Schenck process Disomat Opus User manual

DISOMAT®Opus
Operating Manual
BV-H2313 GB

Service
Quality and reliability form the basis for Schenck's corporate philosophy all over the world. That's why we
offer you an extensive service strategy starting with our stringent quality control through assembly and
commissioning right down to all-round support. We're always there for you.
Free Helpdesk (Monday through Friday from at least 8 o'clock to 5 p.m. CET)
Service specialists are available to you in every department during our normal office hours for analying
problems and malfunctions.
Heavy Industry
Building materials, mining, foundry, steel and cement
Phone: [phone]
Fax: [phone]
[email protected]
Vibrating & Screening Technology
Phone: [phone]
Fax: [phone]
[email protected]
Light Industry
Chemistry, plastics, foodstuffs and pharmaceuticals
Phone: [phone]
Fax: [phone]
[email protected]
Transport Automation
All industries with logistics processes and trains
Phone: [phone]
Fax: [phone]
[email protected]
Spare Parts & Components
Phone: [phone]
Fax: [phone]
[email protected]
[email protected]
Individual phone consulting (fee required)
(Monday through Friday from at least 8 o'clock to 5 p.m. CET)
Do you want one of our service specialists to give you phone support in commissioning your system or on-
line diagnosis / system optimisation? We're there for you. Schedule an appointment with us whenever you
need it.
Free 24 h Customer Service Hotline
You have a malfunction or problem outside of our normal business hours. No problem. You can reach a
Schenck service technician at any time outside of our office hours for recording problems or malfunctions,
service scheduling and 'first aid'.
24h Emergency-Hotline: [phone]
[phone]
Transport Automation and
Static Weighing Equipment
Heavy Industry, Light Industry
excluding Static Weighing Equipment
Copyright 2006
Schenck Process GmbH
Pallaswiesenstraße 100, 64293 Darmstadt, Germany
www.schenckprocess.com
All rights reserved. Any reproduction of this documentation, regardless of method, without prior permission
by Schenck Process GmbH in writing, even by excerpt, is prohibited.
Subject to change without prior notice.

Contents
1 Preamble.................................................................................................................... 1
1.1 For Quick Orientation........................................................................................... 1
1.2 How To Use Manual............................................................................................. 2
2 Safety Instructions.................................................................................................... 3
2.1 Information for Users of Certified Scales............................................................. 5
3 DISOMAT Overview .................................................................................................. 7
3.1 Characteristics...................................................................................................... 7
3.2 Control Elements.................................................................................................. 8
3.2.1 General Information....................................................................................... 8
3.2.2 Display........................................................................................................... 9
3.2.3 Keyboard ..................................................................................................... 12
3.3 External Control Elements ................................................................................. 16
3.3.1 External Keyboard....................................................................................... 16
3.4 Control Concept ................................................................................................. 16
3.5 General Control.................................................................................................. 17
3.5.1 Menu Tree ................................................................................................... 18
3.5.1.1 Operating Principle ............................................................................... 18
3.5.1.2 Calling Function.................................................................................... 19
3.5.2 Data Input/Output........................................................................................ 20
3.5.2.1 Operating Input/Output Dialogs............................................................ 21
3.5.2.2 Editing Input Field................................................................................. 22
3.5.2.3 Entering characters via the input block................................................. 24
3.5.2.4 'Jumping' display................................................................................... 25
4 Normal Mode........................................................................................................... 26
4.1 Functionality in Home Position........................................................................... 27
4.1.1 Zero Scale ................................................................................................... 27
4.1.2 Acquire Tare................................................................................................ 27
4.1.3 Clear Tare.................................................................................................... 27
4.1.4 Function Keys.............................................................................................. 27
4.1.5 Home Position Output ................................................................................. 28
4.2 Functionality in Menu Tree................................................................................. 29
4.2.1 Fct. 1:Enter setpoint .................................................................................... 30
4.2.2 Fct. 2:String input ........................................................................................ 30
4.2.3 Fct. 3:PRINT................................................................................................ 31
4.2.4 Fct. 5:SERVICE........................................................................................... 32
4.2.4.1 Fct. 51:Date/Time ................................................................................. 32
4.2.4.2 Fct. 52:Display Version......................................................................... 33
4.2.4.3 Fct. 53:Display Type............................................................................. 34
4.2.4.4 Fct. 54:Search Legal-For-Trade Memory ............................................. 34
4.2.4.5 Fct. 55:Select Home Position ............................................................... 36
4.2.4.6 Fct. 58:Set higher range ....................................................................... 36
4.2.5 Fct. 6:Display balance................................................................................. 36
4.2.6 Fct. 7:Select fixed tare................................................................................. 37
4.2.7 Fct. 8:Manual tare........................................................................................ 37
4.2.8 Fct. 9:Contrast............................................................................................. 38
4.2.9 Fct. a:Display gross..................................................................................... 38
4.2.10 Fct. b:Display tare...................................................................................... 39
4.2.11 Fct. c:Test display...................................................................................... 39
4.2.12 Fct. d:Ackn. Event ..................................................................................... 40
DISOMAT®Opus – Operating Manual 0630 BV-H2313 GB
© Schenck Process GmbH, Darmstadt - I -

Contents
5 Setting Mode............................................................................................................41
5.1 Safety Through Password Protection.................................................................41
5.1.1 Default Passwords .......................................................................................42
5.1.2 Fct. 41:Password..........................................................................................42
5.1.3 Password Quick Input..................................................................................43
5.1.4 Fct. 45:Change password............................................................................43
5.2 Setting Using Parameter Password....................................................................44
5.2.1 Fct. 46:PRINT FORM...................................................................................46
5.2.1.1 Fct. 461:Form Texts ..............................................................................47
5.2.1.2 Fct. 462:Form Formats..........................................................................47
5.2.1.3 Fct. 463:Page Header Format...............................................................51
5.2.1.4 Fct. 464:String Name.............................................................................52
5.2.1.5 Fct. 465:EDP Format.............................................................................53
5.2.1.6 Fct. 466:Legal-For-Trade Memory Format............................................53
5.2.1.7 Fct. 467:Reset Consecutive Number ....................................................54
5.2.1.8 Fct. 468:Load Default Form...................................................................54
5.2.1.9 Fct. 469:Load Default Text....................................................................57
5.2.2 Fct. 47:MATERIALS.....................................................................................58
5.2.2.1 Fct. 471:Max. Balance/Dumps ..............................................................58
5.2.2.2 Fct. 472:Clear balance ..........................................................................58
5.2.2.3 Fct. 473:Material data............................................................................58
5.2.3 Fct. 48:Fixed tare input ................................................................................59
5.2.4 Fct. 5c:Activate DISOPLAN Interfaces.........................................................59
5.3 Setting Using Configuration Password...............................................................60
5.3.1 Fct. 42:FUNCTION VARIANT......................................................................62
5.3.1.1 Fct. 421:Parameters..............................................................................62
5.3.1.2 Fct. 423:Load Variant............................................................................62
5.3.2 Fct. 43:PERIPHERALS................................................................................62
5.3.2.1 Fct. 431:National Language Support.....................................................62
5.3.2.2 Fct. 432:Interfaces.................................................................................63
5.3.2.3 Fct. 433:COMMUNICATION .................................................................64
5.3.2.4 Fct. 4331:EDP .......................................................................................64
5.3.2.5 Fct. 4332:Printer....................................................................................65
5.3.2.6 Fct. 4333:Secondary Display.................................................................67
5.3.2.7 Fct. 4334:Fieldbus.................................................................................68
5.3.2.8 Fct. 434:Event Classes..........................................................................69
5.3.2.9 Fct. 435:Calibrate Analog Output..........................................................70
5.3.2.10 Fct. 436:IP Configuration.....................................................................72
5.4 Setting Using Calibration Password ...................................................................73
5.4.1 Fct. 44:SCALE..............................................................................................74
5.4.2 Fct. 441:Calibration Parameters ..................................................................75
5.4.2.1 Operating Sequence..............................................................................75
5.4.2.2 Parameter 'Unit'.....................................................................................76
5.4.2.3 Parameter 'Full Scale Value' .................................................................76
5.4.2.4 Parameter 'Increment Value'.................................................................76
5.4.2.5 Parameter 'No-Motion Difference' .........................................................76
5.4.2.6 Parameter 'Zero Setting Range'............................................................77
5.4.2.7 Parameter 'Overrange' ..........................................................................77
5.4.2.8 Parameter 'Mechanical Factor'..............................................................77
5.4.2.9 Parameter 'Calibration Factor'...............................................................78
5.4.2.10 Parameter 'Load Cell Rated Capacity' ................................................79
5.4.2.11 Parameter 'Number of Load Cells'.......................................................79
5.4.2.12 Parameter 'Load Cell Characteristic'...................................................79
5.4.2.13 Parameter 'Dead Weight'.....................................................................79
5.4.2.14 Parameter 'Legal-For-Trade' ...............................................................80
5.4.2.15 Parameter 'Scale ID'............................................................................80
5.4.2.16 Parameter 'Class' ................................................................................80
5.4.2.17 Parameter 'Gravity Deviation'..............................................................80
5.4.2.18 Parameter 'User Def. MIN Load'..........................................................80
BV-H2313 GB 0630 DISOMAT®Opus – Operating Manual
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Contents
5.4.3 Fct. 442:Special Scales............................................................................... 81
5.4.3.1 Parameter 'Scale Type'......................................................................... 82
5.4.3.2 Parameter 'Full Scale Value - Small Range'......................................... 82
5.4.3.3 Parameter 'Increment Value - Small Range'......................................... 82
5.4.3.4 Parameter 'Full ScaleValue - Medium Range'...................................... 82
5.4.3.5 Parameter 'Increment Value - Medium Range'..................................... 83
5.4.4 Fct. 444:Scale Parameters.......................................................................... 83
5.4.4.1 Operating Sequence............................................................................. 83
5.4.4.2 Parameter 'Switching Filter'.................................................................. 83
5.4.4.3 Parameter 'Display Filter'...................................................................... 84
5.4.4.4 Parameter 'No-Motion Time'................................................................. 84
5.4.4.5 Parameter 'Zero Tracking'..................................................................... 84
5.4.4.6 Parameter 'Switching Delay'................................................................. 85
5.4.4.7 Parameter 'Filter Time dW/dt'............................................................... 85
5.4.5 Fct. 445:CALIBRATION............................................................................... 85
5.4.5.1 Essential Operating Steps.................................................................... 85
5.4.5.2 Fct. 4451:Dead Weight......................................................................... 86
5.4.5.3 Fct. 4453:Range ................................................................................... 86
5.4.5.4 Fct. 4454:Set current range.................................................................. 87
5.4.5.5 Fct. 4455:Resolution x 10..................................................................... 87
5.4.5.6 Computational Range Calibration......................................................... 87
5.4.5.7 Setting Range With Multi-Range Scale ................................................ 88
5.4.5.8 Fct. 4452:Linearization.......................................................................... 88
5.4.5.9 Checking Calibration............................................................................. 89
5.4.6 Fct. 443:Configure Legal-For-Trade Memory.............................................. 89
5.4.6.1 Parameter 'Legal-for-Trade Memory'.................................................... 89
5.4.6.2 Parameter 'Minimum Number of Days'................................................. 90
5.4.7 Legal-For-Trade Identification, Sealing Locations and Type....................... 91
5.5 Fct. 5b:Reset All(Restart)................................................................................... 92
6 Function Variants.................................................................................................... 93
6.1 DISOMAT F........................................................................................................ 93
6.2 Filling Scale........................................................................................................ 94
6.2.1 General Functioning.................................................................................... 94
6.2.2 Function Keys.............................................................................................. 96
6.2.3 Inputs and Outputs...................................................................................... 96
6.2.4 Standard Operating Sequence.................................................................... 97
6.2.5 Operating Activities...................................................................................... 99
6.2.6 Parameters.................................................................................................. 99
6.3 Discharge Scale............................................................................................... 101
6.3.1 General Functioning.................................................................................. 101
6.3.2 Function Keys............................................................................................ 103
6.3.3 Inputs and Outputs.................................................................................... 103
6.3.4 Standard Operating Sequence.................................................................. 104
6.3.5 Operating Activities.................................................................................... 105
6.3.6 Parameters................................................................................................ 105
6.4 Crane Scale...................................................................................................... 107
6.4.1 General Functioning.................................................................................. 107
6.4.2 Function Keys............................................................................................ 108
6.4.3 Inputs and Outputs.................................................................................... 110
6.4.4 Standard Operating Sequence.................................................................. 111
6.4.5 Parameters................................................................................................ 112
6.5 Cargo Scale...................................................................................................... 114
6.5.1 General Functioning.................................................................................. 114
6.5.2 Function Keys............................................................................................ 114
6.5.3 Inputs and Outputs.................................................................................... 115
6.5.4 Standard Operating Sequence.................................................................. 116
6.5.5 Operating Activities.................................................................................... 117
6.5.6 Parameters................................................................................................ 118
DISOMAT®Opus – Operating Manual 0630 BV-H2313 GB
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Contents
6.6 Weighbridge ZEUS...........................................................................................119
6.6.1 General Functioning...................................................................................119
6.6.2 Activation....................................................................................................119
6.6.3 Configuration..............................................................................................119
6.6.4 Function Keys.............................................................................................120
6.6.5 Inputs and Outputs.....................................................................................120
6.6.6 Standard Operating Sequence...................................................................121
6.6.7 Further Functions.......................................................................................126
6.6.8 Hints, Possible Events................................................................................127
6.6.9 Deleting/Handling Error Messages............................................................127
6.6.10 Deselect 'Release Weighing Operation' Prompt......................................127
6.6.11 ZEUS Print Pattern Codes.......................................................................128
6.6.12 Signal Control Using DISOMAT Opus-ZEUS ..........................................128
6.6.13 Parameters...............................................................................................129
6.7 Fieldbus-IO .......................................................................................................130
6.8 DISOPLAN........................................................................................................130
6.9 What If...?..........................................................................................................130
7 Event Messages.....................................................................................................131
7.1 Event Message Construction............................................................................131
7.2 List of Event Messages.....................................................................................133
BV-H2313 GB 0630 DISOMAT®Opus – Operating Manual
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Preamble For Quick Orientation
1 Preamble
1.1 For Quick Orientation
Validity Range
This manual applies to all DISOMAT®Opus versions (hereafter called
DISOMAT or system) whose software identifications end with /02, or
higher.
e.g.
VWW20700/02 (standard)
How Do I Find My Way About Quickly?
• Read this Item.
• Read Item "How To Use Manual".
• Look up key word register (index) at end of manual.
• Look up table of contents.
How Do I Handle ... ?
• Filling Scale: Read Item 6.2
• Discharge Scale: Read Item 6.3
• Crane Scale: Read Item 6.4
• Cargo Scale: Read Item 6.5
• ZEUS Road Weighbridge: Read Item 6.6
What Do I Do If A Fault Occurs?
• First read Chapter 7 and try to remedy fault.
If you wish to get in touch with Schenck Process GmbH, see list of contacts at
the Copyright page.
What If I Meet Terms I Don't Know?
• Consult list of keywords (index) at end of manual.
DISOMAT®Opus – Operating Manual 0630 BV-H2313 GB
© Schenck Process GmbH, Darmstadt - 1 -

Preamble How To Use Manual
1.2 How To Use Manual
The Operating Manual is designed to support you in getting to know and operating the
system.
The manual is completed by manuals
• Operating Instructions (BVH2322, multi-lingual)
• System Manual (BVH2310)
• Data Communication Manual (BVH2316)
For you to find your way about in the manual, quickly and at your ease - some tips:
How Do I Read The Manual?
The DISOMAT manual is no novel you should, let alone must, read from beginning to
end. Use manual as a reference work. Table of contents and list of keywords at end
will help you to quickly trace the information given in it.
Many suggestions relate to operating sequences. If possible, try out operating
sequences right away.
What Scale Do I Use ?
Clarify beforehand what scale configuration of system basic variant you wish to use.
Chapter 6 of the respective scale configuration includes all the information you need.
Whom Does This Manual Serve?
The present manual assumes that you are the daily user or a plant engineer/specialist.
Daily User
The daily user operates the system to solve weighing problems, e.g. fill weighings. He
needs no comprehensive system knowledge but should be familiar with the keyboard,
some error messages, and some items of the menu tree. At that, he should know the
parameter password which enables him to reset balance and consecutive number,
and change some parameters.
Plant Engineer/Specialist
The plant engineer/specialist commissions the system, remedies fault or works out a
solution to weighing control tasks with the aid of function blocks. To do so, he needs
comprehensive system knowledge, must be familiar with the configuration and
calibration passwords.
BV-H2313 GB 0630 DISOMAT®Opus – Operating Manual
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Safety Instructions How To Use Manual
2 Safety Instructions
To avoid personal injury and equipment damage, follow the safety regulations stated
below.
Additionally, you should observe:
• Safety hints given in order-specific documentation
• Safety hints relating to mechanical components
• Instructions given in sub-suppliers documentation.
When performing installation, commissioning and service work, observe all applicable
local regulations.
Use As Originally Intended
The measuring system and its connected mechanical components are exclusively
designed for weighing and controlling tasks. Any use other than originally intended is
considered inappropriate.
Risks
No danger originates from the measuring system itself, if it is properly installed and
commissioned.
However, upon use of the measuring system, danger may result during transit of
material to be weighed (e.g. from auxiliaries used to handle or feed material) or if
system assumes control tasks. Residual risks may originate from the measuring
system if unskilled operators improperly handle the system.
The measuring system can be part of a more complex plant. The user is fully
responsible for the overall plant safety.
Identification of Residual Risks
The presence of this symbol indicates that the machine or component
used has the potential to cause damage to the measuring system or other
plant sections.
The presence of this symbol indicates that the machine or component used
has the potential to cause severe injury or death.
Personnel
Preparation, installation, commissioning, operation, maintenance, and servicing may
exclusively be performed by skilled persons only.
All persons working on the measuring system are required to observe the safety hints
and know the parts of the technical documentation relevant to their work.
The supervisor is responsible for instructing his operators to observe all regulations
and instructions given.
DISOMAT®Opus – Operating Manual 0630 BV-H2313 GB
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Safety Instructions How To Use Manual
Parameter Changes
The measuring system's functionality is determined by parameters, which must
exclusively be changed by persons familiar with the measuring system operating
principles (e.g. after training by SCHENCK). Parameters incorrectly set may cause
injuries or damage to the machine whenever a user control system is connected. They
can also adversely affect weighing operation.
Password
Software parameters are protected from unintended change by password. The
measuring system user has to ensure safe password handling.
Error Message Acknowledgement
Error messages may be acknowledged only after cause of fault has been remedied.
Before you acknowledge an error message, check to see that connected peripherals
properly operate. Check to see that connected control systems, if any, are in fail-safe
state.
Maintenance and Repair
• During maintenance and repair, observe any warning symbols on the scale.
• Before performing work on the mechanical system or peripherals (particularly
the control system), disconnect the measuring system and protect the system
from inadvertent restart.
• Before performing work on the electrical equipment, disconnect the power
supply.
• The devices may be operated only in the provided housings. There is danger
of contacting live parts.
Moisture Protection
Protect all system parts, electrical items in particular, from moisture (e.g. during
maintenance and servicing) when housings are open. Observe housing protection
standards.
Modification & Replacement
Unauthorized modifications to the system and/or use of replacement parts not
supplied by SCHENCK voids SCHENCK's liability for any resulting damages. This
particularly applies to modifications, which have the potential to affect the operating
safety of the measuring system.
Replacement of Components
Spare parts must meet the technical specifications indicated by SCHENCK. To ensure
this requirement is met, only genuine SCHENCK spare parts should be used. When
using other spare parts, the warranty will be void.
BV-H2313 GB 0630 DISOMAT®Opus – Operating Manual
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Safety Instructions Information for Users of Certified Scales
2.1 Information for Users of Certified Scales
Requirements of non-legal-for-trade additional equipment/EDP
systems employed in commercial applications.
Legal situation
For use in commercial applications, measuring results must be acquired using certified
measuring systems.
The transfer of measurement values to non-legal-for-trade additional equipment *)
"EDP Systems" for the preparation of vouchers is permitted under the proviso that
- the scale or a verified (certified) piece of additional equipment records and stores the
measurement values in unchanged and undeletable fashion,
- measurement values can be accessed by both parties of the commercial
transaction.
The weighing system user is responsible for compliance with legal
requirements.
*) According to the Weights & Measures regulations, additional equipment and
measurement systems are treated alike. Verification Act and Verification Ordinance
consider this predicament and pose demands on the EDP systems and programs
used in commercial applications.
Requirements on EDP connection / Measurement value acquisition and
preparation of vouchers:
1) Call for legal-for-trade measurement values (ensure legal-for-trade data
saving):
- The call for a legal-for-trade measurement value must meet the requirements given
in SCHENCK manuals BV-H2310 (s. EDP Format) and BV-H2316 (s. EDP
Commands).
- When changing the prompting mode from EDP to scale, always check to see if
data saving properly operates.
- The use of measurement values for any voucher without previous legal-for-trade
data saving, e.g. in case of error message, is prohibited and will constitute an
offence to the Weights & Measures regulations.
DISOMAT®Opus – Operating Manual 0630 BV-H2313 GB
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Safety Instructions Information for Users of Certified Scales
2) Identification of measurement values:
- For traceability, the legal-for-trade measurement values - from legal-for-trade data
memory to voucher - must be complete with relevant identifications (attributes),
e.g.
• Date
• Time
• Cons. No.
- The voucher must include the following comments: "Measurement values from
freely programmable additional equipment. Legal-for-trade memory values
can be viewed."
3) Period of legal-for-trade data saving:
- The storage period for legal-for-trade measurement values is minimum 3 months.
When storing new measurement values ever after, the oldest measurement value
is overwritten. Storage periods > 3 months can be set.
BV-H2313 GB 0630 DISOMAT®Opus – Operating Manual
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DISOMAT Overview Characteristics
3 DISOMAT Overview
3.1 Characteristics
DISOMAT is a weighing terminal designed for automatic weight acquisition, control
functions and data processing. This compact system combines all essential functions
of a weighing terminal.
As a rule, the system is supplied legal-for-trade.
You will know a legal-for-trade system by its labels (M on green ground, CE
label with year of initial verification).
In certified applications, the Weights & Measures regulations have to be
observed.
The DISOMAT basic variant comprises multiple function variants (scales) of different
functionality:
• Filling Scale with fill control for filling into a hopper
• Discharge Scale with fill control for removal from a hopper
• Crane Scale
• Cargo Scale
• Road Weighbridge ZEUS
For detailed information of all function variants, please refer to chapter 6.
DISOMAT®Opus – Operating Manual 0630 BV-H2313 GB
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DISOMAT Overview Control Elements
3.2 Control Elements
3.2.1 General Information
The figure below shows the system's front view.
A) 'DISOMAT Opus'
You can see two areas, the Display and the Keyboard. Their most important
elements are listed below and described on the pages to follow.
The display supplies, e.g.
• Weight values
• Scale status information (display symbols)
• Event messages
• Dialogs
The keyboard covers, e.g.
• Alphanumeric keys
• Direction keys
• Function keys (weighing function)
BV-H2313 GB 0630 DISOMAT®Opus – Operating Manual
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DISOMAT Overview Control Elements
B) 'DISOMAT Opus mini'
This design has a reduced keyboard, which means that it is operated differently. You
can find the details further below in the keyboard section.
3.2.2 Display
The display consists of an LC display with 20 characters.
After start-up, system is always in operating state (*) Weight Display; NET weight is
displayed (or GROSS weight if scale is not tared).
(*) Two operating states can be distinguished: 'Weight Display (Home Position)' and 'Menu Tree'.
DISOMAT®Opus – Operating Manual 0630 BV-H2313 GB
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DISOMAT Overview Control Elements
You can also switch over the weight display (**) for an additional (alternating)
display of
• Balance total
• Date and time
• Contact position (Inputs/Outputs)
(**) See BV-H2313: Chapter 'Home Position Output' and 'Fct. 55 Select Home Position'.
A legal-for-trade scale has to be operated in the weight display (=Net).
The display is used for showing
d including status information,
4. operator guidance or prompt for operator inputs
e with unit, e.g. 357.4 kg. For details,
dditional symbols or texts can be output:
1. the weight measure
2. event messages,
3. the dialogs of the functions of the menu tree,
1. Weight Display including status information
The measured weight is displayed complet
a
Display Meaning
357.4
- 5.4 gn, e.g. with scale relieved if tare has been acquired.
Weight Value
The weight display shows the weight acquired by the scale.
Negative si
kg nd lbs.(lb), newton (N), kilonewton (kN)
Unit Sign
Unit of weight value, e.g.
ton(t), kilogram(kg), gram(g), pou
.pace of the configured range; see
ossible; no event message is displayed.
'Scale in Zero Setting Range'
Displayed weight value is in the s
parameter 'Zero Setting Range'.
Function Zero Scale is p
Tbeen stored.
Stored Tare Value
A tare value > 0 has
PT memory has not been acquired by scale but in
DP.
Preset Tare Value1
Weight value stored in tare
manual or via E
Net play shows weight of load on scale minus the value stored in tare
NET Display
Weight dis
memory.
Gay shows weight of load on scale.
GROSS Display
Weight displ
> < ale is stable within certain limits (scale in no-motion).
No-Motion
Load on sc
Zero Set
Scale is totally relieved.
(Exact zero; GROSS value accurate to ±¼ d)
BV-H2313 GB 0630 DISOMAT®Opus – Operating Manual
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DISOMAT Overview Control Elements
Display Meaning
xxxxxx 'Invalid'
Weight currently invalid
oooooo
'Overrange' (if 'Legal-for-Trade' parameter = Yes).
Internal weight acquisition continues, all switching functions, e.g. overload
checks, are active now as before.
When the 'legal-for-trade' parameter is set = No, the scale also shows
weights even above the maximum readings until it exceeds the rated range.
Afterwards, it shows 'invalid'.
With multi-range/multi-divisional scales, information on active field is
highlighted (range code).
1to EN 45501
2. Event Messages
Never acknowledge event message before the cause of fault has
been remedied.
Sample: (Event messages are alternately displayed with weight information)
A0209:Powerfail
A1111-1:Cable broken
See BV-H2313: Chapter 'Event Messages'.
3. Menu Tree
The menu tree's functions are selected with the DIRECTION KEYS when the scale is
configured or parametered. Each of the menu functions have a number such as
4. Operator guidance/data input
Operator guidance is output or data is input as a text without leading numbers (such
as after starting a menu function)
DISOMAT®Opus – Operating Manual 0630 BV-H2313 GB
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DISOMAT Overview Control Elements
3.2.3 Keyboard
A) 'DISOMAT Opus'
In the DISOMAT keyboard, there are three blocks of keys, i.e. 'input block', 'control
block' and 'operating block' (from left to right):
• The input block keys serve i.a. for input of figures, letters (capital and lower-
case) and signs.
• The control block keys are used for data input, navigation in menu tree and
as function keys.
• The operating block keys are used to operate the scale.
The tables below reflect all possible keys, or key combinations. It may be that a
certain key or key combination is defined only in the one or other operating state.
Input Block Key Functions
Key Function
[SHIFT]:
Use of this key is indicated in this documentation by the symbol :
[SHIFT] +['Key'].
Character input: The character set that can be keyed is distributed over 2
levels. Please keep the [SHIFT] button pressed to key in characters of the
second level. Also refer to the manual BV-H2313, section on 'Entering
Characters via the Input Block'.
Calling up functions: Each button of the control block is assigned a second
function. Please also keep the [SHIFT] button pressed before pressing the
desired button.
[<Alphanumerical characters>]:
If the operator requests inputs (such as strings), numbers(0...9), upper-case
letters (A...Z), lower-case letters (a...z) and special characters(such as
commas or space) can be keyed in with these buttons also using the [SHIFT]
button.
BV-H2313 GB 0630 DISOMAT®Opus – Operating Manual
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DISOMAT Overview Control Elements
Control Block Key Functions
Key(s) Function
[DOWN arrow]:
Home Position: Call menu tree
Menu Tree: a) No function started: Move one level down (call
sub-menu).
b) Function started: n/a
[SHIFT] + [DOWN arrow]:
Home Position: n/a
Menu Tree: a) No function started: n/a
b) Function started: 'ABORT'. Abort any function;
inputs, if any, get lost. In case of functions with
multi-line input, press keys various times;
acknowledge storage prompt, if any.
Key operation does not bring you back to
home position.
[UP arrow]:
Home Position: Function key [F1] = <function according to function
variant>
Menu Tree: a) No function started: Move one level up (exit
sub-menu). Return to Home Position from topmost
level.
b) Function started: n/a
[SHIFT] + [UP arrow]:
Home Position: Function key [F4] = <function according to function
variant>
Menu Tree: a) No function started: Return to Home Position
(Weight Display) from any point in menu tree.
b) Function started: Return to previous input field.
[LEFT arrow]:
Home Position: Function key [F2] = <function according to function
variant>
Menu Tree: a) No function started: Move to the left on menu
tree level.
b) Function started: Scroll to the left in scroll field.
Shift cursor one position to the left in input field.
[SHIFT] + [LEFT arrow]:
Home Position: Function key [F5]= <function according to function
variant>
Menu Tree: a) No function started: n/a
b) Function started: Sets cursor to start of input
field; with longer input fields, blockwise (20 digits)
to the left.
DISOMAT®Opus – Operating Manual 0630 BV-H2313 GB
© Schenck Process GmbH, Darmstadt - 13 -

DISOMAT Overview Control Elements
Control Block Key Functions
[RIGHT arrow]:
Home Position: Function key [F3] = <function according to function
variant>
Menu Tree: a) No function started: Move to the right on menu
tree level.
b) Function started: Scroll to the right in scroll
field. Shift cursor one position to the right in
input field.
[SHIFT] + [RIGHT arrow]:
Home Position: Function key [F6] = <function according to function
variant>
Menu Tree: a) No function started: n/a
b) Function started: Sets cursor to end of input
field; with longer input fields, blockwise (20 digits)
to the right.
[ENTER]:
Home Position: n/a
Menu Tree: a) No function started: Call up function selected
in menu tree.
b) Function started:
- Acquire input field inputs.
- Go to next input or scroll field if multiple inputs
are required.
- Go to next output field if function readies
various outputs
[SHIFT] + [ENTER]:
Home Position: Acknowledge event messages.
Menu Tree: a) No function started: Acknowledge event
messages.
b) Function started: Deletes the character left of
cursor in an input field; any text right of cursor is
shifted to the left ('BackSpace').
[OK]:
Home Position: n/a
Menu Tree: a) No function started: n/a
b) Function started: Close data input and acquire
if function calls for multiple inputs one after the
other.
BV-H2313 GB 0630 DISOMAT®Opus – Operating Manual
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