counter function block, set countervalue (Preset)

C X SE X 0132

Counter function block, reset countervalue

C X RE X=0132

Frequency counter function block,activate counter (enable)

CF X EN X=0104

High-speed counter function block,direction

CH X D_ X=0104

High-speed counter function block,activate counter (enable) CH X EN X=0104

High-speed counter function block,set counter value (Preset)

CH X SE X=0104

High-speed counter function block,reset counter value

CH X RE X=0104

Incremental encoder counter functionblock, set counter value (Preset)

CI X SE X=0102

Incremental encoder counter functionblock, activate counter (enable)

CI X EN X=0102

Incremental encoder counter function

block, reset counter value

CI X RE X=0102

Comparator function block CP X=0132

Activate text output function block D X EN X=01 32


Get from network station functionblock

GT X=0132

Relay/function block MFD-Titan

display

Number C


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Seven-day time switch HW X=0132

Year time switch function block HY X=0132

Activate value scaling function block LS X EN X=0132 j

Master reset function block MR X T_ X=0132 j

Activate numerical converter functionblock

NC X EN X=01 32 j

Function block operating hourscounter, enable

OT X EN X=0104 j

Operating hours counter functionblock, reset

OT X RE X=0104 j

Send to the network (easy-NET)function block, trigger

PT X T_ X=0132 j

Activate pulse width modulationfunction block PW X EN X=0102j

Send time to the network (easy-NET)function block, trigger

SC X T_ X=01 j

Activate set cycle time function block ST X EN X=01

Timing relay function block,trigger control coil (enable)T X EN X=01

32 j

Timing relay function block, stop T X ST X=0132 j

MFD-Ti06/04 AWB2528-1480GB

The options for setting output and m

with the description of each coil funThe function block coil functions andwith the description of each function


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Markers, analog operands

Specific markers are available for acor inputs/outputs.

Table 8: Markers

When using the COM communicatiothe following data accesses on the s

i h f ll i

Markers

Analogoperand

MFD-Titandisplay

Number Valurang

Marker 32 bit MD 0196 32 b

Marker 16 bit MW 0196 16 b

Marker 8 bit MB 0196 8 bitMarker 1 bit M 196 1 bit

Analog inputsbasic unit

IA X X=0104 10 b

Analog output QA X X=01 10 b

Wiring with MFD-Titan06/04 AWB

Markers

Analogoperand

MFD-Titan

display

Number Value

range

M k 32 bit 1MD 01 20 32 bit


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The following rules apply if you want tooperands (contacts) from the markers M

Table 9: Composition of the markers

Marker 32 bit 1MD 0120 32 bit

Marker 16 bit 1MW 0140 16 bit

Marker 8 bit 1MB 0180 8 bit

Marker 1 bit 1M 196 1 bit

Analog inputsbasic unit

1IA X X=0104 10 bit

Analog output 1QA X X=01 10 bit

Applies to

MD, MW,MB, M

Left = most

significant bit,byte, word

32 bit MD1

16 bit MW2 MW1

8 bit MB4 MB3 MB2

1 bit M32 to M25 M24 to M17 M16 to M9

32 bit MD2

MFD-Ti06/04 AWB2528-1480GB

16 bit MW8 MW7

Applies to

MD, MW,MB, M

Left = most

significant bit,byte, word


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8 bit MB16 MB15 MB14

32 bit MD5

16 bit MW10 MW9


32 bit MD23

16 bit MW46 MW45


32 bit MD24

16 bit MW48 MW478 bit MB96 MB95 MB94

32 bit MD25

16 bit MW50 MW49

32 bit MD26

16 bit MW52 MW51


Marker double words always contain alseveral write accesses to MD, MW, MB are made, it is the last write operation

h You should only write the markers on


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also applies if you are writing markers screen.

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Number formats

MFD makes computations with a sigThe value range is:2147483648 to +2147483647

With 31 bit l th 32 d bit i t


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With a 31 bit value, the 32nd bit is t

Bit 32 = state 0 means a positive

Example:000000000000000000000100000412hex =1042dec

Bit 32 = 1 means a negative numbe

Example:11111111111111111101110010bin = FFFFDCAEhex = 9042dec

Circuit diagram display

In the MFD-Titan circuit diagram, conare connected up from left to right - coil. The circuit diagram is created o

containing contact fields, coil fields wired up with connections.

h The marker byte (MB) and markerformats are unsigned.


I 01----I 02----CP01GT------Q 01----HY01Q1k''''''' '''''''''''' ''''''' ''''''' '''''L: 1 C:1 B:____

Contact fields (1 to 4)

Rung

Status line


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Connections are used to produce thbetween relay contacts and the coils.across several rungs. Each point of inconnection.

The number of free bytes is displayedrecognise how much memory is avadiagram and function blocks.

MFD-Titan circuit diagram displayFor greater legibility, the circuit diagramMFD-Titan shows two contacts per rung

a coil in series. A total of 16 charactersrungs plus the status line can be displa

L 1 C 1 B ____

Connections

Status line

Number of rung

Number offield in therung

Amount of freememory in bytes

I 01----I 02---

Q 01----HY01Q1k

L: 1 C:1 B:7840

MFD-Ti06/04 AWB2528-1480GB

Saving and loading programs

MFD-Titan provides you with two wdiagrams externally:

Saving to a memory card. Saving on a PC with EASY-SOFT-P


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g

Once they have been saved, programMFD-Titan, edited and run.

All program data is saved in MFD-Tipower failure the data will be retainis overwritten or deleted.

Memory card

Each memory card contains a circuitinserted into the MFD-Titan interfac

The MFD-Titan behaves in the followaccordance with the type and settin

Requirement:

A valid circuit diagram must be storVariants with display:

XGo to the CARD menu and load ththe unit in STOP mode via CARD r

CARD MODE settingapage 376.

Variants without display:If the circuit diagram on the card is


Working with contacts

and relays

In MFD-Titan circuit diagrams, the swit

relays of conventional circuit diagrams using input contacts and relay coils.

Conventional circuit MFD-Titan circ

MFD-Titan con


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MFD-Titan circuit diagram:

First specify which input a

Manual MFD Ingles

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