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METTLER TOLEDO XSR Analytical Balance Instruction Manual

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Analytical Balances

Analytical Balances XSR 30419851

Analytical, Balances, XSR, 30419851

Analytical Balances XSR - Mettler Toledo

The User Manual is printed and delivered with the instrument. The electronic Reference Manual contains a full description of the instrument ...

User Manual. USB. Universal Serial Bus. USP. United States Pharmacopeia. 1.4 Product range. 1.4.1 XSR analytical balances. Balance.

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Reference Manual

Analytical Balances XSR

Table of Contents

1 Introduction

1.1 Further documents and information................................................................................ 7

1.2 Explanation of conventions and symbols used ................................................................ 7

1.3 Acronyms and abbreviations ......................................................................................... 7

1.4 Product range.............................................................................................................. 8

1.4.1 XSR analytical balances................................................................................. 8

1.5 Compliance information................................................................................................ 8

2 Safety Information

2.1 Definitions of signal words and warning symbols ............................................................ 10

2.2 Product-specific safety information................................................................................. 10

3 Design and Function

3.1 Function description ..................................................................................................... 12

3.2 Overview balance ........................................................................................................ 13

3.3 Components description ............................................................................................... 14

3.3.1 Draft shield................................................................................................... 14

3.3.2 Weighing pan............................................................................................... 14

3.3.3 Drip tray....................................................................................................... 14

3.3.4 Door handle ................................................................................................. 15

3.3.5 Leveling feet ................................................................................................. 15

3.3.6 Terminal ...................................................................................................... 15

3.3.7 Side door release lever................................................................................... 16

3.4 Overview terminal ........................................................................................................ 16

3.5 Overview type plate ...................................................................................................... 17

3.6 User interface .............................................................................................................. 17

3.6.1 Main sections at a glance .............................................................................. 17

3.6.2 Main weighing screen.................................................................................... 18

3.6.3 Panel "Balance menu"................................................................................... 18

3.6.4 Panel "Methods" ........................................................................................... 19

3.6.5 Panel "Results" ............................................................................................. 19

3.6.6 Icons and symbols........................................................................................ 20

3.6.6.1

System status icons................................................................................. 20

3.6.6.2

Weighing status icons ............................................................................. 21

4 Installation and Putting into Operation

4.1 Selecting the location ................................................................................................... 22

4.2 Unpacking the balance ................................................................................................. 22

4.3 Scope of delivery ......................................................................................................... 24

4.4 Installation .................................................................................................................. 24

4.4.1 Attaching the terminal .................................................................................... 24

4.4.2 Assembling the balance................................................................................. 25

4.5 Putting into operation ................................................................................................... 27

4.5.1 Connecting the balance ................................................................................. 27

4.5.2 Switching on the balance ............................................................................... 27

4.5.3 Leveling the balance...................................................................................... 28

4.5.4 Performing an internal adjustment................................................................... 28

4.5.5 Setting the balance to standby mode ............................................................... 28

4.5.6 Switching off the balance ............................................................................... 28

4.6 Performing a simple weighing ....................................................................................... 29

4.6.1 Opening and closing the draft shield doors ...................................................... 29

4.6.2 Zeroing the balance....................................................................................... 29

4.6.3 Taring the balance ........................................................................................ 29

4.6.4 Performing a weighing................................................................................... 29

4.6.5 Completing the weighing................................................................................ 29

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Table of Contents 1

4.7 Transporting, packing and storing.................................................................................. 30 4.7.1 Transporting the balance over short distances .................................................. 30 4.7.2 Transporting the balance over long distances ................................................... 30 4.7.3 Packing and storing ...................................................................................... 30
4.8 Installing devices ......................................................................................................... 31 4.8.1 Connecting a printer via USB .......................................................................... 31 4.8.2 Connecting a printer via Bluetooth................................................................... 32 4.8.3 Connecting a USB device ............................................................................... 32
4.9 Weighing below the balance ......................................................................................... 33

5 Operation

5.1 Touch screen............................................................................................................... 34

5.1.1 Selecting or activating an item ........................................................................ 34

5.1.2 Scrolling ...................................................................................................... 34

5.1.3 Entering characters and numbers.................................................................... 34

5.1.4 Changing the date and time ........................................................................... 35

5.2 Methods ..................................................................................................................... 35

5.2.1 Methods overview ......................................................................................... 35

5.2.2 Method "General weighing" ............................................................................ 35

5.2.2.1

Creating a method "General weighing"....................................................... 36

5.2.2.2

Performing a "General weighing"............................................................... 36

5.2.3 Method "Simple formulation" .......................................................................... 37

5.2.3.1

Creating a method "Simple formulation"..................................................... 38

5.2.3.2

Performing a "Simple formulation"............................................................. 38

5.2.4 Method "Piece Counting"................................................................................ 39

5.2.4.1

Creating a method "Piece Counting" .......................................................... 39

5.2.4.2

Performing a "Piece Counting" .................................................................. 39

5.2.5 Method "Titration".......................................................................................... 40

5.2.5.1

Creating a method "Titration" .................................................................... 41

5.2.5.2

Performing a "Titration" ............................................................................ 41

5.2.6 Method "Density determination" ...................................................................... 41

5.2.6.1

Creating a method "Density determination"................................................. 42

5.2.6.2

Performing a "Density determination"......................................................... 42

5.2.7 Editing a method........................................................................................... 43

5.2.8 Cloning a method ......................................................................................... 43

5.2.9 Deleting a method......................................................................................... 43

5.2.10 Using methods with multiple weighing items (itemized) .................................... 44

5.2.10.1 Creating a new method with multiple weighing items (itemized) ................... 44

5.2.10.2 Creating an itemized method from a completed task.................................... 44

5.2.10.3 Performing an itemized method ................................................................ 45

5.3 Test weights ................................................................................................................ 45

5.3.1 Defining an individual test weight.................................................................... 45

5.3.2 Defining a combined test weight ..................................................................... 45

5.4 Tests .......................................................................................................................... 45

5.4.1 Overview routine tests.................................................................................... 46

5.4.1.1

Eccentricity test ....................................................................................... 46

5.4.1.2

Repeatability test ..................................................................................... 46

5.4.1.3

Sensitivity test ......................................................................................... 46

5.4.2 Creating a new test........................................................................................ 46

5.4.3 Performing a test........................................................................................... 47

5.4.3.1

Performing an "Eccentricity test"................................................................ 47

5.4.3.2

Performing a "Repeatability test" ............................................................... 49

5.4.3.3

Performing a "Sensitivity test" ................................................................... 51

5.4.4 Editing a test ................................................................................................ 53

5.4.5 Printing test results........................................................................................ 53

5.4.6 Deleting a test............................................................................................... 53

5.4.7 Consulting the test history .............................................................................. 54

5.5 Adjustments ................................................................................................................ 54

2 Table of Contents

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5.5.1 Internal adjustment........................................................................................ 54

5.5.1.1

Editing an "Internal adjustment" ................................................................ 54

5.5.1.2

Performing an "Internal adjustment" .......................................................... 54

5.5.2 External adjustment....................................................................................... 54

5.5.2.1

Editing an "External adjustment" ............................................................... 54

5.5.2.2

Performing an "External adjustment".......................................................... 55

5.5.3 Consulting the adjustment history ................................................................... 56

5.6 External devices........................................................................................................... 56

5.6.1 Adding a device ............................................................................................ 56

5.6.2 Deleting a device .......................................................................................... 56

5.6.3 Editing device settings ................................................................................... 56

5.6.4 Printing a test page ....................................................................................... 57

5.7 Tolerance profiles......................................................................................................... 57

5.8 Data management ....................................................................................................... 57

5.8.1 Exporting data and settings ............................................................................ 57

5.8.2 Importing data and settings............................................................................ 58

5.9 Password protection and balance reset .......................................................................... 58

5.9.1 Creating an unblocking password ................................................................... 58

5.9.2 Blocking and unblocking the settings .............................................................. 58

5.9.2.1

Blocking the balance settings ................................................................... 59

5.9.2.2

Blocking method settings ......................................................................... 59

5.9.2.3

Unblocking the settings ............................................................................ 59

5.9.3 Blocking and unblocking the balance .............................................................. 59

5.9.3.1

Blocking the balance ............................................................................... 59

5.9.3.2

Unblocking the balance............................................................................ 59

5.9.4 Resetting the balance .................................................................................... 60

6 Software Description

6.1 Balance menu settings ................................................................................................. 61

6.1.1 Leveling aid.................................................................................................. 61

6.1.2 History......................................................................................................... 61

6.1.2.1

Adjustments ........................................................................................... 61

6.1.2.2

Tests ..................................................................................................... 62

6.1.2.3

Service................................................................................................... 62

6.1.3 Balance info ................................................................................................. 62

6.1.4 Settings........................................................................................................ 62

6.1.4.1

Balance ................................................................................................. 63

6.1.4.2

Interfaces ............................................................................................... 69

6.1.4.3

Devices / Printers .................................................................................... 70

6.1.4.4

LabX / Services ....................................................................................... 71

6.1.4.5

Printing the settings ................................................................................. 72

6.1.5 Maintenance................................................................................................. 72

6.1.5.1

Service menu.......................................................................................... 72

6.2 Weighing methods settings ........................................................................................... 73

6.2.1 Settings: method "General weighing" ............................................................... 73

6.2.1.1

General .................................................................................................. 73

6.2.1.2

ID format................................................................................................ 73

6.2.1.3

Weighing ............................................................................................... 74

6.2.1.4

Weighing item / Weighing items ............................................................... 76

6.2.1.5

Automation............................................................................................. 77

6.2.1.6

Print / Export .......................................................................................... 78

6.2.2 Settings: method "Simple formulation" ............................................................. 82

6.2.2.1

General .................................................................................................. 82

6.2.2.2

Formulation ............................................................................................ 83

6.2.2.3

ID format................................................................................................ 84

6.2.2.4

Weighing ............................................................................................... 85

6.2.2.5

Weighing item ........................................................................................ 85

6.2.2.6

Weighing items....................................................................................... 86

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Table of Contents 3

6.2.2.7

Automation............................................................................................. 87

6.2.2.8

Print / Export .......................................................................................... 88

6.2.3 Settings: method "Piece Counting" .................................................................. 91

6.2.3.1

General .................................................................................................. 92

6.2.3.2

ID format................................................................................................ 92

6.2.3.3

Weighing ............................................................................................... 93

6.2.3.4

Weighing item ........................................................................................ 94

6.2.3.5

Automation............................................................................................. 95

6.2.3.6

Print / Export .......................................................................................... 96

6.2.4 Settings: method "Titration" ............................................................................ 100

6.2.4.1

General .................................................................................................. 100

6.2.4.2

ID format................................................................................................ 101

6.2.4.3

Weighing ............................................................................................... 102

6.2.4.4

Weighing item ........................................................................................ 102

6.2.4.5

Automation............................................................................................. 103

6.2.4.6

Print / Export .......................................................................................... 104

6.2.5 Settings: method "Density determination" ......................................................... 108

6.2.5.1

General .................................................................................................. 109

6.2.5.2

Density .................................................................................................. 109

6.2.5.3

ID format................................................................................................ 109

6.2.5.4

Weighing ............................................................................................... 110

6.2.5.5

Weighing item ........................................................................................ 111

6.2.5.6

Automation............................................................................................. 112

6.2.5.7

Print / Export .......................................................................................... 113

6.3 Test weights settings .................................................................................................... 114

6.3.1 Settings: individual test weight........................................................................ 114

6.3.2 Settings: combined test weight........................................................................ 115

6.4 Tests settings .............................................................................................................. 115

6.4.1 Settings: Eccentricity test ................................................................................ 115

6.4.2 Settings: Repeatability test.............................................................................. 118

6.4.3 Settings: Sensitivity test.................................................................................. 121

6.5 Adjustments settings .................................................................................................... 123

7 Maintenance

126

7.1 Maintenance tasks ....................................................................................................... 126

7.2 Cleaning ..................................................................................................................... 126

7.2.1 Disassembling for cleaning ............................................................................ 126

7.2.2 Cleaning agents............................................................................................ 128

7.2.3 Cleaning the balance..................................................................................... 129

7.2.4 Putting into operation after cleaning ................................................................ 129

7.3 Software update........................................................................................................... 130

7.3.1 Updating the software .................................................................................... 130

7.3.2 Restoring the software to the previous version .................................................. 130

7.3.3 Putting into operation after software update ...................................................... 130

8 Troubleshooting

131

8.1 Error messages ........................................................................................................... 131

8.2 Error symptoms ........................................................................................................... 131

8.3 Putting into operation after fixing an error........................................................................ 133

9 Technical Data

134

9.1 General data ............................................................................................................... 134

9.2 Explanatory notes for the METTLER TOLEDO AC/DC adapter .............................................. 135

9.3 Model-specific data...................................................................................................... 136

9.4 Dimensions................................................................................................................. 139

9.4.1 XSR analytical balances................................................................................. 139

4 Table of Contents

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10 Disposal

140

11 Accessories and Spare Parts

141

11.1 Accessories................................................................................................................. 141

11.2 Spare parts ................................................................................................................. 147

11.2.1 Weighing chamber........................................................................................ 147

11.2.2 Miscellaneous .............................................................................................. 148

11.2.3 Packaging.................................................................................................... 149

Index

151

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Table of Contents 5

6 Table of Contents

Analytical Balances

1 Introduction

Thank you for choosing a METTLER TOLEDO balance. The balance combines high performance with ease of use.
This document is based on the software version V 2.0.401.

EULA
The software in this product is licensed under the METTLER TOLEDO End User License Agreement (EULA) for Software. When using this product you agree to the terms of the EULA.

u www.mt.com/EULA

1.1 Further documents and information

u www.mt.com/XSR-analytical

This document is available in other languages online.

u www.mt.com/XSR-analytical-RM

Instructions for cleaning a balance: "8 Steps to a Clean Balance"

u www.mt.com/lab-cleaning-guide

Search for software downloads

u www.mt.com/labweighing-software-download

Search for documents

u www.mt.com/library

For further questions, please contact your authorized METTLER TOLEDO dealer or service representative. u www.mt.com/contact

1.2 Explanation of conventions and symbols used

Conventions and symbols

Key and/or button designations and display texts are shown in graphic or bold text, e.g.,

Note

For useful information about the product.

Refers to an external document.

, Edit.

Elements of instructions In this manual, step-by-step instructions are presented as follows. The action steps are numbered and can contain prerequisites, intermediate results and results, as shown in the example. Sequences with less than two steps are not numbered.
Prerequisites that must be fulfilled before the individual steps can be executed.
1 Step 1 Intermediate result
2 Step 2 Result

1.3 Acronyms and abbreviations

Original term AC ASTM DC

Explanation Alternating Current American Society for Testing and Materials Direct Current

Analytical Balances

Introduction 7

EMC FCC GWP HID ID LED LPS MAC MT-SICS NA OIML
RAM RFID RM sd SELV SOP SQC UM USB USP

Electromagnetic Compatibility Federal Communications Commission Good Weighing Practice Human Interaction Device Identification Light-Emitting Diode Limited Power Source Media Access Control METTLER TOLEDO Standard Interface Command Set Not Applicable Organisation Internationale de M�trologie L�gale
(International Organization of Legal Metrology) Random Access Memory Radio-frequency identification Reference Manual Standard deviation Safety Extra Low Voltage Standard Operating Procedure Statistical Quality Control User Manual Universal Serial Bus United States Pharmacopeia

1.4 Product range

1.4.1 XSR analytical balances

Balance

Models designation Readability: 0.01 mg
XSR105 XSR105DU XSR205DU XSR225DU Readability: 0.1 mg XSR64 XSR104 XSR204 XSR204DR XSR304

1.5 Compliance information
National approval documents, e.g., the FCC Supplier Declaration of Conformity, are available online and/or included in the packaging.
u http://www.mt.com/ComplianceSearch
Contact METTLER TOLEDO for questions about the country-specific compliance of your instrument. u www.mt.com/contact

8 Introduction

Analytical Balances

United States of America
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
1. This device may not cause harmful interference.
2. This device must accept any interference received, including interference that may cause undesired operation.
Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.

Analytical Balances

Introduction 9

2 Safety Information
Two documents named "User Manual" and "Reference Manual" are available for this instrument. The User Manual is printed and delivered with the instrument. The electronic Reference Manual contains a full description of the instrument and its use. Keep both documents for future reference. Include both documents if you transfer the instrument to other parties.
Only use the instrument according to the User Manual and the Reference Manual. If you do not use the instrument according to these documents or if the instrument is modified, the safety of the instrument may be impaired and Mettler-Toledo GmbH assumes no liability.

2.1 Definitions of signal words and warning symbols
Safety notes contain important information on safety issues. Ignoring the safety notes may lead to personal injury, damage to the instrument, malfunctions and false results. Safety notes are marked with the following signal words and warning symbols:

Signal words DANGER

A hazardous situation with high risk, resulting in death or severe injury if not avoided.

WARNING

A hazardous situation with medium risk, possibly resulting in death or severe injury if not avoided.

CAUTION

A hazardous situation with low risk, resulting in minor or moderate injury if not avoided.

NOTICE

A hazardous situation with low risk, resulting in damage to the instrument, other material damage, malfunctions and erroneous results, or loss of data.

Warning symbols General hazard

Notice

2.2 Product-specific safety information
Intended use This instrument is designed to be used by trained staff. The instrument is intended for weighing purposes. Any other type of use and operation beyond the limits of use stated by Mettler-Toledo GmbH without consent from Mettler-Toledo GmbH is considered as not intended.
Responsibilities of the instrument owner The instrument owner is the person holding the legal title to the instrument and who uses the instrument or authorizes any person to use it, or the person who is deemed by law to be the operator of the instrument. The instrument owner is responsible for the safety of all users of the instrument and third parties. Mettler-Toledo GmbH assumes that the instrument owner trains users to safely use the instrument in their workplace and deal with potential hazards. Mettler-Toledo GmbH assumes that the instrument owner provides the necessary protective gear.

10 Safety Information

Analytical Balances

Safety notes

WARNING
Death or serious injury due to electric shock
Contact with parts that carry a live current can lead to death or injury. 1 Only use the METTLER TOLEDO power cable and AC/DC adapter designed for your
instrument. 2 Connect the power cable to a grounded power outlet. 3 Keep all electrical cables and connections away from liquids and moisture. 4 Check the cables and the power plug for damage and replace them if damaged.

NOTICE
Damage to the instrument or malfunction due to the use of unsuitable parts
Only use parts from METTLER TOLEDO that are intended to be used with your instrument.

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Safety Information 11

3 Design and Function
3.1 Function description
The XSR line comprises a range of balances that differ from each other due to their weighing range and resolution. The balances of the XSR line combine a large number of weighing and adjustment possibilities with a simple operation handling. The following features are common to all models of the XSR analytical line:
4.3-inch capacitive color TFT-touch screen. fully automatic adjustment using internal weights various methods that can be defined individually various routine tests that can be defined individually History about performed tests and adjustments. Motor driven side doors. Easily removable draft shield elements. built-in level sensor and leveling aid for fast and easy leveling

12 Design and Function

Analytical Balances

3.2 Overview balance

1 Terminal 2 Front panel draft shield 3 Top door draft shield 4 Handle for top door 5 Side door draft shield (right/left) 6 Balance type plate 7 Weighing pan 8 Door handle 9 Drip tray

10 Leveling feet 11 Side door release lever 12 StatusLight 13 Ethernet port 14 USB-A ports (to device) 15 Service seal 16 Socket for terminal connection cable 17 USB-B port (to host) 18 Socket for power adapter

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Design and Function 13

3.3 Components description
3.3.1 Draft shield
The draft shield is a housing device that protects the weighing area against environmental impacts like drafts or moisture. The side doors can be opened manually or automatically. The top door can be opened manually.
3.3.2 Weighing pan
The SmartGrid weighing pan is the load receptor that serves directly to accommodate the weighing item.
3.3.3 Drip tray
The drip tray is positioned below the weighing pan on the weighing chamber base plate. The primary purpose of a drip tray to ensure quick cleaning of the balance.

14 Design and Function

Analytical Balances

3.3.4 Door handle
The door handles are mounted on the door slides and are used to open the side and top doors of the draft shield manually.
3.3.5 Leveling feet
The balance stands on two height-adjustable feet. These feet are used to level the balance.
3.3.6 Terminal
The 4.3-inch balance terminal has a touch sensitive display. Further, on the front side of the terminal is a StatusLight LED strip that indicates the current status of the balance.

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Design and Function 15

3.3.7 Side door release lever
The side door release lever is located on the back side of the partition panel and locks/unlocks the draft shield side door.
3.4 Overview terminal

Name Standby
Tare
Zero Home Open/close door

Description
By tapping , the balance is not completely switched off but goes into standby mode. To switch the balance completely off, it must be unplugged from the power supply.
Note Do not disconnect the balance from the power supply unless the balance is not used for an extended period of time. After switching on the instrument, it must warm up before giving accurate results.
Tares the balance.
This function is used when the weighing process involves containers. After taring the balance, the screen shows Net which indicates that all displayed weights are net.
Zeroes the balance.
The balance must always be zeroed before starting the weighing process. After zeroing, the balance sets a new zero point.
To return from any menu level to the main weighing screen.
Opens the weighing chamber door to the left or to the right (default value).

16 Design and Function

Analytical Balances

Name Methods Results Balance menu

Description Opens the section Methods. Opens the Results list.
Opens the section Balance menu.

3.5 Overview type plate
The information on the type plate helps to identify the balance and terminal.
Terminal type plate The terminal type plate is located on the terminal and contains the following information:
1. Terminal type 2. Terminal serial number

Weighing unit type plate The balance type plate is located on the side of the weighing unit and contains the following information:
1. Designation of balance model 2. Year of manufacture 3. Readability 4. Maximum capacity 5. Manufacturer 6. Balance type 7. Serial number 8. Power supply

3.6 User interface

3.6.1 Main sections at a glance
The main weighing screen (1) is the central navigation point where all the menus and settings can be found. The Balance menu (2), Methods (3) and Results (4) open when pressing the symbols on the terminal.

my general weighing

10.12080 g

- 5 %
Task ID Enter here

10 g
Sample ID Enter here

+ 5 %

Exit

Complete

Add result

Methods

Methods list

my density 06/24/2021

Tests

my general weighing 06/24/2021

Adjustments

my piece counting 06/24/2021

my simple formulation

Edit

New

Start method

Results

my general weighing

9.98472 g Result state

Sample 2 10.12080 g Sample ID

Sample 2

Sample 3 * 10.20851 g
Sample 4 D 9.95810 g

Gross weight Timestamp Stability

10.12080 g 06/24/2021 - 11:37 OK

Exclude result

Complete

Balance menu

Leveling aid

History

Settings

Maintenance

Balance info

Blocking

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Design and Function 17

See also Main weighing screen Page 18 Panel "Balance menu" Page 18 Panel "Methods" Page 19 Panel "Results" Page 19

3.6.2 Main weighing screen

my general weighing

10.12080 g

- 5 %

10 g

+ 5 %

Task ID

Enter here

Sample ID Enter here

Exit

Complete

Add result

Name

Description

1 Weighing value field Shows the current weighing value.

2 Level indicator

Indicates if the balance is leveled (green) or not (red).

3 Warning and error Shows current warning and/or error messages. message area

4 Button Add result

Adds the result to the Results list. Depending on the selected method, the button can have different functions.

5 Action bar

Contains actions referring to the current task.

6 Method information Contains information about the sample, method or task IDs. area

7 SmartTrac

Used as a weighing aid to define a target weight with upper and lower tolerances.

8 Weighing value area Shows the results of the current weighing process.

9 Method name

Shows the name of the current method.

3.6.3 Panel "Balance menu"

Balance menu

Leveling aid

History

Settings

Maintenance

Balance info

Blocking

6
Name 1 Leveling aid

7
Description Opens the leveling dialog.

18 Design and Function

Analytical Balances

Name 2 Settings 3 Balance info 4 History 5 Maintenance 6 Close 7 Blocking

Description Opens the complete settings dialog. Shows the balance information. Opens the history dialog. Opens the balance maintenance dialog. Closes the balance dialog. Opens the block balance dialog.

3.6.4 Panel "Methods"

Methods

Methods list

Tests

Adjustments

my density 06/24/2021
my general weighing 06/24/2021
my piece counting 06/24/2021
my simple formulation

Edit

New

Start method

Name 1 Methods list 2 Tests
3 Adjustments
See also History Page 61

Description Lists the methods already defined by the user. Methods can be created, edited, cloned, started, or deleted. Lists the tests already defined by the user.
Sensitivity tests Repeatability tests Eccentricity tests Routine tests can be created, edited, started, or deleted. A list of the tests previously performed is available in the History. Shows the currently selected internal or external adjustment. The adjustment can be edited or started. A list of the adjustments previously performed is available in the History.

3.6.5 Panel "Results"

Results

my general weighing

9.98472 g Result state

Sample 2 10.12080 g

Sample ID

Sample 2

Sample 3 Gross weight

10.12080 g

* 10.20479 g

Sample 4 Timestamp

06/24/2021 - 11:37

D 9.95810 g Stability

Exclude result

Complete

Analytical Balances

Design and Function 19

Name 1 Result state 2 Sample ID 3 Gross weight
4 Timestamp 5 Balance status 6 Complete 7 More
8 Exclude result
9 Close

Description Shows the state of the weighing process.
Shows the Sample ID of the weighing. Shows the gross weight. D: indicates that the value was unstable. This might occur when the Weighing mode is set to Immediate. *: indicates that the value was calculated. This might occur, for example, when the Tare Mode is set to Preset tare. Shows the individual timestamp of each weighing item. Shows stability, level state of the balance, minimum weight, tolerance state and test and adjustment state. Opens the dialog Complete task.
Print task label manually
Print results manually Opens the dialog More.
Start adjustment
Change display unit
Configure tare
Configure zero Save as method (itemized) (only available for methods with the option Weighing items) Excludes the current result from the Results list. A comment can be added to the excluded result, e.g., to describe the reason of the exclusion. Depending on the format of the results printout, the excluded result can be printed or not. Closes the Results list and goes back to the main weighing screen.

3.6.6 Icons and symbols

3.6.6.1 System status icons

System messages can appear due to a user action, a user input or a system process. Some messages leave it up to the user to choose upon acting, they will disappear after acknowledging. Other messages remain persistent, so the user can defer them but eventually has to handle them. These messages can be seen in the main status bar on the upper right-hand side of the display.

Icon

Name

Leveled

Description
More details about the leveling status are displayed when tapping the level status.

Out of level Information Warning Error

The balance must be leveled. Information about leveling the balance can be found in the section Leveling the balance.
Information messages appear due to user actions or system processes and offer opportunities that are related to the current action or process. Warning messages appear due to user actions or system processes that could lead to a problem that can be prevented.
Error messages appear due to user actions or system processes that have failed. It is mostly still possible to handle such a problem.

20 Design and Function

Analytical Balances

3.6.6.2 Weighing status icons

Weighing status icons appear due to the weight value matching certain quality criteria. The information on the status can be looked by tapping on any of the visible weighing status icons.

Icon

Name

Stability indicator

Net indicator
Net

Description
When the stability indicator appears, the balance is not stable. Make sure that the balance is placed at an adequate location. Information about the adequate location can be found in the section Selecting the location.
Appears when the tare key has been pressed and the tare weight has been subtracted.

Calculated value Minimum weight violation
GWP Balance invalid

The current weight value is calculated. This symbol only appears in the weighing value area when a container has been used with the function Preset tare.
The current weight value is smaller than the defined minimum weight. Make sure that the weight is larger than the minimum weight.
The current balance configuration is invalid or quality criteria have not been fulfilled according to the GWP approved definition.

GWP Weight not ready GWP Weight ready

The current weight measurement is not ready according to the GWP approved definition. This can be caused by an overload, an underload, or a minimum weight violation.
The current weight measurement is ready according to the GWP approved definition. It can be added to the Results list.

External ionizer discharging The external ionizer is currently discharging.

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Design and Function 21

4 Installation and Putting into Operation

4.1 Selecting the location
A balance is a sensitive precision instrument. The location where it is placed will have a profound effect on the accuracy of the weighing results.

Requirements of the location
Place indoors on stable Ensure sufficient spacing table

Level the instrument

Provide adequate lighting

Avoid direct sunlight

Avoid vibrations

Avoid strong drafts

Avoid temperature fluctuations

Sufficient spacing for balances: > 15 cm all around the instrument Take into account the environmental conditions. See "Technical Data".
4.2 Unpacking the balance
Check the package, the packaging elements and the delivered components for damages. If any components are damaged, please contact your METTLER TOLEDO service representative.
Note Depending on the balance model, the components may look different. The procedure is always the same.

1 Open the box and lift the package out using the lifting strap (1).
1

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22 Installation and Putting into Operation

Analytical Balances

2 Open the lifting strap (1) and remove the User Manual (2).
1

3 Remove the upper part of the package and remove the

set with the AC adapter and power cable (3), the box 4

containing several accessories (4), and the weighing

pan (5).

4 Carefully remove the terminal (6). 6

5 Carefully remove the package set with the draft shield doors and the display holder (7).
7

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6 Carefully remove the weighing unit (8) from the bottom packaging.

7 Remove the protective bag.

8 Store all parts of the packaging in a safe place for future use.

The weighing unit is ready for assembling.

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Installation and Putting into Operation 23

4.3 Scope of delivery
Balance Weighing unit Draft shield Drip tray and weighing pan
Documentation User Manual Production certificate
Accessories ErgoClip basket SmartPrep, 2 pcs

Terminal with terminal holder and terminal connection cable AC/DC adapter with country-specific power cable
Declaration of Conformity
Brush

4.4 Installation
4.4.1 Attaching the terminal

NOTICE
Damage to the cables due to careless handling
Do not kink or twist the cables.

1 Insert the slides of the display holder (1) into the front of the weighing unit (2).

2 1 2 Connect the terminal cable (3) with the terminal (4). Consider the pin assignment.
4 3

24 Installation and Putting into Operation

Analytical Balances

3 Place the terminal (5) onto the terminal holder (6).

5 6

4 Carefully tilt the balance to its side.

5 Lead the cable (7) through the cable channel (8).

6 Carefully put the balance back on its feet.

7 Insert the terminal cable (9) into the socket of the balance (10). Consider the pin assignment. The terminal is ready. 10
9

4.4.2 Assembling the balance
CAUTION
Injury due to sharp objects or broken glass
Instrument components, e.g., glass, can break and lead to injuries. Always proceed with focus and care.

Analytical Balances

Installation and Putting into Operation 25

Note Depending on the balance model, the components may look different. The procedure is always the same.
1 Insert the drip tray (1). 2 Carefully mount the weighing pan (2).
2

3 Place the side doors (3) into the grooves of the door

slides (4) and tilt them up until they engage with the

door lever (5). Consider the marks on the bottom

frames (L = left / R = right).

4 Insert the front panel (6) into the grooves (7) and tilt it up until it engages.
5 Open the side doors.
6

26 Installation and Putting into Operation

Analytical Balances

6 Fit the top door (8) along the top frame of the side

doors and into the rails of the back wall (9).

7 Push the top door (8) towards the front.

8 Close the side doors.

The balance is assembled and ready to be put into

operation.

4.5 Putting into operation

4.5.1 Connecting the balance
WARNING
Death or serious injury due to electric shock
Contact with parts that carry a live current can lead to death or injury. 1 Only use the METTLER TOLEDO power cable and AC/DC adapter designed for your
instrument. 2 Connect the power cable to a grounded power outlet. 3 Keep all electrical cables and connections away from liquids and moisture. 4 Check the cables and the power plug for damage and replace them if damaged.

1 Install the cables in such a way that they cannot be damaged or interfere with operation.

2 Insert the plug of the AC/DC adapter (1) into the power socket of the instrument.

3 Secure the plug by firmly tightening the knurled nut.

4 Insert the plug of the power cable into a grounded

power outlet that is easily accessible.

After connecting the balance to power, the side doors open and close slowly for initialization.

Note Do not connect the instrument to a power outlet controlled by a switch. After switching on the instrument, it must warm up before giving accurate results.
See also General data Page 134
4.5.2 Switching on the balance
EULA (End User License Agreement) When the balance is switched on the first time, the EULA (End User License Agreement) appears on the screen. 1 Read the conditions. 2 Tap I accept the terms in the license agreement. and confirm with OK.

Analytical Balances

Installation and Putting into Operation 27

Warming up Before the balance gives reliable results, it must warm up. This takes at least 120 minutes after connecting the balance. When the balance is switched on from standby, it is ready immediately.
The balance has warmed up. Press .
The main weighing screen appears. When the balance is switched on, the main weighing screen appears. The display will always show the screen of the method last used before switching it off.
4.5.3 Leveling the balance
Exact horizontal and stable positioning are essential for repeatable and accurate weighing results. If the message Balance is out of level appears: 1 Tap Level the balance.
The Leveling aid opens. 2 Turn both leveling feet (1) as instructed on the display
until the dot is in the center of the level indicator. The leveling aid can also be accessed through the Balance menu:
Navigation: Balance menu > Leveling aid 1
4.5.4 Performing an internal adjustment
Navigation: Methods > Adjustments The adjustment Strategy is set to Internal adjustment.
1 Open the Methods section, tap Adjustments, select the adjustment, and tap Start - or from the main weighing screen, tap More and tap Start adjustment. Internal adjustment is being executed. When the adjustment has been completed, an overview of the adjustment results appears.
2 Tap Print if you want to print the results. 3 Tap Finish adjustment.
The balance is ready.
4.5.5 Setting the balance to standby mode
The balance can be set to standby mode by holding . Exit the standby mode by holding again.
4.5.6 Switching off the balance
To completely switch off the balance, it must be disconnected from the power supply. By holding , the balance goes only into standby mode.
Note When the balance was completely switched off for some time, it must warm up before it can be used.
See also Switching on the balance Page 27

28 Installation and Putting into Operation

Analytical Balances

4.6 Performing a simple weighing
4.6.1 Opening and closing the draft shield doors
Open the door manually with the door handle (1) or touch the key on the terminal (2). The doors can be configured to open and close in different ways.
See also Doors Page 67

4.6.2 Zeroing the balance

1 Open the draft shield.

2 Clear the weighing pan.

3 Close the draft shield.

4 Press

to zero the balance.

The balance is zeroed.

4.6.3 Taring the balance

If a sample vessel is used, the balance must be tared.

1 Open the draft shield.

2 Clear the weighing pan.

3 Close the draft shield.

4 Press

to zero the balance.

5 Open the draft shield.

6 Place the sample vessel (1) on the weighing pan (2).

7 Close the draft shield.

8 Press

to tare the balance.

The balance is tared. The icon Net appears.

4.6.4 Performing a weighing
1 Open the draft shield. 2 Place the weighing object into the sample vessel. 3 Close the draft shield. 4 Tap Add result if you want to report the weighing result.
The result is added to the Results list.
4.6.5 Completing the weighing
1 To save the Results list, tap Complete. The window Complete task opens.
2 Select an option to save or print the Results list.

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Installation and Putting into Operation 29

The respective dialog opens. 3 Follow the instructions from the wizard. 4 Tap Complete.
The Results list is saved/printed and then cleared.
4.7 Transporting, packing and storing
4.7.1 Transporting the balance over short distances
1 Disconnect the AC/DC adapter and unplug all interface cables.
2 Hold the weighing platform with both hands and carry the balance in horizontal position to the target location. Consider the requirements of the location.
If you want put the balance into operation, proceed as follows: 1 Connect in reverse order. 2 Level the balance. 3 Perform an internal adjustment.
See also Selecting the location Page 22 Switching on the balance Page 27 Leveling the balance Page 28 Performing an internal adjustment Page 28
4.7.2 Transporting the balance over long distances
METTLER TOLEDO recommends using the original packaging for transportation or shipment of the balance or balance components over long distances. The elements of the original packaging are developed specifically for the balance and its components and ensure maximum protection during transportation.
See also Unpacking the balance Page 22
4.7.3 Packing and storing
Packing the balance Store all parts of packaging in a safe place. The elements of the original packaging are developed specifically for the balance and its components, and ensures maximum protection during transportation and storage.
Storing the balance Only store the balance under the following conditions:
Indoor and in the original packaging According to the environmental conditions, see "Technical Data"
Note When storing for longer than 6 months, the rechargeable battery may become empty (only date and time get lost).
See also Technical Data Page 134

30 Installation and Putting into Operation

Analytical Balances

4.8 Installing devices

4.8.1 Connecting a printer via USB
NOTICE
Damage to the device from not following the instructions of the printer's manual.
To use the printer, consult its User Manual.

The USB cable is connected to the printer.

The printer is connected to the power outlet and

switched on.

The main weighing screen is shown on the balance

terminal.

1 Connect the USB cable (1) to one of the USB-A ports (2) of the balance.

The balance detects the printer automatically and the dialog Add device appears.

A message, e.g., "System has found a device of type: Printer P-XX" appears.

2 Set a name for the printer, then tap Next.

A message appears, informing the user that the device is ready to use.

3 Tap OK to close the dialog.

The printer is connected and saved to the system.

The dialog Printer settings opens.

4 If needed, configure the printer or print a test page.

Adding a printer via the balance settings Another way to add a printer is through the balance settings.

Navigation: Balance menu > Settings > Devices / Printers The USB cable is connected to the printer. The printer is connected to the power outlet and switched on.
1 Tap Add device. The message "Connect the device via USB." appears.
2 Connect the device to one of the USB-A ports of the balance. 3 Follow the instructions from the wizard.

See also Dimensions Page 139

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Installation and Putting into Operation 33

5 Operation
5.1 Touch screen
5.1.1 Selecting or activating an item
Tap the item or function to be selected or activated.
5.1.2 Scrolling
Move the list up/down.
5.1.3 Entering characters and numbers
When tapping on fields that require letters, numbers, or special characters, a keyboard appears on the display.

Name

Description

1 Input field

Shows the data that has been entered.

2 Delete

Deletes the character left of the current curser position. The curser can be positioned by using the touch screen.

3 Confirm

Confirms the entered data.

4 Discard

Closes the keyboard dialog.

5 Numbers and special Switches into the special character mode. characters

6 Shift

Switches between lower or upper case letters.

34 Operation

Analytical Balances

5.1.4 Changing the date and time

Date

January

2021

Cancel

Name 1 Plus button 2 Display field 3 Minus button

Explanation Increment Shows the defined time or date. Decrement

Note The format of date and time can be defined in the settings via the options Date format and Time format.

See also Date / Time / Language / Format Page 67

5.2 Methods
A weighing method is an application for carrying out specific weighing tasks. The balance offers the method "General Weighing" with default parameters. You have the possibility to create a maximum of 50 methods and edit the methods. You can use these methods for your weighing task or edit them according to your requirements. Methods can also be deleted or cloned.
To support you while configuring new methods, a configuration wizard leads you through the whole process.

5.2.1 Methods overview
The section Methods list provides an overview of all methods already created on the balance. In this section, new methods can be defined and existing methods can be edited, cloned or deleted. It is also the starting point for using any method in a weighing procedure.
Navigation: Methods > Methods list The following methods are available:
General weighing (see [Method "General weighing" Page 35]) Simple formulation (see [Method "Simple formulation" Page 37]) Piece Counting (see [Method "Piece Counting" Page 39]) Titration (see [Method "Titration" Page 40]) Density determination (see [Method "Density determination" Page 41])

5.2.2 Method "General weighing"
The method General weighing offers the basic weighing functions (zeroing, taring, weighing). The method is used for simple weighing tasks or to perform a series of check weighing or dosing. The settings of the weighing item, e.g., target weight and tolerances, can be specified for one or multiple weighing items. Two different methods exist:
General weighing: Select this method if you want to work with a single set of parameters.
General weighing (itemized):

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Operation 35

Select this method if you want to define the parameters for multiple weighing items. A method with multiple weighing items is particularly useful when the weighing task consists of a series of weighings, each with its own individual parameters, such as target weight, tolerances, etc. For further information, see [Using methods with multiple weighing items (itemized) Page 44].

Methods Methods list Tests Adjustments

my density 06/24/2021
my general weighing 06/24/2021
my piece counting 06/24/2021
my simple formulation

Edit

New

Start method

You have the possibility to start with method factory setting parameter or to create a new method with changed method parameter.
For details about method settings:

See also Settings: method "General weighing" Page 73 Using methods with multiple weighing items (itemized) Page 44

5.2.2.1 Creating a method "General weighing"
Navigation: Methods > Methods list
1 Tap New in the action bar. The method wizard opens, starting at 1. Method type.
2 Tap Method type and select the method type General weighing or General weighing (itemized). 3 Tap Next.
The method wizard opens the section 2. Identification. 4 Define the Method name and Result description and tap Next.
The method wizard opens the section 3. Configuration. 5 Select a Tolerance profile and tap Next.
The method wizard opens the section 4. Save. If setting up a method with multiple weighing items, the wizard opens the section 4. Weighing items. 6 Select a weighing item from the list and define the Sample ID, Unit, Target weight, -Tolerance, and +Tolerance. 7 To add a weighing item, tap Item or Clone. 8 Tap Next. The method wizard opens the section 5. Save. 9 Tap Finish to save the new method. The method has been created and appears in the list.

5.2.2.2 Performing a "General weighing"
This section describes a General weighing example step by step. Depending on the defined settings and weighing objects, the procedure can be different from this example.
1 Open the Methods section.

36 Operation

Analytical Balances

2 Select a method from the Methods list or define a new method.

3 Tap Start method.

The main weighing screen appears with the selected method.

4 Press

to zero the balance.

5 Open the door and place the weighing object (1) on the weighing pan (2).

6 Close the door and wait until the weight stabilizes.

The weighing starts with Capturing weight....

7 Tap Add result.

The weighing result is saved to the Results list.

8 When the weighing process is finished, tap Complete in the action bar.

The window Complete task opens. The taskspecific information can be printed on a label
printer. The Results list can be printed manually or automatically (depending on the method settings).

The task General weighing was successfully completed.

Note
It is possible to exclude a weighing result from the Results list. Open the Results list, select a result to exclude, and tap Exclude result. The window Complete task always appears after completing the task, even if the results are saved automatically.

5.2.3 Method "Simple formulation"
With the method Simple formulation the concentration of a substance can automatically be calculated.
The settings of the weighing item, e.g., target weight and tolerances, can be specified for one or multiple weighing items. Two different methods exist:
Simple formulation:
Select this method if you want to weigh a single component in a volumetric flask and have the concentration calculated automatically.
Simple formulation (itemized):
Select this method if you want to follow a predefined solution recipe of one or several components. A method with multiple weighing items is particularly useful when the weighing task consists of a series of weighings, each with its own individual parameters, such as target weight, tolerances, etc. For further information, see [Using methods with multiple weighing items (itemized) Page 44].

Methods Methods list Tests Adjustments

06/24/2021
my piece counting 06/24/2021
my simple formulation 06/24/2021 my titration 06/24/2021

Edit

New

For details about method settings:

Start method

Analytical Balances

Operation 37

See also Settings: method "Simple formulation" Page 82 Using methods with multiple weighing items (itemized) Page 44

5.2.3.1 Creating a method "Simple formulation"
Navigation: Methods > Methods list
1 Tap New in the action bar. The method wizard opens, starting at 1. Method type.
2 Tap Method type and select the method type Simple formulation or Simple formulation (itemized). 3 Tap Next.
The method wizard opens the section 2. Identification. 4 Define the Method name and Result description and tap Next.
The method wizard opens the section 3. Configuration. 5 Select the options for Calculate concentration per component, Calculate amount of component and set a
Tolerance profile. 6 Tap Next.
The method wizard opens the section 4. Save. When selected Simple formulation (itemized), the wizard opens the optional creating section 4. Weighing items. 7 Select a weighing item from the list and define the Sample ID, Unit, Target weight, -Tolerance, and +Tolerance. The method wizard opens the section 5. Save. 8 Tap Finish to save the new method. The method has been created and appears in the list.

5.2.3.2 Performing a "Simple formulation"

This example describes how to perform a Simple formulation with two components. It explains the basic
functions of the method. Advanced functions such as the calculation of the concentration of a component can be defined in the method settings.

1 Open the Methods section.

2 Select a method from the Methods list or define a new method.

3 Tap Start method.

The main weighing screen appears with the selected method.

4 Define the target weight and the tolerance limits for the first component.

5 Select Component ID to define the first component.

6 Select Task ID to define the whole task.

7 Press

to zero the balance.

8 Open the door and place the sample vessel on the weighing pan.

9 Press

to tare the balance.

10 Open the door and add the first component in the sample vessel.

The measurement starts.

11 Tap Add result.

The weighing result is saved to the Results list.

12 Define the target weight and the tolerance limits for the second component.

13 Select Component ID to define the second component.

14 Open the door and add the second component in the sample vessel.

38 Operation

Analytical Balances

15 Tap Add result. The weighing result is saved to the Results list.
16 Tap Complete and select if you want to print or export the Results list. The weight task is completed and the balance returns to the main weighing screen.

5.2.4 Method "Piece Counting"
The method Piece Counting allows you to determine the number of pieces put on the weighing pan. It is advantageous if all pieces are of approximately equal weight, since the unit quantity is determined on the basis of the average weight of a single piece.

Methods Methods list Tests Adjustments

my density 06/24/2021 my general weighing 06/24/2021 my piece counting 06/24/2021
my simple formulation

Edit

New

For details about method settings:

See also Settings: method "Piece Counting" Page 91

Start method

5.2.4.1 Creating a method "Piece Counting"
Navigation: Methods > Methods list
1 Tap New in the action bar. The method wizard opens, starting at 1. Method type.
2 Tap Method type and select the method type Piece Counting. 3 Tap Next.
The method wizard opens the section 2. Identification. 4 Define the Method name and Result description and tap Next.
The method wizard opens the section 3. Configuration. 5 Select a Tolerance profile and tap Next.
The method wizard opens the section 4. Weighing item. 6 Define a reference for pieces Reference PCS, a Reference average weight, Target weight and tap
Next. The method wizard opens the section 5. Save.
7 Tap Finish to save the new method. The method has been created and appears in the list.

5.2.4.2 Performing a "Piece Counting"
This section describes how the method Piece Counting is being used in a task example. In this example we are weighing pieces in a sample vessel. 1 Open the Methods section. 2 Select a method from the Methods list or define a new method.

Analytical Balances

Operation 39

3 Tap Start method.

The main weighing screen with the selected method opens. The balance displays the defined target value, the tolerance and the current average weight of one piece.

4 Press

to zero the balance.

If a container is used, place the container (1) on the

weighing pan (2) and press

to tare the

balance.

The door closes automatically (depending on the door settings)

The tare-measurement starts with Taring....

When taring is finished, the door opens automatically (depending on the door settings).

5 If not yet done, enter the average weight for a known number of pieces in the method settings. This serves
as reference for the piece counting. Tap to capture the weight of the items on the weighing pan and use it as reference weight.

6 Place the pieces in the sample vessel.

7 Close the door and wait until the weight stabilizes.

8 Tap Add result.

The weighing result is saved to the Results list.

9 When the weighing process is finished, tap Complete in the action bar.

The window Complete task opens. The taskspecific information can be printed on a label
printer. The Results list can be printed manually or automatically (depending on the method settings).

The task Piece Counting was successfully completed.

5.2.5 Method "Titration"
The method Titration enables the interaction between the balance and the titrator via MT-SICS.

Methods Methods list Tests Adjustments

06/24/2021
my piece counting 06/24/2021 my simple formulation 06/24/2021 my titration 06/24/2021

Edit

New

For details about method settings:

Start method

40 Operation

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See also Settings: method "Titration" Page 100

5.2.5.1 Creating a method "Titration"
Navigation: Methods > Methods list
1 Tap New in the action bar. The method wizard opens, starting at 1. Method type.
2 Tap Method type and select the method type Titration. 3 Tap Next.
The method wizard opens the section 2. Identification. 4 Define the Method name and Result description and tap Next.
The method wizard opens the section 3. Configuration. 5 Select a RFID option, a Tolerance profile and tap Next.
The method wizard opens the section 4. Save. 6 Tap Finish to save the new method.
The method has been created and appears in the list.

5.2.5.2 Performing a "Titration"

This example describes how to prepare a sample for titration and to transfer the information to the METTLER TOLEDO titrator via a USB connection. For more information about how to perform the titration, consult the manual of the titrator.

A METTLER TOLEDO titrator is connected to the balance via USB.

A titration method exists in the Methods list.

1 Open the Methods section.

2 Select the desired titration method from the Methods list.

3 Tap Start method.

The main weighing screen appears with the selected method.

4 Press

to zero the balance.

5 Open the door and place the sample vessel on the weighing pan.

6 Close the door and wait until the weight stabilizes.

7 Press

to tare the balance.

8 Open the door and place the sample in the sample vessel.

9 Close the door and wait until the weight stabilizes.

10 Tap OK to accept the measurement.

The weighing result is saved to the Results list and automatically sent to the titrator.

11 Continue your workflow on the titrator.

5.2.6 Method "Density determination"
The method Density determination is used for determining the density of solids and liquids. Density determination is carried out based on Archimedes' principle according to which a body immersed in a fluid undergoes an apparent loss in weight that is equal to the weight of the fluid it displaces. On the other hand, the Density determination method also supports the pycnometer method, which does not rely on Archimedes' principle. The method Density determination includes three method types:
Solid: Determines the density of a solid with the help of a density kit.
Liquid (sinker): Determines the density of a liquid with the help of a density kit and a sinker.

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Operation 41

Liquid (pycnometer): Determines the density of a liquid in a glass vessel, for example, using a pycnometer.

Methods Methods list

my density 06/24/2021

Tests Adjustments

my general weighing 06/24/2021
my piece counting 06/24/2021

my simple formulation

Edit

New

For details about method settings:

Start method

See also Settings: method "Density determination" Page 108

5.2.6.1 Creating a method "Density determination"
Navigation: Methods > Methods list
1 Tap New in the action bar. The method wizard opens, starting at 1. Method type.
2 Tap Method type and select the method type Density determination. 3 Tap Next.
The method wizard opens the section 2. Identification. 4 Define the Method name and Result description and tap Next.
The method wizard opens the section 3. Configuration. 5 Select the Determination type and define the corresponding settings, e.g., Density unit and Weighing
settings. 6 Tap Next.
The method wizard opens the section 4. Weighing item. 7 Define Initial values for weighing and tap Next.
The method wizard opens the section 5. Save. 8 Tap Finish to save the new method.
The method has been created and appears in the list.
Note The Determination type can only be selected as part of a new created method. If another Determination type (solid, liquid) is required, a new method must be created.

5.2.6.2 Performing a "Density determination"
This example describes how to determine the density of a solid using a density kit.
A density kit is available for the balance. 1 Open the Methods section. 2 Select a method from the Methods list or define a new method. 3 Tap Start method.
The main weighing screen appears with the selected method. 4 Tap Start.

42 Operation

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5 Specify the Temperature and the Aux. liquid. 6 Tap OK. 7 Follow the instructions from the wizard.
Note For approved balances, if the zeroing fails, use the function Perform initial zero, see [Service menu Page 72].
The Results list opens and shows a summary of the weighing results. 8 Tap Complete to open the printing options.
The dialog Complete task appears. 9 Tap Complete.
The task Density determination was successfully completed.
5.2.7 Editing a method
To clone a method proceed as follows:
1 Open the Methods section. 2 Select the method that you want to edit.
The line color of the selected method becomes blue. 3 Tap Edit. For details about method settings:
See also Weighing methods settings Page 73
5.2.8 Cloning a method
To simplify the process to create a method, an existing method can be cloned one or several times. The cloned method will have the same parameter values as the original one. If multiple weighing items exist in the original method, those will be cloned as well. 1 Open the Methods section. 2 Tap the method that you want to clone.
The line color of the selected method becomes blue. 3 Tap More and tap Clone.
A copy of the selected method appears in the list. The cloned method has the same settings as the original method.
Note A method can be cloned several times. The name of the cloned method is always based on its original name, to which is appended a number.
5.2.9 Deleting a method
Both factory defined methods and user defined methods can be deleted if they are not needed. For this purpose proceed as follows: 1 Open the Methods section. 2 Tap the method that you want to delete.
The line color of the selected method becomes blue. 3 Tap More. 4 Tap Delete.
The message Delete method and cancel tasks? appears on the screen.

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Operation 43

5 Tap OK to delete the selected method. The system returns to the method list. The method has been deleted and does not appear on the list anymore.
Note There is always a method activated in the background. This method can not be directly deleted. To delete the method, another method must be started instead. Now the method is not activated anymore and can be deleted.
5.2.10 Using methods with multiple weighing items (itemized)
Working with itemized methods can simplify the workflow, especially when several weighings with different predefined target weights have to be carried out one after the other. Information such as a target weight and tolerances can be defined for each weighing item within a single task. This may save time and increase quality of weighing processes consisting of multiple steps. Before multiple weighing items can be used in the weighing process, they must be defined. The two ways of creating a weighing method that includes several weighing items are:
Directly define the multiple weighing items during the method creating process. Use the Results list of a running method to define a new method with multiple weighing items. The following methods use multiple weighing items:
General weighing (itemized)
Simple formulation (itemized)
5.2.10.1 Creating a new method with multiple weighing items (itemized)
This example describes how to define multiple weighing items for the method General weighing (itemized). 1 Open the Methods section. 2 Tap New in the action bar. 3 Tap Method type and select General weighing (itemized). 4 Step through the method wizard until step 4. Weighing items.
The dialog 4. Weighing items appears. 5 Select a weighing item from the list and define the Sample ID, Unit, Target weight, -Tolerance, and
+Tolerance. 6 Tap Next. 7 Tap Finish.
The method has been created and appears in the list.
5.2.10.2 Creating an itemized method from a completed task
It is possible to create a method with multiple items while performing a method that includes a single item, providing that the method type allows it. This example describes how to create a method General weighing (itemized) based on a method General weighing. 1 Start a method General weighing. 2 Perform three weighings and add the results to the Results list by tapping Add result.
The results are saved to the Results list. 3 Tap More. 4 Tap Save as method (itemized). 5 Define a Method name. 6 Tap OK.
A method General weighing (itemized) including three items is created and added to the Methods list with the name defined by the user.

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5.2.10.3 Performing an itemized method
After creating a method with multiple items, it can be started. 1 Open the Methods section. 2 Select an itemized method from the Methods list. 3 Tap Start method.
The main weighing screen opens. The target weight and the tolerance limits defined in the method appear.
5.3 Test weights
5.3.1 Defining an individual test weight
The user should enter data related to each test weight based on the corresponding certificate. This enables each external test weight to be clearly assigned to a specific certificate. Up to 12 external test weights can be configured. These test weights can be used to carry out external tests and adjustments.
Navigation: Methods > Tests > Test weights
Note An external test weight for an external adjustment has to weigh at least 10% of the balance capacity. External test weights under 10% of the balance capacity are not displayed on the balance.
The dialog Test weights is open. 1 Tap Test weight. 2 Define the test weight settings and confirm with Finish.
The test weight is defined and will be available later in the test procedure.
5.3.2 Defining a combined test weight
The user can combine test weights to achieve a test weight capacity that is not available as a single standard weight. For example, a weight of 10 g and a weight of 20 g can be combined and used as a test weight of 30 g. Each combined test weight can include two or three test weights. The class of a specific combined weight can only be as good as the worst class of the individual test weights it contains. As for any other test weight, combined test weight can be used to carry out external tests and adjustments.
Navigation: Methods > Tests > Test weights The dialog Test weights is open. At least two individual test weights are defined.
1 Tap Combined weight. 2 Enter a Test weight name. 3 Select the Minimum weight class for the combined weight. 4 Tap Weights.
The individual weights of at least Minimum weight class are shown. 5 Select the weights to include in the combined weight. 6 Tap OK.
The Nominal weight is calculated as the sum of the selected individual weights. 7 Tap Save.
The combined test weight is defined and will be available later in the test procedure.
5.4 Tests
Routine tests can be performed to ensure accurate weighing results according to GWP� or other QM systems. Therefore the tests should be performed in fixed, regular intervals depending on your QM system and the results should be documented in a traceable way.

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Navigation: Methods > Tests

5.4.1 Overview routine tests
METTLER TOLEDO can help you to define the routine tests to be performed based on your process requirements. Please contact your local METTLER TOLEDO representative for additional information.

5.4.1.1 Eccentricity test
The purpose of the eccentricity test is to check if every eccentric load deviation (corner load deviation) is within the user SOP tolerances. The corner load is the deviation of the measurement value through off-center (eccentric) loading. The corner load increases with the weight of the load and its distance from the center of the weighing pan support (1). If the display remains consistent, even when the same load is placed on different parts of the weighing pan, the balance does not have corner load deviation.
The result corresponds to the highest of the four determined eccentric load deviations (2 to 5).

5.4.1.2 Repeatability test
The repeatability test calculates the standard deviation of a series of measurements with a single test weight in order to determine the repeatability of the balance. Repeatability is a measure of the ability of a balance to supply the same result in repetitive weighings with one and the same load under the same measurement conditions. During the test, a load is placed and measured at the same location on the weighing pan several times. Afterwards, the difference between the measured weight values is calculated. The spread of the measured results leads to the repeatability. Repeatability is highly affected by the ambient conditions (drafts, temperature fluctuations and vibrations) and also by the skill of the person performing the weighing. Therefore, the series of measurements must be carried out by the same operator, in the same location, under constant ambient conditions and without interruption. The following test types are available:
Repeatab. - 1 TP: To test the repeatability of the balance at one test point, without tare weight. Repeatab. - Tare - 1 TP: To test the repeatability of the balance at one test point, with a tare weight.
5.4.1.3 Sensitivity test
The sensitivity of the balance defines the deviation between the balance reading and the actual load. The sensitivity test allows you to measure the sensitivity using one or two test points. The following test types are available:
Sensitivity - 1 TP: To test the sensitivity of the balance at one test point, without tare weight. Sensitivity - 2 TP: To test the sensitivity of the balance at two test points, without tare weight. Sensitivity - Tare - 1 TP: To test the sensitivity of the balance at one test point, with a tare weight. Sensitivity - Tare - 2 TP: To test the sensitivity of the balance at two test points, with a tare weight.
5.4.2 Creating a new test
Before a test can be performed, the test settings have to be defined. A test wizard is leading you step-by-step through the process. 1 Open the Methods section. 2 Tap Tests. 3 Tap New.
The wizard Create new test starts.

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4 Select the test type. 5 Work through the process by using the button
back to the previous step. For details about test settings:
See also Tests settings Page 115

Next to go to the next step or the button

Back to go

5.4.3 Performing a test

NOTICE
Incorrect weighing results due to wrong handling of the test weights.
Only handle test weights with gloves, tweezers, weight forks, or weight handles.

You can perform an eccentricity test, a repeatability test or a sensitivity test. Which test you have to perform and when depends on the respective weighing processes. Mettler-Toledo GmbH can help you to define the routine tests to be performed based on your process requirements. Please contact your local METTLER TOLEDO representative for additional information. Moments when tests could be performed:
After cleaning After a software update Daily before putting into operation Depending on own SOP Requirements: At least one test weight is defined. At least one sensitivity, one repeatability or one eccentricity test is created. All of the following pictured test weights or vessels are examples. Actual test weights or vessels may look different.
See also Defining an individual test weight Page 45 Defining a combined test weight Page 45 Tests settings Page 115
5.4.3.1 Performing an "Eccentricity test"
1 Open the Methods section. 2 Tap Tests.
The test(s) previously defined appear on the list. 3 Select the eccentricity test you wish to perform and tap Start.
The test sequence starts. 4 Ensure that the weighing pan is empty and clean. Have at hand: the test weight, gloves, and the appro-
priate tools to handle the test weight. 5 When all requirements are fulfilled tap OK. 6 Make sure that the weighing pan is empty and tap OK.
The door closes automatically (depending on the door settings) and the balance starts an automatic zeroing. 7 Choose an available test weight - or add a new test weight and tap OK.

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8 Open the door and place the test weight (1) carefully in position 1, in the middle of the weighing pan (2). The measurement starts with Capturing weight.... The door closes automatically (depending on the door settings). When the measurement is finished, the door opens automatically (depending on the door settings). The result of the first measurement is added to the Results list as Position 1.
9 Lift the test weight and move to position 2 (front left corner of the weighing pan). The measurement starts with Capturing weight.... The door closes automatically (depending on the door settings). When the measurement is finished, the door opens automatically (depending on the door settings). The result of the second measurement is added to the Results list as Position 2.
10 Lift the test weight and move to position 3 (back left corner of the weighing pan). The measurement starts with Capturing weight.... The door closes automatically (depending on the door settings). When the measurement is finished, the door opens automatically (depending on the door settings). The result of the third measurement is added to the Results list as Position 3.
11 Lift the test weight and move to position 4 (back right corner of the weighing pan). The measurement starts with Capturing weight.... The door closes automatically (depending on the door settings). When the measurement is finished, the door opens automatically (depending on the door settings). The result of the fourth measurement is added to the Results list as Position 4.

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12 Lift the test weight and move to position 5 (front right corner of the weighing pan). The measurement starts with Capturing weight.... The door closes automatically (depending on the door settings). When the measurement is finished, the door opens automatically (depending on the door settings). The result of the fifth measurement is added to the Results list as Position 5. The eccentricity test is finished.
13 Remove the test weight carefully and tap OK. The door closes automatically (depending on the door settings) and the balance starts an automatic zeroing.
14 When the test procedure is finished, tap Finish. The result dialog opens.
15 To print the results tap Print, to finish the test tap Finish.
Test result If the test failed, see "Troubleshooting", search the error, remedy it and test again. If the test fails again, contact a METTLER TOLEDO representative.
See also Troubleshooting Page 131
5.4.3.2 Performing a "Repeatability test"
In this section, all repeatability tests are described. Which test you use depends on the respective test target.
Repeatability - 1 test point 1 Open the Methods section. 2 Tap Tests.
The test(s) previously defined appear on the list. 3 Select the repeatability test you wish to perform and tap Start.
The test sequence starts. 4 Ensure that the weighing pan is empty and clean. Have at hand: the test weight, gloves, and the appro-
priate tools to handle the test weight. 5 When all requirements are fulfilled tap OK. 6 Make sure that the weighing pan is empty and tap OK.
The door closes automatically (depending on the door settings) and the balance starts an automatic zeroing. 7 Choose an available test weight - or add a new test weight and tap OK.

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8 Open the door and place the test weight (1) carefully on the weighing pan (2).
The measurement starts with Capturing weight....
The door closes automatically (depending on the door settings).
When the measurement is finished, the door opens automatically (depending on the door settings).
The result of the measurement is added to the Results list.
9 Remove the test weight carefully and tap OK.
The door closes automatically (depending on the door settings) and the balance starts an automatic zeroing.
Depending on the specified Number of repetitions you have to repeat the last two steps a certain number of times.
10 When the test procedure is finished, tap Finish.
The result dialog opens.
11 To print the results tap Print, to finish the test tap Finish.
Repeatability - Tare - 1 test point
1 Open the Methods section.
2 Tap Tests.
The test(s) previously defined appear on the list.
3 Select the repeatability test you wish to perform and tap Start.
The test sequence starts.
4 Ensure that the weighing pan is empty and clean. Have at hand: the test weight, gloves, and the appropriate tools to handle the test weight.
5 When all requirements are fulfilled tap OK.
6 Make sure that the weighing pan is empty and tap OK.
The door closes automatically (depending on the door settings) and the balance starts an automatic zeroing.
7 Choose an available test weight/test container - or add a new test weight/test container (1) and tap OK and put it on the weighing pan (2).
The door closes automatically (depending on the door settings) and the measurement starts with Taring....
When the tare is finished, the door opens automatically (depending on the door settings).
The tare result is added to the Results list.

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9 Remove the test weight, leave the container on the weighing pan. The door closes automatically (depending on the door settings) and the measurement starts with Taring.... When the tare is finished, the door opens automatically (depending on the door settings). The tare result is added to the Results list.
10 Carefully place the test weight (3) onto the weighing pan or into the tare container (4). The measurement starts with Capturing weight.... The door closes automatically (depending on the door settings). When the measurement is finished, the door opens automatically (depending on the door settings). The result of the measurement is added to the Results list. Depending on the specified Number of repetitions you have to repeat the last two steps a certain number of times.
11 When the test procedure is finished, tap Finish. The result dialog opens.
12 To print the results tap Print, to finish the test tap Finish.
Test result If the test failed, see "Troubleshooting", search the error, remedy it and test again. If the test fails again, contact a METTLER TOLEDO representative.
See also Troubleshooting Page 131

5.4.3.3 Performing a "Sensitivity test"
In this section, two of four possible sensitivity tests are described. Which test you use depends on the respective test target. The procedure for the tests with two test points is similar, but additional test weights and test containers are necessary.

Sensitivity - 1 test point 1 Open the Methods section. 2 Tap Tests.
The test(s) previously defined appear on the list. 3 Select the sensitivity test you wish to perform and tap
The test sequence starts.

Start.

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4 Ensure that the weighing pan is empty and clean. Have at hand: the test weight, gloves, and the appropriate tools to handle the test weight.
5 When all requirements are fulfilled tap OK.
6 Make sure that the weighing pan is empty and tap OK.
The door closes automatically (depending on the door settings) and the balance starts an automatic zeroing.
7 Choose an available test weight - or add a new test weight and tap OK.
8 Open the door and place the test weight (1) carefully on the weighing pan (2).
The measurement starts with Capturing weight....
The door closes automatically (depending on the door settings).
When the measurement is finished, the door opens automatically (depending on the door settings).
The result of the measurement is added to the Results list.
9 When the test procedure is finished, tap Finish.
The result dialog opens.
10 To print the results tap Print, to finish the test tap Finish.
Sensitivity - Tare - 1 test point
1 Open the Methods section.
2 Tap Tests.
The test(s) previously defined appear on the list.
3 Select the sensitivity test you wish to perform and tap Start.
The test sequence starts.
4 Ensure that the weighing pan is empty and clean. Have at hand: the test weight, gloves, and the appropriate tools to handle the test weight.
5 When all requirements are fulfilled tap OK.
6 Make sure that the weighing pan is empty and tap OK.
The door closes automatically (depending on the door settings) and the balance starts an automatic zeroing.
7 Choose an available test weight/test container - or add a new test weight/test container (1) and tap OK and put it on the weighing pan (2).
The door closes automatically (depending on the door settings) and the measurement starts with Taring....
When the tare is finished, the door opens automatically (depending on the door settings).
The tare result is added to the Results list.

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8 Carefully place the test weight (3) onto the weighing pan or into the tare container (4). The measurement starts with Capturing weight.... The door closes automatically (depending on the door settings). When the measurement is finished, the door opens automatically (depending on the door settings). The result of the measurement is added to the Results list.
9 When the test procedure is finished, tap Finish. The result dialog opens.
10 To print the results tap Print, to finish the test tap Finish.
Test result If the test failed, see "Troubleshooting", search the error, remedy it and test again. If the test fails again, contact a METTLER TOLEDO representative.
See also Troubleshooting Page 131
5.4.4 Editing a test
Navigation: Methods > Tests 1 Select the test to be edited from the list and tap Edit.
The test settings open. 2 Edit the test settings.
See also Tests settings Page 115
5.4.5 Printing test results
You can print a test manually, whether the parameter Automatic print in the test settings is activated or deactivated. For this purpose proceed as follows: 1 Open the Methods section. 2 Tap Tests.
The test list opens. 3 Select the test to print and tap More and tap Print all
The test is printed.
5.4.6 Deleting a test
Running tests are labeled with the symbol and cannot be deleted. To delete a test, it must be finished or another test must be activated. To delete a test, proceed as follows: 1 Open the Methods section. 2 Tap Tests.
The test list opens. 3 Select the test to delete. 4 Tap More and tap Delete.
The section Delete routine test opens. The message Do you really want to delete the selected routine test? appears.

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5 Tap Yes to delete the test. Tap No to cancel the deleting process. After deleting the test, the system returns to the test list. The test has been deleted and does not appear on the list anymore.
5.4.7 Consulting the test history
Navigation: Balance menu > History > Tests Select a test. The test history opens. Specific data are displayed for each test, such as the date and time, type of test, temperature, level state, test weight ID, and weight deviation.
See also History Page 61
5.5 Adjustments
This section describes how internal and external adjustments can be defined and performed. Which type of adjustment is performed depends on the defined adjustment Strategy.
Navigation: Methods > Adjustments
5.5.1 Internal adjustment
5.5.1.1 Editing an "Internal adjustment"
1 Open the Methods section. 2 Tap Adjustments. 3 Tap Edit. 4 Set the Strategy to Internal adjustment. 5 Define the adjustment parameters. 6 Tap Save.
Your internal adjustment has been edited. For details about adjustment settings:
See also Adjustments settings Page 123
5.5.1.2 Performing an "Internal adjustment"
The adjustment Strategy is set to Internal adjustment. 1 Open the Methods section, tap Adjustments, select the adjustment, and tap Start
- or from the main weighing screen, tap More and tap Start adjustment.
Internal adjustment is being executed. When the adjustment has been completed, an overview of the adjustment results appears. 2 Tap Print if you want to print the results. 3 Tap Finish adjustment. The balance is ready.
5.5.2 External adjustment
5.5.2.1 Editing an "External adjustment"
1 Open the Methods section.

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2 Tap Adjustments. 3 Tap Edit. 4 Set the Strategy to External adjustment. 5 Tap Test weights - Edit test weight.
The dialog Test weights - Edit test weight opens. 6 Select a test weight from the list and tap OK
- or tap Test weight to define a new test weight. 7 Define the test weight settings and confirm with OK. 8 Tap Save. Your external adjustment has been edited. For details about adjustment settings:
See also Adjustments settings Page 123
5.5.2.2 Performing an "External adjustment"
After the external weights have been defined, the function External adjustment can be performed.
The adjustment Strategy is set to External adjustment. 1 Open the Methods section, tap Adjustments, select the adjustment, and tap Start
- or from the main weighing screen, tap More and tap Start adjustment.
The adjustment process starts. 2 Ensure that the weighing pan is empty and clean. Have at hand: the test weight, gloves, and the appro-
priate tools to handle the test weight. 3 When all requirements are fulfilled tap OK. 4 Make sure that the weighing pan is empty and tap OK. 5 Choose an available test weight
- or add a new test weight and tap OK. 6 Open the door and place the test weight (1) carefully on the weighing pan (2).
The door closes and the adjustment starts. After a few seconds the door opens. 7 Remove the test weight from the weighing pan and tap OK. The door closes and opens. The adjustment is finishing and the adjustment results appear. 8 To print the results tap Print, to finish the test tap Finish.
See also Defining an individual test weight Page 45 Defining a combined test weight Page 45

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5.5.3 Consulting the adjustment history
Navigation: Balance menu > History > Adjustments Select an adjustment. The adjustment history opens. Specific data are displayed for each adjustment such as the date and time, type of adjustment, temperature, level state, adjustment trigger, and correction.
See also History Page 61
5.6 External devices
Navigation: Balance menu > Settings > Devices / Printers
5.6.1 Adding a device
1 To add a new device, tap More, then tap Add device. The Add device dialog opens.
2 Connect the device to one of the USB-A ports of the balance. 3 Follow the instructions from the wizard.
Note A label printer and a strip printer can be connected simultaneously to the balance. However, only one printer of a specific type can be active at any given time. When connecting a new printer or the same type, the printer of the same type that was previously active is deactivated automatically. After connecting a new printer, verify the status of all other printers.
Example: adding a barcode reader 1 To add a new device, tap More, then tap Add device.
The Add device dialog opens. 2 Connect the device to one of the USB-A ports of the balance. 3 If you are installing a barcode reader you can scan the barcode displayed on the balance terminal. Tap
Tools and tap Next. The barcode of the device is shown.
4 Scan the barcode from the device. The barcode is identified from the balance and the new device is connected.
5 To cancel the dialog, tap Cancel.
See also Installing devices Page 31
5.6.2 Deleting a device
1 Select the device from the list of devices and printers. 2 Tap More and tap Delete device.
The message of the type "Are you sure you would like to delete the selected device?" is shown. 3 To delete, tap OK. To cancel the delete dialog, tap Cancel.
The device is deleted.
5.6.3 Editing device settings
1 Select the device from the list of devices and printers. Device type, name, status and settings are shown.
2 To change the name of the device, tap Name, enter the name and tap .

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3 Some devices, e.g., printers, have additional editable settings. To edit those settings, tap settings.
The dialog printer settings opens.

Printer

5.6.4 Printing a test page
If you have installed a printer, a test page can be printed. 1 Select the printer in the list of devices. 2 Tap More and tap Print test page.

5.7 Tolerance profiles
Navigation: Balance menu > Settings > Balance > Weighing / Quality > Tolerance profiles
Creating a Tolerance profile 1 Tap New to create a new profile. 2 Define the profile settings. 3 When all the settings have been defined, tap OK.
The system returns to the profile list and the new profile appears on the list. By tapping an existing profile, its settings can be changed, the profile can be deleted or it can be set as default value. Several profiles can be created. A default profile must be selected. If changes are made to the default tolerance profile, the status of the routine tests will be set to Never executed.

5.8 Data management
Navigation: Balance menu > Maintenance > Import / Export The import or export of data can be used to save or transfer configurations/settings from one balance to another. The following data can be imported or exported:
Balance settings Methods Tests and weights

5.8.1 Exporting data and settings
1 Select Export data and settings. The dialog Export data and settings opens.
2 Select Export and tap Next. The window Export data and settings appears.
3 Select the data type(s) you want to export. 4 Plug in the USB storage device to one of the USB-A ports of the balance. 5 Tap Export.
A list of available USB storage devices opens. 6 Select the target USB storage device to store the data. 7 Tap Next.
The system exports the data to the USB storage device. If the export was successful, the screen shows with the file name and its target folder.
8 Tap Close to finish the process.

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5.8.2 Importing data and settings
With the function Import data and settings, settings from other balances can be imported to this balance. It is also possible to re-import settings that have been exported. 1 Select Import data and settings. 2 Plug in the USB storage device with the data to import. 3 Tap Next.
A list of available USB storage devices opens. 4 Select the USB storage device with the data to import. 5 Tap Next. 6 Select the data file you want to import. 7 Tap Next. 8 Select the data type(s) you want to import.
When importing methods, you can select if all methods or a selection of methods will be imported. Methods of the same name will be overwritten. 9 Tap Import. The message Import of data and settings has been executed. appears. The import was successful. Tap Close to return to the main weighing screen.
5.9 Password protection and balance reset
The balance settings or the whole balance can be blocked to prevent unauthorized modifications or usage. An unblocking password first needs to be created.
NOTICE
Unusable balance due to forgotten password
A blocked balance cannot be unblocked without the unblocking password. Note the password and keep it in a safe place.
5.9.1 Creating an unblocking password
Navigation: Balance menu > Settings > Balance > General 1 To create an unblocking password, tap More in the action bar and select Unblocking password
The dialog Set unblocking password opens. 2 Set a new password, confirm it, and tap OK. 3 In the dialog General, tap Save and OK.
The unblocking password is created. The additional option Blocking is available in the action bar of the Balance menu. It can be used to block the balance or block/unblock the balance settings.
5.9.2 Blocking and unblocking the settings
Blocking the settings prevents unauthorized modifications of the settings of the balance. If Lock method is activated for a specific method, blocking the balance settings also prevents unauthorized changes of the method settings. Further usage of the balance is possible, but the settings cannot be edited without the unblocking password (except Language).

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Navigation: Balance menu > Blocking
5.9.2.1 Blocking the balance settings
The unblocking password is available. 1 To block the balance settings, tap Block settings.
The dialog Block balance opens. 2 Tap OK to block the settings.
The balance settings are blocked. The balance can be used normally, but the balance and method settings cannot be edited.
5.9.2.2 Blocking method settings
The balance settings are not blocked. The unblocking password is available. 1 Select a method from the Methods list or define a new method. 2 Tap Edit. 3 Tap General and set Lock method to Active. 4 Tap Save. 5 To block the balance settings, tap Block settings.
The dialog Block balance opens. 6 Tap OK to block the settings.
The balance settings are blocked. The balance can be used normally, but the balance and method settings cannot be edited. If Lock method is set to Active after the balance settings are blocked, the method can be edited until the next time the balance is blocked.
5.9.2.3 Unblocking the settings
The balance settings are blocked. The unblocking password is available. 1 To unblock the balance settings, tap Unblock settings. 2 Type the unblocking password and tap OK. The balance settings are unblocked.
5.9.3 Blocking and unblocking the balance
Blocking the balance will prevent any further usage of the balance.
5.9.3.1 Blocking the balance
Navigation: Balance menu > Blocking 1 To block the balance, tap Block balance.
The dialog Block balance opens. 2 Tap Next. 3 Enter your unblocking password and tap Block balance.
The balance is blocked and the blocking screen appears.
5.9.3.2 Unblocking the balance
The balance is blocked and the blocking screen is open. 1 Tap Unblock balance.

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2 Type in the unblocking password, if applicable. 3 Tap Unblock balance to confirm.
By tapping Cancel instead, the main weighing screen appears, but the balance is still blocked and only a limited number of settings can be edited. The balance is unblocked and the main weighing screen appears.
5.9.4 Resetting the balance
Navigation: Balance menu > Maintenance > Reset
NOTICE
Reset causes data loss
Resetting the balance will delete user application data and set the user configuration back to factory state.
1 To delete the data for test history and adjustment history, activate the option Also delete test and adjustment history.
2 Tap Next. The window Reset balance opens and warns that some data will be lost by resetting the balance.
3 Tap Reset balance. The balance software restarts in factory state.

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6 Software Description

6.1 Balance menu settings
The Balance menu contains general settings and information. To open the section Balance menu, tap the symbol on the right-hand side of the display. The section Balance menu is divided into the following subsections.
Leveling aid (see [Leveling aid Page 61] ) History (see [History Page 61] ) Balance info (see [Balance info Page 62] ) Settings (see [Settings Page 62] ) Maintenance (see [Maintenance Page 72] )

6.1.1 Leveling aid
Exact horizontal positioning and stable installation is essential for repeatable and accurate weighing results. With the Leveling aid the balance can be leveled.
Navigation: Balance menu > Leveling aid
Note After leveling the balance an internal adjustment must be performed.

6.1.2 History
The balance permanently records the tests and adjustments that are performed in the section History
Navigation: Balance menu > History The section History is divided into the following subsections:
Adjustments Tests Service

6.1.2.1 Adjustments

Navigation: Balance menu > History > Adjustments A maximum of 500 entries can be stored in the adjustments history.

Button Name Filter
Print

Description Tap to filter the list:
By date range
By user ID Tap to print the displayed entries.

Tap to return to the section History.

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6.1.2.2 Tests

Navigation: Balance menu > History > Tests A maximum of 500 entries can be stored in the test history.

Button

Name Filter

Description Tap to filter the list:
By date range
By user ID Tap to print the displayed entries.

Tap to return to the section History.

6.1.2.3 Service

Navigation: Balance menu > History > Service A maximum of 500 entries can be stored in the service history.

Button

Name Filter

Description Tap to filter the list:
By date range
By technician Tap to print the displayed entries.

Tap to return to the section History.

6.1.3 Balance info

Navigation: Balance menu > Balance info The section Balance info shows information about the specific balance about:
Identification Hardware Software Maintenance

Button

Name License agreement

Description Tap to open the licence agreement.

Tap to return to the Balance menu.

6.1.4 Settings
This section describes the settings of the balance that can be changed to suit specific requirements. The balance settings apply to the entire weighing system.

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Navigation: Balance menu > Settings The section Settings is divided into the following subsections:
Balance Interfaces Devices / Printers LabX / Services

6.1.4.1 Balance
Navigation: Balance menu > Settings > Balance The section Balance is divided into the following subsections:
Weighing / Quality Doors Date / Time / Language / Format Screen / StatusLight / Sound General

Weighing / Quality

Navigation: Balance menu > Settings > Balance > Weighing / Quality

Parameter

Description

Values

Leveling warning Defines the action when the balance is out of level

Inactive | Optional

When Forced leveling is selected and the balance is out of level, no weighing value can be added to the Results list (green button

leveling* | Forced leveling

disabled).

Tolerance profiles A tolerance profile stores all the necessary balance settings needed for a certain weighing method. It is possible to create different tolerance profiles for different weighing methods.

This section contains several settings that are described in the table Tolerance profiles below.

Automatic weight Defines if and in which manner (MT-SICS and/or HID) the

value output

weighing values should be exported.

This section contains several settings that are described in the table Automatic weight value output below.

GWP Approved mode

Good Weighing Practice (GWP�) is a program started by

Active | Inactive*

METTLER TOLEDO to help customers operate their weighing

equipment in a safe and efficient way. It covers every relevant

step in the life cycle of the instrument and provides clear guidance

on how to specify, calibrate and operate weighing instruments.

The GWP Approved mode observes if the following conditions are given:

Use of an appropriate tolerance profile.

The internal adjustment was successful.

Required tests were successful.

Setting up of enforced leveling.

No MinWeigh violation.

If all conditions are given, the balance adds the GWP Approved sign behind every weighing result.

The GWP Approved mode can only be enabled by a METTLER TOLEDO service technician.

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Software Description 63

Balance recalib. reminder Days in advance
Action when calib. expired

Defines whether the user is reminded about the upcoming expiry date of the calibration.
Defines the number of days before the due date the recalibration reminder is shown.
This setting is only available if Balance recalib. reminder is set to Active.
Defines the action when the calibration has expired.
Block: The balance will be blocked. In this case, the balance cannot be used anymore until a user unblocks the balance.

Active* | Inactive Numeric (30 days* | 0...400 days)
None* | Block

Days before blocking
Weight recalib. reminder

Defines the number of days before the reminder informs about the Numeric (30 days* |

upcoming expiry date.

0...400 days)

Defines whether the user is reminded about the upcoming expiry Active | Inactive* date of the test weight calibration.

Days in advance
Service reminder Days in advance

Defines the number of days before the due date the recalibration Numeric (30 days* |

reminder is shown.

0...400 days)

This setting is only available if Weight recalib. reminder is set to Active.

Defines whether the user is reminded about the upcoming due date of the service.

Active | Inactive*

Defines the number of days before the due date the service reminder is shown.

Numeric (30 days* | 0...400 days)

This setting is only available if Service reminder is set to Active.

* Factory setting

Tolerance profiles
Settings relating to weighing performance and data from balance calibration can be stored in a tolerance profile.
For more information about creating tolerance profiles, see [Tolerance profiles Page 57]

Parameter Name Indicator
Indicator text Calibration certificate
Environment

Description

Values

Defines the name of the profile.

Text (0...22 characters)

Defines the color of the indicator icon for the tolerance profile. The None* I Neutral I White I icon will appear above the weighing value unit. When a color is Yellow I Red I Blue I selected, a description of maximum 3 characters can be added. Green | Black

Defines the text of the indicator icon.

Text (0...3 characters)

Selects a calibration certificate from a drop-down list of certificates Calibration certificate | available on the balance. New certificates can only be created by None* a service technician based on a performed balance calibration.

Defines the environmental conditions of the balance.
Very stable: For an environment that is free from any drafts and vibrations.

Very stable | Stable | Standard* | Unstable | Very unstable

Stable: For an environment that is practically free from drafts and vibrations.

Standard: For an average working environment subject to moderate variations in the ambient conditions.

Unstable: For an environment where the conditions are from time to time changing.

Very unstable: For an environment where the conditions are continuously changing.

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Weighing mode
Value release
Display readability
Zero drift compensation Allowed units
* Factory setting

Defines the filter settings of the balance. Universal: For all standard weighing applications.

Universal* | Sensor mode

Sensor mode: Depending on the setting of the ambient
conditions, this setting delivers a filtered weighing signal of varying strength. The filter has a linear characteristic in relation to time (not adaptive) and is suitable for continuous measured value processing.

Defines the speed at which the balance regards the measured value as stable and available for capture.
Very fast: recommended if you require fast results and repeatability is not very important.

Very fast | Fast | Fast and reliable* | Reliable | Very reliable

Very reliable: provides very good repeatability of the measured results but prolongs the stabilization time.

Some intermediate settings can also be chosen from.

Determines the readability [d] of the balance display. 1d: Shows the maximum resolution

1d* | 2d | 5d | 10d | 100d | 1000d

2d: Shows the final digit in increments of 2

5d: Shows the final digit in increments of 5

10d: 10 times smaller resolution

100d: 100 times smaller resolution

1000d: 1000 times smaller resolution

The function Zero drift compensation performs ongoing
corrections of deviations from zero which may occur, for example, as a result of small amounts of dirt on the weighing pan.

Active* | Inactive

Defines the units that are allowed in this tolerance profile.

The available values are model-specific.

Automatic weight value output
The balance can be connected to a computer with a USB cable. Weighing results can then be directly transferred to a target application, e.g., Microsoft Excel.

Parameter Output mode

Description

Values

Defines which weighing values are transferred via the communi- Results* | Continuous cation interface, e.g., USB, Ethernet.

Results: The weighing values are transferred only when they are added to the Results list.

Continuous: The weighing values are transferred continuously via the interface defined under LabX / Services > MT-SICS.

Additional fields are available, depending on the chosen option.

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Software Description 65

Target

Defines the way the weighing values are transferred.
HID (Human Interaction Device): Transfers simple character streams (e.g. weight values) to a desktop computer without installing additional drivers (comparable to a keyboard). The format of a transferred weighing value can be configured.

HID* | HID / MT-SICS | MT-SICS | MT-SICS configurable

MT-SICS: The data is transferred in MT-SICS format (METTLER
TOLEDO Standard Interface Command Set). MT-SICS operates bidirectional, i.e. usually balance sends the confirmations to the host and receives commands. A separate reference manual is available for MT-SICS.

HID / MT-SICS: The data is transferred in HID and MT-SICS format in parallel.

MT-SICS configurable: The data is transferred in a user-defined MT-SICS format.

This setting is only available if Output mode is set to Results.

Weight field length

Defines the number of digits that will be transferred into the appli- Numeric (1* | 0...20) cation on the computer, e.g., into an Excel field.

This setting is only available if Output mode is set to Results.

Sign

Defines if the weighing result is displayed with an algebraic sign. For all values | For

For all values: Each weighing result is preceded by a plus or

negative values*

minus sign.

For negative values: Only negative values are preceded by a minus sign. Positive values are transferred without algebraic sign.

This setting is only available if Output mode is set to Results.

Sign position

Defines if the algebraic sign is positioned at the first place of the Left of weight field | Left

weight field or directly in front of the weight digits.

of weight digits*

This setting is only available if Output mode is set to Results.

Decimal delimiter Defines the character used to separate the whole and fractional , | .* part of a numeric value.

This setting is only available if Output mode is set to Results.

Net indicator

In the standard output format, net weights are not specially marked. To place an N in front of net weights, this function can be activated. The net symbol is left-justified in the field.

Active | Inactive*

This setting is only available if Output mode is set to Results.

Net indicator field Defines the field length of the Net indicator.

Numeric (2* | 1...2)

length

This setting is only available if Output mode is set to Results and

Net indicator is set to Active.

Unit

Defines if a weighing unit is being shown in the weighing field. Active* | Inactive

This setting is only available if Output mode is set to Results.

Unit field length Defines the field length of the weighing unit.

Numeric (1* | 1...6)

This setting is only available if Output mode is set to Results and Unit is set to Active.

Field delimiter

Defines a character or sequence of characters to separate data None | Space* | TAB | ,

fields.

| ;

This setting is only available if Output mode is set to Results.

End of line character

Defines a character or sequence of characters signifying the end CRLF | CR | LF | TAB |

of a line.

None | Enter*

This setting is only available if Output mode is set to Results.

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Updates/sec. Format
* Factory setting

Defines the rate at which data is transferred.

2 | 5 | 6* | 10

This setting is only available if Output mode is set to Continuous.

Defines the format of the transferred data.

MT-SICS* | PM | AT/MT

This setting is only available if Output mode is set to Continuous.

Doors

Navigation: Balance menu > Settings > Balance > Doors Each of the following doors can be managed separately:

Door left Door right

Parameter Drive mode

Description Defines the mode to open/close the door.

Values Motorized* | Manual

Door opening Defines how far the door opens.

Numeric (1...100%)

This setting is only available if Drive mode is set to Motorized.
Enter the value manually or capture it by tapping on . The door will be open with the configured value.

Door key left

Defines the automation of the left door key on the terminal.

Active | Inactive*

Door key right Defines the automation of the right door key on the terminal. Active | Inactive*

Devices

Defines the door opening or closing via an external device, such Active | Inactive* an ErgoSens or a footswitch.

If set to Active, the Function of the corresponding device also needs to be set to Door. See Devices / Printers.
Automatic (Tare / Closes the door automatically when taring the balance, zeroing Zero / Result) the balance, or adding a result to the Results list.

Active | Inactive*

* Factory setting for the right door / for the left door reverse

See also Doors Page 67

6.1.4.4 LabX / Services
Several services are available to communicate with the balance: LabX service, MT-SICS service, or Web service. Note that only one service can be enabled at any given time.
To enable communication between LabX and instruments, the appropriate settings in the instruments must correspond with the settings in LabX. LabX synchronizes the date and time on the instruments with the LabX Server each time a connection is made and each time a task is started. When an instrument is connected, the user interface language on the connected instrument is changed to the language currently installed on the LabX installation.

Navigation: Balance menu > Settings > LabX / Services

Parameter LabX service
MT-SICS service
Web service
* Factory setting

Description

Values

Inactive: No connection to LabX will be established.
Network: A network connection to LabX will be established on startup. The Port must be specified.

Inactive* | Network | USB

USB: A USB connection to LabX will be established on startup.

Inactive: No MT-SICS port will be opened.

Inactive* | Network |

Network: An MT-SICS network port will be opened on startup. The USB

Port must be specified.

USB: An MT-SICS USB port will be opened on startup.

If set to Active, a network port will be opened on startup. Use the Inactive* | Active menu Web service configuration to configure the service.

The complete Web service documentation is available online (www.mt.com/labweighing-software-download).

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Software Description 71

6.1.4.5 Printing the settings
Navigation: Balance menu > Settings > More When all the balance settings are configured, you can print the complete list to archive the information.
To print the balance settings, tap Print the settings. The complete balance settings are printed.

6.1.5 Maintenance
Navigation: Balance menu > Maintenance The section Maintenance is divided into the following subsections:
Import / Export Software update Reset Service menu
See also Data management Page 57 Software update Page 130 Resetting the balance Page 60

6.1.5.1 Service menu

Navigation: Balance menu > Maintenance > Service menu

Button

Name Show adjustment state

Save support file Import log configuration
Perform initial zero

Description Tap to open information about:
Prescaler
Temperature compensation
Production linearization
Standard calibration
Production calibration
User linearization
User calibration Tap to save support file (all relevant information to an error) on a USB storage device to send it to a METTLER TOLEDO representative. A log configuration file can be provided by METTLER TOLEDO to allow a more comprehensive collection of balance parameters to be stored in the support file. This is only used for troubleshooting purposes. Tap to import the log configuration from a USB storage device so that the enhanced list of parameters can be exported and sent to a METTLER TOLEDO representative. Tap to perform an initial zero of the balance. This can be useful when using accessories whose weight exceeds the zeroing range of the balance, for example a density kit. This function is only available for approved balances.

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6.2 Weighing methods settings

6.2.1 Settings: method "General weighing"
In this section, the settings of the methods General weighing and General weighing (itemized) are described. Settings can be edited for a newly created method or an already existing method.
Navigation: Methods > Methods list > my general weighing > Edit

Edit method - my general weighing

General

Method type General weighing

ID format

Method name my general weighing

Weighing

Comment Enter here

Weighing item

Save

The settings of the method General weighing are grouped as follows: General ID format Weighing Weighing item, only available for the method General weighing Weighing items, only available for the method General weighing (itemized) Automation Print / Export

See also Creating a method "General weighing" Page 36 Editing a method Page 43

6.2.1.1 General
The Method type is defined in the wizard while creating the method and cannot be changed.

Parameter Method name Comment
Lock method
* Factory setting

Description Defines the name of the method. The method can be described with a comment.
Locks the method to prevent further editing.

Values
Text (1...22 characters)
Text (0...128 characters)
Active | Inactive*

6.2.1.2 ID format
Task IDs
Parameter Number of task IDs

Description

Values

Defines the number of task IDs.

0 | 1* | 2

If the Number of task IDs is larger than 0, the settings Task ID,
Task description and Prefix/Default value are available for every single task ID.

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Software Description 73

Task ID 1
Task description Default value Prefix
* Factory setting

Defines the naming type of the task ID.
Manual with default: The value of the task ID can be entered manually at method execution time.

Manual with default* | Automatic timestamp

Automatic timestamp: The system provides a value created from a prefix with the current date and time appended.

Allows to define a label for each task ID field.

Text (0...32 characters)

Defines a default value for the task ID. The value of the task ID can be changed manually while executing the method.

Text (0...32 characters)

This setting is only available when the corresponding Task ID is set to Manual with default.

Defines a prefix for the task ID.

Text (0...32 characters)

This setting is only available is the corresponding Task ID is set to Automatic timestamp.

Result IDs

Parameter

Description

Values

Number of result IDs

Defines the number of result IDs.

0 | 1* | 2

If the Number of result IDs is larger than 0, the settings Result
ID, Result description and Prefix/Default value are available for every single result ID.

Result ID 1

Defines the naming type of the result ID.
Manual with default: The value of the result ID can be entered manually at method execution time.

Manual with default* | Automatic counter

Automatic counter: The system provides a value created from a Prefix to which is appended a unique number (counter).

Result description Allows to define a label for each result ID.

Text (0...32 characters)

Default value Prefix

Defines a default value for the result ID. The value of the result ID Text (0...32 characters) can be changed manually while executing the method.

This setting is only available when the corresponding Result ID is set to Manual with default.

Defines a prefix for the result ID.

Text (0...32 characters)

This setting is only available if the corresponding Result ID is set to Automatic counter.

* Factory setting

6.2.1.3 Weighing

Custom unit When the parameter Define custom unit is activated, additional parameters can be defined.

Parameter Define custom unit
Name

Description

Values

With this option activated, a specific weighing unit can be

Active | Inactive*

defined. This allows calculations, e.g., surfaces or volumes, to be

carried out directly during the determination of the weighing

result.

The custom units are available in all menus and input fields in which weighing units can be selected.

Defines the name of the custom unit.

Text (0...6 characters)

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Formula
Factor Display readability

Defines how subsequently defined value for Factor is calculated. Multiplicative* | Divisive There are 2 formulae available:

Multiplicative: Multiplies the net weight by the factor.

Divisive: The factor is divided by the net weight.

The formula can be used, for example, to simultaneously take into account a known error factor while weighing.

Defines the factor with which the effective weighing result (net weight) is calculated via the previously selected Formula.

Numeric

Defines the formatting for the weighing result.

Numeric

Example: A setting of "0.05" defines two places after the decimal point with rounding to 5. A determined result of 123.4777 is consequently displayed as 123.50.

This function can only be used to reduce the resolution of the weighing result. No value must therefore be entered that exceeds the maximum balance resolution. Values that are too small are automatically rounded off.

* Factory setting

Weighing settings

Parameter Tolerance profile
Weight capture mode
Weight capture delay
* Factory setting

Description

Values

A tolerance profile stores all the necessary balance settings needed for a certain weighing method. It is possible to create different tolerance profiles for different weighing methods.

Tolerance profiles are created by the user for specific balances and applications.

Defines the behavior when the button to add the result was

Stable* | Immediate

tapped or the add result was triggered by the automatic weighing

result creation.

Stable: The system waits for a stable weight.

Immediate: The system doesn't wait for a stable weight. The
system waits for the defined amount of seconds (Weight capture
delay). After the weight capture delay, the weight value from the weight stream is captured.

Defines the time in seconds the balance waits for capturing the weight after the button to add the result was tapped or the add result was triggered by the automatic weighing result creation.

Numeric (5 seconds* | 0...60 seconds)

This setting is only available if Weight capture mode is set to Immediate.

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Software Description 75

Statistics

Parameter Activate statistics
* Factory setting

Description
If Activate statistics is set to Active, the following statistics will be calculated:
Count: Number of items used for the statistics
Sum: sum of all value (decimal places and unit according to the method settings)
Minimum: smallest value (decimal places and unit according to the method settings)
Maximum: largest value (decimal places and unit according to the method setting)
Range: difference between the largest and smallest values (decimal places and unit according to the method settings)
Average: The values are summed up and divided by the number of values, rounded to 1 digit more than the configured decimal places in the associated tolerance profile (unit according to the method settings).
Standard deviation: standard deviation rounded to 1 digit more than the configured decimal places in the associated tolerance profile (unit according to the method settings)
Relative standard deviation: relative standard deviation (rounded to 2 decimal places, in %)
The statistical values are calculated and displayed as soon as a result is added or updated.

Values Active | Inactive*

Electrostatic

Parameter Ionizer
* Factory setting

Description Defines whether the ionizer is activated/deactivated.

Values Active | Inactive*

See also Creating a method "General weighing" Page 36

6.2.1.4 Weighing item / Weighing items

A target weight with tolerance limits can be defined for the method. The method General weighing includes a single item in Weighing item, whereas several items can be defined for the method General weighing (itemized) in Weighing items.

Parameter Sample ID Unit Target weight
-Tolerance

Description

Values

Defines the name of the sample.

Text (0...32 characters)

This setting is only available for methods containing several weighing items (itemized).

Defines the unit of the weighing result.

The available units depend on the balance model.

Defines the target weight. The target weight will be shown in the Numeric weighing-in aid of the balance (SmartTrac). When a target weight including tolerances is defined, the SmartTrac indicates if the current display weight is in tolerance or not.

Defines the lower tolerance limit.

Numeric

This setting is only available if a Target weight is defined.

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+Tolerance

Defines the upper tolerance limit. This setting is only available if a Target weight is defined.

See also Creating a method "General weighing" Page 36 Using methods with multiple weighing items (itemized) Page 44

Numeric

6.2.1.5 Automation

Parameter Barcode data target
* Factory setting

Description

Values

If a barcode reader is connected to the balance, this option defines how the data is to be processed.
Keyboard Input: The data is written in the currently open input window. If no input window is open, the data is ignored.

Keyboard Input* | Target weight value | Task ID 1 | Result ID 1 | ...

Target weight value: The barcode data is interpreted as a value for the target weight.

Task ID 1: The received barcode data is treated as identification text for this task ID.

Result ID 1: The received barcode data is treated as identification text for this result ID.

The available items in the drop-down menu depend on the
Number of task IDs and Number of result IDs specified for the method.

Make sure that the characters of the scanned barcode are compatible with the format of the field where they should be inserted.

Weighing automation

Parameter Automatic zero Automatic zero threshold Tare Mode
Automatic tare threshold

Description

Values

Active: the balance is automatically zeroed when the weight falls Active | Inactive* below a predefined threshold.

Defines the threshold of the Automatic zero.

Numeric

This setting is only available if Automatic zero is set to Active.

Defines the tare mode. None: No automatic tare.

None* | Automatic tare | Preset tare

Automatic tare: The balance stores automatically the first stable weight as the tare weight.

Preset tare: Allows you to enter manually a numerical entry of a fixed tare weight.

Defines the threshold of the option Tare Mode.

Numeric

This value defines the minimum weight that must be applied to the weighing pan so that it is automatically stored as the tare weight. If the weight is below the limits, it is not automatically transferred to the tare memory.

Instead of entering the weight, the lightest tare container can be
placed on the weighing pan and the button subsequently pressed. The applied weight is directly taken over as a limit.

This setting is only available if Tare Mode is set to Automatic tare.

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Software Description 77

Preset tare value
Automatic result
Automatic result threshold Weight trigger
Automatic tare after result Automatic task completion

Defines a weight value for the pretare function.

Numeric

Instead of entering the value, the respective tare container can be
placed on the weighing pan and the button subsequently pressed. The weight is directly taken over as pretare value.

This setting is only available if Tare Mode is set to Preset tare.

Automatically generates a weighing result after a threshold is reached.
None: No automatic result will be generated.

None | With sample tare* | Without sample tare

With sample tare: After a weight value that reached the threshold
is being removed from the weighing pan, the balance is being tared.

Without sample tare: After a weight value that reached the
threshold is being removed from the weighing pan, the balance is not being tared.

Defines the threshold of the Automatic result.

Numeric

The result is automatically added to the Results list only if the weight of the sample is larger than the defined threshold.

This setting is only available if Automatic result is set to Active.

Defines the behaviour of the Automatic result threshold.
Exceeding: The weighing result is generated when the weight exceeds the defined threshold.

Exceeding* | Falling below

Falling below: The weighing result is generated when the weight falls below the defined threshold.

This setting is only available if Automatic result is set to Without sample tare.

If set to Active, the balance is automatically tared when a result is Active | Inactive* added to the Results list.

Active: the balance automatically completes a running task after Active | Inactive* the result of the last weighing item has been added to the Results list.

This setting is only available if the method is using multiple weighing items.

* Factory setting

See also Creating a method "General weighing" Page 36

6.2.1.6 Print / Export

Parameter

Description

Values

Strip printout and Defines the content of the printout and/or export, as well as which

data export

printing/exporting actions are performed automatically when the

task is complete.

This section contains several settings that are described in the table Strip printout and data export below.

Label printout for Defines the template of the task label to be printed, i.e., which

task

data is included on the label and in which format.

This section contains several settings that are described in the table Label printout for task below.

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Label printout for Defines the template of the weighing item label to be printed, i.e., weighing item which data is included on the label and in which format.

This section contains several settings that are described in the table Label printout for weighing item below.

Label cutting

Defines if the labels should be cut after printing.

Off* | Per label | Per task

Per label: Each label is cut once printed.

Per task: The labels are cut when the task is complete.

This setting is only relevant if the connected label printer can cut labels.

* Factory setting

6.2.1.6.1 Strip printout and data export

Automatic data output

Parameter Strip printer
Results export Weight value
* Factory setting

Description
Activates/Deactivates automatic printing of the Results list on a strip printer when the Complete button is tapped. The data to be transmitted to the printer can be defined in the section Template settings.
Activates/Deactivates the automatic data export to a USB storage device when the Complete button is tapped.
Activates/Deactivates the option to automatically send the weighing value over USB or Ethernet when tapping Add result.

Values Active | Inactive*
Active | Inactive* Active | Inactive*

Strip printout template This menu item can be used to define which information is printed by the strip printer. Each individual parameter can be set to Inactive or Active via the corresponding check box. To enable or disable all parameters at once, proceed as follows: 1 To disable all check boxes at once, tap Deselect all.
All parameters are set to Inactive. 2 To enable all check boxes at once, tap Select all.
All parameters are set to Active.

Template settings

Parameter
Header and Footer

Description Defines the header and/or footer to be printed.

Balance information

Defines which information about the balance is being printed.

Quality information

Defines which quality information is being printed.

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Software Description 79

Task information Defines which information about the task is being printed.

Weighing item Defines which information about the weighing items is being

information

printed.

Result detail information

Defines which information related to the result of the measurement is being printed.

* Factory setting

6.2.1.6.2 Label printout for task

Parameter Automatic label printout for task
Copies Used template

Description
When set to Active, the task label is automatically printed when tapping Complete.
Defines how many copies of the label are printed.
Chooses the label template.

* Factory setting

Field settings The content of each label field can be defined individually.

Parameter Label field 1

Description
Defines which information appears in each label field. The number of label fields depends on the selected template.

Values Active | Inactive*
Numeric Available labels are shown below.
Values Available entries depend on the method settings.

Barcode settings
The content of each barcode field can be defined individually. This section is only available when the selected Used template contains at least one 2D code.

Parameter Delimiter
Barcode field 1

Description
Defines the delimiter between the barcode entries.
This setting is only available when the selected Used template contains several 2D codes.
Defines which information appears in each barcode. The number of the barcode fields depends on the selected template.

Values
TAB* | Form feed | Carriage return | Space | User defined
Available entries depend on the method settings.

* Factory setting

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6.2.1.6.3 Label printout for weighing item

Parameter
Automatic label printout for weighing item
Copies
Used template

Description When set to Active, the weighing item label is automatically printed when tapping Add result.
Defines how many copies of the label are printed. Chooses the label template.

* Factory setting
Field settings The content of each label field can be defined individually.

Values Active | Inactive*
Numeric Available labels are shown below.

Parameter Label field 1

Description
Defines which information appears in each label field. The number of label fields depends on the selected template.

Values
Available entries depend on the method settings.

Barcode settings
The content of each barcode field can be defined individually. This section is only available when the selected Used template contains at least one 2D code.

Parameter Delimiter
Barcode field 1

Description

Values

Defines the delimiter between the barcode entries.
This setting is only available when the selected Used template contains several 2D codes.

TAB* | Form feed | Carriage return | Space | User defined

Defines which information appears in each barcode. The number Available entries depend

of the barcode fields depends on the selected template.

on the method settings.

* Factory setting

6.2.1.6.4 Available labels The following label layouts can be selected:

5 large fields 10 small fields 1D barcode with 3 small fields Analytical Balances

5 small fields 1D barcode with 3 large fields 1D barcode with 6 small fields
Software Description 81

2D barcode with 5 large fields

2D barcode with 5 small fields

2D barcode with 2 large fields and 6 small fields

2D barcode with 8 small fields

6.2.2 Settings: method "Simple formulation"
Navigation: Methods > Methods list > my simple formulation > Edit

Edit method - my simple formulation

General Formulation

Method type Simple formulation
Method name my simple formulation

ID format

Comment Enter here

Weighing

Save

The settings of the method Simple formulation are grouped as follows:

General

Formulation

ID format

Weighing Weighing item, only available for the method Simple formulation Weighing items, only available for the method Simple formulation (itemized)

Automation

Print / Export

See also Creating a method "Simple formulation" Page 38 Editing a method Page 43

6.2.2.1 General

The Method type is defined in the wizard while creating the method and cannot be changed.

Parameter Method name Comment

Description Defines the name of the method. The method can be described with a comment.

Values
Text (1...22 characters)
Text (0...128 characters)

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Lock method
* Factory setting

Locks the method to prevent further editing.

Active | Inactive*

6.2.2.2 Formulation

Parameter

Description

Values

Calculate target

Defines the basis for the calculation of the target weight.
Flask volume: Calculates the target weight according to the reference flask volume and the actual flask volume.

None* | Flask volume | Target concentration

Target concentration: Calculates the target weight according to the desired target concentration.

This setting is only available for methods of the type Simple formulation (itemized).

Calculate concen- Calculates the concentration of the final solution.

Active | Inactive*

tration per component

If the Concentration unit expressed as a molar concentration (mol/l or mmol/l) : the calculation is based on the Purity,

Reference flask volume, Molar mass, and weight of component.

If the Concentration unit is expressed as a mass concentration (mg/ml, mg/l, �g/ml, g/ml, or g/l) : the calculation is based on the Purity, Reference flask volume, and weight of component.

If the Concentration unit is expressed as a mass ratio (%): the
calculation is based on the Purity, Reference weight, and weight of component.

Calculate amount Calculates the amount of component (in mol) based on the of component Molar mass and weight of component.

Concentration unit

Defines the concentration unit.
This setting is only available if Calculate concentration per component is set to Active.

Reference flask volume

Defines the volume of the reference flask.
This setting is only available if Concentration unit is not set to %.

Reference weight Defines the reference weight.

(100%)

Instead of entering the reference weight manually, place the

reference weight on the weighing pan and tap the button . The

applied weight is directly taken over as a reference weight.

This setting is only available if Concentration unit is set to %.

Active | Inactive*
mol/l* l mmol/l l mg/ml l mg/l l �g/ml l g/ml l g/l l % Numeric (1 ml* | 1...999999 ml)
Depending on the capacity of the balance.

* Factory setting

Production and expiry date

Parameter Production date

Description

Values

Defines the production date.

None | Current date* |

Current date: The production date is set automatically to the date Manual input

when starting the weighing task.

Manual input: The production date can be entered manually when starting the weighing task.

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Expiry date
Period
* Factory setting

Defines the expiry date of the substance.

None* | Period | Manual

Period: The expiry date is set automatically when starting the

input

weighing task (expiry date = date when starting the weighing task

+ number of days defined in the field Period.

Manual input: The expiry date can be entered manually when starting the weighing task.

Defines the period of the expiry date. This setting is only available if Expiry date is set to Period.

Numeric (1 day* | 1...9999 days)

See also Creating a method "Simple formulation" Page 38

6.2.2.3 ID format

Task IDs

Parameter Number of task IDs
Task ID 1
Task description Default value
Prefix
* Factory setting

Description

Values

Defines the number of task IDs.

0 | 1* | 2

If the Number of task IDs is larger than 0, the settings Task ID,
Task description and Prefix/Default value are available for every single task ID.

Defines the naming type of the task ID.
Manual with default: The value of the task ID can be entered manually at method execution time.

Manual with default* | Automatic timestamp

Automatic timestamp: The system provides a value created from a prefix with the current date and time appended.

Allows to define a label for each task ID field.

Text (0...32 characters)

Defines a default value for the task ID. The value of the task ID can be changed manually while executing the method.

Text (0...32 characters)

This setting is only available when the corresponding Task ID is set to Manual with default.

Defines a prefix for the task ID.

Text (0...32 characters)

This setting is only available is the corresponding Task ID is set to Automatic timestamp.

Result IDs

Parameter

Description

Values

Number of result IDs

Defines the number of result IDs.

0 | 1* | 2

If the Number of result IDs is larger than 0, the settings Result
ID, Result description and Prefix/Default value are available for every single result ID.

Result ID 1

Defines the naming type of the result ID.
Manual with default: The value of the result ID can be entered manually at method execution time.

Manual with default* | Automatic counter

Automatic counter: The system provides a value created from a Prefix to which is appended a unique number (counter).

Result description Allows to define a label for each result ID.

Text (0...32 characters)

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Default value Prefix
* Factory setting

Defines a default value for the result ID. The value of the result ID Text (0...32 characters) can be changed manually while executing the method.

This setting is only available when the corresponding Result ID is set to Manual with default.

Defines a prefix for the result ID.

Text (0...32 characters)

This setting is only available if the corresponding Result ID is set to Automatic counter.

6.2.2.4 Weighing

Weighing settings

Parameter Tolerance profile

Description
A tolerance profile stores all the necessary balance settings needed for a certain weighing method. It is possible to create different tolerance profiles for different weighing methods.

Electrostatic
Parameter Ionizer
* Factory setting

Description Defines whether the ionizer is activated/deactivated.

See also Creating a method "Simple formulation" Page 38

Values Tolerance profiles are created by the user for specific balances and applications.
Values Active | Inactive*

6.2.2.5 Weighing item
A target weight with tolerance limits can be defined for the method. The method Simple formulation includes a single item in Weighing item, whereas several items can be defined for the method Simple formulation (itemized) in Weighing items.

Initial values for weighing

Parameter Molar mass
Purity Unit Target weight -Tolerance

Description

Values

Defines the molar mass of the component.
The molar mass of an ion is calculated by adding the atomic weight of the individual atoms the ion is composed of.

Numeric (1...10000 g/ mol)

This setting is available if Calculate amount of component is set
to Active or if the Concentration unit is expressed in molar concentration.

To define the purity of the component.
This setting is only available if Calculate concentration per component or Calculate amount of component is set to Active.

Numeric (100%* | 0.001...100%)

Defines the unit of the weighing result.

The available units depend on the balance model.

Defines the lower tolerance limit.

Numeric

This setting is only available if a Target weight is defined.

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Software Description 85

+Tolerance
* Factory setting

Defines the upper tolerance limit. This setting is only available if a Target weight is defined.

See also Creating a method "Simple formulation" Page 38

Numeric

6.2.2.6 Weighing items
This section is only available for the method Simple formulation (itemized).

Parameter Component ID Molar mass
Purity Unit Target weight Target concentration -Tolerance +Tolerance
* Factory setting

Description

Values

Defines the name of the component.

Text (0...32 characters)

Defines the molar mass of the component.
The molar mass of an ion is calculated by adding the atomic weight of the individual atoms the ion is composed of.

Numeric (1...10000 g/ mol)

This setting is available if Calculate amount of component is set
to Active or if the Concentration unit is expressed in molar concentration.

To define the purity of the component.
This setting is only available if Calculate concentration per component or Calculate amount of component is set to Active.

Numeric (100%* | 0.001...100%)

Defines the unit of the weighing result.

The available units depend on the balance model.

Defines the target weight of the component.

Numeric

If Calculate target is set to Target concentration, the Target weight is calculated and cannot be edited manually.

Defines the target concentration of the component.
This setting is only available if Calculate target is set to Target concentration.

Numeric (0% | 0.001...100%)

Defines the lower tolerance limit.

Numeric

This setting is only available if a Target weight or Target concentration is defined.

Defines the upper tolerance limit.

Numeric

This setting is only available if a Target weight or Target concentration is defined.

See also Creating a method "Simple formulation" Page 38 Using methods with multiple weighing items (itemized) Page 44

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6.2.2.7 Automation

Parameter Barcode data target
* Factory setting

Description

Values

Keyboard Input* | Target weight value | Task ID 1 | Result ID 1 | ...

Target weight value: The barcode data is interpreted as a value for the target weight.

Task ID 1: The received barcode data is treated as identification text for this task ID.

Result ID 1: The received barcode data is treated as identification text for this result ID.

The available items in the drop-down menu depend on the
Number of task IDs and Number of result IDs specified for the method.

Make sure that the characters of the scanned barcode are compatible with the format of the field where they should be inserted.

Weighing automation

Parameter Automatic zero Automatic zero threshold Tare Mode
Automatic tare threshold
Preset tare value
Automatic tare after result

Description

Values

Active: the balance is automatically zeroed when the weight falls Active | Inactive* below a predefined threshold.

Defines the threshold of the Automatic zero.

Numeric

This setting is only available if Automatic zero is set to Active.

Defines the tare mode. None: No automatic tare.

None* | Automatic tare | Preset tare

Automatic tare: The balance stores automatically the first stable weight as the tare weight.

Preset tare: Allows you to enter manually a numerical entry of a fixed tare weight.

Defines the threshold of the option Tare Mode.

Numeric

Instead of entering the weight, the lightest tare container can be
placed on the weighing pan and the button subsequently pressed. The applied weight is directly taken over as a limit.

This setting is only available if Tare Mode is set to Automatic tare.

Defines a weight value for the pretare function.

Numeric

Instead of entering the value, the respective tare container can be
placed on the weighing pan and the button subsequently pressed. The weight is directly taken over as pretare value.

This setting is only available if Tare Mode is set to Preset tare.

If set to Active, the balance is automatically tared when a result is Active | Inactive* added to the Results list.

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Automatic task completion
* Factory setting

Active: the balance automatically completes a running task after Active | Inactive* the result of the last weighing item has been added to the Results list.
This setting is only available if the method is using multiple weighing items.

See also Creating a method "Simple formulation" Page 38

6.2.2.8 Print / Export

Parameter

Description

Values

Strip printout and Defines the content of the printout and/or export, as well as which

data export

printing/exporting actions are performed automatically when the

task is complete.

This section contains several settings that are described in the table Strip printout and data export below.

Label printout for Defines the template of the task label to be printed, i.e., which

task

data is included on the label and in which format.

This section contains several settings that are described in the table Label printout for task below.

Label printout for Defines the template of the weighing item label to be printed, i.e., weighing item which data is included on the label and in which format.

This section contains several settings that are described in the table Label printout for weighing item below.

Label cutting

Defines if the labels should be cut after printing.

Off* | Per label | Per task

Per label: Each label is cut once printed.

Per task: The labels are cut when the task is complete.

This setting is only relevant if the connected label printer can cut labels.

* Factory setting

6.2.2.8.1 Strip printout and data export

Automatic data output

Parameter Strip printer
Results export Weight value
* Factory setting

Values Active | Inactive*
Active | Inactive* Active | Inactive*

Strip printout template
This menu item can be used to define which information is printed by the strip printer.
Each individual parameter can be set to Inactive or Active via the corresponding check box. To enable or disable all parameters at once, proceed as follows:
1 To disable all check boxes at once, tap Deselect all.

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All parameters are set to Inactive. 2 To enable all check boxes at once, tap
All parameters are set to Active.

Select all.

Template settings

Parameter
Header and Footer

Description Defines the header and/or footer to be printed.

Balance information

Defines which information about the balance is being printed.

Quality information

Defines which quality information is being printed.

Task information Defines which information about the task is being printed.

Weighing item Defines which information about the weighing items is being

information

printed.

Result detail information

Defines which information related to the result of the measurement is being printed.

* Factory setting

6.2.2.8.2 Label printout for task

Parameter Automatic label printout for task Copies Used template
* Factory setting

Description
When set to Active, the task label is automatically printed when tapping Complete.
Defines how many copies of the label are printed.
Chooses the label template.

Values Active | Inactive*
Numeric Available labels are shown below.

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Software Description 89

Field settings The content of each label field can be defined individually.

Parameter Label field 1

Description
Defines which information appears in each label field. The number of label fields depends on the selected template.

Values
Available entries depend on the method settings.

Barcode settings
The content of each barcode field can be defined individually. This section is only available when the selected Used template contains at least one 2D code.

Parameter Delimiter
Barcode field 1

Values
TAB* | Form feed | Carriage return | Space | User defined
Available entries depend on the method settings.

* Factory setting

6.2.2.8.3 Label printout for weighing item

Parameter
Automatic label printout for weighing item
Copies
Used template

Description When set to Active, the weighing item label is automatically printed when tapping Add result.
Defines how many copies of the label are printed. Chooses the label template.

* Factory setting
Field settings The content of each label field can be defined individually.

Values Active | Inactive*
Numeric Available labels are shown below.

Parameter Label field 1

Description
Defines which information appears in each label field. The number of label fields depends on the selected template.

Values
Available entries depend on the method settings.

Barcode settings
The content of each barcode field can be defined individually. This section is only available when the selected Used template contains at least one 2D code.

Parameter Delimiter
Barcode field 1

Values
TAB* | Form feed | Carriage return | Space | User defined
Available entries depend on the method settings.

* Factory setting

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6.2.2.8.4 Availlable labels The following label layouts can be selected:

5 large fields

5 small fields

10 small fields

1D barcode with 3 large fields

1D barcode with 3 small fields

1D barcode with 6 small fields

2D barcode with 5 large fields

2D barcode with 5 small fields

2D barcode with 2 large fields and 6 small fields

2D barcode with 8 small fields

6.2.3 Settings: method "Piece Counting"
Navigation: Methods > Methods list > my piece counting > Edit

Edit method - my piece counting

General

Method type Piece Counting

ID format

Method name my piece counting

Weighing

Comment Enter here

Weighing item

Save

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The settings of the method Piece Counting are grouped as follows: General ID format Weighing Weighing item Automation Print / Export
See also Creating a method "Piece Counting" Page 39 Editing a method Page 43

6.2.3.1 General
The Method type is defined in the wizard while creating the method and cannot be changed.

Parameter Method name Comment
Lock method
* Factory setting

Description Defines the name of the method. The method can be described with a comment.
Locks the method to prevent further editing.

Values
Text (1...22 characters)
Text (0...128 characters)
Active | Inactive*

6.2.3.2 ID format

Task IDs

Parameter Number of task IDs
Task ID 1
Task description Default value
Prefix
* Factory setting

Description

Values

Defines the number of task IDs.

0 | 1* | 2

If the Number of task IDs is larger than 0, the settings Task ID,
Task description and Prefix/Default value are available for every single task ID.

Defines the naming type of the task ID.
Manual with default: The value of the task ID can be entered manually at method execution time.

Manual with default* | Automatic timestamp

Automatic timestamp: The system provides a value created from a prefix with the current date and time appended.

Allows to define a label for each task ID field.

Text (0...32 characters)

Defines a default value for the task ID. The value of the task ID can be changed manually while executing the method.

Text (0...32 characters)

This setting is only available when the corresponding Task ID is set to Manual with default.

Defines a prefix for the task ID.

Text (0...32 characters)

This setting is only available is the corresponding Task ID is set to Automatic timestamp.

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Result IDs

Parameter
Number of result IDs

Description

Values

Defines the number of result IDs.

0 | 1* | 2

If the Number of result IDs is larger than 0, the settings Result
ID, Result description and Prefix/Default value are available for every single result ID.

Result ID 1

Defines the naming type of the result ID.

Manual with default: The value of the result ID can be entered manually at method execution time.

Automatic counter: The system provides a value created from a Prefix to which is appended a unique number (counter).

Result description Allows to define a label for each result ID.

Manual with default* | Automatic counter
Text (0...32 characters)

Default value Prefix

Defines a default value for the result ID. The value of the result ID Text (0...32 characters) can be changed manually while executing the method.

This setting is only available when the corresponding Result ID is set to Manual with default.

Defines a prefix for the result ID.

Text (0...32 characters)

This setting is only available if the corresponding Result ID is set to Automatic counter.

* Factory setting

6.2.3.3 Weighing

Weighing settings

Parameter Tolerance profile
Weight capture mode
Weight capture delay
* Factory setting

Description

Values

A tolerance profile stores all the necessary balance settings needed for a certain weighing method. It is possible to create different tolerance profiles for different weighing methods.

Tolerance profiles are created by the user for specific balances and applications.

Defines the behavior when the button to add the result was

Stable* | Immediate

tapped or the add result was triggered by the automatic weighing

result creation.

Stable: The system waits for a stable weight.

Defines the time in seconds the balance waits for capturing the weight after the button to add the result was tapped or the add result was triggered by the automatic weighing result creation.

Numeric (5 seconds* | 0...60 seconds)

This setting is only available if Weight capture mode is set to Immediate.

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Software Description 93

Statistics

Parameter Activate statistics
* Factory setting

Values Active | Inactive*

6.2.3.4 Weighing item

Initial values for weighing

Parameter Reference PCS Reference average weight
Target weight
-Tolerance +Tolerance
* Factory setting

Description

Values

Defines the number of items used to determine the average weight Numeric (1* | 1...

per item.

10000)

Defines the average weight for one piece. The average weight of Numeric one piece serves as basis for the piece counting. During task execution, the balance calculates the actual number of pieces on the weighing pan based on the measured weight and the average weight of one piece.

Defines the lower tolerance limit.

Numeric

This setting is only available if a Target weight is defined.

Defines the upper tolerance limit.

Numeric

This setting is only available if a Target weight is defined.

See also Creating a method "Piece Counting" Page 39

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6.2.3.5 Automation

Parameter Barcode data target
* Factory setting

Description

Values

Keyboard Input* | Target weight value | Task ID 1 | Result ID 1 | ...

Target weight value: The barcode data is interpreted as a value for the target weight.

Task ID 1: The received barcode data is treated as identification text for this task ID.

Result ID 1: The received barcode data is treated as identification text for this result ID.

The available items in the drop-down menu depend on the
Number of task IDs and Number of result IDs specified for the method.

Make sure that the characters of the scanned barcode are compatible with the format of the field where they should be inserted.

Weighing automation

Parameter Automatic zero Automatic zero threshold Tare Mode
Automatic tare threshold
Preset tare value

Description
Active: the balance is automatically zeroed when the weight falls below a predefined threshold.
Defines the threshold of the Automatic zero.
This setting is only available if Automatic zero is set to Active.
Defines the tare mode.
None: No automatic tare.
Automatic tare: The balance stores automatically the first stable weight as the tare weight.
Preset tare: Allows you to enter manually a numerical entry of a fixed tare weight.
Defines the threshold of the option Tare Mode.
This value defines the minimum weight that must be applied to the weighing pan so that it is automatically stored as the tare weight. If the weight is below the limits, it is not automatically transferred to the tare memory.
Instead of entering the weight, the lightest tare container can be placed on the weighing pan and the button subsequently pressed. The applied weight is directly taken over as a limit.
This setting is only available if Tare Mode is set to Automatic tare.
Defines a weight value for the pretare function.
Instead of entering the value, the respective tare container can be placed on the weighing pan and the button subsequently pressed. The weight is directly taken over as pretare value.
This setting is only available if Tare Mode is set to Preset tare.

Values Active | Inactive* Numeric None* | Automatic tare | Preset tare
Numeric
Numeric

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Software Description 95

Automatic result

Automatically generates a weighing result after a threshold is reached.

None* | Without sample tare

None: No automatic result will be generated.

Without sample tare: After a weight value that reached the
threshold is being removed from the weighing pan, the balance is not being tared.

Automatic result threshold Weight trigger
Automatic tare after result

Defines the threshold of the Automatic result.

Numeric

The result is automatically added to the Results list only if the weight of the sample is larger than the defined threshold.

This setting is only available if Automatic result is set to Active.

Defines the behaviour of the Automatic result threshold.
Exceeding: The weighing result is generated when the weight exceeds the defined threshold.

Exceeding* | Falling below

Falling below: The weighing result is generated when the weight falls below the defined threshold.

This setting is only available if Automatic result is set to Without sample tare.

If set to Active, the balance is automatically tared when a result is Active | Inactive* added to the Results list.

* Factory setting
When using Automatic result, make sure that the Reference average weight of one piece is larger than the Automatic result threshold.

See also Creating a method "Piece Counting" Page 39

6.2.3.6 Print / Export

Parameter

Description

Values

Strip printout and Defines the content of the printout and/or export, as well as which

data export

printing/exporting actions are performed automatically when the

task is complete.

This section contains several settings that are described in the table Strip printout and data export below.

Label printout for Defines the template of the task label to be printed, i.e., which

task

data is included on the label and in which format.

This section contains several settings that are described in the table Label printout for task below.

Label printout for Defines the template of the weighing item label to be printed, i.e., weighing item which data is included on the label and in which format.

This section contains several settings that are described in the table Label printout for weighing item below.

Label cutting

Defines if the labels should be cut after printing.

Off* | Per label | Per task

Per label: Each label is cut once printed.

Per task: The labels are cut when the task is complete.

This setting is only relevant if the connected label printer can cut labels.

* Factory setting

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6.2.3.6.1 Strip printout and data export

Automatic data output

Parameter Strip printer
Results export Weight value
* Factory setting

Values Active | Inactive*
Active | Inactive* Active | Inactive*

Template settings

Parameter
Header and Footer

Description Defines the header and/or footer to be printed.

Balance information

Defines which information about the balance is being printed.

Quality information

Defines which quality information is being printed.

Task information Defines which information about the task is being printed.

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Weighing item Defines which information about the weighing items is being

information

printed.

Result detail information

Defines which information related to the result of the measurement is being printed.

* Factory setting

6.2.3.6.2 Label printout for task

Parameter Automatic label printout for task
Copies Used template

Description
When set to Active, the task label is automatically printed when tapping Complete.
Defines how many copies of the label are printed.
Chooses the label template.

* Factory setting

Field settings The content of each label field can be defined individually.

Parameter Label field 1

Description
Defines which information appears in each label field. The number of label fields depends on the selected template.

Values Active | Inactive*
Numeric Available labels are shown below.
Values Available entries depend on the method settings.

Barcode settings
The content of each barcode field can be defined individually. This section is only available when the selected Used template contains at least one 2D code.

Parameter Delimiter
Barcode field 1
* Factory setting

Values
TAB* | Form feed | Carriage return | Space | User defined
Available entries depend on the method settings.

6.2.3.6.3 Label printout for weighing item

Parameter
Automatic label printout for weighing item
Copies
Used template

Description When set to Active, the weighing item label is automatically printed when tapping Add result.
Defines how many copies of the label are printed. Chooses the label template.

* Factory setting

Values Active | Inactive*
Numeric Available labels are shown below.

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Field settings The content of each label field can be defined individually.

Parameter Label field 1

Description
Defines which information appears in each label field. The number of label fields depends on the selected template.

Values
Available entries depend on the method settings.

Barcode settings
The content of each barcode field can be defined individually. This section is only available when the selected Used template contains at least one 2D code.

Parameter Delimiter
Barcode field 1

Description

Values

Defines the delimiter between the barcode entries.
This setting is only available when the selected Used template contains several 2D codes.

TAB* | Form feed | Carriage return | Space | User defined

Defines which information appears in each barcode. The number Available entries depend

of the barcode fields depends on the selected template.

on the method settings.

* Factory setting

6.2.3.6.4 Available labels The following label layouts can be selected:

5 large fields 10 small fields 1D barcode with 3 small fields 2D barcode with 5 large fields

5 small fields 1D barcode with 3 large fields 1D barcode with 6 small fields 2D barcode with 5 small fields

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Software Description 99

2D barcode with 2 large fields and 6 small fields

2D barcode with 8 small fields

6.2.4 Settings: method "Titration"
Navigation: Methods > Methods list > my titration > Edit

Edit method - my titration

General

Method type Titration

ID format

Method name my titration

Weighing

Comment Enter here

Weighing item

Save

The settings of the method Titration are grouped as follows: General ID format Weighing Weighing item Automation Print / Export

See also Creating a method "Titration" Page 41 Editing a method Page 43

6.2.4.1 General
The Method type is defined in the wizard while creating the method and cannot be changed.

Parameter Method name Comment
Lock method

Description Defines the name of the method. The method can be described with a comment.
Locks the method to prevent further editing.

Values
Text (1...22 characters)
Text (0...128 characters)
Active | Inactive*

* Factory setting

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6.2.4.2 ID format

Task IDs

Parameter Number of task IDs
Task ID 1
Task description Default value
Prefix
* Factory setting

Description

Values

Defines the number of task IDs.

0 | 1* | 2

If the Number of task IDs is larger than 0, the settings Task ID,
Task description and Prefix/Default value are available for every single task ID.

Defines the naming type of the task ID.
Manual with default: The value of the task ID can be entered manually at method execution time.

Manual with default* | Automatic timestamp

Automatic timestamp: The system provides a value created from a prefix with the current date and time appended.

Allows to define a label for each task ID field.

Text (0...32 characters)

Defines a default value for the task ID. The value of the task ID can be changed manually while executing the method.

Text (0...32 characters)

This setting is only available when the corresponding Task ID is set to Manual with default.

Defines a prefix for the task ID.

Text (0...32 characters)

This setting is only available is the corresponding Task ID is set to Automatic timestamp.

Result IDs

Parameter

Description

Values

Number of result IDs

Defines the number of result IDs.

0 | 1* | 2

If the Number of result IDs is larger than 0, the settings Result
ID, Result description and Prefix/Default value are available for every single result ID.

Result ID 1

Defines the naming type of the result ID.
Manual with default: The value of the result ID can be entered manually at method execution time.

Manual with default* | Automatic counter

Automatic counter: The system provides a value created from a Prefix to which is appended a unique number (counter).

Result description Allows to define a label for each result ID.

Text (0...32 characters)

Default value Prefix

Defines a default value for the result ID. The value of the result ID Text (0...32 characters) can be changed manually while executing the method.

This setting is only available when the corresponding Result ID is set to Manual with default.

Defines a prefix for the result ID.

Text (0...32 characters)

This setting is only available if the corresponding Result ID is set to Automatic counter.

* Factory setting

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6.2.4.3 Weighing

Weighing settings

Parameter Tolerance profile
Weight capture mode
Weight capture delay
* Factory setting

Description

Values

A tolerance profile stores all the necessary balance settings needed for a certain weighing method. It is possible to create different tolerance profiles for different weighing methods.

Tolerance profiles are created by the user for specific balances and applications.

Defines the behavior when the button to add the result was

Stable* | Immediate

tapped or the add result was triggered by the automatic weighing

result creation.

Stable: The system waits for a stable weight.

Defines the time in seconds the balance waits for capturing the weight after the button to add the result was tapped or the add result was triggered by the automatic weighing result creation.

Numeric (5 seconds* | 0...60 seconds)

This setting is only available if Weight capture mode is set to Immediate.

Electrostatic

Parameter Ionizer
* Factory setting

Description Defines whether the ionizer is activated/deactivated.

Values Active | Inactive*

See also Creating a method "Titration" Page 41

6.2.4.4 Weighing item

Initial values for weighing

Parameter Unit Target weight
-Tolerance +Tolerance

Description

Values

Defines the unit of the weighing result.

The available units depend on the balance model.

Defines the lower tolerance limit.

Numeric

This setting is only available if a Target weight is defined.

Defines the upper tolerance limit.

Numeric

This setting is only available if a Target weight is defined.

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6.2.4.5 Automation

Parameter Barcode data target
* Factory setting

Description

Values

Keyboard Input* | Target weight value | Task ID 1 | Result ID 1 | ...

Target weight value: The barcode data is interpreted as a value for the target weight.

Task ID 1: The received barcode data is treated as identification text for this task ID.

Result ID 1: The received barcode data is treated as identification text for this result ID.

The available items in the drop-down menu depend on the
Number of task IDs and Number of result IDs specified for the method.

Make sure that the characters of the scanned barcode are compatible with the format of the field where they should be inserted.

Weighing automation

Parameter Automatic zero Automatic zero threshold Tare Mode
Automatic tare threshold
Preset tare value

Values Active | Inactive* Numeric None* | Automatic tare | Preset tare
Numeric
Numeric

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Automatic result
Automatic result threshold Weight trigger
Automatic tare after result
* Factory setting

Automatically generates a weighing result after a threshold is reached.

None* | Without sample tare

None: No automatic result will be generated.

Without sample tare: After a weight value that reached the
threshold is being removed from the weighing pan, the balance is not being tared.

Defines the threshold of the Automatic result.

Numeric

The result is automatically added to the Results list only if the weight of the sample is larger than the defined threshold.

This setting is only available if Automatic result is set to Active.

Defines the behaviour of the Automatic result threshold.
Exceeding: The weighing result is generated when the weight exceeds the defined threshold.

Exceeding* | Falling below

Falling below: The weighing result is generated when the weight falls below the defined threshold.

This setting is only available if Automatic result is set to Without sample tare.

If set to Active, the balance is automatically tared when a result is Active | Inactive* added to the Results list.

See also Creating a method "Titration" Page 41

6.2.4.6 Print / Export

Parameter

Description

Values

Strip printout and Defines the content of the printout and/or export, as well as which

data export

printing/exporting actions are performed automatically when the

task is complete.

This section contains several settings that are described in the table Strip printout and data export below.

Label printout for Defines the template of the task label to be printed, i.e., which

task

data is included on the label and in which format.

This section contains several settings that are described in the table Label printout for task below.

Label printout for Defines the template of the weighing item label to be printed, i.e., weighing item which data is included on the label and in which format.

This section contains several settings that are described in the table Label printout for weighing item below.

Label cutting

Defines if the labels should be cut after printing.

Off* | Per label | Per task

Per label: Each label is cut once printed.

Per task: The labels are cut when the task is complete.

This setting is only relevant if the connected label printer can cut labels.

* Factory setting

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6.2.4.6.1 Strip printout and data export

Automatic data output

Parameter Strip printer
Results export Weight value
* Factory setting

Values Active | Inactive*
Active | Inactive* Active | Inactive*

Template settings

Parameter
Header and Footer

Description Defines the header and/or footer to be printed.

Balance information

Defines which information about the balance is being printed.

Quality information

Defines which quality information is being printed.

Task information Defines which information about the task is being printed.

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Weighing item Defines which information about the weighing items is being

information

printed.

Result detail information

Defines which information related to the result of the measurement is being printed.

Weighing item Defines which information about the weighing items is being

information

printed.

Task information Defines which information about the task is being printed.
* Factory setting

6.2.4.6.2 Label printout for task

Parameter Automatic label printout for task
Copies Used template

Description
When set to Active, the task label is automatically printed when tapping Complete.
Defines how many copies of the label are printed.
Chooses the label template.

* Factory setting

Field settings The content of each label field can be defined individually.

Parameter Label field 1

Description
Defines which information appears in each label field. The number of label fields depends on the selected template.

Values Active | Inactive*
Numeric Available labels are shown below.
Values Available entries depend on the method settings.

Barcode settings
The content of each barcode field can be defined individually. This section is only available when the selected Used template contains at least one 2D code.

Parameter Delimiter

Description
Defines the delimiter between the barcode entries.
This setting is only available when the selected Used template contains several 2D codes.

Values
TAB* | Form feed | Carriage return | Space | User defined

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Barcode field 1
* Factory setting

Defines which information appears in each barcode. The number Available entries depend

of the barcode fields depends on the selected template.

on the method settings.

6.2.4.6.3 Label printout for weighing item

Parameter
Automatic label printout for weighing item
Copies
Used template

Description When set to Active, the weighing item label is automatically printed when tapping Add result.
Defines how many copies of the label are printed. Chooses the label template.

* Factory setting
Field settings The content of each label field can be defined individually.

Values Active | Inactive*
Numeric Available labels are shown below.

Parameter Label field 1

Description
Defines which information appears in each label field. The number of label fields depends on the selected template.

Values
Available entries depend on the method settings.

Barcode settings
The content of each barcode field can be defined individually. This section is only available when the selected Used template contains at least one 2D code.

Parameter Delimiter
Barcode field 1

Description

Values

Defines the delimiter between the barcode entries.
This setting is only available when the selected Used template contains several 2D codes.

TAB* | Form feed | Carriage return | Space | User defined

Defines which information appears in each barcode. The number Available entries depend

of the barcode fields depends on the selected template.

on the method settings.

* Factory setting

6.2.4.6.4 Available labels The following label layouts can be selected:

5 large fields 10 small fields

5 small fields 1D barcode with 3 large fields

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1D barcode with 3 small fields

1D barcode with 6 small fields

2D barcode with 5 large fields

2D barcode with 5 small fields

2D barcode with 2 large fields and 6 small fields

2D barcode with 8 small fields

6.2.5 Settings: method "Density determination"

Navigation: Methods > Methods list > my density > Edit

Edit method - my density

General

Method type Density determination

Density

Method name my density

ID format

Comment Enter here

Weighing

Save

The settings of the method Density determination are grouped as follows:

General

Density

ID format

Weighing

Weighing item

Automation

Print / Export

See also Creating a method "Density determination" Page 42 Editing a method Page 43

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6.2.5.1 General
The Method type is defined in the wizard while creating the method and cannot be changed.

Parameter Method name Comment
Lock method
* Factory setting

Description Defines the name of the method. The method can be described with a comment.
Locks the method to prevent further editing.

Values
Text (1...22 characters)
Text (0...128 characters)
Active | Inactive*

6.2.5.2 Density
The Determination type is defined in the wizard while creating the method and cannot be changed. If another Determination type is required, a new method must be created. All settings for all types of Density determination are described here.

Parameter Determination type
Density unit
Density value decimal places Air density compensation
* Factory setting

Description

Values

Defines the type of density determination measurement.
Liquid (pycnometer): Determines the density of a liquid in a glass vessel, such as a pycnometer.

Liquid (pycnometer) | Liquid (sinker) | Solid*

Liquid (sinker): Determines the density of a liquid.

Solid: Determines the density of a solid with the help of a density kit.

Defines the unit to be used for density determination.

g/cm3* | kg/m3 | g/l

g/cm3 = grams per cm3

kg/m3 = kilograms per m3

g/l = grams per liter

Defines the number of decimal places with which the density is 1 | 2 | 3* | 4 | 5 displayed and saved.

Defines the correction factor for force calibration.

Active* | Inactive

Active: the density determination result is corrected by the force calibration correction factor and mean air density.

Inactive: no correction is applied.

See also Creating a method "Density determination" Page 42

6.2.5.3 ID format Task IDs
Parameter Number of task IDs
Task ID 1

Description

Values

Defines the number of task IDs.

0 | 1* | 2

If the Number of task IDs is larger than 0, the settings Task ID,
Task description and Prefix/Default value are available for every single task ID.

Defines the naming type of the task ID.
Manual with default: The value of the task ID can be entered manually at method execution time.

Manual with default* | Automatic timestamp

Automatic timestamp: The system provides a value created from a prefix with the current date and time appended.

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Task description Default value
Prefix
* Factory setting

Allows to define a label for each task ID field.
Defines a default value for the task ID. The value of the task ID can be changed manually while executing the method.
This setting is only available when the corresponding Task ID is set to Manual with default.
Defines a prefix for the task ID.
This setting is only available is the corresponding Task ID is set to Automatic timestamp.

Text (0...32 characters) Text (0...32 characters)
Text (0...32 characters)

Result IDs

Parameter
Number of result IDs

Description

Values

Defines the number of result IDs.

0 | 1* | 2

If the Number of result IDs is larger than 0, the settings Result
ID, Result description and Prefix/Default value are available for every single result ID.

Result ID 1

Defines the naming type of the result ID.

Manual with default: The value of the result ID can be entered manually at method execution time.

Automatic counter: The system provides a value created from a Prefix to which is appended a unique number (counter).

Result description Allows to define a label for each result ID.

Manual with default* | Automatic counter
Text (0...32 characters)

Default value Prefix

Defines a default value for the result ID. The value of the result ID Text (0...32 characters) can be changed manually while executing the method.

This setting is only available when the corresponding Result ID is set to Manual with default.

Defines a prefix for the result ID.

Text (0...32 characters)

This setting is only available if the corresponding Result ID is set to Automatic counter.

* Factory setting

6.2.5.4 Weighing

Weighing settings

Parameter Tolerance profile
Weight capture mode

Description

Values

A tolerance profile stores all the necessary balance settings needed for a certain weighing method. It is possible to create different tolerance profiles for different weighing methods.

Tolerance profiles are created by the user for specific balances and applications.

Defines the behavior when the button to add the result was

Stable* | Immediate

tapped or the add result was triggered by the automatic weighing

result creation.

Stable: The system waits for a stable weight.

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Weight capture delay
* Factory setting

Defines the time in seconds the balance waits for capturing the weight after the button to add the result was tapped or the add result was triggered by the automatic weighing result creation.
This setting is only available if Weight capture mode is set to Immediate.

Numeric (5 seconds* | 0...60 seconds)

Statistics

Parameter Activate statistics
* Factory setting

Values Active | Inactive*

6.2.5.5 Weighing item

The Weighing item settings are different for the three types of Density determination. The settings for Initial values for weighing are presented separately for each Determination type.

Initial values for weighing � Determination type: Solid

Parameter Unit

Description Defines the unit of the weighing result.

Temperature

Defines the temperature of the auxiliary liquid (distilled water or custom).

Aux. liquid

Defines the type of auxiliary liquid used for the determination of the density of a solid.

Aux. liquid name Defines the name of the custom auxiliary liquid.

This setting is only available if Aux. liquid is set to Custom.

Aux. liquid density

Defines the density of the custom auxiliary liquid. This setting is only available if Aux. liquid is set to Custom.

* Factory setting

Values The available units depend on the balance model. Numeric (10�C...30.9�C) Distilled water* | Custom
Text (0...32 characters)
Numeric (0.00001... 100 g/cm3)

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Initial values for weighing � Determination type: Liquid (sinker)

Parameter Unit

Description Defines the unit of the weighing result.

Temperature

Defines the temperature of the liquid.

Sinker volume Defines the volume of the sinker in cm3.

Initial values for weighing � Determination type: Liquid (pycnometer)

Parameter Unit

Description Defines the unit of the weighing result.

Temperature
Pycnometer volume Pycnometer weight

Defines the temperature of the liquid. Defines volume of the pycnometer in cm3. Defines the weight of the pycnometer.

Values The available units depend on the balance model. Numeric (10�C...30.9�C) Numeric (0.0001...500 cm3)
Values The available units depend on the balance model. Numeric (10�C...30.9�C) Numeric (0.001...10000 cm3) Numeric

See also Creating a method "Density determination" Page 42

6.2.5.6 Automation

Parameter Barcode data target
* Factory setting

Description

Values

If a barcode reader is connected to the balance, this option defines how the data is to be processed.

Keyboard Input* | Task ID 1 | Result ID 1 | ...

Keyboard Input: The data is written in the currently open input window. If no input window is open, the data is ignored.

Task ID 1: The received barcode data is treated as identification text for this task ID.

Result ID 1: The received barcode data is treated as identification text for this result ID.

The available items in the drop-down menu depend on the
Number of task IDs and Number of result IDs specified for the method.

Make sure that the characters of the scanned barcode are compatible with the format of the field where they should be inserted.

See also Creating a method "Density determination" Page 42

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6.2.5.7 Print / Export

Parameter

Description

Values

Strip printout and Defines the content of the printout and/or export, as well as which

data export

printing/exporting actions are performed automatically when the

task is complete.

This section contains several settings that are described in the table Strip printout and data export below.

6.2.5.7.1 Strip printout and data export

Automatic data output

Parameter Strip printer
* Factory setting

Values Active | Inactive*

Template settings

Parameter
Header and Footer

Description Defines the header and/or footer to be printed.

Balance information

Defines which information about the balance is being printed.

Quality information

Defines which quality information is being printed.

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Task information Defines which information about the task is being printed.

Weighing item Defines which information about the weighing items is being

information

printed.

Result detail information

Defines which information related to the result of the measurement is being printed.

* Factory setting

6.3 Test weights settings

6.3.1 Settings: individual test weight

Navigation: Methods > Tests > Test weights > my weight 1 > Edit

Parameter

Description

Values

Test weight name Defines the name of the test weight.

Text (1...22 characters)

Test weight ID Defines the test weight ID.

Text (1...22 characters)

Nominal weight Defines the approximate, rounded value of the Actual weight. Numeric

Weight class

Defines the weight class according to OIML or ASTM. Alternatively, E1 | E2 | F1 | F2 | M1 |

a customized tolerance class can be created with Own.

M2 | M3 | ASTM000 |

ASTM00 | ASTM0 |

ASTM0 | ASTM1 |

ASTM2 | ASTM3 |

ASTM4 | ASTM5 |

ASTM6 | ASTM7 | Own*

Actual weight

Defines the actual weight. The actual weight is a specific weight with a specific Conventional Mass Value (CMV) from the weight calibration certificate.

Numeric

Next calibration Defines the next date for calibration.

Date

date

Certificate

If the certificate of the test weight is available, set to Active and fill Active | Inactive* in the additional information related to the certificate (see below).

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Certificate ID
Certificate date
Weight set ID
* Factory setting

Defines the certificate ID. This setting is only available if Certificate ID is set to Active. Defines the certificate date. This setting is only available if Certificate ID is set to Active. Defines the weight set ID.

Text (1...22 characters) Date Text (1...22 characters)

6.3.2 Settings: combined test weight

Navigation: Methods > Tests > Test weights > my weight 1+2 > Edit

Parameter

Description

Test weight name Defines the name of the test weight.

Nominal weight Shows the sum of the nominal weights of all the individual weights included in this combined weight.

Minimum weight Defines the minimum weight class according to OIML or ASTM.

class

The customized tolerance class Own can also be selected.

When choosing the weights that compose the combined weight, only the individual weights with a class better or equal to the
selected Minimum weight class are shown.

Weights
* Factory setting

Displays a list of the available individual test weights. A total of two or three individual test weights can be selected.
Only the individual weights with a class better or equal to the selected Minimum weight class are shown.

6.4 Tests settings

6.4.1 Settings: Eccentricity test

Navigation: Methods > Tests > my eccentricity test > Edit

1. Name and type

Parameter

Description

Values

Test type

The test type has been pre-defined and cannot be changed in this Available test types menu.

Name

Defines the name of the test.

Text (1...22 characters)

Test activated Enables/disables the test.

Active* | Inactive

Show preparation If activated, a predefined preparatory instruction is displayed in Active* | Inactive

instructions

the test sequence.

Automatic print When activated, the test results are immediately printed on the enabled strip printer after the test result has been calculated.

Active | Inactive*

* Factory setting

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2. Test specification

Parameter

Description

Result calculation Select whether the nominal weight or the conventional mass value (CMV) is used for the result calculation.

On nominal weight: Nominal value of a weight with a specific weight class.

On actual weight (CMV): Conventional mass value (CMV) of a weight from the weight calibration certificate.

* Factory setting

Values
On nominal weight* | On actual weight (CMV)

Test point

Parameter Nominal weight Weight class
* Factory setting

Description

Values

Defines the nominal value of the weight that will be used for the Numeric test.

Defines the weight class according to OIML or ASTM. Alternatively, E1 | E2 | F1 | F2 | M1 |

a customized tolerance class can be created with Own.

M2 | M3 | ASTM000 |

ASTM00 | ASTM0 |

ASTM0 | ASTM1 |

ASTM2 | ASTM3 |

ASTM4 | ASTM5 |

ASTM6 | ASTM7 | Own*

Eccentricity limits

Parameter Control limit
Warning limit

Description

Values

Defines the error tolerance of a process with respect to its set
value. Exceeding the Control limit is a violation of quality requirements and therefore requires a correction of the process.

Numeric

Result if the Control limit is exceeded: The test failed, the balance is out of specification.

Defines the upper or lower limit that, if exceeded or not reached, makes more stringent process monitoring necessary. The
Warning limit must be smaller than the Control limit.

Numeric

Result if the Warning limit is exceeded: The test is passed, but the difference is higher than expected.

3. Test weights
A configured test weight can be selected. For information on test weights definition and settings, see [Test weights Page 45] and [Test weights settings Page 114].

4. Error management

Parameter Block balance

Description

Values

Defines the behavior of the balance if a test has failed.

Active | Inactive*

Active: The balance will be blocked after a specified amount of
failed tests. In this case, the balance cannot be used anymore until it is unblocked. If a password has been set, the password is needed to unblock the balance. See [Password protection and balance reset Page 58].

Inactive: The balance will not be blocked.

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Allowed number of retries
* Factory setting

Defines the maximum allowed retries until the balance will be blocked.
This setting is only available if Block balance is set to Active.

Numeric (3* | 0...9)

5. Test planning

Parameter Planning type
Start time
* Factory setting

Description

Values

Specifies the schedule for the test to be performed. Manually: The test is performed manually. Daily: A task is generated every day at the specified time.

Weekly: A task is generated at least once a week. Additional days can be selected if required.

Monthly: A task is generated every month at the specified day and time.

Quarterly: A task is generated every three months at the specified time.

Annually: A task is generated once a year at the specified time.

Defines the time when the test is due.

Time

This setting is only available if Planning type is not set to Manually.

Notification This section does not appear when Planning type is set to Manually.

Parameter

Description

(x) hours before Defines the number of hours before a notification informs about

test

the upcoming planned test.

Notification every Defines the time interval before the next notification is issued. (x) hours

Values
Different values depending on the selected frequency (Planning type).
Different values depending on the selected frequency (Planning type).

Preferred days This section only appears when Planning type is set to Weekly.

Parameter Preferred days

Description Defines the preferred weekday for the execution of the test.

* Factory setting

Preferred day for execution This section only appears when Planning type is set to Monthly.

Parameter Day of the week

Description

Values

Defines the preferred day for execution of the test.

None* | Monday |

If None is selected, the test will last execution.

be scheduled

for a

month after the

Tuesday | Wednesday Thursday | Friday |

Saturday | Sunday

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Week of the month
* Factory setting

Defines the occurrence of a given day of week within a month.
This setting is only available if Day of the week is not set to None.

See also Defining an individual test weight Page 45 Defining a combined test weight Page 45 Creating a new test Page 46

First* | Second | Third | Fourth

6.4.2 Settings: Repeatability test

Navigation: Methods > Tests > my repeatability test > Edit

1. Name and type

Parameter

Description

Values

Test type

The test type has been pre-defined and cannot be changed in this Available test types menu.

Name

Defines the name of the test.

Text (1...22 characters)

Test activated Enables/disables the test.

Active* | Inactive

Show preparation If activated, a predefined preparatory instruction is displayed in Active* | Inactive

instructions

the test sequence.

Automatic print When activated, the test results are immediately printed on the enabled strip printer after the test result has been calculated.

Active | Inactive*

* Factory setting

2. Test specification

Parameter

Description

Result calculation Select whether the nominal weight or the conventional mass value (CMV) is used for the result calculation.

On nominal weight: Nominal value of a weight with a specific weight class.

On actual weight (CMV): Conventional mass value (CMV) of a weight from the weight calibration certificate.

Number of repetitions

Defines the number of weight measurements of a series.

* Factory setting

Values On nominal weight* | On actual weight (CMV)
Numeric (10* | 2...15)

Tare This section only appears when Test type is set to Repeatab. - Tare - 1 TP.

Parameter Tare name Minimum tare weight
* Factory setting

Description
Defines a name for the tare weight.
Defines the minimum weight for the tare container. The test is only continued if a tare container with at least this weight is placed on the balance.

Values Text (1...22 characters) Numeric

Test point

Parameter Nominal weight

Description
Defines the nominal value of the weight that will be used for the test.

Values Numeric

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Weight class
* Factory setting
Test limits Parameter Control limit
Warning limit

Defines the weight class according to OIML or ASTM. Alternatively, E1 | E2 | F1 | F2 | M1 |

a customized tolerance class can be created with Own.

M2 | M3 | ASTM000 |

ASTM00 | ASTM0 |

ASTM0 | ASTM1 |

ASTM2 | ASTM3 |

ASTM4 | ASTM5 |

ASTM6 | ASTM7 | Own*

Description

Values

Defines the error tolerance of a process with respect to its set
value. Exceeding the Control limit is a violation of quality requirements and therefore requires a correction of the process.

Numeric

The minimum value is 40% of the balance readability.

Result if the Control limit is exceeded: The test failed, the balance is out of specification.

Defines the upper or lower limit that, if exceeded or not reached, makes more stringent process monitoring necessary. The
Warning limit must be smaller than the Control limit.

Numeric

Result if the Warning limit is exceeded: The test is passed, but the difference is higher than expected.

3. Test weights
A configured test weight can be selected. For information on test weights definition and settings, see [Test weights Page 45] and [Test weights settings Page 114].

4. Error management

Parameter Block balance
Allowed number of retries
* Factory setting

Description

Values

Defines the behavior of the balance if a test has failed.

Active | Inactive*

Inactive: The balance will not be blocked.

Defines the maximum allowed retries until the balance will be blocked.

Numeric (3* | 0...9)

This setting is only available if Block balance is set to Active.

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5. Test planning

Parameter Planning type
Start time
* Factory setting

Description

Values

Specifies the schedule for the test to be performed. Manually: The test is performed manually. Daily: A task is generated every day at the specified time.

Weekly: A task is generated at least once a week. Additional days can be selected if required.

Monthly: A task is generated every month at the specified day and time.

Quarterly: A task is generated every three months at the specified time.

Annually: A task is generated once a year at the specified time.

Defines the time when the test is due.

Time

This setting is only available if Planning type is not set to Manually.

Notification This section does not appear when Planning type is set to Manually.

Parameter

Description

(x) hours before Defines the number of hours before a notification informs about

test

the upcoming planned test.

Notification every Defines the time interval before the next notification is issued. (x) hours

Values
Different values depending on the selected frequency (Planning type).
Different values depending on the selected frequency (Planning type).

Preferred days This section only appears when Planning type is set to Weekly.

Parameter Preferred days

Description Defines the preferred weekday for the execution of the test.

* Factory setting

Preferred day for execution This section only appears when Planning type is set to Monthly.

Parameter Day of the week
Week of the month
* Factory setting

Description

Values

Defines the preferred day for execution of the test.

None* | Monday |

If None is selected, the test will be scheduled for a month after the last execution.

Tuesday | Wednesday | Thursday | Friday |

Saturday | Sunday

Defines the occurrence of a given day of week within a month.
This setting is only available if Day of the week is not set to None.

First* | Second | Third | Fourth

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See also Defining an individual test weight Page 45 Defining a combined test weight Page 45 Creating a new test Page 46

6.4.3 Settings: Sensitivity test

Navigation: Methods > Tests > my sensitivity test > Edit

1. Name and type

Parameter

Description

Values

Test type

The test type has been pre-defined and cannot be changed in this Available test types menu.

Name

Defines the name of the test.

Text (1...22 characters)

Test activated Enables/disables the test.

Active* | Inactive

Show preparation If activated, a predefined preparatory instruction is displayed in Active* | Inactive

instructions

the test sequence.

Automatic print When activated, the test results are immediately printed on the enabled strip printer after the test result has been calculated.

Active | Inactive*

* Factory setting

2. Test specification

Parameter

Description

Result calculation Select whether the nominal weight or the conventional mass value (CMV) is used for the result calculation.

On nominal weight: Nominal value of a weight with a specific weight class.

On actual weight (CMV): Conventional mass value (CMV) of a weight from the weight calibration certificate.

* Factory setting

Values
On nominal weight* | On actual weight (CMV)

Tare
This section only appears when the option Test type is set to Sensitivity - Tare - 1 TP or Sensitivity - Tare 2 TP.

Parameter
Tare name
Minimum tare weight

Description
Defines a name for the tare weight.
Defines the minimum weight for the tare container. The test is only continued if a tare container with at least this weight is placed on the balance.

Values Text (1...22 characters) Numeric

Test point Depending on the selected test, the following options can be defined for one or two test points:

Parameter Nominal weight
Weight class

Description

Values

Defines the nominal value of the weight that will be used for the Numeric test.

Defines the weight class according to OIML or ASTM. Alternatively, E1 | E2 | F1 | F2 | M1 |

a customized tolerance class can be created with Own.

M2 | M3 | ASTM000 |

ASTM00 | ASTM0 |

ASTM0 | ASTM1 |

ASTM2 | ASTM3 |

ASTM4 | ASTM5 |

ASTM6 | ASTM7 | Own*

Analytical Balances

Software Description 121

Control limit Warning limit
* Factory setting

Defines the error tolerance of a process with respect to its set
value. Exceeding the Control limit is a violation of quality requirements and therefore requires a correction of the process.

Numeric

Result if the Control limit is exceeded: The test failed, the balance is out of specification.

Defines the upper or lower limit that, if exceeded or not reached, makes more stringent process monitoring necessary. The
Warning limit must be smaller than the Control limit.

Numeric

Result if the Warning limit is exceeded: The test is passed, but the difference is higher than expected.

3. Test weights
A configured test weight can be selected. For information on test weights definition and settings, see [Test weights Page 45] and [Test weights settings Page 114].

4. Error management

Parameter Block balance
Allowed number of retries
* Factory setting

Description

Values

Defines the behavior of the balance if a test has failed.

Active | Inactive*

Inactive: The balance will not be blocked.

Defines the maximum allowed retries until the balance will be blocked.

Numeric (3* | 0...9)

This setting is only available if Block balance is set to Active.

5. Test planning

Parameter Planning type
Start time
* Factory setting

Description

Values

Specifies the schedule for the test to be performed. Manually: The test is performed manually. Daily: A task is generated every day at the specified time.

Weekly: A task is generated at least once a week. Additional days can be selected if required.

Monthly: A task is generated every month at the specified day and time.

Quarterly: A task is generated every three months at the specified time.

Annually: A task is generated once a year at the specified time.

Defines the time when the test is due.

Time

This setting is only available if Planning type is not set to Manually.

122 Software Description

Analytical Balances

Notification This section does not appear when Planning type is set to Manually.

Parameter

Description

(x) hours before Defines the number of hours before a notification informs about

test

the upcoming planned test.

Notification every Defines the time interval before the next notification is issued. (x) hours

Values
Different values depending on the selected frequency (Planning type).
Different values depending on the selected frequency (Planning type).

Preferred days This section only appears when Planning type is set to Weekly.

Parameter Preferred days

Description Defines the preferred weekday for the execution of the test.

* Factory setting

Preferred day for execution This section only appears when Planning type is set to Monthly.

Parameter Day of the week
Week of the month
* Factory setting

Description

Values

Defines the preferred day for execution of the test.

None* | Monday |

If None is selected, the test will last execution.

be scheduled

for a

month after the

Tuesday | Wednesday Thursday | Friday |

Saturday | Sunday

Defines the occurrence of a given day of week within a month.
This setting is only available if Day of the week is not set to None.

First* | Second | Third | Fourth

See also Defining an individual test weight Page 45 Defining a combined test weight Page 45 Creating a new test Page 46

6.5 Adjustments settings

Navigation: Methods > Adjustments > Internal adjustment > Edit

1. Strategy

Parameter Strategy
Automatic print

Description
Defines the type of adjustment to be performed.
When Strategy is set to No adjustment or External adjustment, no other settings are available.
When activated, the adjustment results are immediately printed on the enabled strip printer after the result has been calculated.

Values
Internal adjustment* | External adjustment | No adjustment
Active | Inactive*

* Factory setting

Analytical Balances

Software Description 123

2. Specification

Parameter 'As found' test
'As left' test
* Factory setting

Description

Values

At the start of the adjustment sequence, an internal sensitivity test Active | Inactive* is automatically performed to evaluate the current status. The test results are displayed and recorded.

When the adjustment is complete, an internal sensitivity test is automatically performed. The test results are displayed and recorded.

Active | Inactive*

Limits These settings only appear when one of the options 'As found' test or 'As left' test is activated.

Parameter Control limit
Warning limit
* Factory setting

Description

Values

Defines the error tolerance of a process with respect to its set
value. Exceeding the Control limit is a violation of quality requirements and therefore requires a correction of the process.

Numeric (0.1%* | 0.001...100%)

Result if the Control limit is exceeded: The adjustment failed, the balance is out of specification.

Defines the upper or lower limit that, if exceeded or not reached, makes more stringent process monitoring necessary. The
Warning limit must be smaller than the Control limit.

Numeric (0.001...100%)

Result if the Warning limit is exceeded: The adjustment is passed, but the difference is higher than expected.

3. Error management

Parameter Block balance
* Factory setting

Description

Values

Defines the behavior of the balance if the adjustment has failed. Active | Inactive*

Active: The balance will be blocked after the adjustment has
failed. In this case, the balance cannot be used anymore until it is unblocked. If a password has been set, the password is needed to unblock the balance. See [Password protection and balance reset Page 58].

Inactive: The balance will not be blocked.

4. Planning

Parameter

Description

Values

Start after leveling Defines if the internal adjustment starts after leveling.

Active | Inactive*

Start after temperature change

Defines if the internal adjustment starts automatically after a temperature change of 1�C.

Active | Inactive*

Schedule

Defines when the adjustment is being performed. It is possible to Inactive | 1 start time | 2

define between one and three start times per day. It can also be start times* | 3 start

defined on which day(s) the adjustment is being performed.

times

Start time 1

Defines the start time for the execution of the task.

Time

The number of start times to be defined is specified by Schedule.

124 Software Description

Analytical Balances

Preferred days

Defines the days for the scheduled adjustments. This setting is only available if Schedule is not set to Inactive.

* Factory setting
See also Defining an individual test weight Page 45 Defining a combined test weight Page 45 Editing an "Internal adjustment" Page 54 Editing an "External adjustment" Page 54

Analytical Balances

Software Description 125

7 Maintenance
To guarantee the functionality of the balance and the accuracy of the weighing results, a number of maintenance actions must be performed by the user.

7.1 Maintenance tasks

Maintenance action Performing an internal adjustment
Performing routine tests (eccentricity test, repeatability test, sensitivity test). METTLER TOLEDO recommends to at least perform a sensitivity test. Cleaning
Updating the software

Recommended interval Daily After cleaning After leveling After changing the location After cleaning After assembling the balance After a software update Depending on your internal regulations (SOP)
After every use After changing the substance Depending on the degree of pollution Depending on your internal regulations (SOP) Depending on your internal regulations (SOP). After a new software release.

Remarks see "Adjustments" see "Tests"
see "Cleaning"
see "Software update"

See also Adjustments Page 54 Tests Page 45 Cleaning Page 126 Software update Page 130

7.2 Cleaning

7.2.1 Disassembling for cleaning

CAUTION
Injury due to sharp objects or broken glass
Instrument components, e.g., glass, can break and lead to injuries. Always proceed with focus and care.

126 Maintenance

Analytical Balances

1 Open the top door (1) and pull it all the way back, outside of the rails of the side doors. Shortly before the top panel drops out, you can feel a slight resistance. Just keep pulling a little bit tighter.
2 Hold the side doors (2) and push down the lever (3) to release them.
3 Carefully remove both side doors (2).
4 Tilt the front panel (4) to the front and remove it.

Analytical Balances

Maintenance 127

5 Carefully lift the weighing pan (5) to unhook it and pull it out.
6 Remove the drip tray (6).
7 Store all removed components in a safe place.
The balance is ready for cleaning.

7.2.2 Cleaning agents

In the following table, cleaning tool and cleaning agents recommended by METTLER TOLEDO are listed. Pay attention to the concentration of the agents specified in the table.

Tools

Cleaning agents

Paper tissue Brush Dishwasher Water Acetone Ethanol (70%) Isopropanol (70%) Hydrochloric acid (3-10%) Sodium hydroxide (0.2-1.0 M) Peracetic acid (2-3%)

Around the Balance balance housing

Feet

Balance terminal

Terminal Display

Terminal cover

Balance Glass draft shield panels

Nonremovable handles and frames

Weighing Weighing

area

pan

Drip tray

----

R R

PR PR

----

Legend

Best recommendation by METTLER TOLEDO; can be used without limitation.

Recommended by METTLER TOLEDO; can be used without limitation.

PR Partially recommended by METTLER TOLEDO: individual resistance to acid and alkali must be evaluated, including dependence to the time exposure.

-- Not recommend. High risk for damage.

128 Maintenance

Analytical Balances

7.2.3 Cleaning the balance
NOTICE
Damage to the instrument due to inappropriate cleaning methods
If liquid enters the housing, it can damage the instrument. The surface of the instrument can be damaged by certain cleaning agents, solvents, or abrasives. 1 Do not spray or pour liquid on the instrument. 2 Only use the cleaning agents specified in the Reference Manual (RM) of the instrument
or the guide "8 Steps to a Clean Balance". 3 Only use a lightly moistened, lint-free cloth or a tissue to clean the instrument. 4 Wipe off any spills immediately.
For further information on cleaning a balance, consult "8 Steps to a Clean Balance".

u www.mt.com/lab-cleaning-guide

Cleaning around the balance Remove any dirt or dust around the balance and avoid further contaminations.
Cleaning the terminal Clean the terminal with a damp cloth or a tissue and a mild cleaning agent.
Cleaning the removable parts Clean the removed part with a damp cloth or a tissue and a mild cleaning agent or clean in a dishwasher up to 80 �C.
Cleaning the weighing unit 1 Disconnect the balance from the AC/DC adapter. 2 Use a lint-free cloth moistened with a mild cleaning agent to clean the surface of the balance. 3 Remove powder or dust with a disposable tissue first. 4 Remove sticky substances with a damp lint-free cloth and a mild solvent, e.g., isopropanol or ethanol
70%.

7.2.4 Putting into operation after cleaning

1 Reassemble the balance.

2 Check that the draft shield doors (top, sides) open and close normally.

3 Check if the terminal is connected to the balance.

4 Reconnect the balance to the AC/DC adapter.

5 Check the level status, level the balance if necessary.

6 Respect the warm-up time specified in the "Technical Data".

7 Perform an internal adjustment.

8 Perform a routine test according to the internal regulations of your company. METTLER TOLEDO recommends performing a sensitivity test after cleaning the balance.

9 Press

to zero the balance.

The balance is ready to be used.

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Maintenance 129

See also Leveling the balance Page 28 Technical Data Page 134 Performing an internal adjustment Page 28 Performing a "Sensitivity test" Page 51

7.3 Software update
Search for software downloads

u www.mt.com/labweighing-software-download

Please contact a METTLER TOLEDO service representative if you need support updating the software. METTLER TOLEDO recommends saving the data on a storage device before updating the software.

Navigation: Balance menu > Maintenance > Software update

See also Exporting data and settings Page 57

7.3.1 Updating the software
A USB storage device containing the software installer (zip file format) is connected to the balance. 1 Tap Software update. 2 Select Update software and tap Next.
An update wizard opens and will lead you step-by-step through the procedure.

7.3.2 Restoring the software to the previous version
The current software version can be rolled back to the previous software version. 1 Tap Software update. 2 Select Restore the software to the previous version. and tap Next.
An update wizard opens and will lead you step-by-step through the procedure.

7.3.3 Putting into operation after software update

1 Press to switch on the balance.

2 Check the level status, level the balance if necessary.

3 Perform an internal adjustment.

4 Perform a routine test according to the internal regulations of your company.

5 Press

to zero the balance.

The balance is ready to be used.

130 Maintenance

Analytical Balances

8 Troubleshooting
Possible errors with their cause and remedy are described in the following chapter. If there are errors that cannot be corrected through these instructions, contact METTLER TOLEDO.

8.1 Error messages

Error message Balance reset failed
The system has no valid date and time set
Weight cannot be determined
Cannot start adjustment
Preventive performance optimization

Possible cause Communication failure

Diagnostic �

Low battery

�

Data signal problems of � electronics.

Bad connection between the terminal and the weighing unit.

Check the cable for damage (kinked, twisted or broken pins).

Initial zero was not

�

reached when the balance

was switched on.

The balance memory

�

(RAM) is full.

Remedy
Disconnect the power cable and reconnect after a few seconds.
Connect to the power outlet and let the battery charge for two to three days.
Disconnect the power cable and reconnect after a few seconds.
Replace the terminal cable.
Disconnect the power cable and reconnect after a few seconds.
Complete the current task. Disconnect the power cable and reconnect after a few seconds.

8.2 Error symptoms

Error symptom The display is dark.
The value on the display oscillates.

Possible cause

Diagnostic

Remedy

The instrument is on

�

standby.

Switch on the instrument.

There is no power.

Check the connection to Connect the weighing unit

the AC/DC adapter and the to the power outlet. See

power outlet.

"Connecting the balance".

The terminal is not connected to the instrument.

Check the terminal cable Connect the terminal cable

connection.

to the instrument.

The terminal cable is defective.

Check the cable for damage (kinked, twisted or broken pins).

Replace the terminal cable.

The wrong AC/DC adapter Check it, see "Technical

is connected to the

Data".

instrument.

Use the correct AC/DC adapter.

The AC/DC adapter is

�

defective.

Replace the AC/DC adapter.

Vibrations on the weighing Place a beaker with water

bench, e.g., building

on the weighing bench.

vibrations, foot traffic

Vibrations cause ripples

on the water surface.

Protect the weighing location against vibrations, e.g. with an absorber.

Find a different weighing location.

Analytical Balances

Troubleshooting 131

Error symptom

Possible cause

Diagnostic

Remedy

Draft due to untight draft shield and/or open window.

Check the draft shield for Fix the draft shield.

gaps.

Close the window.

The weighing sample is electrostatically charged.

Check if the weighing

Increase the air humidity

result is stable when using in the weighing chamber.

a test weight.

Use an ionizer. See

"Accessories".

The location is not suitable � for weighing.

Follow the requirements for the location. See "Selecting the location".

Something is touching the Check for touching parts or Remove touching parts.

weighing pan.

dirt.

Clean the balance.

The value on the display is The weighing sample

drifting towards plus or absorbs moisture or

minus.

evaporates moisture.

Check if the weighing

Cover the weighing

result is stable when using sample.

a test weight.

The weighing sample is electrostatically charged.

Check if the weighing

Increase the air humidity

result is stable when using in the weighing chamber.

a test weight.

Use an ionizer. See

"Accessories".

The weighing sample is warmer or colder than the air in the weighing chamber.

Check if the weighing

Bring the sample to room

result is stable when using temperature.

an acclimatized test

weight.

The balance has not yet � warmed up.

Let the balance warm up. Adequate warm-up time is specified in the "General data".

The display shows overload or underload.

The wrong weighing pan is installed.

Slightly lift or press the weighing pan to see if the weight appears on the display.

Install the proper weighing pan.

No weighing pan is

�

installed.

Install the proper weighing pan.

Incorrect zero point at

�

power on.

Disconnect the power cable and reconnect after a few seconds.

The balance is not

�

adjusted.

Perform a internal adjustment. See "Internal adjustment".

The draft shield front panel The draft shield front panel � is not exactly 90� from the is not perfectly adjusted. weighing platform

Contact your METTLER TOLEDO service representative to adjust the front panel.

The draft shield side doors The draft shield side doors � are not exactly closed. are not perfectly adjusted.

Contact your METTLER TOLEDO service representative to adjust the side doors.

132 Troubleshooting

Analytical Balances

Error symptom
The user interface responds slowly.

Possible cause

Diagnostic

Remedy

Too many results are

Check the Results list of Complete all tasks: For

included in the Results list every running and pending each task in the list of

of a task.

task.

Tasks, select the task, tap

Continue task, and tap

Complete.

8.3 Putting into operation after fixing an error
After fixing an error, perform the following steps to put the balance into operation: Ensure that the balance is completely reassembled and cleaned. Reconnect the balance to the AC/DC adapter.

Analytical Balances

Troubleshooting 133

9 Technical Data

9.1 General data
Power supply AC/DC adapter (model no. FSP060DHAN3):
AC/DC adapter (model no. FSP060DIBAN2):
Cable for AC/DC adapter: Balance power consumption: Polarity:

Input: 100 � 240 V AC � 10%, 50 � 60 Hz, 1.8 A Output: 12 V DC, 5 A, LPS, SELV Input: 100 � 240 V AC � 10%, 50 � 60 Hz, 1.5 A Output: 12 V DC, 5 A, LPS, SELV 3-core, with country-specific plug 12 V DC � 10%, 2.25 A

Protection and standards Overvoltage category: Degree of pollution: Standards for safety and EMC: Range of application:

II 2 See Declaration of Conformity Use only indoors in dry locations

Environmental conditions

The limit values apply when the balance is used under the following environmental conditions:

Height above mean sea level:

Up to 5000 m

Ambient temperature:

+10 - +30 �C

Temperature change, max.:

5 �C/h

Relative air humidity:

30 - 70%, non-condensing

Acclimatization time:

At least 8 hours after placing the instrument in the same location where it will be put into operation.

Warm-up time:

At least 120 minutes after connecting the balance to the power
supply. When switched on from standby, the instrument is ready for operation immediately.

The balance can be used under the following environmental conditions. However, the weighing performances of the balance may be outside the limit values:

Ambient temperature:

+5 �C � +40 �C

Relative air humidity:

20% to max. 80% at 31 �C, decreasing linearly to 50% at 40 �C, non-condensing

The balance can be disconnected and stored in its packaging under the following conditions:

Ambient temperature:

-25 - +70 �C

Relative air humidity:

10 - 90%, non-condensing

134 Technical Data

Analytical Balances

9.2 Explanatory notes for the METTLER TOLEDO AC/DC adapter

The certified external AC/DC adapter complies to the requirements for Class II double insulated equipment. It is not provided with a protective earth connection but with a functional earth connection for EMC purposes. This
earth connection is not a safety feature. Further information about the compliance of our products can be found in the "Declaration of Conformity" delivered with every product.

In case of testing with regard to the European Directive 2001/95/EC, the AC/DC adapter and the instrument have to be handled as Class II double insulated equipment.

Consequently, a grounding test is not required. It is not necessary to carry out a grounding test between

Plastic housing

the earth connector of the power plug and any exposed part of the metallic housing of the

Double insulation

instrument.

Because the instrument is sensitive to static charges, a leakage resistor of 10 k is connected between the

Input

earth connector (1) and the negative pole (2) of the

Output
DC 2

AC/DC adapter. The arrangement is shown in the

equivalent circuit diagram. This resistor is not part of

the electrical safety arrangement and does not require testing at regular intervals.

10 k coupling resistor for electrostatic discharge

Analytical Balances

Technical Data 135

9.3 Model-specific data

XSR105

Limit values Capacity Nominal load Readability Capacity of fine range Readability in fine range Repeatability (at nominal load) Repeatability (at 5% load) Linearity deviation Eccentricity deviation (at test load) Sensitivity offset (at nominal load) Sensitivity temperature drift

120 g 100 g 0.01 mg � � 0.04 mg 0.02 mg 0.2 mg 0.3 mg (50 g) 0.4 mg 0.00015%/�C

Typical values

Repeatability (at 5% load)

0.008 mg

Linearity deviation

0.06 mg

Eccentricity deviation (at test load)

0.1 mg (50 g)

Sensitivity offset (at nominal load)

0.08 mg

Minimum weight (USP, tolerance = 0.10%) 16 mg

Minimum weight (tolerance = 1%)

1.6 mg

Settling time

3 s

Dimensions and other specifications Balance dimensions (W � D � H) Weighing pan dimensions (W � D) Usable height of draft shield Balance weight

195 � 456 � 292 mm 78 � 73 mm 235 mm 8.6 kg

Weights for routine testing Weights (OIML class) Weights (ASTM class)
after adjustment with internal weight determined at 5% load, k = 2

100 g (F2) / 5 g (F2)
100 g (ASTM 1) / 5 g (ASTM 1)

XSR105DU
120 g 100 g 0.1 mg 41 g 0.01 mg 0.1 mg 0.02 mg 0.2 mg 0.3 mg (50 g) 0.8 mg 0.00015%/�C
0.01 mg 0.06 mg 0.1 mg (50 g) 0.2 mg 20 mg 2 mg 1.5 s
195 � 456 � 292 mm 78 � 73 mm 235 mm 8.6 kg
100 g (F2) / 5 g (F2) 100 g (ASTM 1) / 5 g (ASTM 1)

XSR205DU
220 g 200 g 0.1 mg 81 g 0.01 mg 0.1 mg 0.02 mg 0.2 mg 0.3 mg (100 g) 0.8 mg 0.00015%/�C
0.01 mg 0.06 mg 0.1 mg (100 g) 0.16 mg 20 mg 2 mg 1.5 s
195 � 456 � 292 mm 78 � 73 mm 235 mm 8.6 kg
200 g (F2) / 10 g (F2) 200 g (ASTM 1) / 10 g (ASTM 1)

136 Technical Data

Analytical Balances

XSR225DU

220 g 200 g 0.1 mg 121 g 0.01 mg 0.1 mg 0.02 mg 0.2 mg 0.3 mg (100 g) 0.8 mg 0.00015%/�C

Typical values Repeatability (at 5% load) Linearity deviation Eccentricity deviation (at test load)

0.01 mg 0.06 mg 0.1 mg (100 g)

Sensitivity offset (at nominal load)

0.16 mg

Minimum weight (USP, tolerance = 0.10%) 20 mg

Minimum weight (tolerance = 1%)

2 mg

Settling time

1.5 s

Dimensions and other specifications Balance dimensions (W � D � H) Weighing pan dimensions (W � D) Usable height of draft shield Balance weight

195 � 456 � 292 mm 78 � 73 mm 235 mm 8.6 kg

Weights for routine testing Weights (OIML class)

200 g (F2) / 10 g (F2)

Weights (ASTM class)
after adjustment with internal weight determined at 5% load, k = 2

200 g (ASTM 1) / 10 g (ASTM 1)

XSR64
61 g 60 g 0.1 mg � � 0.1 mg 0.07 mg 0.2 mg 0.15 mg (20 g) 0.6 mg 0.00015%/�C
0.04 mg 0.06 mg 0.05 mg (20 g) 0.12 mg 82 mg 8.2 mg 1.5 s
195 � 456 � 292 mm 78 � 73 mm 235 mm 8.6 kg
50 g (F2) / 2 g (F2) 50 g (ASTM 1) / 2 g (ASTM 1)

XSR104
120 g 100 g 0.1 mg � � 0.1 mg 0.07 mg 0.2 mg 0.3 mg (50 g) 1 mg 0.00015%/�C
0.04 mg 0.06 mg 0.1 mg (50 g) 0.2 mg 82 mg 8.2 mg 1.5 s
195 � 456 � 292 mm 78 � 73 mm 235 mm 8.6 kg
100 g (F2) / 5 g (F2) 100 g (ASTM 1) / 5 g (ASTM 1)

Analytical Balances

Technical Data 137

XSR204

220 g 200 g 0.1 mg � � 0.1 mg 0.07 mg 0.2 mg 0.3 mg (100 g) 1 mg 0.00015%/�C

Typical values Repeatability (at 5% load) Linearity deviation Eccentricity deviation (at test load)

0.04 mg 0.06 mg 0.1 mg (100 g)

Sensitivity offset (at nominal load)

0.24 mg

Minimum weight (USP, tolerance = 0.10%) 82 mg

Minimum weight (tolerance = 1%)

8.2 mg

Settling time

1.5 s

Dimensions and other specifications Balance dimensions (W � D � H) Weighing pan dimensions (W � D) Usable height of draft shield Balance weight

195 � 456 � 292 mm 78 � 73 mm 235 mm 8.6 kg

Weights for routine testing Weights (OIML class)

200 g (F2) / 10 g (F2)

Weights (ASTM class)
after adjustment with internal weight determined at 5% load, k = 2

200 g (ASTM 1) / 10 g (ASTM 1)

XSR204DR
220 g 200 g 1 mg 81 g 0.1 mg 0.7 mg 0.1 mg 0.5 mg 0.3 mg (100 g) 1 mg 0.00015%/�C
0.04 mg 0.15 mg 0.1 mg (100 g) 0.24 mg 82 mg 8.2 mg 1.5 s
195 � 456 � 292 mm 78 � 73 mm 235 mm 8.6 kg
200 g (F2) / 10 g (F2) 200 g (ASTM 1) / 10 g (ASTM 1)

XSR304
320 g 300 g 0.1 mg � � 0.1 mg 0.08 mg 0.3 mg 0.3 mg (100 g) 1 mg 0.00015%/�C
0.04 mg 0.1 mg 0.1 mg (100 g) 0.24 mg 82 mg 8.2 mg 1.5 s
195 � 456 � 292 mm 78 � 73 mm 235 mm 8.6 kg
200 g (F2) / 10 g (F2) 200 g (ASTM 1) / 10 g (ASTM 1)

138 Technical Data

Analytical Balances

49 282 292

160 78.5 20
42 235

9.4 Dimensions

9.4.1 XSR analytical balances

Models: XSR105, XSR105DU, XSR205DU, XSR225DU, XSR64, XSR104, XSR204, XSR204DR, XSR304

165.5

170.5

150

134

160

194

80.5

265

126

328

482

73.5 20

65 130

195

145

80.5
Outer dimensions [mm] Clear dimensions [mm] Position of the weighing hook axle

Analytical Balances

Technical Data 139

10 Disposal
In conformance with the European Directive 2012/19/EU on Waste Electrical and Electronic Equipment (WEEE) this device may not be disposed of in domestic waste. This also applies to countries outside the EU, per their specific requirements.
Please dispose of this product in accordance with local regulations at the collecting point specified for electrical and electronic equipment. If you have any questions, please contact the responsible authority or the distributor from which you purchased this device. Should this device be passed on to other parties, the content of this regulation must also be related.

140 Disposal

Analytical Balances

11 Accessories and Spare Parts

11.1 Accessories
Accessories are additional components that could help you in your workflow. Description

Weighing pans

SmartGrid cover

Single-use aluminium weighing pans, 10 units

ErgoClips

ErgoClip filter holder

ErgoClip flask, small

ErgoClip flask

ErgoClip syringe

ErgoClip tube

Order no. 11106709 11106711
30460844 30460854 30460842 30460859 30460853

Analytical Balances

Accessories and Spare Parts 141

ErgoClip vial ErgoClip Stand ErgoClip Titration Basket ErgoClip Basket ErgoClip Weighing Boat ErgoClip Round-Bottom Flask Pipette calibration SmartTrap beaker 50 ml, > 20 - 2000 �l Evaporation trap 100 ml

30521808 11140170 11106883 11106747 11106748 11106746 30215436 30460847

142 Accessories and Spare Parts

Analytical Balances

Evaporation trap 6/20 ml

30460843

Antistatic kits

Universal AntiStatic Kit complete (U-shaped), including electrode and power supply
Optional: Second U-electrode* for universal AntiStatic Kit * Power supply for optional, second U-electrode (11107764)
Compact ionizer with stand (USB)

11107767
11107764 11107766 30499859

Additional compact ionizer (USB) for Compact ionizer with stand (30499859)

Filter kits

Filter kit

30496446 30460857

Density determination Density kit
Sinker 10 mL
Calibrated Sinker 10mL

30460852 210260 210672

Analytical Balances

Accessories and Spare Parts 143

Calibrated Thermometer

11132685

Printers Anti-theft devices

P-52RUE dot matrix printer RS232C, USB and Ethernet connections, simple print-outs
Paper roll (length: 20 m), set of 5 pcs Paper roll (length: 13 m), self-adhesive, set of 3 pcs Ribbon cartridge, black, set of 2 pcs
P-56RUE thermal printer with RS232C, USB and Ethernet connections, simple print-outs, date and time
Paper roll, white (length: 27 m), set of 10 pcs Paper roll, white, self-adhesive (length: 13 m), set of 10 pcs
P-58RUE thermal printer with RS232C, USB and Ethernet connections, simple print-outs, date and time, label printing, balance applications, e.g., statistics, formulation, totaling
Paper roll, white (length: 27 m), set of 10 pcs Paper roll, white, self-adhesive (length: 13 m), set of 10 pcs Paper roll, white, self-adhesive labels (550 labels), set of 6 pcs Dimension of the label 56�18 mm
Anti-theft cable with lock

30237290 00072456 11600388 00065975 30094673 30094723 30094724
30094674
30094723 30094724 30094725
11600361

Hands-free accessories Foot switch, optional switch for remote operation (USB connection)
ErgoSens, optical sensor for remote operation (USB connection)

30312558 30300915

144 Accessories and Spare Parts

Analytical Balances

Barcode readers

Corded USB barcode reader

30417466

Cables for RS232C interfaces
USB-RS232 cable with integrated null modem to connect peripherals and computers via RS232C to an XPR/XSR balance

Wireless interfaces

Bluetooth RS232C serial adapter ADP-BT-S
For wireless connection between:
instrument and computer (depending on the instrument model)
printer and instrument

Bluetooth USB adapter for wireless connection to P-5x printer
(additional Bluetooth RS232 serial adapter 30086494 required)

Weighing tables

Weighing table

30576241 30086494 30416089 11138042

Software

LabX Balance Express Stand-alone system, includes one balance license.
LabX Balance Server Client server system, includes one balance license.

11153120 11153121

Analytical Balances

Accessories and Spare Parts 145

LabX 1 Balance instrument license Single additional instrument license for Express or Server edition.

Adjustment weights

OIML / ASTM Weights (with calibration certificate) see www.mt.com/weights

Various

EasyHub USB

11153220 30468768

SmartPrep, single-use funnel for quick and easy sample preparation. For flask sizes 10/19, 12/21, 14/23. 50 pcs

30061260

Drip pan, gray

30460856

Terminal cable, extended, length: 4.5 m

30300920

146 Accessories and Spare Parts

Analytical Balances

11.2 Spare parts
Spare parts are parts that are delivered with the original instrument but that can be replaced, if needed, without the help of a service technician.
11.2.1 Weighing chamber

7 6 5 4
1 3
2

Order no.

Designation

1 30459875 Door right high draft shield

2 30460287 Leveling feet, set

3 30459877 Panel front high draft shield

4 30460282 Drip Tray XSR

5 30460285 Weighing pan SmartGrid XPR XSR

6 30459874 Door left high draft shield

7 30459876 Door top draft shield

Remarks � Including: 2 leveling feet � � � � �

Analytical Balances

Accessories and Spare Parts 147

11.2.2 Miscellaneous

2-15

Order no. 1 30388323 2 88751 3 30015268 4 87920 5 30047293 6 87452 7 87925 8 89405 9 225297 10 11600569 11 87457 12 11107881 13 11107880 14 88668 15 89728 16 30354537 17 30300968 18 30416123

Designation AC/DC adapter Power cable AU Power cable BR Power cable CH Power cable CN Power cable DK Power cable EU Power cable GB Power cable IL Power cable IN Power cable IT Power cable JP Power cable TH, PE Power cable US Power cable ZA Terminal SRAT Protective cover Cable terminal

Remarks Output: 12 V DC, 5 A � � � � � � � � � � � � � � Including: protective cover For terminal (SRAT, SRPT) �

148 Accessories and Spare Parts

Analytical Balances

11.2.3 Packaging

1 2

Order no.

Designation

1 30460297 Packaging

2 30460298 Export box

Remarks
Including: Export box, inner protection material
Excluding: Inner protection material

Analytical Balances

Accessories and Spare Parts 149

150 Accessories and Spare Parts

Analytical Balances

Index
A
AC/DC adapter acclimatization
time adjustment
external internal setting altitude approved balance assemble balance draft shield
B
balance information barcode reader
add below-the-balance weighing block
balance balance setting method setting unblocking password Bluetooth brightness
C
clone method
combined test weight compliance information convention create
eccentricity test method repeatability test sensitivity test
D
delete method
density determination create a method perform setting
Analytical Balances

134, 135
134 19, 54 54, 55
54 123 134
72
25 25
62
56 33
59 59 59 58 70 68
43 45
8 7
46 35 46 46
43
42 42 108

device barcode reader ErgoSens external foot switch printer
disposal door
handle open release lever setting draft shield assemble drip tray
E
eccentricity test create setting
edit method
environmental condition ErgoSens Ethernet EULA external
adjustment device
F
foot switch
G
general weighing create a method perform setting
H
history humidity
I
install draft shield put into operation

56, 70 71
56, 70 71
56, 70 140
15 16 16 67 14 25 14
47 46 115
43 22, 134
71 69 27
54, 55 56, 70
71
36 36 73
61 134
25 27
Index 151

site terminal interface Bluetooth Ethernet internal adjustment
L
LabX level
balance indicator leveling aid leveling feet leveling aid leveling feet light StatusLight location
M
main weighing screen method
clone create delete edit perform type MT-SICS
O
overview balance terminal type plate
P
pack balance
password unblock
perform a method density determination general weighing piece counting simple formulation
152 Index

22 24
70 69
54
71
28 18 28, 61 15 28, 61 15
68 22
18 19 43 35 43 43 35 35 71
13 16 17
30
58
42 36 39 38

titration piece counting
create a method perform setting power supply see AC/DC adapter printer add
R
release lever door
repeatability test create setting
S
safety information sensitivity test
create setting service LabX MT-SICS web setting adjustment density determination eccentricity test general weighing piece counting repeatability test sensitivity test simple formulation test titration simple formulation create a method perform setting SmartGrid SmartTrac software version sound terminal

41
39 39 92
134 56, 70
56
16 49 46 118
10 51 46 121
71 71 71
123 108 115
73 92 118 121 82 115 100
38 38 82 14 18
7
68
Analytical Balances

standby StatusLight store
balance switch on/off symbol
warning
T
tare temperature
acclimatization time warm-up time terminal brightness install overview sound StatusLight test create eccentricity repeatability sensitivity setting test weight time acclimatization warm up titration create a method perform setting transport long distance short distance type plate overview
U
unblock balance balance setting unblocking password
unpack balance
Analytical Balances

16, 28 15, 68
30 28
7 10
16, 29 134 134 134 15 68 24 16 68 68
19, 45 46 47 49 51
115 45
134 28, 134
41 41 100
30 30
17

USB device add
W
warm up time
warning symbol web service weighing aid
SmartTrac weighing pan weighing screen weight
test weight
Z
zero initial

59 59 58
22

56 28, 134
10 71 18 14 18 45 16, 29 72
Index 153

Mettler-Toledo GmbH Im Langacher 44 8606 Greifensee, Switzerland www.mt.com/contact
Subject to technical changes. � Mettler-Toledo GmbH 10/2021 30419851F en
17:30 26-10-2021

www.mt.com/excellence-analytical
For more information
30419851