Kistler 5867B1000 Owner's manual

Instruction

Manual

maXYmos BL

Type 5867B…

ä

valid from

Firmware Version 2.3

5867B_002-626e-04.16

Foreword

5867B_002-626e-04.16 Page 1

Foreword

Thank you for choosing a Kistler quality product, Please read this instruction manual

through carefully to ensure you are in a position to get the most from its wealth of features.

To the extent permitted by law, Kistler does not accept any liability if this manual is not

followed or products other than those listed under accessories used.

The information in this manual is subject to change at any time without prior notice. Kistler

reserves the right to change or improve the product in the interest of technical progress,

without being obliged to inform any person or organization of such changes.

Kistler Group

Eulachstrasse 22

8408 Winterthur

Switzerland

Tel +41 52 224 11 11

Fax +41 52 224 14 14

[email protected]

www.kistler.com

maXYmos BL, Type 5867B…

Page 2 5867B_002-626e-04.16

Contents

1.Important Notes ........................................................................................................ 7

1.1For Your Safety ................................................................................................ 7

1.2Unpacking ....................................................................................................... 7

1.3Transportation and Storage ............................................................................. 7

1.4Supply ............................................................................................................. 7

1.5Electromagnetic Compatibility (EMC) .............................................................. 8

1.6Disposal ........................................................................................................... 8

2.Brief Description ........................................................................................................ 9

3.Configuration of the Monitor .................................................................................. 11

3.1Interfaces and Signal Paths ............................................................................ 11

3.2Data and Access Paths ................................................................................... 12

3.3Parameter Structure – Parameters and their Storage Locations ...................... 13

3.4Menu Structure – The Three Main Levels ...................................................... 13

3.4.1PROCESS Menus – Information Pages for Process Status ............... 14

3.4.1.1Main Page of the PROCESS Menu Level ........................................ 14

3.4.1.2Scrolling through the Process Information Pages ............................ 15

3.4.1.3PROCESS Information – Warnings and Alarms ............................... 16

3.4.1.4PROCESS Information - Checking Piece Counter ........................... 17

3.4.1.5Switching PROCESS MP Manually ................................................. 17

3.4.2SERVICE Menus – Tools for Commissioning and Tests ................... 18

3.4.3Setup Menus – Structure of the Parameter Configuration Paths ..... 20

4.SETUP – Configuring Monitor Parameters ............................................................... 21

4.1Navigating through a Group of Menus .......................................................... 21

4.2Accessing Setup Level .................................................................................... 22

4.3Global Setup – Global Configuration of Parameters ....................................... 23

4.3.1Choosing Language ....................................................................... 23

4.3.2Specifying (Checking and Unchecking) Access Protection .............. 24

4.3.2.1Access Rights of the User Groups ................................................... 26

4.3.3Setting Date and Time .................................................................... 27

4.3.4Configuring Measuring Channels ................................................... 28

4.3.4.1Choosing between GLOBAL or MP-specific Configuration ............. 28

4.3.4.2Configuring Channel X GLOBALLY ................................................ 29

4.3.4.3Principle of 2-point Scaling for Example of Potentiometer .............. 30

4.3.4.4Configuring Channel Y GLOBALLY (strain gage version) ............... 31

4.3.4.5Configuring Channel Y GLOBALLY (piezoelectric version) ............. 32

4.3.5Configuring Cycle Control .............................................................. 33

4.3.5.1What is a Cycle? ............................................................................ 33

4.3.5.2Choosing GLOBAL or MP-specific Cycle Control ............................ 34

4.3.5.3Configuring Cycle Control GLOBALLY – Access und Menus .......... 35

4.3.5.4Cycle Control – Parameters in Detail .............................................. 36

4.3.5.4.1Specifying Measuring Functions – The Differences ......................... 36

4.3.5.4.2Specifying Delta-X .......................................................................... 37

4.3.5.4.3Specifying START Condition and STOP Condition .......................... 37

4.3.5.4.4Controlling START and STOP with External Signal ......................... 37

4.3.5.4.5Examples of START-STOP Combinations ....................................... 40

4.3.5.4.6START-STOP for Y(t) Function of the Piezoelectric Version ............ 41

4.3.5.4.7Specifying Turning Point - Dividing Measurement Curve into

POSITIVE and NEGATIVE Parts ............................................................................ 43

Contents

5867B_002-626e-04.16 Page 3

4.3.5.4.8Cutting Measuring Curve Off (Truncating) .................................... 44

4.3.6Specifying Process View .................................................................. 45

4.3.6.1Parameter "Capture Only the First NOK EO for Bar Graph" ........... 46

4.3.7Setting up Data Export – from the maXYmos .................................. 47

4.3.8Specifying Hysteresis for Switch Signals and Trigger-Y .................... 48

4.3.9Configuring Digital IOs ................................................................... 49

4.3.10Configuring Fieldbus ....................................................................... 50

4.3.11Configuring Warnings and Alarms .................................................. 51

4.3.12Display Audio Setup ........................................................................ 52

4.3.13Naming ........................................................................................... 53

4.3.14Network Setup ................................................................................ 53

4.4Measuring Program-specific Setup ................................................................. 54

4.4.1Accessing MP-specific Setup ........................................................... 54

4.4.2Editing Evaluation Objects – EO Editor ............................................ 55

4.4.2.1Function of Tool Buttons in EO Editor ............................................. 55

4.4.3Setting up Evaluation Objects [EOs] ................................................ 56

4.4.4Specifying Reference Point for the EOs ........................................... 57

4.4.4.1Static EO Reference Point "ABSOLUTE" ......................................... 57

4.4.4.2Dynamic Reference Point "TRIGGER-Y" ......................................... 58

4.4.4.2.1Editing TRIGGER-Y Threshold ........................................................ 58

4.4.4.3Dynamic Reference Point "BLOCK" ............................................... 59

4.4.4.3.1Editing Reference BLOCK ............................................................... 59

4.4.4.3.2Optimizing BLOCK to Improve Reproducibility .............................. 60

4.4.4.3.3Elimination of Dispersion Caused by Block Force ............................ 60

4.4.4.3.4Practical Example for Reference BLOCK ......................................... 61

4.4.4.4What is the Purpose of Dynamic Reference Points? ........................ 62

4.4.4.5Finding Suitable Reference Point ..................................................... 63

4.4.4.6No Curve in EO Editor ..................................................................... 63

4.4.5Testing Newly Set Up Evaluation Objects ........................................ 64

4.4.6Types of Evaluation Object ............................................................. 64

4.4.6.1Evaluation Object [EO] UNI-BOX .................................................. 64

4.4.6.1.1Evaluation Criterion ........................................................................ 64

4.4.6.1.2Positioning UNI-BOX over Measurement Curve............................. 65

4.4.6.1.3Obtaining Process Values from the UNI-BOX ................................ 65

4.4.6.1.4Specifying Catch Zone of UNI-BOX ............................................... 66

4.4.6.1.5Which Process Values Does UNI-BOX Provide? ............................. 67

4.4.6.2Evaluation Object [EO] LINE-X ....................................................... 67

4.4.6.2.1Evaluation Criterion ........................................................................ 67

4.4.6.2.2Positioning LINE-X over Measurement Curve ................................. 68

4.4.6.2.3Obtaining Process Value from LINE-X ............................................ 68

4.4.6.2.4Specifying Catch Zone for LINE-X .................................................. 69

4.4.6.2.5Displaying Process Value of LINE-X in Value Table ........................ 69

4.4.6.3Evaluation Object [EO] LINE-Y ....................................................... 70

4.4.6.3.1Evaluation Criterion ........................................................................ 70

4.4.6.3.2Positioning LINE-Y over Measurement Curve ................................. 70

4.4.6.3.3Obtaining Process Value of LINE-Y ................................................ 70

4.4.6.3.4Specifying Catch Zone for LINE-Y .................................................. 71

4.4.6.3.5Showing Process Value of LINE-Y in Value Table ........................... 71

4.4.6.4Evaluation Object [EO] NO-PASS ................................................... 72

4.4.6.4.1Evaluation Criterion ........................................................................ 72

4.4.6.4.2Positioning NO-PASS ..................................................................... 72

4.4.6.4.3Obtaining Process Value from NO-PASS ........................................ 72

4.4.6.5Evaluation Object [EO] ENVELOPE ................................................. 73

4.4.6.5.1Evaluation Criterion ........................................................................ 73

4.4.6.5.2Positioning ENVELOPE ................................................................... 73

4.4.6.5.3Allocating ENVELOPE to one Part of Curve .................................... 74

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Page 4 5867B_002-626e-04.16

4.4.6.5.4Activating ENVELOPE Trend Tracking ............................................ 75

4.4.6.5.5Obtaining Process Value from ENVELOPE ...................................... 76

4.4.6.6Catch Zone for Process Values ....................................................... 76

4.4.6.6.1Significance and Purpose of Catch Zones ....................................... 76

4.4.6.6.2Specifying Size of a Catch Zone ...................................................... 77

4.4.6.6.3How are the Catch Zones Formed? ................................................ 77

4.4.7Configuring Switch Signals ............................................................. 78

4.4.7.1Specifying Process View ................................................................. 79

4.4.7.2Setting Scaling, Specifying Reference Point for Graphs of Curves ... 79

4.4.7.3Choosing Process Value Source for Value Table ............................. 79

4.4.7.4Part-Ident-Generator – Specifying SN Source ................................. 80

4.4.7.5Configuring Channel X – MP-specific ............................................. 81

4.4.7.6Configuring Channel Y – MP-specific ............................................. 82

4.4.7.7Configuring Cycle Control – MP-specific ........................................ 83

4.4.8The MP Manager ........................................................................... 84

4.4.8.1Copying a Measuring Program ....................................................... 84

4.4.8.2Naming MP 84

4.4.8.3Deselecting Unused Measuring Programs ...................................... 85

4.4.8.4Targeted Resetting to Defaults ....................................................... 85

4.4.9Sequencer Mode (License 2832 A) ................................................. 86

4.4.9.1Enabling Sequencer Mode .............................................................. 86

4.4.9.2Significance of the Tool Buttons in the Sequence Editor ................. 87

4.4.9.3Capturing Curves, Setting up Evaluation (sequencer mode enabled)87

4.4.9.4Programming Elements .................................................................. 88

4.4.9.4.1Universal Variable Table UVT ......................................................... 89

4.4.9.4.2BIT MASK Element ......................................................................... 90

4.4.9.4.3TIMER Element............................................................................... 90

4.4.9.4.4DIALOG Element............................................................................ 90

4.4.9.4.5INPUT Element ............................................................................... 92

4.4.9.4.6OUTPUT Element ........................................................................... 93

4.4.9.4.7SWITCHING THRESHOLD Element ................................................ 93

4.4.9.4.8IF/ELSE Element ............................................................................. 94

4.4.9.4.9COUNTER Element ........................................................................ 95

4.4.9.4.10MEASUREMENT START/STOP Element ......................................... 96

4.4.9.4.11PIEZO OPERATE Element ............................................................... 97

4.4.9.4.12RESTART Element .......................................................................... 98

4.4.9.4.13PROCESS VIEW including sequencer mode .................................... 98

4.4.9.5Program Example ........................................................................... 99

4.5Configuring Measurement Data Export ....................................................... 104

4.5.1Configuring Server – Creating and Enabling Target Folder ........... 104

4.5.2Creating New User in the System (PC) ......................................... 105

4.5.3Preparing LAN Connection for Data Export .................................. 106

4.5.4Creating Log Files ......................................................................... 107

5.Connections and Signal Flows ............................................................................... 108

5.1Position of Female Connectors ..................................................................... 108

5.2Interfaces ..................................................................................................... 111

5.2.1Digital-In-Out (X2) ....................................................................... 111

5.2.2Connecting Potentiometer on Channel X (X8) .............................. 112

5.2.3Connecting Sensor with ±10 V- Signal Output on Channel X (X8) 113

5.2.4Connecting Strain Gage Sensor on Channel X (X6) ...................... 114

5.2.5Connecting Sensor with ±10 V Signal Output an Channel Y (X9) 115

5.2.6Connecting CC-Link (connector X4) ............................................. 115

5.3Control via PLC – the Signal Flowcharts ....................................................... 116

5.3.1Triggering Piezo-OPERATE by means of Dig. Input I-OPERATE ... 116

5.3.2Coupling Piezo-OPERATE to START ............................................. 117

Contents

5867B_002-626e-04.16 Page 5

5.3.3Switching MP by Means of PLC – Measuring and Evaluation Cycle118

5.3.4Triggering "Test Sensor" Function by Means of PLC .................... 119

5.3.5Triggering TARE-Y Function by Means of PLC (Taring Channel Y) 119

5.3.6Triggering ZERO-X Function by means of PLC (Zeroing Channel Y)120

6.Remote Maintenance ............................................................................................. 121

6.1Remote Access Using VNC ........................................................................... 121

7.PC Software maXYmos PC ..................................................................................... 122

7.1Firmware Update .......................................................................................... 122

7.2Backup-Restore ............................................................................................ 123

7.3Setup-Editor + Backup-Interpreter ................................................................ 123

7.4Protocol Explorer + Protocol Viewer ............................................................. 124

8.Fieldbus .................................................................................................................. 125

8.1Feldbus-Configuration .................................................................................. 125

8.1.1General Information ...................................................................... 125

8.1.2Fieldbus –Monitor Setup ............................................................... 126

8.1.2.1Basic Settings PROFIBUS ............................................................... 127

8.1.2.2Basic Settings EtherNet/IP ............................................................. 128

8.1.2.3Basic Settings PROFINET ............................................................... 129

8.1.2.4Basic Settings EtherCAT ................................................................ 130

8.1.2.5Basic settings CC-LINK .................................................................. 131

8.1.3Data Word Interpreter .................................................................. 132

8.1.4Structure of Telegram ................................................................... 133

8.1.4.1Overview 134

8.1.5Control Signals (Control Bits) ........................................................ 135

8.1.5.1Page Control (Control/Config) ...................................................... 139

8.1.5.2Page Description ........................................................................... 143

8.1.6Telegram Configuration ................................................................ 146

8.1.6.1Input Telegram ............................................................................. 146

8.1.6.2Output Telegram .......................................................................... 147

8.1.7Data Objects of the Fully Configurable Area ................................. 148

8.1.7.1Specifying Data Formats ............................................................... 148

8.1.7.2Specifying Data Objects ................................................................ 149

8.1.8Referenztabelle ............................................................................. 165

8.1.9Control / Data Transfer ................................................................. 172

8.1.9.1General Information ...................................................................... 172

8.1.9.2Control: Starting/Stopping Cycle by means of PLC ....................... 172

8.1.9.3Data Request: Event OK/NOK valid .............................................. 173

8.1.9.4Control: Switching Measuring Program by means of PLC ............. 174

8.1.9.5Writing Values from PLC to maXYmos BL with Firmware Version

1.08 (or earlier) ............................................................................. 175

8.1.9.6Writing Values from PLC to maXYmos BL Firmware Ver. 1.1 ........ 177

8.1.9.7Reading Values from maXYmos BL to PLC .................................... 178

8.1.9.8Triggering Signals TARAY, ZEROX ................................................ 179

8.1.9.9Triggering Signals TESTX, TESTY (Sensor Test) .............................. 180

9.Mounting Monitor ................................................................................................. 181

9.1Mounting Options ........................................................................................ 181

9.2Case and Mounting Dimensions ................................................................... 182

9.2.1Front Panel Version Type 5867B0000 ........................................... 182

9.2.2Desktop/Wall Version Type 5867BXX1X ....................................... 182

maXYmos BL, Type 5867B…

Page 6 5867B_002-626e-04.16

10.Technical Data ....................................................................................................... 183

11.Accessories ............................................................................................................ 184

11.1General Accessories ..................................................................................... 184

11.2Sensors ........................................................................................................ 184

12.Index ..................................................................................................................... 185

Total number of pages: 190

Important Notes

5867B_002-626e-04.16 Page 7

1. Important Notes

Please make absolutely sure you take account of the following notes, which are intended to

ensure your personal safety when handling this monitor as well as ensuring a long, fault-free

service life. As most of the information in this manual is color-coded it is best to print it in

color. You should therefore use the PDF included on the CD or request it by email from

[email protected]. You can also pass on information, ideas, requirements and any

criticisms to us using [email protected].

1.1 For Your Safety

This monitor has been manufactured and tested to ä requirements and EU directive

89/336/EEC, and left the factory in perfect safe condition. To maintain this condition and

ensure safe operation, compliance is required with the instructions and warnings in this

instruction manual and on the monitor.

It must be assumed that safe operation is no longer possible if the monitor:

 is visibly damaged,

 is no longer responding,

 has been stored under unsuitable conditions for a long time or

 has been treated roughly in transit.

If safe operation is no longer ensured because one or more of these criteria are not met, the

monitor must be immediately returned to your local Kistler sales center or distributor for

repair.

The monitor must be disconnected from all power sources prior to commissioning and

before any maintenance, repair or replacement of parts.

Great care is also essential when connecting the various cables. Accidental connection of a

live cable to a signal output can permanently damage the monitor.

1.2 Unpacking

Check all of the packaging of the monitor for any damage in transit. Report such damage to

the freight forwarding company and your local Kistler sales center or distributor. Please

check that all of the included accessories are present before using the monitor for the first

time. Please report any missing parts to your local Kistler sales center or distributor.

1.3 Transportation and Storage

If the monitor is to be transported or stored for a long period of time, take the following

safety precautions:

 The temperature must lie in the range 0 … 50 °C.

 BNC connections must be covered with a non-shorting dust cap.

 Ensure no dirt can get into the monitor.

 The environment must be as dry and free from vibration as possible.

 Store the monitor in such a way that it cannot be subjected to any pressure.

1.4 Supply

The monitor is designed for a voltage range from 18 ... 30 VDC (24 VDC). Protective diodes

are fitted to prevent the monitor from being irreparably damaged if the polarity is reversed.

maXYmos BL, Type 5867B…

Page 8 5867B_002-626e-04.16

1.5 Electromagnetic Compatibility (EMC)

The monitor conforms to ä requirements and the EMC standards EN 61000-6-4 (industrial

interference) and EN 61000-6-2 (industrial immunity). It has been subjected to an immunity

test (electrostatic charges).

1.6 Disposal

Waste electrical and electronic equipment must not be disposed of in domestic refuse.

Please take the old equipment to your nearest collection point for

disposal of such equipment or contact your Kistler sales office.

Brief Description

5867B_002-626e-04.16 Page 9

2. Brief Description

The maXYmos BL (Basic Level) monitors and evaluates XY curves of two measurands that

have to stand in a certain relation to each other. Such curves arise in applications such as

 Press fitting ball bearings

 Pivoting and adjusting rake of backrests

 Riveting and calking casing parts

 Tactile manipulation of rotary switches, etc.

For instance, the typical measurement curves for press fitting are captured using force and

displacement sensors, or torque and rotation angle sensors for swiveling or rotation. The

maXYmos BL can be used to capture, monitor and display the interrelation of basically all

measurands that can be recorded with piezoelectric, strain gage and potentiometric ±10 V

sensors. The quality of an individual manufacturing step, as assembly or the entire product

can be determined on the basis of such measurement curves. The earlier in the production

chain such monitoring is started, the more certain the finished product will subsequently

pass final inspection. It is then also possible to divert and rework the part at an early stage

rather than having to scrap it anyway after a whole series of further manufacturing

operations.

Description

The functional modern case design, clear menus and practical functions add up to an

impressive monitor. The high-contrast color touch screen display allows smooth operation of

the maXYmos BL and shows the process information clearly. This is achieved through a

particularly sophisticated menu concept that is context sensitive in the sense of only

showing what is actually needed for the particular function. The maXYmos BL provides

functions that allow many standard XY monitoring tasks to be solved. All data and control

interfaces are always fitted. All the user still has to do is choose between the piezoelectric

and the strain gage version and to pick the desired fieldbus system.

 Measurement function: Y(X), Y(X, t), Y(t) and X(t)

 Evaluation objects: UNI-BOX, LINE-X, LINE-Y, ENVELOPE,

 NO-PASS (Online threshold)*

 4 evaluation objects [EOs] per curve

 16 measuring programs [MPs] for 16 different parts

 Up to 8 000 pairs of XY values per curve

 Short evaluation time of up to 10 parts/second

 Ethernet TCP/IP for measurement data and remote maintenance

 PROFIBUS DP, EtherNet/IP, EtherCAT, PROFINET or CC-Link for process values and

 control*

 Dig. IO (24 V) for control and results, including result feedback

 2 switch signals in REAL time for X- and Y-threshold*

 USB for notebook (PC program: maXYmos PC)

 Sensor for channel X: potentiometer and ±10 V

 Sensor for channel Y: piezo or strain gage and ±10 V

 Front panel, desktop or wall-mounting

 Information pages for NOK cause diagnosis

 Internal SN generator (with selectable format)

 Freely allocatable warning messages and alarms

 Access protection for different user groups

 3.5" color touch screen display

 24 VDC power supply

 Sequencer mode (optional) * Functionality changes with

maXYmos BL sequencer mode

maXYmos BL, Type 5867B…

Page 10 5867B_002-626e-04.16

The commonest applications of the maXYmos BL involve monitoring processes:

The quality of a part or production step is often reflected in the relationship between two

measurands, i.e. with reference to a characteristic curve for the part or step. The maXYmos

BL uses evaluation objects to evaluate this curve as GOOD (OK) or BAD (NOK). For an OK

result the curve has to pass through these objects as defined, otherwise the monitor

generates an NOK result.

Configuration of the Monitor

5867B_002-626e-04.16 Page 11

3. Configuration of the Monitor

3.1 Interfaces and Signal Paths

1) Scaling and cycle control MP-specific here.

Can also be obtained from GLOBAL

2) Only the most important signals are shown

Channel X Channel Y

Measurin

g

p

ro

g

ram MP-01

X

Y

TARE Y (strain gage)

RESET (piezoelectric)

ZERO X

Scaling1

Current meas-

urement curve

Digital IO2

Scaling1

Fieldbus

1 of 16

4

12

1

2

S2

Cycle

control

X

Y

NIO

IO

TARA

MP-00 MP-01 MP-02 MP-15

Global

area

Area

related to

MP

START

READY

NO-PASS

ZERO

USB Ethernet

S1

Control by means of Dig IO (24 V) or fieldbus

S-TEST

± 10 V

±10 V

maXYmos BL, Type 5867B…

Page 12 5867B_002-626e-04.16

3.2 Data and Access Paths

e.g. Ethernet

Dat

a

Server

Access on CSV protocols

Remote Maintainance

Access by VNC

1. Process values

(without curve)

2. Serial No.

PLC

Global

Setup

Parameters

Ethernet / TCP/IP USB

MP-s

p

ecific

Setup

Parameters

Current Curve Memory

1. Current measurement

curve

2. Current process values

Protocols (CSV-Files)

One file for each part

(traceability)

History Curve Memory

1. The last 320

measurement curves

(for NOK diagnosis)

Fieldbus

MP-s

p

ecific Data

maXYmos BL

Data and Access

Internal

Serial No.

Generator

MP-00

Remote

MP-01 MP-02

PC Software maXYmos PC

 Setup, Backup

 Log explorer

 Log viewer + PDF printer

 Process value trend tracking

16 Measuring programs

Configuration of the Monitor

5867B_002-626e-04.16 Page 13

3.3 Parameter Structure – Parameters and their Storage

Locations

3.4 Menu Structure – The Three Main Levels

GLOBALe Parameter

 EO Set (up to 4 EOs)

 Switch Signals (S1 u. S2)

 Serial No Generator

 Process View (Zoom, Value

Table, etc.)

MP-00 MP-01 MP-15

 Language

 Access

 Date + Time

 Catch Zone

 Representation

 Data Export

 Digital IO

 Fieldbus

 Alerting

 Display+Audio

 Naming

 Network

MP-spezifische Parameter

Channel - X Settings MP related

Channel - Y Settings MP-related

Cycle Control Settings MP related

Channel-X

–

Settings GLOBAL

Channel-Y

–

Settings GLOBAL

Cycle Control-Settings GLOBAL

MP-spezifiic

or GLOBAL

SETUP Menus (orange)

SERVICE Menus (grey)

PROCESS Information Pages (blue)

maXYmos BL, Type 5867B…

Page 14 5867B_002-626e-04.16

3.4.1 PROCESS Menus – Information Pages for Process Status

3.4.1.1 Main Page of the PROCESS Menu Level

Starting point for PROCESS information pages and point of access for SETUP and SERVICE

menus

Evaluation Resul

t

Piece Counter for GOOD (OK)

and BAD (NOK) Parts

ALARM or WARNING message.

Click field for more information!

Access button for SETUP level

Access button for SERVICE level

Button for manual measuring

program switching. Button shows

currently active MP

Station name

Scrolling through the

PROCESS-Infopages

(Loop)

Selection of specific

PROCESS-Infopage

Configuration of the Monitor

5867B_002-626e-04.16 Page 15

3.4.1.2 Scrolling through the Process Information Pages

For meaning of a particular PROCESS information page see related header!

Toggling between full

screen and normal view

by touching relevant

area of display!

Touch

Auto-Zoom Zoom+

Zoomed by Zoom+

Individual Esca

p

e Unzoom

Zoom Zoom- Show Catchzones Show Bundle

Particular

p

rocess values

to be shown in table

can be selected

individually (see Setup)

Touch

A bar is allocated to each evaluation object

[EO] to allow the cause of the problem

(EO-02 in this case) to be discerned

quickly. This diagnosis is confirmed by a

glance at the "History Curves" memory

(see above).

Touch

Dis

p

lay of the X and Y values

as well as of the min/max

values (peak memory) before

and during the cycle. Only the

Y channel will be displayed for

the measurement function

Y=f(t)!

maXYmos BL, Type 5867B…

Page 16 5867B_002-626e-04.16

3.4.1.3 PROCESS Information – Warnings and Alarms

The sidebar of the PROCESS level includes the "Warnings and Alarms" button: The symbol

on the button flashes if messages have been received.

Neither warnings nor alarms have been received.

A warning has been received, but work may be continued. O-READY output continues to

be operated. Intervention is not (yet) necessary.

An alarm has been received. Work must not be continued. O-READY output is held on "0".

Intervention is necessary.

Procedure in event or warning or alarm (example below is example for a warning):

The"i" button dis

p

lays the cause

of the warning.

…dis

p

lays a list of the active

warnings and alarms.

The warning symbol flashes.

Touching the symbol…

…and a

pp

ears in the history

list on the next page.

After the alarm has been

acknowledged manually the

entry disappears here…



Select the relevant line in the

history list and press the

information button ("i").

The entire history list can

only be deleted with this

Delete button by

authorized

p

ersons!

Acknowledgement or

resetting by means of an

external control system uses

the dig. in

p

ut I-ACK

The "i" button canb e used to dis

p

lay

further details:

 What is the cause of the alarm?

 When did the alarm arise?

 Who was logged on at the time of

the arlarm?

 When and by whom was the

alarm acknowledged?

Configuration of the Monitor

5867B_002-626e-04.16 Page 17

3.4.1.4 PROCESS Information - Checking Piece Counter

3.4.1.5 Switching PROCESS MP Manually

Condition for manual switching of MP:

1. User must be authorized.

2. PLC must allow manual switching (I-AUTO=0). See also page 118.

The

p

iece counter and the

p

art ID counter can

also be reset using dig. input I-STAT-RESET.

Switching of MP by means of the PLC is

described on page 118 .

The buttons of unused MPs can be hidden in

the MP Manager.

Touching this button dis

p

lays the

following additional information and

function buttons:

1. Display of piece counter

percentages

2. Piece counter reset button

3. ID of last part

Reset button for counter of the part

ID (only for internal part ID

generation

Touching the (blue) MP selection

button displays a selection box.

The button of the currently active

PROCESS MP is preselected.

maXYmos BL, Type 5867B…

Page 18 5867B_002-626e-04.16

3.4.2 SERVICE Menus – Tools for Commissioning and Tests

See headers for meaning of the various SERVICE information pages.

With the

p

iezoelectric version

the charge amplifier may have

to be switched to OPERATE!

Manual triggering of the "Test

Sensor" function. Test point is

required to have been taught in

advance (see "Test Point"

parameters on pp. 29, 31 and

32). Approach the test point

physically before triggering!

IO NIO

p.18

Configuration of the Monitor

5867B_002-626e-04.16 Page 19

Clicking an LED changes the corres

p

onding out

p

ut to the othe

r

state. Quitting this menu causes the outputs to be controlled by

the status of the monitor again.

With the piezoelectric version (middle screenshot immediately below) only the ZERO-X button is

offered (zero X channel). TARE-Y there corresponds to the signal /OPERATE (= reset charge

amplifier) and can be triggered using the Operate button on the "Sensor Status" menu or using the

I-OPERATE input. On the other hand the TARE-Y button is offered for the strain gage version (right

screenshot).

Fem. Conn. X2 “Dig. I/O”

Strain Gage version

Piezo version

Local lo

gg

in

g

and test records

CSV logs can be co-logged in the internal file system of the

maXYmos for service purposes, for NOK cause diagnosis and for

machine optimisation. Place a check mark in the "Logging on"

box. This permits readout and analysis of for example NOK curves

collected over several days. Readout and analysis is done via

"maXYmos-PC-plus" PC software. The memory holds a maximum

of 1 000 cycles (no FiFo). We do not recommended that you log

data permanently on the device; you should use the Data Export

instead.

p

.17

License management can be used to

activate/deactivate additional functions

that have been installed and require a

license.

The example given shows that sequencer

mode has been activated. As a result, the

UVT shown will be applied. (Cannot be

selected in regular maXYmos BL mode / if

no valid license is available)

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