Lika LD210 User Manual

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User's guide

LD210

• Touch-screen process indicator for analogue encoders

• Two 16 bit analogue inputs -10/0 … +10V, 0/4 … 20mA

• Displays input 1, input 2 or a combination of the inputs (IN1+IN2,

IN1-IN2, IN1xIN2, IN1/IN2)

• Digital, analogue, serial and relay outputs

• DC / AC power supply: 18÷30Vdc or 115÷230Vac

Suitable for the following models:

• LD210 touch-screen display

• LD210-PM touch-screen display with

115/230Vac power supply

• LD210-DO touch-screen display with four control outputs + RS-232 serial interface

• LD210-AVI touch-screen display with analogue output + four control outputs + RS-232 serial interface

• LD210-RO touch-screen display with two relay outputs

General Contents

Preliminary information 10 1 - Safety summary 12 2 - Identification 14 3 - Mounting instructions 15 4 - Electrical connections 17 5 - Display and touch screen 26 6 – Menus and parameters 28 7 - Appendix 84 8 - Parameters / serial codes 85

Lika Electronic • Tel. +39 0445 806600 • info@lika.biz • www.lika.biz

Smart encoders & actuators

This document and information contained herein are the property of Lika Electronic s.r.l. and shall not be reproduced in whole or in part without prior written approval of Lika Electronic s.r.l. Translation, reproduction and total or partial modification (photostat copies, film and microfilm included and any other means) are forbidden without written authorisation of Lika Electronic s.r.l.

The information herein is subject to change without notice and should not be construed as a commitment by Lika Electronic s.r.l. Lika Electronic s.r.l. reserves the right to make all modifications at any moments and without forewarning.

This manual is periodically reviewed and revised. As required we suggest checking if a new or updated edition of this document is available at Lika Electronic s.r.l.'s website. Lika Electronic s.r.l. assumes no responsibility for any errors or omissions in this document. Critical evaluation of this manual by the user is welcomed. Your comments assist us in preparation of future documentation, in order to make it as clear and complete as possible. Please send an e-mail to the following address info@lika.it for submitting your comments, suggestions and criticisms.

General contents

General contents................................................................................................................................................ 3

Subject index....................................................................................................................................................... 7

Typographic and iconographic conventions................................................................................................. 9

Preliminary information................................................................................................................................. 10

Operational modes.....................................................................................................................................................................10

Functional diagram....................................................................................................................................................................11

1 - Safety summary......................................................................................................................................... 12

1.1 Safety........................................................................................................................................................................................12

1.2 Electrical safety....................................................................................................................................................................12

1.3 Mechanical safety...............................................................................................................................................................12

2 - Identification.............................................................................................................................................. 14

3 - Mounting instructions............................................................................................................................. 15

3.1 Overall dimensions..............................................................................................................................................................15

3.2 Installation............................................................................................................................................................................. 16

3.3 Cleaning, maintenance and service notes................................................................................................................16

4 - Electrical connections.............................................................................................................................. 17

4.1 DC power supply..................................................................................................................................................................17

4.2 AC power supply (PM order code)...............................................................................................................................18

4.3 Auxiliary voltage output..................................................................................................................................................18

4.4 Analogue inputs...................................................................................................................................................................19

4.4.1 Wiring of the analogue inputs..............................................................................................................................19

4.5 Reference output................................................................................................................................................................20

4.5.1 Wiring of the reference output with potentiometer...................................................................................20

4.6 Control inputs.......................................................................................................................................................................21

4.6.1 Wiring of the control inputs..................................................................................................................................21

4.6.2 Note about mechanical switching contacts....................................................................................................21

4.7 Analogue output (AVI order code)...............................................................................................................................22

4.8 Serial interface (AVI and DO order codes)................................................................................................................23

4.9 Control outputs (AVI and DO order codes)..............................................................................................................24

4.9.1 Wiring of the control outputs...............................................................................................................................24

4.10 Relay outputs (RO order code)....................................................................................................................................25

4.10.1 Wiring of the relay outputs.................................................................................................................................25

5 - Display and touch screen........................................................................................................................ 26

5.1 Screen structure for parametrization.........................................................................................................................26

5.2 Screen structure during operation..............................................................................................................................27

6 – Menus and parameters............................................................................................................................ 28

6.1 Overview of the structure................................................................................................................................................28

6.2 General menu.......................................................................................................................................................................34

Operational mode...........................................................................................................................................................34

Pin preselection...............................................................................................................................................................34

Pin parameter...................................................................................................................................................................34

Back up memory..............................................................................................................................................................35

Factory settings...............................................................................................................................................................35

6.3 IN 1 properties menu.........................................................................................................................................................36

Configuration....................................................................................................................................................................36

Start value...........................................................................................................................................................................36

End value.............................................................................................................................................................................36

Decimal point....................................................................................................................................................................36

Scale units...........................................................................................................................................................................37

Sampling time (s)...........................................................................................................................................................38

Average filter....................................................................................................................................................................38

Offset.....................................................................................................................................................................................39

Linearization......................................................................................................................................................................39

Totalization.........................................................................................................................................................................39

6.4 IN 1 linearization menu....................................................................................................................................................40

P1(X).......................................................................................................................................................................................40

P24(X)....................................................................................................................................................................................40

P1(Y).......................................................................................................................................................................................40

P24(Y)....................................................................................................................................................................................40

6.4.1 Description of the linearisation function.........................................................................................................40

6.5 IN 1 totalization menu......................................................................................................................................................43

Time base.............................................................................................................................................................................43

Divider...................................................................................................................................................................................43

Decimal point....................................................................................................................................................................44

Scale units...........................................................................................................................................................................44

6.6 IN 2 properties menu.........................................................................................................................................................46

Configuration....................................................................................................................................................................46

Start value...........................................................................................................................................................................46

End value.............................................................................................................................................................................46

Decimal point....................................................................................................................................................................46

Scale units...........................................................................................................................................................................47

Sampling time (s)...........................................................................................................................................................48

Average filter....................................................................................................................................................................48

Offset.....................................................................................................................................................................................49

Linearization......................................................................................................................................................................49

Totalization.........................................................................................................................................................................49

6.7 IN 2 linearization menu....................................................................................................................................................50

P1(X).......................................................................................................................................................................................50

P24(X)....................................................................................................................................................................................50

P1(Y).......................................................................................................................................................................................50

P24(Y)....................................................................................................................................................................................50

6.7.1 Description of the linearisation function.........................................................................................................50

6.8 IN 2 totalization menu......................................................................................................................................................53

Time base.............................................................................................................................................................................53

Divider...................................................................................................................................................................................54

Decimal point....................................................................................................................................................................54

Scale units...........................................................................................................................................................................54

6.9 Linkage properties menu..................................................................................................................................................56

Factor.....................................................................................................................................................................................56

Divider...................................................................................................................................................................................56

Additive value...................................................................................................................................................................56

Decimal point....................................................................................................................................................................57

Scale units...........................................................................................................................................................................57

6.10 Preselection values menu.............................................................................................................................................59

Preselection 1....................................................................................................................................................................59

Preselection 2....................................................................................................................................................................59

Preselection 3....................................................................................................................................................................59

Preselection 4....................................................................................................................................................................60

6.11 Preselection 1 menu........................................................................................................................................................61

Source 1................................................................................................................................................................................61

Mode 1..................................................................................................................................................................................61

Hysteresis 1........................................................................................................................................................................63

Pulse time 1 (s)................................................................................................................................................................63

Output target 1...............................................................................................................................................................63

Output polarity 1............................................................................................................................................................63

Output lock 1....................................................................................................................................................................64

Start up delay 1 (s)........................................................................................................................................................64

Event color 1......................................................................................................................................................................64

6.12 Preselection 2 menu........................................................................................................................................................65

Source 2................................................................................................................................................................................65

Mode 2..................................................................................................................................................................................65

Hysteresis 2........................................................................................................................................................................65

Pulse time 2 (s)................................................................................................................................................................65

Output target 2...............................................................................................................................................................65

Output polarity 2............................................................................................................................................................65

Output lock 2....................................................................................................................................................................66

Start up delay 2 (s)........................................................................................................................................................66

Event color 2......................................................................................................................................................................66

6.13 Preselection 3 menu........................................................................................................................................................67

Source 3................................................................................................................................................................................67

Mode 3..................................................................................................................................................................................67

Hysteresis 3........................................................................................................................................................................67

Pulse time 3 (s)................................................................................................................................................................67

Output target 3...............................................................................................................................................................67

Output polarity 3............................................................................................................................................................67

Output lock 3....................................................................................................................................................................68

Start up delay 3 (s)........................................................................................................................................................68

Event color 3......................................................................................................................................................................68

6.14 Preselection 4 menu........................................................................................................................................................69

Source 4................................................................................................................................................................................69

Mode 4..................................................................................................................................................................................69

Hysteresis 4........................................................................................................................................................................69

Pulse time 4 (s)................................................................................................................................................................69

Output target 4...............................................................................................................................................................69

Output polarity 4............................................................................................................................................................69

Output lock 4....................................................................................................................................................................70

Start up delay 4 (s)........................................................................................................................................................70

Event color 4......................................................................................................................................................................70

6.15 Serial menu.........................................................................................................................................................................71

Unit number.......................................................................................................................................................................71

Serial baud rate...............................................................................................................................................................71

Serial format......................................................................................................................................................................71

Serial init.............................................................................................................................................................................72

Serial protocol..................................................................................................................................................................72

Serial timer (s)..................................................................................................................................................................73

Serial value.........................................................................................................................................................................73

6.16 Analog OUT menu............................................................................................................................................................74

Analog source...................................................................................................................................................................74

Analog format..................................................................................................................................................................75

Analog start.......................................................................................................................................................................75

Analog end..........................................................................................................................................................................75

Analog gain (%)..............................................................................................................................................................75

Analog offset %..............................................................................................................................................................76

6.17 Command menu...............................................................................................................................................................77

Input 1 action...................................................................................................................................................................77

Input 1 config...................................................................................................................................................................79

Input 2 action...................................................................................................................................................................79

Input 2 config...................................................................................................................................................................79

Input 3 action...................................................................................................................................................................79

Input 3 config...................................................................................................................................................................79

6.18 Display menu......................................................................................................................................................................80

Start display.......................................................................................................................................................................80

Source single.....................................................................................................................................................................80

Source dual top................................................................................................................................................................81

Source dual down...........................................................................................................................................................81

Color.......................................................................................................................................................................................82

Brightness...........................................................................................................................................................................82

Contrast................................................................................................................................................................................82

Screen saver.......................................................................................................................................................................83

Up-date-time....................................................................................................................................................................83

Font.........................................................................................................................................................................................83

7 - Appendix..................................................................................................................................................... 84

7.1 Data readout via serial interface..................................................................................................................................84

8 - Parameters / serial codes......................................................................................................................... 85

8.1 General menu.......................................................................................................................................................................85

8.2 IN 1 properties menu.........................................................................................................................................................85

8.3 IN 1 linearization menu....................................................................................................................................................86

8.4 IN 1 totalization menu......................................................................................................................................................87

8.5 IN 2 properties menu.........................................................................................................................................................88

8.6 IN 2 linearization menu....................................................................................................................................................88

8.7 IN 2 totalization menu......................................................................................................................................................90

8.8 Linkage properties menu..................................................................................................................................................90

8.9 Preselection values menu................................................................................................................................................90

8.10 Preselection 1 menu........................................................................................................................................................91

8.11 Preselection 2 menu........................................................................................................................................................91

8.12 Preselection 3 menu........................................................................................................................................................92

8.13 Preselection 4 menu........................................................................................................................................................92

8.14 Serial menu.........................................................................................................................................................................93

8.15 Analog menu......................................................................................................................................................................93

8.16 Command menu...............................................................................................................................................................94

8.17 Display menu......................................................................................................................................................................94

8.18 Serial codes of commands............................................................................................................................................95

Subject index

Additive value....................................................................56

Analog end..........................................................................75

Analog format...................................................................75

Analog gain (%)................................................................75

Analog offset %................................................................76

Analog source....................................................................74

Analog start........................................................................75

Average filter..............................................................38, 48

Back up memory...............................................................35

Brightness............................................................................82

Color......................................................................................82

Configuration.............................................................36, 46

Contrast................................................................................82

Decimal point......................................36, 44, 46, 54, 57

Divider....................................................................43, 54, 56

End value......................................................................36, 46

Event color 1......................................................................64

Event color 2......................................................................66

Event color 3......................................................................68

Event color 4......................................................................70

Factor....................................................................................56

Factory settings.................................................................35

Font........................................................................................83

Hysteresis 1.........................................................................63

Hysteresis 2.........................................................................65

Hysteresis 3.........................................................................67

Hysteresis 4.........................................................................69

Input 1 action....................................................................77

Input 1 config....................................................................79

Input 2 action....................................................................79

Input 2 config....................................................................79

Input 3 action....................................................................79

Input 3 config....................................................................79

Linearization...............................................................39, 49

Mode 1..................................................................................61

Mode 2..................................................................................65

Mode 3..................................................................................67

Mode 4..................................................................................69

Offset.............................................................................39, 49

Operational mode............................................................34

Output lock 1.....................................................................64

Output lock 2.....................................................................66

Output lock 3.....................................................................68

Output lock 4.....................................................................70

Output polarity 1.............................................................63

Output polarity 2.............................................................65

Output polarity 3.............................................................67

Output polarity 4.............................................................69

Output target 1.................................................................63

Output target 2.................................................................65

Output target 3.................................................................67

Output target 4.................................................................69

P1(X)...............................................................................40, 50

P1(Y)...............................................................................40, 50

P24(X)............................................................................40, 50

P24(Y)............................................................................40, 50

Pin parameter....................................................................34

Pin preselection................................................................34

Preselection 1....................................................................59

Preselection 2....................................................................59

Preselection 3....................................................................59

Preselection 4....................................................................60

Pulse time 1 (s)..................................................................63

Pulse time 2 (s)..................................................................65

Pulse time 3 (s)..................................................................67

Pulse time 4 (s)..................................................................69

Sampling time (s)......................................................38, 48

Scale units.............................................37, 44, 47, 54, 57

Screen saver.......................................................................83

Serial baud rate.................................................................71

Serial format......................................................................71

Serial init..............................................................................72

Serial protocol...................................................................72

Serial timer (s)...................................................................73

Serial value..........................................................................73

Source 1...............................................................................61

Source 2...............................................................................65

Source 3...............................................................................67

Source 4...............................................................................69

Source dual down............................................................81

Source dual top.................................................................81

Source single......................................................................80

Start display........................................................................80

Start up delay 1 (s)..........................................................64

Start up delay 2 (s)..........................................................66

Start up delay 3 (s)..........................................................68

Start up delay 4 (s)..........................................................70

Start value...................................................................36, 46

Time base.....................................................................43, 53

Totalization..................................................................39, 49

Unit number.......................................................................71

Up-date-time.....................................................................83

Typographic and iconographic conventions

In this guide, to make it easier to understand and read the text the following typographic and iconographic conventions are used:

• parameters and objects both of the device and the interface are coloured in GREEN;

• alarms are coloured in RED;

• states are coloured in FUCSIA.

When scrolling through the text some icons can be found on the side of the page: they are expressly designed to highlight the parts of the text which are of great interest and significance for the user. Sometimes they are used to warn against dangers or potential sources of danger arising from the use of the device. You are advised to follow strictly the instructions given in this guide in order to guarantee the safety of the user and ensure the performance of the device. In this guide the following symbols are used:

This icon, followed by the word WARNING, is meant to highlight the parts of the text where information of great significance for the user can be found: user must pay the greatest attention to them! Instructions must be followed strictly in order to guarantee the safety of the user and a correct use of the device. Failure to heed a warning or comply with instructions could lead to personal injury and/or damage to the unit or other equipment.

This icon, followed by the word NOTE, is meant to highlight the parts of the text where important notes needful for a correct and reliable use of the device can be found. User must pay attention to them! Failure to comply with instructions could cause the equipment to be set wrongly: hence a faulty and improper working of the device could be the consequence.

This icon is meant to highlight the parts of the text where suggestions useful for making it easier to set the device and optimize performance and reliability can be found. Sometimes this symbol is followed by the word EXAMPLE when instructions for setting parameters are accompanied by examples to clarify the explanation.

Preliminary information

This guide is designed to provide the most complete information the operator needs to correctly and safely install and operate the LD210 touch-screen indicator series.

LD210 touch-screen indicator is designed to interface analogue encoders. It is equipped with two 16-bit analogue inputs and connects current (0 … 20 mA, 4 … 20 mA) and voltage (-10 … +10 V, 0 … 10 V) analogue encoders. It can show process values from input 1 or input B ad even the result of a variable combination of the inputs (sum, difference, …). Among the available functions are tare, separate totalization, linearisation over 24 interpolation points, choice of the engineering unit, sampling time setting, etc. It features a touch screen and 7-segment graphic display with a complete set of plain text, symbols and units. The LED display is bright and provides high contrast readability and also allows the background light to turn red, green or yellow in the event of the set occurrences such as when the threshold limits are exceeded. The combination of plain text and touch screen functions make the parametrization very user-friendly and intuitive.

In the series the following models are available:

• LD210 touch-screen indicator standard version;

• LD210-PM provides additional 115-230Vac power supply;

• LD210-AVI provides additional 16-bit analogue output, four control outputs and RS-232 serial

interface;

• LD210-DO further offers four control outputs and RS-232 serial interface;

• LD210-RO is equipped with two relay outputs.

All options (-PM, -AVI, -DO, -RO) can be freely combined.

For technical specifications please refer to the product datasheet.

To make it easier to read the text, this guide can be divided into two main sections.

In the first section (from section 1 to section 4) general information concerning the safety, the mechanical installation and the electrical connection.

In the second section (from section 5 to section 8) both general and specific information is given on the operator menu and the setup procedure.

Operational modes

All functions can be configured in the parameter menu. The device can be set to one of the following operation modes:

• SINGLE (only input A is used), see the Operational mode parameter in the “6.2 General menu”

section on page 34.

◦ Single channel operation of input 1

• DUAL (input A and input B are both used), see the Operational mode parameter in the “6.2

General menu” section on page 34.

◦ Two channel operation of input 1 and input 2

• IN 1 + IN 2 (input A and input B are both used), see the Operational mode parameter in the “6.2

General menu” section on page 34.

◦ Two channel operation resulting from the addition of input 1 to input 2 (sum)

• IN 1 – IN 2 (input A and input B are both used), see the Operational mode parameter in the “6.2

General menu” section on page 34.

◦ Two channel operation resulting from the subtraction of input 2 from input 1 (difference)

• IN 1 x IN 2 (input A and input B are both used), see the Operational mode parameter in the “6.2

General menu” section on page 34. ◦ Two channel operation resulting from the multiplication of input 1 by input 2

(multiplication)

• IN 1 / IN 2 (input A and input B are both used), see the Operational mode parameter in the “6.2

General menu” section on page 34. ◦ Two channel operation resulting from the division of input 1 by input 2 (division)

Functional diagram

LD210

1 - Safety summary

1.1 Safety

• Always adhere to the professional safety and accident prevention regulations applicable to your country during device installation and operation;

• installation and maintenance operations have to be carried out by qualified personnel only, with power supply disconnected and stationary mechanical parts;

• device must be used only for the purpose appropriate to its design: use for purposes other than those for which it has been designed could result in serious personal and/or the environment damage;

• high current, voltage and moving mechanical parts can cause serious or fatal injury;

• warning ! Do not use in explosive or flammable areas;

• failure to comply with these precautions or with specific warnings

elsewhere in this manual violates safety standards of design, manufacture, and intended use of the equipment;

• Lika Electronic assumes no liability for the customer's failure to comply with these requirements.

1.2 Electrical safety

• Turn OFF power supply before connecting the device;

• connect following to explanation in the ”4 - Electrical connections” section

on page 17;

• in compliance with 2014/30/EU norm on electromagnetic compatibility, following precautions must be taken:

- before handling and installing the equipment, discharge electrical charge from your body and tools which may come in touch with the device;

- power supply must be stabilized without noise; install EMC filters on device power supply if needed;

- always use shielded cables (twisted pair cables whenever possible);

- avoid cables runs longer than necessary;

- avoid running the signal cable near high voltage power cables;

- mount the device as far as possible from any capacitive or inductive noise source; shield the device from noise source if needed;

- minimize noise by connecting the unit to ground (GND). Make sure that ground (GND) is not affected by noise. The connection point to ground can be situated both on the device side and on user’s side. The best solution to minimize the interference must be carried out by the user.

1.3 Mechanical safety

• Install the device following strictly the information in the “3 - Mounting instructions” section;

• do not disassemble the unit;

• do not tool the unit;

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• delicate electronic equipment: handle with care;

• do not subject the device to knocks or shocks;

• respect the environmental characteristics of the device.

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2 - Identification

Device can be identified through the order code and the serial number printed on the label applied to its body. Information is listed in the delivery document too. Please always quote the order code and the serial number when reaching Lika Electronic for purchasing spare parts or needing assistance. For any information on the technical characteristics of the product, refer to the technical catalogue.

Warning: devices having order code ending with “/Sxxx” may have mechanical and electrical characteristics different from standard and be supplied with additional documentation for special connections (Technical info).

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3 - Mounting instructions

WARNING

Installation and maintenance operations have to be carried out by qualified personnel only, with power supply disconnected and mechanical parts compulsorily in stop.

3.1 Overall dimensions

Mount the display into the provided cut-out (w x h approx. 91 x 43 mm, 3.58” x

1.69’’) without panel clips. Install panel clips on the display housing and screw until the unit is fixed.

Panel cut out: 91 x 43 mm (3.58” x 1.69’’)

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3.2 Installation

The device is allowed to be installed and operated only within the permissible temperature range (-20°C +60°C / -4°F +140°F). Please ensure an adequate ventilation and avoid any direct contact between the device and gases / liquids. Before installation or maintenance, the unit must be disconnected from all voltage sources. Furthermore it must be ensured that no danger can arise in the event of contact with the disconnected voltage sources. Devices which are supplied by AC voltages must be connected only by means of switches or circuit breakers with low voltage circuit. The switch or circuit breaker must be installed as near as possible to the device and further indicated as separator. Incoming as well as outgoing wires and wires for extra low voltages (ELV) must be separated from dangerous electrical cables (SELV circuits) by using double or increased insulation. All selected wires and insulations must comply with the provided voltage and temperature ranges. Furthermore all country and application specific standards which are relevant for structure, form and quality of the wires must be ensured. Indications about the permissible wire cross sections for wiring are described in the product datasheet.

Before starting the unit for the first time it must be ensured that all connections and wires are firmly plugged in and secured to the screw terminal blocks. All terminal blocks (including unused ones) must be fastened by turning the relevant screws clockwise up to the end position.

Overvoltages at the connections must be limited to values in accordance with the overvoltage category II.

For placement, wiring, environmental conditions as well as shielding and earthing/grounding of the supply lines you must comply with the general standards stated for industrial automation industry and the specific shielding instructions provided by the manufacturer.

3.3 Cleaning, maintenance and service notes

To clean the unit please just use a slightly damp (not wet!), soft cloth. For the rear side no cleaning is necessary. For an unscheduled, individual cleaning of the rear side the maintenance technicians or installation operators are selfresponsible.

During normal operation no maintenance is necessary. In case of unexpected problems, failures or malfunctions the device must be shipped back to the manufacturer for any checking, adjustment or repair (if necessary). Unauthorized opening and repair operations can have negative effects or cause failures to the protection measures of the unit.

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4 - Electrical connections

WARNING

Power supply must be turned off before performing any electrical connection!

The terminal block screws must be tightened using a slotted screwdriver having a 2 mm wide blade.

4.1 DC power supply

DC power supply technical specifications

Input voltage: Protection circuit: Power consumption: Fuse protection:

18Vdc ... 30Vdc reverse polarity protection approx. 100 mA (unloaded) external fuse T 0.5 A

The unit accepts DC supply from 18 to 30 V through terminal blocks 1 and 2. The power consumption depends on the level of the supply voltage (approx. 100 mA) and the additional current required by the Auxiliary Voltage output (3 – GND + 4 – Aux. Out, see the “4.3 Auxiliary voltage output” section on page 18).

All GND terminal blocks are internally connected.

NOTE

For AC power supply (PM order code) see the following section.

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4.2 AC power supply (PM order code)

AC power supply technical specifications

Input voltage: Power consumption: Fuse protection:

115Vac ... 230Vac (50÷60Hz) approx. 3 VA (unloaded) external fuse T 0.1 A

The unit with PM order code also accepts AC power supply from 115 V to 230 V through terminal blocks 24 and 25. The power consumption depends on the level of the supply voltage (approx. 3 VA) and the additional current required by the Auxiliary Voltage output (3 – GND + 4 – Aux. Out, see the “4.3 Auxiliary voltage output” section below).

Devices with PM order code can also be supplied with a DC voltage between 18 V and 30 V through terminals 1 and 2, see the previous “4.1 DC power supply” section.

4.3 Auxiliary voltage output

Auxiliary voltage output technical specifications

DC version: Output current: AC version: Output current:

Approx. 1 V lower than the power supply voltage max. 250 mA Approx. 24Vdc ±15% 150 mA up to 45°C / 80 mA when more than 45°C

Terminal blocks 3 and 4 provide an auxiliary output useful for supplying sensors and encoders. The output voltage level depends on the power supply.

DC version AC version

The encoder voltage is approx. 1 V lower than the power supply voltage at terminal blocks 1 and 2 and should be loaded with max. 250 mA.

The encoder voltage is 24 Vdc (± 15%) and should be loaded with max. 150 mA up to 45° Celsius. At higher temperature the maximum output current is reduced to 80 mA.

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4.4 Analogue inputs

Analogue inputs technical specifications

Number of inputs: Configuration: Current input: Voltage input: Resolution: Accuracy:

2 Current or voltage operation 0 … 20 mA / 4 … 20 mA (Ri ≈ 100 Ohm)

-10 … +10 V / 0 … +10 V (Ri ≈ 50 kOhm) 16 bits ±0.1%

The unit provides two 16-bit analogue inputs through terminal blocks 6 and 7. The reference potential (AGND) for the analogue inputs is connected at terminal block 5. The characteristics of the analogue inputs (voltage input or current input) can be set in the IN 1 properties and the IN 2 properties menus, see the “6.3 IN 1 properties menu” section on page 36 and the “6.6 IN 2 properties menu” section on page 46 respectively.

WARNING

The characteristics of the inputs (voltage level or current level) must be set before connecting the encoder!

4.4.1 Wiring of the analogue inputs

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4.5 Reference output

Reference output technical specifications

Output voltage Accuracy: Load:

10 V ±0.1% max. 10 mA

The unit provides a 10 V reference output through terminal block 8. The output should be loaded with max. 10 mA. This reference output can be used to connect a potentiometer.

4.5.1 Wiring of the reference output with potentiometer

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4.6 Control inputs

Control inputs technical specifications

Number of inputs: Format: Frequency: Load:

3 HTL, PNP (Low = 0 … 3 V, High = 9 … 30 V) max. 10 kHz max. 2 mA / Ri > 15 kOhm / 470 pF

The three control inputs at terminal blocks 10, 11 and 12 have HTL PNP characteristics.

In the Command menu (see the “6.17 Command menu” section on page 77) the operation of the control inputs can be set. The available functions are: reset the display value, display switching, locking the touch screen or release the lock function of the control or relay outputs.

4.6.1 Wiring of the control inputs

Unconnected control inputs are always “LOW”. All inputs are designed to receive impulses from an electronic impulse source.

4.6.2 Note about mechanical switching contacts

When, exceptionally, mechanical contacts are used, please connect an external capacitor between GND (-) and the corresponding input (+). A capacity of 10 µF will reduce the input frequency to 20 Hz and miscounting due to contact bouncing will be eliminated.

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4.7 Analogue output (AVI order code)

Analogue output technical specifications

Configuration: Voltage output (0): Current output (1): Current output (2): Resolution: Accuracy: Reaction time:

Current or voltage operation

-10 V … +10 V (max. 2 mA) 0 … 20 mA (burden: max. 270 Ohm) 4 … 20 mA (burden: max. 270 Ohm) 16 bits ±0.1% < 150 ms

A 16 bit analogue output is available through terminal blocks 13 and 14 / 15. It can be configured and scaled in the Analog OUT menu, see the “6.16 Analog OUT menu” section on page 74.

The following configurations are available (see the Analog format parameter on page 75):

0 Voltage output: -10 V … +10 V 1 Current output: 0 … 20 mA 2 Current output: 4 … 20 mA

The analogue output is proportional to the reference source and is referenced to potential AGND. AGND and GND are internally connected.

WARNING

Voltage and current outputs of the analogue output cannot be operated simultaneously.

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4.8 Serial interface (AVI and DO order codes)

Serial interface technical specifications

Format: Baud rate:

RS-232 9600, 19200 and 38400 baud

A serial interface (RS-232) is available through terminal blocks 16, 17 and 18. It can be configured in the Serial menu, see the “6.15 Serial menu” section on page 71.

The RS-232 serial interface can be used:

• for easy setup and commissioning of the unit

• to modify settings and parameters during operation

• to read out internal states and current measuring values via PC or PLC

The following drawing shows the connection to a PC by using a standard D-Sub 9-pin connector:

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4.9 Control outputs (AVI and DO order codes)

Control outputs technical specifications

Number of outputs: Format / level:

Output current: Reaction time:

4 5 … 30 V (depending on the voltage level provided to terminal block 19 - COM+), PNP max. 200 mA < 1 ms

Four control outputs are available at terminal blocks 20, 21, 22 and 23 (+ terminal block 19 for switching voltage). The switching conditions can be set in the Preselection 1 … Preselection 4 menus, see the “6.11 Preselection 1 menu” … “6.14 Preselection 4 menu” sections on pages 61, 65, 67 and 69 respectively. The outputs “20 - Ctrl. Out 1”, “21 - Ctrl. Out 2”, “22 - Ctrl. Out 3” and “23 - Ctrl. Out 4” are fast PNP outputs with a switching capability of 5÷30 V / 200 mA per channel. The switching

states are displayed (display with unit and status bar) as … , see the “5 Display and touch screen” section on page 26.

The switching voltage of the outputs must be applied to input terminal block 19 (COM+). In case of switching inductive loads it is advisable to use an external filtering of the coils.

4.9.1 Wiring of the control outputs

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4.10 Relay outputs (RO order code)

Relay outputs technical specifications

Number of outputs: Configuration: AC switching capacity: DC switching capacity: Reaction time:

2 potential-free changeovers max. 250 Vac / 3 A / 750 VA max. 150 Vdc / 2 A / 50 W < 20 ms

Two relay outputs with potential-free changeover contacts are available at terminal blocks 27, 28, 29, 30, 31 and 32. The switching conditions can be set in the Preselection 1 … Preselection 4 menus, see the “6.11 Preselection 1 menu” … “6.14 Preselection 4 menu” sections on pages 61, 65, 67 and 69 respectively. The switching states are displayed (display with unit and status bar)

as and , see the “5 - Display and touch screen” section on page 26.

AC switching capacity max. 250 Vac / max. 3 A / 750 VA DC switching capacity max. 150 Vdc / max. 2 A / 50 W

4.10.1 Wiring of the relay outputs

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5 - Display and touch screen

5.1 Screen structure for parametrization

Menus and parameters are described in the “6 – Menus and parameters” section on page 28.

Start setup procedure

To enter the menus and edit the parameters, keep the touchscreen pressed for 3 seconds.

Selection of the menu

Select the menu by pressing the arrow keys and confirm the choice by

pressing the key.

You can exit the selection of the

menu by pressing the key.

Selection of the parameter

Select the parameter by pressing the arrow keys and confirm the choice by

pressing the key.

You can exit the selection of the

parameter by pressing the key.

Parameter setting:

After selection, the parameter (or its last digit) starts blinking. Set the

parameter by pressing the and

arrow keys, shift the cursor by

pressing the and arrow keys and save the value by pressing

the key.

You can exit the editing of the

parameter by pressing the key.

Parameter changes become active only after closing the selection of the

menu.

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5.2 Screen structure during operation

The following screens are available during operation. Depending on the device version and the selected operation mode, not all displays will be shown. The sources (IN 1, IN 2 …) for the single channel display and the two channel display are defined in the Display menu, see the “6.18 Display menu” section on page 80.

Single line display with unit and status bar

To switch to the next display, press the touch screen.

Control output states and relay states are only shown with AVI, DO and RO order codes.

Two line display

To switch to the next display, press the top half of the screen.

Display for quick start of the preselection values setting process (see the “ 6.10 Preselection values menu “ section on page 59 )

To switch to the next display, press the top half of the screen or the

key.

It is available only with AVI, DO and RO order codes.

Display with current, minimum and maximum values of input 1 and input 2.

To switch to the next display, press the touch screen.

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6 – Menus and parameters

6.1 Overview of the structure

The following tables offer an overview of the menus and their relevant parameters. The menu names are printed in bold and the associated parameters are listed under the menu name. Depending on the device model and the selected operation mode, only the available menus / parameters are shown.

NOTE

In the pages that describe the menus, the default values are highlighted with grey background.

General menu, see the “6.2 General menu” section on page 34

Operational mode, see on page 34

Pin preselection, see on page 34

Pin parameter, see on page 34

Back up memory, see on page 35

Factory settings, see on page 35

IN 1 properties menu, see the “6.3 IN 1 properties menu” section on page 36

Configuration, see on page 36

Start value, see on page 36

End value, see on page 36

Decimal point, see on page 36

Scale units, see on page 37

Sampling time (s), see on page 38

Average filter, see on page 38

Offset, see on page 39

Linearization, see on page 39

Totalization, see on page 39

It is only available if the Linearization parameter in the IN 1 properties menu (see on page 39) is set to either “1 – 1 QUADRANT” or “2 – 4 QUADRANT”.

IN 1 Linearization menu, see the “6.4 IN 1 linearization menu” section on page 40

P1(X), see on page 40

...

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P24(X), see on page 40

P1(Y), see on page 40

...

P24(Y), see on page 40

It is only available if the Totalization parameter in the IN 1 properties menu (see on page 39) is set to “YES”.

IN 1 totalization menu, see the “6.5 IN 1 totalization menu” section on page 43

Time base, see on page 43

Divider, see on page 43

Decimal point, see on page 44

Scale units, see on page 44

It is only available if the Operational mode parameter in the General menu (see on page 34) is set to any dual channel mode.

IN 2 properties menu, see the “6.6 IN 2 properties menu” section on page 46

Configuration, see on page 46

Start value, see on page 46

End value, see on page 46

Decimal point, see on page 46

Scale units, see on page 47

Sampling time (s), see on page 48

Average filter, see on page 48

Offset, see on page 49

Linearization, see on page 49

Totalization, see on page 49

It is only available if the Operational mode parameter in the General menu (see on page 34) is set to any dual channel mode. Furthermore it is only available if the Linearization parameter in the IN 2 properties menu (see on page 49) is set to either “1 – 1 QUADRANT” or “2 – 4 QUADRANT”.

IN 2 Linearization menu, see the “6.7 IN 2 linearization menu” section on page 50

P1(X), see on page 50

...

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P24(X), see on page 50

P1(Y), see on page 50

...

P24(Y), see on page 50

It is only available if the Operational mode parameter in the General menu (see on page 34) is set to any dual channel mode. Furthermore it is only available if the Totalization parameter in the IN 2 properties menu (see on page 49) is set to “YES”.

IN 2 totalization menu, see the “6.8 IN 2 totalization menu” section on page 53

Time base, see on page 53

Divider, see on page 54

Decimal point, see on page 54

Scale units, see on page 54

It is only available if the Operational mode parameter in the General menu (see on page 34) is set to any dual channel mode.

Linkage properties menu, see the “6.9 Linkage properties menu” section on page 56

Factor, see on page 56

Divider, see on page 56

Additive value, see on page 56

Decimal point, see on page 57

Scale units, see on page 57

It is only available for devices with order codes AVI, DO or RO.

Preselection values menu, see the “6.10 Preselection values menu” section on page 59

Preselection 1, see on page 59

Preselection 2, see on page 59

Preselection 3, see on page 59

Preselection 4, see on page 60

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It is only available for devices with order codes AVI, DO or RO.

Preselection 1 menu, see the “6.11 Preselection 1 menu” section on page 61

Source 1, see on page 61

Mode 1, see on page 61

Hysteresis 1, see on page 63

Pulse time 1 (s), see on page 63

Output target 1, see on page 63

Output polarity 1, see on page 63

Output lock 1, see on page 64

Start up delay 1 (s), see on page 64

Event color 1, see on page 64

It is only available for devices with order codes AVI, DO or RO.

Preselection 2 menu, see the “6.12 Preselection 2 menu” section on page 65

Source 2, see on page 65

Mode 2, see on page 65

Hysteresis 2, see on page 65

Pulse time 2 (s), see on page 65

Output target 2, see on page 65

Output polarity 2, see on page 65

Output lock 2, see on page 66

Start up delay 2 (s), see on page 66

Event color 2, see on page 66

It is only available for devices with order codes AVI, DO or RO.

Preselection 3 menu, see the “6.13 Preselection 3 menu” section on page 67

Source 3, see on page 67

Mode 3, see on page 67

Hysteresis 3, see on page 67

Pulse time 3 (s), see on page 67

Output target 3, see on page 67

Output polarity 3, see on page 67

Output lock 3, see on page 68

Start up delay 3 (s), see on page 68

Event color 3, see on page 68

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It is only available for devices with order codes AVI, DO or RO.

Preselection 4 menu, see the “6.14 Preselection 4 menu” section on page 69

Source 4, see on page 69

Mode 4, see on page 69

Hysteresis 4, see on page 69

Pulse time 4 (s), see on page 69

Output target 4, see on page 69

Output polarity 4, see on page 69

Output lock 4, see on page 70

Start up delay 4 (s), see on page 70

Event color 4, see on page 70

It is only available for devices with order codes AVI and DO.

Serial menu, see the “6.15 Serial menu” section on page 71

Unit number, see on page 71

Serial baud rate, see on page 71

Serial format, see on page 71

Serial init, see on page 72

Serial protocol, see on page 72

Serial timer (s), see on page 73

Serial value, see on page 73

It is only available for devices with order code AVI.

Analog OUT menu, see the “6.16 Analog OUT menu” section on page 74

Analog source, see on page 74

Analog format, see on page 75

Analog start, see on page 75

Analog end, see on page 75

Analog gain (%), see on page 75

Analog offset %, see on page 76

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Command menu, see the “6.17 Command menu” section on page 77

Input 1 action, see on page 77

Input 1 config., see on page 79

Input 2 action, see on page 79

Input 2 config., see on page 79

Input 3 action, see on page 79

Input 3 config., see on page 79

Display menu, see the “6.18 Display menu” section on page 80

Start display, see on page 80

Source single, see on page 80

Source dual top, see on page 81

Source dual down, see on page 81

Color, see on page 82

Brightness, see on page 82

Contrast, see on page 82

Screen saver, see on page 83

Up-date-time, see on page 83

Font, see on page 83

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6.2 General menu

The default values are highlighted with grey background.

Operational mode

This parameter allows to set the desired measuring function.

0 SINGLE

Single channel mode, only input 1 is used

1 DUAL

Dual channel mode, input 1 and input 2 are used in a separate way

2 IN 1 + IN 2

Dual channel mode, input 1 is added to input 2 (sum)

3 IN 1 – IN 2

Dual channel mode, input 2 is subtracted from input 1 (difference)

4 IN 1 x IN 2

Dual channel mode, input 1 is multiplied by input 2 (multiplication)

5 IN 1 / IN 2

Dual channel mode, input 1 is divided by input 2 (division)

Pin preselection

This parameter allows to set the PIN code to lock the quick start of the Preselection values menu used to enter the preselection values, see the “5.2 Screen structure during operation” section on page 27. Refer also to the “6.10 Preselection values menu” section on page 59. Master PIN is 6079. This lock function is only useful if used along with the lock function set in the

Pin parameter.

0000

No lock

...

9999

Access after entering PIN Code 9999

Pin parameter

This parameter sets the PIN code for the lock function of all parameters. The Master PIN is 6079.

0000

No lock

...

9999

Parametrization of the unit after entering PIN code 9999

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Back up memory

0 NO

No memory backup following a power failure

1 YES

Backup memory following a power failure, the current values will be saved

Factory settings

At any time you can return all settings to the factory default values. Default values are highlighted with grey background in this manual.

WARNING

This action will reset all parameters to factory default values and customised settings will be lost. After reset you will have to repeat your individual set-up procedure.

0 NO

No default values are loaded

1 YES

Load default values of all parameters

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6.3 IN 1 properties menu

The IN 1 properties menu is used to configure the characteristics of the input

Configuration

This parameter sets the characteristics of the analogue input 1.

0 -10…10V

-10 … +10 V

1 0…20MA

0 … 20 mA

2 4…20MA

4 … 20 mA

Start value

This parameter sets the display value for an analogue input 1 signal of 0 V or 0 mA or 4 mA. Signal values between Start value and End value behave proportionally.

-99999

Smallest start value

+00000

Default value

+99999

Highest start value

End value

This parameter sets the display value for an analogue input 1 signal of +10 V or 20 mA. Signal values between Start value and End value behave proportionally.

-99999

Smallest start value

+10000

Default value

+99999

Highest start value

Decimal point

It sets the position of the decimal point.

0 NO

No decimal point

1 0000000.0

Decimal point placed in the specified position

2 000000.00

Decimal point placed in the specified position

3 00000.000

Decimal point placed in the specified position

4 0000.0000

Decimal point placed in the specified position

5 000.00000

Decimal point placed in the specified position

6 00.000000

Decimal point placed in the specified position

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7 0.0000000

Decimal point placed in the specified position

Scale units

This parameter sets the required engineering unit. It does not affect the calculation of the display value. The number of decimal places must be set in the

Decimal point parameter.

0 V

1 mV

2 A

3 mA

4 km/h

5 mph

6 feet/min

7 inch/min

8 g

9 kg

10 oz

11 W

12 kW

13 VA

14 mm

15 cm

16 m

17 inch

18 feet

19 C

20 F

21 K

22 1/sec

23 1/min

24 1/h

25 gal/min

26 Pa

27 kPa

28 %

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29 Edit unit

A customized measuring unit with up to 16 digits can be edited using this parameter.

When you press the key the Edit Unit menu appears. A measuring unit can be created using the arrow keys (by pressing and holding the arrow key down the characters scroll fast).

Press the key to save the Edit Unit menu.

Press the key to close the Edit Unit menu.

Sampling time (s)

It allows to set the sampling interval. This time interval sets the time between the single samples of the analogue signals. It directly affects the response time of the unit. The value is expressed in seconds (s).

0.0010

Shortest Sampling time

00.010

Default value

60.000

Longest Sampling time

Average filter

Selectable average filter function to avoid measuring fluctuations.

0 OFF

No average value will be created

1 2 cycle average

Floating average within 2 cycles

2 4 cycle average

Floating average within 4 cycles

3 8 cycle average

Floating average within 8 cycles

4 16 cycle average

Floating average within 16 cycles

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Offset

This parameter allows to set the zero offset / tare of input 1. This parameter does not affect the Totalization function, see the “6.5 IN 1 totalization menu” on page 43.

-99999

Smallest offset value

+00000

Default value

+99999

Highest offset value

Linearization

This parameter activates and sets the linearisation function. See the “6.4 IN 1 linearization menu” section on page 40 and the “6.4.1 Description of the linearisation function” section on page 40.

0 OFF

No linearisation

1 1 QUADRANT

Linearisation using 1 quadrant (see on page 40).

2 4 QUADRANT

Linearisation using 4 quadrants (see on page 40).

Totalization

This parameter activates the totalization function. The totalization function is directly affected by the set operational mode (see the Operational mode parameter on page 34). For complete information please refer to the “6.5 IN 1 totalization menu” section on page 43.

0 NO

No totalization

1 YES

Totalization is active (see on page 43).

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6.4 IN 1 linearization menu

The linearisation function is configured in this menu. This menu is displayed only if the Linearization parameter in the IN 1 properties menu (see on page

39) is set to either “1 – 1 QUADRANT” or “2 – 4 QUADRANT”; if 0 – OFF option is set the IN 1 linearization menu does not appear.

For a complete description of the linearisation function and some examples refer to the “6.4.1 Description of the linearisation function” section below.

P1(X)

…

P24(X)

X-coordinate of the linearisation point. This value represents the display value the unit shows on the display without linearisation.

-99999999

Smallest X-coordinate

+00000000

Default value

+99999999

Largest X-coordinate

P1(Y)

…

P24(Y)

Y-coordinate of the linearisation point. This is the display value the unit will show on the display after linearisation.

EXAMPLE

P2(X) parameter value will be replaced by P2(Y) parameter value.

-99999999

Smallest Y-coordinate

+00000000

Default value

+99999999

Largest Y-coordinate

6.4.1 Description of the linearisation function

The linearisation function allows to convert a linear input signal into a nonlinear representation (or vice versa). 24 programmable X / Y coordinates (interpolation points) are available, they can be freely arranged over the whole conversion range at any desired distance. The unit uses linear interpolation between two coordinates. Therefore it is advisable to set several coordinates

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where the curvature is greater and only few coordinates where the curvature is lesser. If you need to set an individual linearisation curve, the Linearization parameter in the IN 1 properties menu (see on page 39) must be set to either “1 - 1 QUADRANT” or “2 - 4 QUADRANT” (see the diagrams below).

The parameters P1(X) to P24(X) are used to specify the coordinates on the xaxis. These are the measuring values that the unit would normally generate according to the actual input signal.

Parameters P1(Y) to P24(Y) are the values that the unit will generate instead of the X values, i.e. for instance P5(Y) replaces P5(X) etc.

The X coordinates must use continuously increasing settings, i.e. P1(X) must have the lowest setting while P24(X) must have the highest setting (P1(X) < P2(X) < P3(X) … < P23(X) < P24(X)). If the measured value is greater than the last defined X value, the corresponding Y value is displayed.

If the Linearization parameter in the IN 1 properties menu is set to “1 – 1 QUADRANT”, P1(X) parameter must be set to zero. Linearisation is only defined in the positive range and the negative range will be mirrored symmetrical with respect to the central point. If the Linearization parameter in the IN 1 properties menu is set to “2 – 4 QUADRANT”, P1(X) parameter can be set also to a negative value. If the measured value is smaller than P1(X), P1(Y) is displayed.

EXAMPLE

We want to display the filling quantity (volume) of a tank (see the Figure below) by using a pressure sensor mounted on the bottom of the tank. In this application, the analogue signal information about pressure is proportional to the filling level, but not to the filling quantity.

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To solve the problem, we divide the non linear part of the tank into 14 sections. We set the expected display values of the pressure sensor in the P1(X) to

P15(X) parameters.

For the linear part of the tank it is sufficient to set the final pressure value in the P16(X) parameter. It is now possible to easily calculate the appropriate filling quantities ad enter the relevant values in the P1(Y) to P16(Y) parameters.

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6.5 IN 1 totalization menu

The totalization function is configured in this menu. This menu is displayed only if the Totalization parameter in the IN 1 properties menu (see on page 39) is set to “YES”; if “NO” option is set the IN 1 totalization menu does not appear.

NOTE

Please note that the totalization function is directly affected by the set operational mode (see the Operational mode parameter on page 34), according to the following table.

Operational mode

Totalization

INPUT 1 TOTAL INPUT 2 TOTAL LINKAGE TOTAL

SINGLE

active  0  0

DUAL

active active  0

IN 1 + IN 2

active active Total 1 + Total 2

IN 1 – IN 2

active active Total 1 - Total 2

IN 1 x IN 2

active active  0

IN 1 / IN 2

active active  0

Time base

This parameter sets the time base of the totalization value. In other words it sets the time interval between two data recordings.

0 SECONDS

The current value is added to INPUT 1 TOTAL every second

1 MINUTES

The current value is added to INPUT 1 TOTAL every minute

2 HOURS

The current value is added to INPUT 1 TOTAL every hour

3 COMMAND

The current value is added to INPUT 1 TOTAL when we use the “25 – ADD TO TOTAL 1” command in order to operate the control input. For further information please refer to the Input 1 action parameter in the “6.17 Command menu” section on page 77.

Divider

This parameter allows to set the divisional factor of the totalization value.

0 1

No division

1 10

The result of the totalization is divided by 10

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2 100

The result of the totalization is divided by 100

3 1000

The result of the totalization is divided by 1000

Decimal point

It sets the position of the decimal point.

0 NO

No decimal point

1 0000000.0

Decimal point placed in the specified position

2 000000.00

Decimal point placed in the specified position

3 00000.000

Decimal point placed in the specified position

4 0000.0000

Decimal point placed in the specified position

5 000.00000

Decimal point placed in the specified position

6 00.000000

Decimal point placed in the specified position

7 0.0000000

Decimal point placed in the specified position

Scale units

This parameter sets the required engineering unit. It does not affect the calculation of the display value. The number of decimal places must be set in the

Decimal point parameter.

0 V

1 mV

2 A

3 mA

4 km/h

5 mph

6 feet/min

7 inch/min

8 g

9 kg

10 oz

11 W

12 kW

13 VA

14 mm

15 cm

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16 m

17 inch

18 feet

19 C

20 F

21 K

22 1/sec

23 1/min

24 1/h

25 gal/min

26 Pa

27 kPa

28 %

29 Edit unit

A customized measuring unit with up to 16 digits can be edited using this parameter.

When you press the key the Edit Unit menu appears. A measuring unit can be created using the arrow keys (by pressing and holding the arrow key down the characters scroll fast).

Press the key to save the Edit Unit menu.

Press the key to close the Edit Unit menu.

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6.6 IN 2 properties menu

The IN 2 properties menu is used to configure the characteristics of the input

2. This menu is displayed only if the Operational mode parameter is set to any dual channel mode (DUAL, IN 1 + IN 2, IN 1 – IN 2, IN 1 x IN 2, IN 1 / IN 2). If the SINGLE single channel mode is selected, this menu is hidden. Refer to the “6.2 General menu” section on page 34.

Configuration

This parameter sets the characteristics of the analogue input 2.

0 -10…10V

-10 … +10 V

1 0…20MA

0 … 20 mA

2 4…20MA

4 … 20 mA

Start value

This parameter sets the display value for an analogue input 2 signal of 0 V or 0 mA or 4 mA. Signal values between Start value and End value behave proportionally.

-99999

Smallest start value

+00000

Default value

+99999

Highest start value

End value

This parameter sets the display value for an analogue input 2 signal of +10 V or 20 mA. Signal values between Start value and End value behave proportionally.

-99999

Smallest start value

+10000

Default value

+99999

Highest start value

Decimal point

It sets the position of the decimal point.

0 NO

No decimal point

1 0000000.0

Decimal point placed in the specified position

2 000000.00

Decimal point placed in the specified position

3 00000.000

Decimal point placed in the specified position

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4 0000.0000

Decimal point placed in the specified position

5 000.00000

Decimal point placed in the specified position

6 00.000000

Decimal point placed in the specified position

7 0.0000000

Decimal point placed in the specified position

Scale units

This parameter sets the required engineering unit. It does not affect the calculation of the display value. The number of decimal places must be set in the

Decimal point parameter.

0 V

1 mV

2 A

3 mA

4 km/h

5 mph

6 feet/min

7 inch/min

8 g

9 kg

10 oz

11 W

12 kW

13 VA

14 mm

15 cm

16 m

17 inch

18 feet

19 C

20 F

21 K

22 1/sec

23 1/min

24 1/h

25 gal/min

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26 Pa

27 kPa

28 %

29 Edit unit

A customized measuring unit with up to 16 digits can be edited using this parameter.

When you press the key the Edit Unit menu appears. A measuring unit can be created using the arrow keys (by pressing and holding the arrow key down the characters scroll fast).

Press the key to save the Edit Unit menu.

Press the key to close the Edit Unit menu.

Sampling time (s)

0.0010

Shortest Sampling time

00.010

Default value

60.000

Longest Sampling time

Average filter

Selectable average filter function to avoid measuring fluctuations

0 OFF

No average value will be created

1 2 cycle average

Floating average within 2 cycles

2 4 cycle average

Floating average within 4 cycles

3 8 cycle average

Floating average within 8 cycles

4 16 cycle average

Floating average within 16 cycles

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Offset

This parameter allows to set the zero offset / tare of input 2. This parameter does not affect the Totalization function, see the “6.8 IN 2 totalization menu” on page 53.

-99.999

Smallest offset value

00000

Default value

+99.999

Highest offset value

Linearization

This parameter activates and sets the linearisation function. See the “6.7 IN 2 linearization menu” section on page 50 and the “6.7.1 Description of the linearisation function” section on page 50.

0 OFF

No linearisation

1 1 QUADRANT

Linearisation using 1 quadrant (see on page 50).

2 4 QUADRANT

Linearisation using 4 quadrants (see on page 50).

Totalization

0 NO

No totalization

1 YES

Totalization is active (see on page 53).

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6.7 IN 2 linearization menu

The linearisation function is configured in this menu. This menu is displayed only if the Operational mode parameter is set to any dual channel mode (DUAL, IN 1 + IN 2, IN 1 – IN 2, IN 1 x IN 2, IN 1 / IN 2). If the SINGLE single channel mode is selected, this menu is hidden. Refer to the “6.2 General menu” section on page 34. Furthermore it is displayed only if the Linearization parameter in the IN 2 properties menu (see on page 49) is set to either “1 – 1 QUADRANT” or “2 – 4 QUADRANT”; if 0 – OFF option is set the IN 2 linearization menu does not appear.

For a complete description of the linearisation function and some examples refer to the “6.7.1 Description of the linearisation function” section below.

P1(X)

…

P24(X)

X-coordinate of the linearisation point. This value represents the display value the unit shows on the display without linearisation.

-99999999

Smallest X-coordinate

+00000000

Default value

+99999999

Largest X-coordinate

P1(Y)

…

P24(Y)

Y-coordinate of the linearisation point. This is the display value the unit will show on the display after linearisation.

EXAMPLE

P2(X) parameter value will be replaced by P2(Y) parameter value.

-99999999

Smallest Y-coordinate

+00000000

Default value

+99999999

Largest Y-coordinate

6.7.1 Description of the linearisation function

The linearisation function allows to convert a linear input signal into a nonlinear representation (or vice versa). 24 programmable X / Y coordinates

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(interpolation points) are available, they can be freely arranged over the whole conversion range at any desired distance. The unit uses linear interpolation between two coordinates. Therefore it is advisable to set several coordinates where the curvature is greater and only few coordinates where the curvature is lesser. If you need to set an individual linearisation curve, the Linearization parameter in the IN 2 properties menu (see on page 49) must be set to either “1 - 1 QUADRANT” or “2 - 4 QUADRANT” (see the diagrams below).

The parameters P1(X) to P24(X) are used to specify the coordinates on the xaxis. These are the measuring values that the unit would normally generate according to the actual input signal.

Parameters P1(Y) to P24(Y) are the values that the unit will generate instead of the X values, i.e. for instance P5(Y) replaces P5(X) etc.

If the Linearization parameter in the IN 2 properties menu is set to “1 – 1 QUADRANT”, P1(X) parameter must be set to zero. Linearisation is only defined in the positive range and the negative range will be mirrored symmetrical with respect to the central point. If the Linearization parameter in the IN 2 properties menu is set to “2 – 4 QUADRANT”, P1(X) parameter can be set also to a negative value. If the measured value is smaller than P1(X), P1(Y) is displayed.

EXAMPLE

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To solve the problem, we divide the non linear part of the tank into 14 sections. We set the expected display values of the pressure sensor in the P1(X) to

P15(X) parameters.

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6.8 IN 2 totalization menu

The totalization function is configured in this menu. This menu is displayed only if the Operational mode parameter is set to any dual channel mode (DUAL, IN 1 + IN 2, IN 1 – IN 2, IN 1 x IN 2, IN 1 / IN 2). If the SINGLE single channel mode is selected, this menu is hidden. Refer to the “6.2 General menu” section on page

34. Furthermore it is displayed only if the Totalization parameter in the IN 2

properties menu (see on page 49) is set to “YES”; if “NO” option is set the IN 2 totalization menu does not appear.

NOTE

Please note that the totalization function is directly affected by the set operational mode (see the Operational mode parameter on page 34), according to the following table.

Operational mode

Totalization

INPUT 1 TOTAL INPUT 2 TOTAL LINKAGE TOTAL

SINGLE

active  0  0

DUAL

active active  0

IN 1 + IN 2

active active Total 1 + Total 2

IN 1 – IN 2

active active Total 1 - Total 2

IN 1 x IN 2

active active  0

IN 1 / IN 2

active active  0

Time base

This parameter sets the time base of the totalization value. In other words it sets the time interval between two data recordings.

0 SECONDS

The current value is added to INPUT 2 TOTAL every second

1 MINUTES

The current value is added to INPUT 2 TOTAL every minute

2 HOURS

The current value is added to INPUT 2 TOTAL every hour

3 COMMAND

The current value is added to INPUT 2 TOTAL when we use the “26 – ADD TO TOTAL 2” command in order to operate the control input. For further information please refer to the Input 2 action parameter in the “6.17 Command menu” section on page 77.

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Divider

This parameter allows to set the divisional factor of the totalization value.

0 1

No division

1 10

The result of the totalization is divided by 10

2 100

The result of the totalization is divided by 100

3 1000

The result of the totalization is divided by 1000

Decimal point

It sets the position of the decimal point.

0 NO

No decimal point

1 0000000.0

Decimal point placed in the specified position

2 000000.00

Decimal point placed in the specified position

3 00000.000

Decimal point placed in the specified position

4 0000.0000

Decimal point placed in the specified position

5 000.00000

Decimal point placed in the specified position

6 00.000000

Decimal point placed in the specified position

7 0.0000000

Decimal point placed in the specified position

Scale units

This parameter sets the required engineering unit. It does not affect the calculation of the display value. The number of decimal places must be set in the

Decimal point parameter.

0 V

1 mV

2 A

3 mA

4 km/h

5 mph

6 feet/min

7 inch/min

8 g

9 kg

10 oz

11 W

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12 kW

13 VA

14 mm

15 cm

16 m

17 inch

18 feet

19 C

20 F

21 K

22 1/sec

23 1/min

24 1/h

25 gal/min

26 Pa

27 kPa

28 %

29 Edit unit

A customized measuring unit with up to 16 digits can be edited using this parameter.

When you press the key the Edit Unit menu appears. A measuring unit can be created using the arrow keys (by pressing and holding the arrow key down the characters scroll fast).

Press the key to save the Edit Unit menu.

Press the key to close the Edit Unit menu.

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6.9 Linkage properties menu

In this menu the parameters that configure a combined operation work mode can be set. A “combined operation work mode” is any dual channel mode that involves an operation (addition, subtraction, multiplication, division). It is available only if the Operational mode parameter in the General menu is set to “2 = IN 1 + IN 2”, “3 = IN 1 – IN 2”, “4 IN 1 x IN 2” or “5 = IN 1 / IN 2” (see on page 34).

NOTE

Parameters in the IN 1 properties and IN 2 properties menus must be set before activating the combined operation work mode.

The result of the combined operations can be scaled using the following parameters.

Factor

This parameter sets the factor by which the result of the combined operation will be multiplied.

-99999999

Smallest value

+00000001

Default value

+99999999

Highest value

Divider

This parameter sets the divider by which the result of the combined operation will be divided.

-99999999

Smallest value

+00000001

Default value

+99999999

Highest value

Additive value

This parameter sets the additive constant that will be added to the result of the combined operation.

-99999999

Smallest value

+00000000

Default value

+99999999

Highest value

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Decimal point

It sets the position of the decimal point.

0 NO

No decimal point

1 0000000.0

Decimal point placed in the specified position

2 000000.00

Decimal point placed in the specified position

3 00000.000

Decimal point placed in the specified position

4 0000.0000

Decimal point placed in the specified position

5 000.00000

Decimal point placed in the specified position

6 00.000000

Decimal point placed in the specified position

7 0.0000000

Decimal point placed in the specified position

Scale units

This parameter sets the required engineering unit. It does not affect the calculation of the display value. The number of decimal places must be set in the

Decimal point parameter.

0 V

1 mV

2 A

3 mA

4 km/h

5 mph

6 feet/min

7 inch/min

8 g

9 kg

10 oz

11 W

12 kW

13 VA

14 mm

15 cm

16 m

17 inch

18 feet

19 C

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20 F

21 K

22 1/sec

23 1/min

24 1/h

25 gal/min

26 Pa

27 kPa

28 %

29 Edit unit

A customized measuring unit with up to 16 digits can be edited using this parameter.

When you press the key the Edit Unit menu appears. A measuring unit can be created using the arrow keys (by pressing and holding the arrow key down the characters scroll fast).

Press the key to save the Edit Unit menu.

Press the key to close the Edit Unit menu.

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6.10 Preselection values menu

The Preselection values menu is used to set the preselection values or the switching points. The preselection values / switching points are always referred to the display value. This menu is only available for devices with order codes AVI, DO or RO.

Preselection 1

Preselection / switching point 1. The features of Preselection 1 must be set in the Preselection 1 menu, see the “6.11 Preselection 1 menu” section on page

61.

-99999999

Smallest value

+00001000

Default value

+99999999

Highest value

Preselection 2

Preselection / switching point 2. The features of Preselection 2 must be set in the Preselection 2 menu, see the “6.12 Preselection 2 menu” section on page

65.

-99999999

Smallest value

+00002000

Default value

+99999999

Highest value

Preselection 3

Preselection / switching point 3. The features of Preselection 3 must be set in the Preselection 3 menu, see the “6.13 Preselection 3 menu” section on page

67.

-99999999

Smallest value

+00003000

Default value

+99999999

Highest value

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Preselection 4

Preselection / switching point 4. The features of Preselection 1 must be set in the Preselection 4 menu, see the “6.14 Preselection 4 menu” section on page

69.

-99999999

Smallest value

+00004000

Default value

+99999999

Highest value

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6.11 Preselection 1 menu

The Preselection 1 menu sets the characteristics of Preselection 1. It is only available for devices with order codes AVI, DO and RO.

Source 1

This parameter sets the reference source for Preselection 1.

0 INPUT 1

The reference source is input 1.

1 INPUT 2

The reference source is input 2.

2 LINKAGE 1_2

The reference source is the result of the combined operation of input 1 and input 2.

3 INPUT 1 TOTAL

The reference source is input 1 with totalization.

4 INPUT 2 TOTAL

The reference source is input 2 with totalization.

5 LINKAGE TOTAL

The reference source is the result of the combined operation of input 1 and input 2 with totalization.

6 N.A.

Reserved

7 N.A.

Reserved

MINIMUM VALUE 1

Minimum value, the reference source is input 1.

MAXIMUM VALUE 1

Maximum value, the reference source is input 1.

MINIMUM VALUE 2

Minimum value, the reference source is input 2.

MAXIMUM VALUE 2

Maximum value, the reference source is input 2.

The totalization depends on the selected operational mode, see the table in the “6.5 IN 1 totalization menu” section on page 43. See also the Operational mode parameter on page 34.

Mode 1

Switching conditions for Preselection 1. The output / relay / display switches under the following conditions:

0 |RESULT|>=|PRES|

The absolute display value is greater than or equal to the absolute value of Preselection 1. If Hysteresis 1 is greater than 0, the following switching condition is applied: Display value  Preselection 1  ON Display value < Preselection 1 – Hysteresis 1  OFF

1 |RESULT|<=|PRES|

The absolute display value is less than or equal to

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the absolute value of Preselection 1 (start up suppression – see the Start up delay 1 (s) parameter on page 64- is advisable). If Hysteresis 1 is greater than 0, the following switching condition is applied: Display value  Preselection 1  ON Display value > Preselection 1 + Hysteresis 1  OFF

2 |RESULT|=|PRES|

The absolute display value is equal to the absolute value of Preselection 1. A range (Preselection 1 +/- ½ Hysteresis 1) can be defined and monitored along with a hysteresis value. If Hysteresis 1 is greater than 0, the following switching condition is applied: Display value > Preselection 1 + ½ Hysteresis 1  OFF Display value < Preselection 1 - ½ Hysteresis 1  OFF

3 RESULT >= PRES

Display value is greater than or equal to

Preselection 1, e.g. an overspeed id detected.

If Hysteresis 1 is greater than 0, the following switching condition is applied: Display value  Preselection 1  ON Display value < Preselection 1 – Hysteresis 1  OFF

4 RESULT <= PRES

Display value is less than or equal to Preselection

1, e.g. an underspeed is detected (start up

suppression -see the Start up delay 1 (s) parameter on page 64- is advisable). If Hysteresis 1 is greater than 0, the following switching condition is applied: Display value  Preselection 1  ON Display value > Preselection 1 + Hysteresis 1  OFF

5 RESULT = PRES

Display value is equal to Preselection 1. A range (Preselection 1 +/- ½ Hysteresis 1) can be defined and monitored along with a hysteresis value. If Hysteresis 1 is greater than 0, the following switching condition is applied: Display value > Preselection 1 + ½ Hysteresis 1  OFF Display value < Preselection 1 - ½ Hysteresis 1  OFF

6 RES>=PRES-TRAIL

Trailing Preselection 1: Display value is greater than or equal to

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Preselection 2 – Preselection 1 Preselection 1 is the trailing preselection from Preselection 2.

Hysteresis 1

This parameter sets the switching hysteresis of the switch-off point for

Preselection 1 value.

00000

No switching hysteresis

…

99999

Switching hysteresis = 99999

Pulse time 1 (s)

Duration of the output pulse for the switching condition of Preselection 1 value.

00.000

No output pulse (static signal)

…

60.000

Pulse duration = 60 seconds

Output target 1

Assignment of an output or relay for the switching condition of Preselection 1 value. If more than one switching condition is assigned to the output / relay, the output is set when one switching condition at least is true.

0 NO

No switching condition assigned

1 CTRL OUT 1

Switching condition assigned to “20 - Ctrl. Out 1”

2 CTRL OUT 2

Switching condition assigned to “21 - Ctrl. Out 2”

3 CTRL OUT 3

Switching condition assigned to “22 - Ctrl. Out 3”

4 CTRL OUT 4

Switching condition assigned to “23 - Ctrl. Out 4”

5 RELAY 1

Switching condition assigned to “27-28-29 - Rel. 1”

6 RELAY 2

Switching condition assigned to “30-31-32 - Rel. 2”

Output polarity 1

Polarity for the switching condition of Preselection 1.

0 ACTIVE HIGH

Switching condition is true  Active “HIGH“

1 ACTIVE LOW

Switching condition is true  Active “LOW“

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Output lock 1

Latch for the switching condition of Preselection 1.

0 NO No latch for Preselection 1

1 YES

Latch for Preselection 1 (command 4 - LOCK RELEASE -see the Input 1 action parameter on

page 77- will clear the latch).

Start up delay 1 (s)

Start up suppression for the switching condition of Preselection 1. This adjustment only applies to the switching conditions 1 - |RESULT|<=|

PRES| and 4 - RESULT<=PRES (see the Mode 1 parameter on page 61).

00.000

No start up suppression

…

60.000

Start up suppression expressed in seconds

NOTE

Start up delay 3 (s) and Start up delay 4 (s) (see on pages 68 and 70

respectively) have an automatic start up suppression.

Event color 1

Event-depending change of colour of the display for the switching condition of

Preselection 1. Event color 1 has the lowest priority. Event color 2, Event color 3 and Event color 4 are allowed to overwrite this change of colour.

0 NO CHANGE

No change of colour

1 CHANGE TO RED

Colour of display changes to red

CHANGE TO GREEN

Colour of display changes to green

CHANGE TO YELLOW

Colour of display changes to yellow

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6.12 Preselection 2 menu

The Preselection 2 menu is only available for devices with order codes AVI, DO and RO. It allows to set the characteristics for Preselection 2.

Source 2

This parameter sets the reference source for Preselection 2. For complete information please refer to the Source 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

Mode 2

Switching conditions for Preselection 2. The output / relay / display switches under the following conditions:

0 … 5

For complete information on the switching conditions 0 … 5, please refer to the Mode 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

6 RES>=PRES-TRAIL

Trailing Preselection 2: Display value is greater than or equal to

Preselection 1 – Preselection 2 Preselection 2 is the trailing preselection from Preselection 1.

Hysteresis 2

This parameter sets the switching hysteresis of the switch-off point for

Preselection 2 value. For complete information please refer to the Hysteresis 1

parameter in the “6.11 Preselection 1 menu” section on page 61.

Pulse time 2 (s)

Duration of the output pulse for the switching condition of Preselection 2 value. For complete information please refer to the Pulse time 1 (s) parameter in the “6.11 Preselection 1 menu” section on page 61.

Output target 2

Assignment of an output or relay for the switching condition of Preselection 2 value. For complete information please refer to the Output target 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

Output polarity 2

Polarity for the switching condition of Preselection 2. For complete information please refer to the Output polarity 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

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Output lock 2

Latch for the switching condition of Preselection 2. For complete information please refer to the Output lock 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

Start up delay 2 (s)

Start up suppression for the switching condition of Preselection 2. For complete information please refer to the Start up delay 1 (s) parameter in the “6.11 Preselection 1 menu” section on page 61.

NOTE

Start up delay 3 (s) and Start up delay 4 (s) (see on pages 68 and 70

respectively) have an automatic start up suppression.

Event color 2

Event-depending change of colour of the display for the switching condition of

Preselection 2. Event color 2, Event color 3 and Event color 4 have the

highest priority and are allowed to overwrite the change of colour set next to the Event color 1 parameter. For complete information please refer to the

Event color 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

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6.13 Preselection 3 menu

The Preselection 3 menu is only available for devices with order codes AVI, DO and RO. It allows to set the characteristics for Preselection 3.

Source 3

This parameter sets the reference source for Preselection 3. For complete information please refer to the Source 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

Mode 3

Switching conditions for Preselection 3. The output / relay / display switches under the following conditions:

0 … 5

For complete information on the switching conditions 0 … 5, please refer to the Mode 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

6 RES>=PRES-TRAIL

Trailing Preselection 3: Display value is greater than or equal to

Preselection 4 – Preselection 3 Preselection 3 is the trailing preselection from Preselection 4.

Hysteresis 3

This parameter sets the switching hysteresis of the switch-off point for

Preselection 3 value. For complete information please refer to the Hysteresis 1

parameter in the “6.11 Preselection 1 menu” section on page 61.

Pulse time 3 (s)

Duration of the output pulse for the switching condition of Preselection 3 value. For complete information please refer to the Pulse time 1 (s) parameter in the “6.11 Preselection 1 menu” section on page 61.

Output target 3

Assignment of an output or relay for the switching condition of Preselection 3 value. For complete information please refer to the Output target 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

Output polarity 3

Polarity for the switching condition of Preselection 3. For complete information please refer to the Output polarity 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

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Output lock 3

Latch for the switching condition of Preselection 3. For complete information please refer to the Output lock 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

Start up delay 3 (s)

Start up suppression for the switching condition of Preselection 3. This adjustment only applies to the switching conditions 1 - |RESULT|<=|

PRES| and 4 - RESULT<=PRES (see the Mode 3 parameter on page 67).

0 OFF

No start up suppression

1 AUTO

Automatic start up suppression, until the preselection value / switching point is exceeded for the first time.

NOTE

Start up delay 1 (s) and Start up delay 2 (s) (see on pages 64 and 66

respectively) have a time-dependent start up suppression.

Event color 3

Event-depending change of colour of the display for the switching condition of

Preselection 3. Event color 2, Event color 3 and Event color 4 have the

highest priority and are allowed to overwrite the change of colour set next to the Event color 1 parameter. For complete information please refer to the

Event color 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

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6.14 Preselection 4 menu

The Preselection 4 menu is only available for devices with order codes AVI, DO and RO. It allows to set the characteristics for Preselection 4.

Source 4

This parameter sets the reference source for Preselection 4. For complete information please refer to the Source 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

Mode 4

Switching conditions for Preselection 4. The output / relay / display switches under the following conditions:

0 … 5

For complete information on the switching conditions 0 … 5, please refer to the Mode 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

6 RES>=PRES-TRAIL

Trailing Preselection 4: Display value is greater than or equal to

Preselection 3 – Preselection 4 Preselection 4 is the trailing preselection from Preselection 3.

Hysteresis 4

This parameter sets the switching hysteresis of the switch-off point for

Preselection 4 value. For complete information please refer to the Hysteresis 1

parameter in the “6.11 Preselection 1 menu” section on page 61.

Pulse time 4 (s)

Duration of the output pulse for the switching condition of Preselection 4 value. For complete information please refer to the Pulse time 1 (s) parameter in the “6.11 Preselection 1 menu” section on page 61.

Output target 4

Assignment of an output or relay for the switching condition of Preselection 4 value. For complete information please refer to the Output target 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

Output polarity 4

Polarity for the switching condition of Preselection 4. For complete information please refer to the Output polarity 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

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Output lock 4

Latch for the switching condition of Preselection 4. For complete information please refer to the Output lock 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

Start up delay 4 (s)

Start up suppression for the switching condition of Preselection 4. This adjustment only applies to the switching conditions 1 - |RESULT|<=|

PRES| and 4 - RESULT<=PRES (see the Mode 4 parameter on page 69).

0 OFF

No start up suppression

1 AUTO

Automatic start up suppression, until the preselection value / switching point is exceeded for the first time.

NOTE

Start up delay 1 (s) and Start up delay 2 (s) (see on pages 64 and 66

respectively) have a time-dependent start up suppression.

Event color 4

Event-depending change of colour of the display for the switching condition of

Preselection 4. Event color 2, Event color 3 and Event color 4 have the

highest priority and are allowed to overwrite the change of colour set next to the Event color 1 parameter. For complete information please refer to the

Event color 1 parameter in the “6.11 Preselection 1 menu” section on page 61.

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6.15 Serial menu

The Serial menu allows to configure the basic settings of the serial interface (terminal blocks 16, 17 and 18). For complete information on the serial port features, please refer to the “4.8 Serial interface (AVI and DO order codes)” section on page 23. This function is only available for devices with order codes AVI and DO.

Unit number

This parameter allows to set the address of the serial device. You can assign to the unit any address number between 11 and 99. The address must not contain any “0“ because such numbers (20, 30, …) are reserved for collective addressing (broadcast address).

Smallest address value

…

Highest address value

Serial baud rate

This parameter allows to set the serial transmission speed (baud rate). Available options are:

0 9600

9600 baud

1 19200

19200 baud

2 38400

38400 baud

Serial format

This parameter allows to set the bit data format.

Data Bits Parity Bit Stop Bits

0 7-EVEN-1

7 even 1

1 7-EVEN-2

7 even 2

2 7-ODD-1

7 odd 1

3 7-ODD-2

7 odd 2

4 7-NONE-1

7 no 1

5 7-NONE-2

7 no 2

6 8-EVEN-1

8 even 1

7 8-ODD-1

8 odd 1

8 8-NONE-1

8 no 1

9 8-NONE-2

8 no 2

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Serial init

This parameter allows to set the baud rate for the transmission of the initialization values to the OS6.0 software tool. If you set transmission values higher than 9600 baud, the duration of the initialization procedure will be shortened.

0 NO

The initialization values will be transmitted at 9600 baud. After initialization the unit will operate according to the user settings again.

1 YES

The initialization values will be transmitted according to the user defined baud rate (Serial

baud rate parameter). After initialization the unit

will go on operating according to the user settings again.

Serial protocol

It sets the sequence of characters to be sent when using the serial output for cyclic data transmission under time control (see the Serial timer (s) parameter). If you set the option “1“ the unit address is removed from the string, this results in a slightly faster transmission cycle.

The transmission string will be as follows: Option 0

UN UN + / - X X X X X X X LF CR

Option 1

+ / - X X X X X X X LF CR

Where: UN UN = serial address, e.g. “1 1”. See the Unit number parameter in

the previous page (option 0 only)

+ / - = plus / minus signs, i.e. positive / negative sign of transmitted

value

X X X X X X X X = data to be transmitted according to the setting in the Serial

value parameter

LF = line feed character CR = carriage return character

Transmission string with serial address

Transmission string without serial address

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Serial timer (s)

This parameter sets the cycle time for the cyclic transmission of data set in the

Serial value parameter when using the serial output. The value is expressed in

seconds. In case of a serial request, the cyclic transmission is stopped for 20 s.

00.000

Cyclic transmission is switched off. The unit will send data following a serial request or a “7 – Serial

print” command (see the Input 1 action, Input 2

action and Input 3 action parameters on pages 77

and 79).

…

60.000

Cycle time expressed in seconds.

Serial value

This parameter sets the value to be transmitted.

:0 Value of input 1

:1 Value of input 2

Result of the combined operation of input 1 and input 2

:3 Result of the totalization 1

:4 Result of the totalization 2

Result of the combined value of input 1 and input 2 with totalization

:6 Minimum value of input 1

:7 Maximum value of input 1

:8 Minimum value of input 2

:9 Maximum value of input 2

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6.16 Analog OUT menu

The Analog OUT menu allows to configure the basic settings of the analogue output (terminal blocks 13 and 14 / 15). For complete information on the analogue output features, please refer to the “4.7 Analogue output (AVI order code)” section on page 22. This function is only available for devices with order code AVI.

Analog source

This parameter set the reference source for the analogue output.

0 INPUT 1

The reference source is input 1.

1 INPUT 2

The reference source is input 2.

2 LINKAGE 1_2

The reference source is the result of the combined operation of input 1 and input 2.

3 INPUT 1 TOTAL

The reference source is input 1 with totalization.

4 INPUT 2 TOTAL

The reference source is input 2 with totalization.

5 LINKAGE TOTAL

The reference source is the result of the combined operation of input 1 and input 2 with totalization.

6 N.A.

Reserved

7 N.A.

Reserved

MINIMUM VALUE 1

Minimum value, the reference source is input 1.

MAXIMUM VALUE 1

Maximum value, the reference source is input 1.

MINIMUM VALUE 2

Minimum value, the reference source is input 2.

MAXIMUM VALUE 2

Maximum value, the reference source is input 2.

The totalization depends on the selected operational mode, see the table in the “6.5 IN 1 totalization menu” section on page 43. See also the Operational mode parameter on page 34.

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Analog format

This parameter sets the characteristics of the analogue output. The analogue output is proportional to the display value. If Analog format is set to “0 = -10…10V”, the polarity of the analogue output depends on the polarity of the display value.

0 -10…10V

-10 … +10 V

1 0…20MA

0 … 20 mA

2 4…20MA

4 … 20 mA

Analog start

This parameter sets the start value of the analogue conversion. The start value corresponds to the display value for an analogue output of 0 V or 0 mA or 4 mA depending on the set Analog format.

-99999999

Smallest start value

+00000000

Default value

+99999999

Highest start value

Analog end

This parameter sets the end value of the analogue conversion. The end value corresponds to the display value for an analogue output of (+/-)10 V or 20 mA depending on the set Analog format.

-99999999

Smallest start value

+00010000

Default value

+99999999

Highest start value

Analog gain (%)

This parameter sets the maximum conversion of the analogue output expressed in percentage (%).

000.00

Smallest gain

100.00

Default value

110.00

Highest gain

EXAMPLE

If you set “102.00” next to this item the result will be a conversion of 10.2 V or

20.4 mA when the value set next to the Analog end parameter is reached.

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If you set “95.00” next to this item the result will be a conversion of 9.5 V or 18 mA when the value set next to the Analog end parameter is reached.

Analog offset %

This parameter sets the zero offset of the analogue output.

-99.99

Smallest offset

+00.00

Default value

+99.99

Highest offset

EXAMPLE

If you set “+00.20” next to this item the result will be an offset of 0.02 V or 0.04 mA as regards the Analog start value.

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6.17 Command menu

The Command menu allows to configure the operation of the inputs “10 - Ctrl. In 1”, “11 - Ctrl. In 2” and “12 - Ctrl. In 3”. For complete information on the control inputs features, please refer to the “4.6 Control inputs” section on page 21.

Input 1 action

This parameter sets the function of the input “10 - Ctrl. In 1”.

0 NO

No function

1 TARA INPUT 1 Value of input 1 is stored as an Offset

of input 1

(d)

2 TARA INPUT 2 Value of input 2 is stored as an Offset

of input 2

(d)

3 TARA INPUT 1+2 Value of input 1 is stored as an Offset

of input 1 Value of input 2 is stored as an Offset of input 2

(d)

4 RESET TOTAL 1

Value of totalizator 1 is reset to zero (d) (s)

5 RESET TOTAL 2

Value of totalizator 2 is reset to zero (d) (s)

6 RESET TOTAL 1+2

Value of totalizator 1 is reset to zero Value of totalizator 2 is reset to zero

(d) (s)

7 TEACH PRESEL. 1 The value of Source 1 (see on page 61)

is stored as Preselection 1 (see the

Preselection 1 parameter on page 59).

(d)

8 TEACH PRESEL. 2 The value of Source 2 (see on page 65)

is stored as Preselection 2 (see the

Preselection 2 parameter on page 59).

(d)

9 TEACH PRESEL. 3 The value of Source 3 (see on page 67)

is stored as Preselection 3 (see the

Preselection 3 parameter on page 59).

(d)

10 TEACH PRESEL. 4 The value of Source 4 (see on page 69)

is stored as Preselection 4 (see the

Preselection 4 parameter on page 60).

(d)

11 SCROLL DISPLAY

It scrolls through the available display screens (see the “5.2 Screen structure during operation” section on page 27).

(d)

12 RESET MIN/MAX

It resets the min. / max. values. (d) (s)

13 CLEAR LOOP TIME

N.A.

14 ACTIVATE

N.A.

15 STORE DATA

N.A.

16 TESTPROGRAM

N.A.

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17 SET RED COLOR

The display lights up red. The colour can be changed by setting an eventdependent switching condition (see the parameters Event color 1, Event color

2, Event color 3 and Event color 4 in

the “6.11 Preselection 1 menu“ … “6.14 Preselection 4 menu“ on page 61 ff).

(d)

18 SET GREEN COLOR

The display lights up green. The colour can be changed by setting an eventdependent switching condition (see the parameters Event color 1, Event color

2, Event color 3 and Event color 4 in

the “6.11 Preselection 1 menu“ … “6.14 Preselection 4 menu“ on page 61 ff).

(d)

19 SET YELLOW COLOR

The display lights up yellow. The colour can be changed by setting an eventdependent switching condition (see the parameters Event color 1, Event color

2, Event color 3 and Event color 4 in

the “6.11 Preselection 1 menu“ … “6.14 Preselection 4 menu“ on page 61 ff).

(d)

20 FREEZE

It freezes the display value. (s)

21 KEY LOCK

Key looked touch screen. (s)

22 LOCK RELEASE

No latch for preselection. (d)

23 SERIAL PRINT It sends serial data, see the Serial

value parameter on page 73.

(d)

24 START PRESELECT

N.A.

25 ADD TO TOTAL 1

It adds the current value of input 1 to INPUT 1 TOTAL (see the parameters

Source 1, Source 2, Source 3 and Source 4 in the “6.11 Preselection 1

menu“ … “6.14 Preselection 4 menu“ on page 61 ff)

(d)

26 ADD TO TOTAL 2

It adds the current value of input 2 to INPUT 2 TOTAL (see the parameters

Source 1, Source 2, Source 3 and Source 4 in the “6.11 Preselection 1

menu“ … “6.14 Preselection 4 menu“ on page 61 ff)

(d)

(s) = static switching (level evaluation)

Input 1 config. parameter must be set to be active at LOW / HIGH level

(see options 0 – ACTIVE LOW and 1 – ACTIVE HIGH).

(d) = dynamic switching (edge evaluation)

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Input 1 config. parameter must be set to activate at rising / falling

edge (see options 2 – RISING EDGE and 3 - FALLING EDGE).

N.A. = not available

Input 1 config.

This parameter sets the switching characteristics of the input “10 - Ctrl. In 1”.

0 ACTIVE LOW

It is active at “LOW“ level (static)

1 ACTIVE HIGH

It is active at “HIGH“ level (static)

2 RISING EDGE

It activates at rising edge

3 FALLING EDGE

It activates at falling edge

Input 2 action

This parameter sets the function of the input “11 - Ctrl. In 2”. For complete information please refer to the Input 1 action parameter on page 77.

Input 2 config.

This parameter sets the switching characteristics of the input “11 - Ctrl. In 2”. For complete information please refer to the Input 1 config. parameter on page 79.

Input 3 action

This parameter sets the function of the input “12 - Ctrl. In 3”. For complete information please refer to the Input 1 action parameter on page 77.

Input 3 config.

This parameter sets the switching characteristics of the input “12 - Ctrl. In 3”. For complete information please refer to the Input 1 config. parameter on page 79.

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6.18 Display menu

The Display menu allows to set the features of the display. Parameter changes become active only after exiting the menu selection.

Start display

This parameter sets the display visualization after switching the device on.

0 SINGLE

The display shows one value in a single line (single source). The source must be set next to the following

Source single parameter.

1 DUAL

The display shows two values in two separate lines (double source). The source must be set next to the Source dual top (first line) and Source dual down (second line) parameters below.

Source single

It sets the reference source of the value to be displayed when the “single line” visualization mode is set (see the previous Start display parameter).

0 INPUT 1

The reference source is input 1.

1 INPUT 2

The reference source is input 2.

2 LINKAGE 1_2

The reference source is the result of the combined operation of input 1 and input 2.

3 INPUT 1 TOTAL

The reference source is input 1 with totalization.

4 INPUT 2 TOTAL

The reference source is input 2 with totalization.

5 LINKAGE TOTAL

The reference source is the result of the combined operation of input 1 and input 2 with totalization.

6 N.A.

Reserved

7 N.A.

Reserved

MINIMUM VALUE 1

Minimum value, the reference source is input 1.

MAXIMUM VALUE 1

Maximum value, the reference source is input 1.

MINIMUM VALUE 2

Minimum value, the reference source is input 2.

MAXIMUM VALUE 2

Maximum value, the reference source is input 2.

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Source dual top

It sets the reference source of the value to be displayed in the first line when the “dual line” visualization mode is set (see the Start display parameter in the previous page).

0 INPUT 1

The reference source is input 1.

1 INPUT 2

The reference source is input 2.

2 LINKAGE 1_2

The reference source is the result of the combined operation of input 1 and input 2.

3 INPUT 1 TOTAL

The reference source is input 1 with totalization.

4 INPUT 2 TOTAL

The reference source is input 2 with totalization.

5 LINKAGE TOTAL

The reference source is the result of the combined operation of input 1 and input 2 with totalization.

6 N.A.

Reserved

7 N.A.

Reserved

MINIMUM VALUE 1

Minimum value, the reference source is input 1.

MAXIMUM VALUE 1

Maximum value, the reference source is input 1.

MINIMUM VALUE 2

Minimum value, the reference source is input 2.

MAXIMUM VALUE 2

Maximum value, the reference source is input 2.

Source dual down

It sets the reference source of the value to be displayed in the second line when the “dual line” visualization mode is set (see the Start display parameter in the previous page).

0 INPUT 1

The reference source is input 1.

1 INPUT 2

The reference source is input 2.

2 LINKAGE 1_2

The reference source is the result of the combined operation of input 1 and input 2.

3 INPUT 1 TOTAL

The reference source is input 1 with totalization.

4 INPUT 2 TOTAL

The reference source is input 2 with totalization.

5 LINKAGE TOTAL

The reference source is the result of the combined operation of input 1 and input 2 with totalization.

6 N.A.

Reserved

7 N.A.

Reserved

8 MINIMUM VALUE

Minimum value, the reference source is input 1.

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MAXIMUM VALUE 1

Maximum value, the reference source is input 1.

MINIMUM VALUE 2

Minimum value, the reference source is input 2.

MAXIMUM VALUE 2

Maximum value, the reference source is input 2.

Color

This parameter sets the colour of the display. It is also possible to enable an event-depending change of the colour of the display by setting a switching condition (see the parameters Event color 1,

Event color 2, Event color 3 and Event color 4 in the “6.11 Preselection 1

menu“ … “6.14 Preselection 4 menu“ on page 61 ff). Event-depending changes are only available for devices with order codes AVI, DO and RO.

0 RED

The display is coloured in red

1 GREEN

The display is coloured in green

2 YELLOW

The display is coloured in yellow

Brightness

This parameter sets the brightness of the display expressed in percentage (%).

010

Min. brightness

090

Default value

100

Max. brightness

Contrast

This parameter sets the viewing angle.

Viewing angle from top

Viewing angle from centre

Viewing angle from bottom

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Screen saver

This parameter sets the time expressed in seconds before the display is switched off, starting from the last touch action. A new touch action will activate the display again.

0000

Screen saver not active

…

9999

Longest time before the screen saver is activated

Up-date-time

This parameter sets the update time of the display (refresh of the display), the value is expressed in seconds. It does not affect the parameter values.

0.005

Shortest update time

0.100

Default value

9.999

Longest update time

Font

This parameter sets the font style.

Standard

Font 1

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7 - Appendix

7.1 Data readout via serial interface

All codes shown in the Serial value parameter (see the “6.15 Serial menu” section on page 71) are available for serial readout by a PC or a PLC. For communication the monitors use the Drivecom Protocol according to ISO 1745. All protocol details can be found in the user's guide “MAN Serial Protocol IFxx_LD25x_LD30x I_E.pdf”. It is available for download from our web page www.lika.biz.

To request for a data transmission you must send the following request string to the converter:

EOT AD1 AD2 C1 C2 ENQ

EOT = control character CTRL D (Hex 04) AD1 = unit address, High Byte AD2 = unit address, Low Byte C1 = register code, High Byte C2 = register code, Low Byte ENQ = control character CTRL E (Hex 05)

EXAMPLE

The following example shows the request string for readout of the serial code = 1 from a unit having address “11”:

ASCII code: EOT 1 1 : 1 ENQ Hex code: 04 31 31 3A 31 05 Binary code: 0000 0100 0011 0001 0011 0001 0011 1010 0011 0001 0000 0101

Following a correct request, the unit will respond:

STX C1 C2 xxxxx ETX BCC

STX = control character CTRL B (Hex 02) C1 = register code, High Byte C2 = register code, Low Byte xxxxx= readout data ETX = control character CTRL C (Hex 03) BCC = block check character

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8 - Parameters / serial codes

8.1 General menu

See the “6.2 General menu” section on page 34

Parameter Serial code Value Min. value Max. value

Default

value

Operational mode

0 0 0 5 0

Pin preselection

1 0 0000 9999 0000

Pin parameter

2 0 0000 9999 0000

Back up memory

3 0 0 1 0

Factory settings

4 0 0 1 0

- 5 0 0 0 0

- 6 0 0 0 0

- 7 0 0 0 0

- 8 0 0 0 0

8.2 IN 1 properties menu

See the “6.3 IN 1 properties menu” section on page 36

Parameter Serial code Value Min. value Max. value

Default

value

Configuration

9 0 0 2 0

Start value

10 0 -99999 +99999 +00000

End value

11 0 -99999 +99999 +10000

Decimal point

12 0 0 7 3

Scale units

13 0 0 29 0

Sampling time (s)

14 0 0.0010 60.000 00.010

Average filter

15 0 0 4 0

Offset

16 0 -99999 +99999 +00000

Linearization

17 0 0 2 0

Totalization

18 0 0 1 0

- 19 0 0 0 0

- 20 0 0 0 0

- 21 0 0 0 0

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8.3 IN 1 linearization menu

See the “6.4 IN 1 linearization menu” section on page 40

Parameter Serial code Value Min. value Max. value

Default

value

P1(X)

A0 0 -99999999 +99999999 +00000000

P1(Y)

A1 0 -99999999 +99999999 +00000000

P2(X)

A2 0 -99999999 +99999999 +00000000

P2(Y)

A3 0 -99999999 +99999999 +00000000

P3(X)

A4 0 -99999999 +99999999 +00000000

P3(Y)

A5 0 -99999999 +99999999 +00000000

P4(X)

A6 0 -99999999 +99999999 +00000000

P4(Y)

A7 0 -99999999 +99999999 +00000000

P5(X)

A8 0 -99999999 +99999999 +00000000

P5(Y)

A9 0 -99999999 +99999999 +00000000

P6(X)

B0 0 -99999999 +99999999 +00000000

P6(Y)

B1 0 -99999999 +99999999 +00000000

P7(X)

B2 0 -99999999 +99999999 +00000000

P7(Y)

B3 0 -99999999 +99999999 +00000000

P8(X)

B4 0 -99999999 +99999999 +00000000

P8(Y)

B5 0 -99999999 +99999999 +00000000

P9(X)

B6 0 -99999999 +99999999 +00000000

P9(Y)

B7 0 -99999999 +99999999 +00000000

P10(X)

B8 0 -99999999 +99999999 +00000000

P10(Y)

B9 0 -99999999 +99999999 +00000000

P11(X)

C0 0 -99999999 +99999999 +00000000

P11(Y)

C1 0 -99999999 +99999999 +00000000

P12(X)

C2 0 -99999999 +99999999 +00000000

P12(Y)

C3 0 -99999999 +99999999 +00000000

P13(X)

C4 0 -99999999 +99999999 +00000000

P13(Y)

C5 0 -99999999 +99999999 +00000000

P14(X)

C6 0 -99999999 +99999999 +00000000

P14(Y)

C7 0 -99999999 +99999999 +00000000

P15(X)

C8 0 -99999999 +99999999 +00000000

P15(Y)

C9 0 -99999999 +99999999 +00000000

P16(X)

D0 0 -99999999 +99999999 +00000000

P16(Y)

D1 0 -99999999 +99999999 +00000000

P17(X)

D2 0 -99999999 +99999999 +00000000

P17(Y)

D3 0 -99999999 +99999999 +00000000

P18(X)

D4 0 -99999999 +99999999 +00000000

P18(Y)

D5 0 -99999999 +99999999 +00000000

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(continued)

Parameter Serial code Value Min. value Max. value

Default

value

P19(X)

D6 0 -99999999 +99999999 +00000000

P19(Y)

D7 0 -99999999 +99999999 +00000000

P20(X)

D8 0 -99999999 +99999999 +00000000

P20(Y)

D9 0 -99999999 +99999999 +00000000

P21(X)

E0 0 -99999999 +99999999 +00000000

P21(Y)

E1 0 -99999999 +99999999 +00000000

P22(X)

E2 0 -99999999 +99999999 +00000000

P22(Y)

E3 0 -99999999 +99999999 +00000000

P23(X)

E4 0 -99999999 +99999999 +00000000

P23(Y)

E5 0 -99999999 +99999999 +00000000

P24(X)

E6 0 -99999999 +99999999 +00000000

P24(Y)

E7 0 -99999999 +99999999 +00000000

8.4 IN 1 totalization menu

See the “6.5 IN 1 totalization menu” section on page 43

Parameter Serial code Value Min. value Max. value

Default

value

Time base

E8 0 0 3 0

Divider

E9 0 0 3 0

Decimal point

F0 0 0 7 0

Scale units

F1 0 0 29 0

- F2 0 0 0 0

- F3 0 0 0 0

- F4 0 0 0 0

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8.5 IN 2 properties menu

See the “6.6 IN 2 properties menu” section on page 46

Parameter Serial code Value Min. value Max. value

Default

value

Configuration

F5 0 0 2 0

Start value

F6 0 -99999 +99999 +00000

End value

F7 0 -99999 +99999 +10000

Decimal point

F8 0 0 7 3

Scale units

F9 0 0 29 0

Sampling time (s)

G0 0 0.0010 60.000 00.010

Average filter

G1 0 0 4 0

Offset

G2 0 -99999 +99999 +00000

Linearization

G3 0 0 2 0

Totalization

G4 0 0 1 0

- G5 0 0 0 0

- G6 0 0 0 0

- G7 0 0 0 0

8.6 IN 2 linearization menu

See the “6.7 IN 2 linearization menu” section on page 50

Parameter Serial code Value Min. value Max. value

Default

value

P1(X)

G8 0 -99999999 +99999999 +00000000

P1(Y)

G9 0 -99999999 +99999999 +00000000

P2(X)

H0 0 -99999999 +99999999 +00000000

P2(Y)

H1 0 -99999999 +99999999 +00000000

P3(X)

H2 0 -99999999 +99999999 +00000000

P3(Y)

H3 0 -99999999 +99999999 +00000000

P4(X)

H4 0 -99999999 +99999999 +00000000

P4(Y)

H5 0 -99999999 +99999999 +00000000

P5(X)

H6 0 -99999999 +99999999 +00000000

P5(Y)

H7 0 -99999999 +99999999 +00000000

P6(X)

H8 0 -99999999 +99999999 +00000000

P6(Y)

H9 0 -99999999 +99999999 +00000000

P7(X)

I0 0 -99999999 +99999999 +00000000

P7(Y)

I1 0 -99999999 +99999999 +00000000

P8(X)

I2 0 -99999999 +99999999 +00000000

P8(Y)

I3 0 -99999999 +99999999 +00000000

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(continued)

Parameter Serial code Value Min. value Max. value

Default

value

P9(X)

I4 0 -99999999 +99999999 +00000000

P9(Y)

I5 0 -99999999 +99999999 +00000000

P10(X)

I6 0 -99999999 +99999999 +00000000

P10(Y)

I7 0 -99999999 +99999999 +00000000

P11(X)

I8 0 -99999999 +99999999 +00000000

P11(Y)

I9 0 -99999999 +99999999 +00000000

P12(X)

J0 0 -99999999 +99999999 +00000000

P12(Y)

J1 0 -99999999 +99999999 +00000000

P13(X)

J2 0 -99999999 +99999999 +00000000

P13(Y)

J3 0 -99999999 +99999999 +00000000

P14(X)

J4 0 -99999999 +99999999 +00000000

P14(Y)

J5 0 -99999999 +99999999 +00000000

P15(X)

J6 0 -99999999 +99999999 +00000000

P15(Y)

J7 0 -99999999 +99999999 +00000000

P16(X)

J8 0 -99999999 +99999999 +00000000

P16(Y)

J9 0 -99999999 +99999999 +00000000

P17(X)

K0 0 -99999999 +99999999 +00000000

P17(Y)

K1 0 -99999999 +99999999 +00000000

P18(X)

K2 0 -99999999 +99999999 +00000000

P18(Y)

K3 0 -99999999 +99999999 +00000000

P19(X)

K4 0 -99999999 +99999999 +00000000

P19(Y)

K5 0 -99999999 +99999999 +00000000

P20(X)

K6 0 -99999999 +99999999 +00000000

P20(Y)

K7 0 -99999999 +99999999 +00000000

P21(X)

K8 0 -99999999 +99999999 +00000000

P21(Y)

K9 0 -99999999 +99999999 +00000000

P22(X)

L0 0 -99999999 +99999999 +00000000

P22(Y)

L1 0 -99999999 +99999999 +00000000

P23(X)

L2 0 -99999999 +99999999 +00000000

P23(Y)

L3 0 -99999999 +99999999 +00000000

P24(X)

L4 0 -99999999 +99999999 +00000000

P24(Y)

L5 0 -99999999 +99999999 +00000000

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8.7 IN 2 totalization menu

See the “6.8 IN 2 totalization menu” section on page 53

Parameter Serial code Value Min. value Max. value

Default

value

Time base

L6 0 0 3 0

Divider

L7 0 0 3 0

Decimal point

L8 0 0 7 0

Scale units

L9 0 0 29 0

- M0 0 0 0 0

- M1 0 0 0 0

- M2 0 0 0 0

8.8 Linkage properties menu

See the “6.9 Linkage properties menu” section on page 56

Parameter Serial code Value Min. value Max. value

Default

value

Factor

M3 0 -99999999 +99999999 +00000001

Divider

M4 0 -99999999 +99999999 +00000001

Additive value

M5 0 -99999999 +99999999 +00000000

Decimal point

M6 0 0 7 0

Scale units

M7 0 0 29 0

- M8 0 0 0 0

- M9 0 0 0 0

- N0 0 0 0 0

8.9 Preselection values menu

See the “6.10 Preselection values menu” section on page 59

Parameter Serial code Value Min. value Max. value

Default

value

Preselection 1

O5 1000 -99999999 +99999999 +00001000

Preselection 2

O6 2000 -99999999 +99999999 +00002000

Preselection 3

O7 3000 -99999999 +99999999 +00003000

Preselection 4

O8 4000 -99999999 +99999999 +00004000

- O9 0 0 0 0

- P0 0 0 0 0

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8.10 Preselection 1 menu

See the “6.11 Preselection 1 menu” section on page 61

Parameter Serial code Value Min. value Max. value

Default

value

Source 1

P1 0 0 11 0

Mode 1

P2 0 0 6 0

Hysteresis 1

P3 0 00000 99999 00000

Pulse time 1 (s)

P4 0 00.000 60.000 00.000

Output target 1

P5 0 0 6 1

Output polarity 1

P6 0 0 1 0

Output lock 1

P7 0 0 1 0

Start up delay 1 (s)

P8 0 00.000 60.000 00.000

Event color 1

P9 0 0 3 0

- Q0 0 0 0 0

- Q1 0 0 0 0

8.11 Preselection 2 menu

See the “6.12 Preselection 2 menu” section on page 65

Parameter Serial code Value Min. value Max. value

Default

value

Source 2

Q2 0 0 11 0

Mode 2

Q3 0 0 6 0

Hysteresis 2

Q4 0 00000 99999 00000

Pulse time 2 (s)

Q5 0 00.000 60.000 00.000

Output target 2

Q6 0 0 6 1

Output polarity 2

Q7 0 0 1 0

Output lock 2

Q8 0 0 1 0

Start up delay 2 (s)

Q9 0 00.000 60.000 00.000

Event color 2

R0 0 0 3 0

- R1 0 0 0 0

- R2 0 0 0 0

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8.12 Preselection 3 menu

See the “6.13 Preselection 3 menu” section on page 67

Parameter Serial code Value Min. value Max. value

Default

value

Source 3

R3 0 0 11 0

Mode 3

R4 0 0 6 0

Hysteresis 3

R5 0 00000 99999 00000

Pulse time 3 (s)

R6 0 00.000 60.000 00.000

Output target 3

R7 0 0 6 1

Output polarity 3

R8 0 0 1 0

Output lock 3

R9 0 0 1 0

Start up delay 3 (s)

S0 0 0 1 0

Event color 3

90 0 0 3 0

- 91 0 0 0 0

- 92 0 0 0 0

8.13 Preselection 4 menu

See the “6.14 Preselection 4 menu” section on page 69

Parameter Serial code Value Min. value Max. value

Default

value

Source 4

9~ 0 0 11 0

Mode 4

S1 0 0 6 0

Hysteresis 4

S2 0 00000 99999 00000

Pulse time 4 (s)

S3 0 00.000 60.000 00.000

Output target 4

S4 0 0 6 1

Output polarity 4

S5 0 0 1 0

Output lock 4

S6 0 0 1 0

Start up delay 4 (s)

S7 0 0 1 0

Event color 4

S8 0 0 3 0

- S9 0 0 0 0

- T0 0 0 0 0

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LD210

8.14 Serial menu

See the “6.15 Serial menu” section on page 71

Parameter Serial code Value Min. value Max. value

Default

value

Unit number

T1 0 11 99 11

Serial baud rate

T2 0 0 2 0

Serial format

T3 0 0 9 0

Serial init

T4 0 0 1 0

Serial protocol

T5 0 0 1 0

Serial timer (s)

T6 0 00.000 60.000 00.000

Serial value

T7 0 0 9 0

- T8 0 0 0 0

- T9 0 0 0 0

8.15 Analog menu

See the “6.16 Analog OUT menu” section on page 74

Parameter Serial code Value Min. value Max. value

Default

value

Analog source

U0 0 0 11 0

Analog format

U1 0 0 2 0

Analog start

U2 0 -99999999 99999999 +00000000

Analog end

U3 0 -99999999 99999999 +00010000

Analog gain (%)

U4 0 000.00 110.00 100.00

Analog offset %

U5 0 -99.99 +99.99 +00.00

- U6 0 0 0 0

- U7 0 0 0 0

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8.16 Command menu

See the “6.17 Command menu” section on page 77

Parameter Serial code Value Min. value Max. value

Default

value

Input 1 action

U8 0 0 26 0

Input 1 config.

U9 0 0 3 2

Input 2 action

V0 0 0 26 0

Input 2 config.

V1 0 0 3 2

Input 3 action

V2 0 0 26 0

Input 3 config.

V3 0 0 3 2

- V4 0 0 0 0

- V5 0 0 0 0

- V6 0 0 0 0

- V7 0 0 0 0

8.17 Display menu

See the “6.18 Display menu” section on page 80

Parameter Serial code Value Min. value Max. value

Default

value

Start display

V8 0 0 1 0

Source single

V9 0 0 11 0

Source dual top

W0 0 0 11 0

Source dual down

W1 0 0 11 1

Color

W2 0 0 2 0

Brightness

W3 0 010 100 090

Contrast

W4 0 0 2 1

Screen saver

W5 0 0000 9999 0000

Up-date-time

W6 0 0.005 9.999 0.100

Font

W7 0 0 1 0

- W8 0 0 0 0

- W9 0 0 0 0

- X0 0 0 0 0

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8.18 Serial codes of commands

Serial code Command

54 TARA INPUT 1 55 TARA INPUT 2 56 TARA INPUT 1 + 2 57 RESET TOTAL 1 58 RESET TOTAL 2 59 RESET TOTAL 1 + 2 60 TEACH PRESELECTION 1 61 TEACH PRESELECTION 2 62 TEACH PRESELECTION 3 63 TEACH PRESELECTION 4 64 SCROLL DISPLAY 65 RESET MIN. / MAX. 66 CLEAR LOOP TIME 67 ACTIVATE 68 STORE DATA 69 TESTPROGRAM

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Document release Release date Description

1.0 02.10.2018 First issue

Lika Electronic

Via S. Lorenzo, 25 • 36010 Carrè (VI) • Italy

Tel. +39 0445 806600 Fax +39 0445 806699

info@lika.biz • www.lika.biz

Lika LD210 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

General contents

Subject index

Typographic and iconographic conventions

Preliminary information

Operational modes

Functional diagram

1 - Safety summary

1.1 Safety

1.2 Electrical safety

1.3 Mechanical safety

2 - Identification

3 - Mounting instructions

3.1 Overall dimensions

3.2 Installation

3.3 Cleaning, maintenance and service notes

4 - Electrical connections

4.1 DC power supply

4.2 AC power supply (PM order code)

4.3 Auxiliary voltage output

4.4 Analogue inputs

4.4.1 Wiring of the analogue inputs

4.5 Reference output

4.5.1 Wiring of the reference output with potentiometer

4.6 Control inputs

4.6.1 Wiring of the control inputs

4.6.2 Note about mechanical switching contacts

4.7 Analogue output (AVI order code)

4.8 Serial interface (AVI and DO order codes)

4.9 Control outputs (AVI and DO order codes)

4.9.1 Wiring of the control outputs

4.10 Relay outputs (RO order code)

4.10.1 Wiring of the relay outputs

5 - Display and touch screen

5.1 Screen structure for parametrization

5.2 Screen structure during operation

6 – Menus and parameters

6.1 Overview of the structure

6.2 General menu

Operational mode

Pin preselection

Pin parameter

Back up memory

Factory settings

6.3 IN 1 properties menu

Configuration

Start value

End value

Decimal point

Scale units

Sampling time (s)

Average filter

Offset

Linearization

Totalization

6.4 IN 1 linearization menu

P1(X)

P24(X)

P1(Y)

P24(Y)

6.4.1 Description of the linearisation function

6.5 IN 1 totalization menu

Time base

Divider

Decimal point

Scale units

6.6 IN 2 properties menu

Configuration

Start value

End value

Decimal point

Scale units

Sampling time (s)

Average filter

Offset

Linearization

Totalization