HMI Panel

HMI Panel
Product Information
Introduction
HMI Panel
WideQuick HMI Panel is a family of various operator
panels that give users the capability to quickly and easily
create effective user interfaces between operators and
machines/process elements. A very large number of PLC
and distributed I/O devices, as well as other equipment,
can be connected to WideQuick HMI Panel units.
The development tool WideQuick HMI Designer provides the capability to create clearly arranged and attractive
user interfaces with information presented to operators
in an easily grasped and structured manner. WideQuick
HMI Designer includes a large number of functions that
help users in producing user interfaces.
The hardware in all WideQuick HMI Panels is based
on our various industrial computers. High quality, robust
execution, high functionality and a powerful development
tool, along with the considerable communications capabilities, create a very user-friendly operator panel.
Contents
Introduction .................................................... 2
Scripts ........................................................... 20
Contents ......................................................... 3
Layout and Navigation .................................. 21
WideQuick® HMI Panel .................................. 4
Alarms and Events ......................................... 22
WideQuick® Structure ..................................... 6
More WideQuick® Features ............................ 24
Data Store ....................................................... 7
Operating Systems ........................................ 28
Communications and OPC ............................. 8
Integrated Function Demo ............................ 29
OPC Server Configuration ............................ 10
Technical Data: H500 ................................... 30
Table: OPC Servers ....................................... 11
Technical Data: H600 ................................... 32
Effective Development Environment ............. 12
Our Courses for WideQuick® ........................ 34
Graphics ........................................................ 14
Kentima – Our Product Lines ....................... 36
Dynamics ...................................................... 16
Dimensions ................................................... 38
Object Library ............................................... 18
Article Numbers ............................................ 39
3
WideQuick HMI Panel
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WideQuick HMI Panel is a line of very powerful and flexible operator panels consisting
of an industrial computer from Kentima with either the Windows 7 Embedded or Linux
operating systems.
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Included to create one of the market's most complete
and flexible operator panels are WideQuick Extended
Runtime, Kentima’s WideQuick Panel Control Center, an
SQL database and an OPC server of your choice. You can
also choose a model without an OPC server and only use
the integrated Modbus protocol. Each operator panel is
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supplied with the design tool WideQuick HMI Designer,
which gives users the capability to quickly and effectively
create the desired user interface. WideQuick OPC Server
is included so that you can easily connect panels to the
superior system. WideQuick HMI Panel units are available in 12-inch to 19-inch configurations.
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WideQuick HMI Panel
Panel PC
Operating Systems
Windows® 7/Linux®
WideQuick® HMI
Extended Runtime
WideQuick® HMI Designer
Alarms
WideQuick® OPC Server
Modbus
RS-232
4
History
Graphics
Other
functions
Data Store
OPC Server
RS-232
Database
RS-485
Ethernet
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WideQuick HMI Designer
Communications
The design tool is used for building the desired HMI
system. WideQuick Designer is very efficient, with development times reduced through smart functions and its
easy configuration of communications. The HMI system
is made up of reusable objects that are quickly adapted to
the current project.
The WideQuick HMI Panel families offer several different
alternatives for communications with PLC, distributed
I/O and other equipment. The integrated protocols for
Modbus TCP/IP Master and Modbus RTU Master are
always included in delivery. Moreover WideQuick HMI
Panel units can be ordered with any OPC server from
Kepware Technologies.
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WideQuick Runtime
WideQuick OPC Server
WideQuick Runtime runs the projects created with WideQuick HMI Designer. WideQuick Runtime is preinstalled
on WideQuick HMI Panel units and presents the user
interface with associated dynamics and also activates communications with I/O modules and OPC servers, history,
alarm monitoring and more.
So that other systems can easily access information in
WideQuick HMI Panel units, they are always delivered
with WideQuick OPC Server. This is an effective server
application that provides access to selected parts of the
data store for Windows programs with OPC clients.
Database
Operating Systems
WideQuick HMI Panel is supplied with a free SQL
database that can be configured with WideQuick Panel
Control Center or an external computer. The database can
for example, be used to store historical data from WideQuick so that it can be easily read from other programs
with database access.
WideQuick HMI Panel can be ordered for two different
operating systems – Windows 7 Embedded or Linux
Debian. WideQuick has been developed to support several
different operating systems with simple data transfer between the systems. For example, a project can be developed
with WideQuick HMI Designer under Windows and
thereafter transferred to a panel with Linux.
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WideQuick Panel Control Center
Panel PC
To facilitate administration of WideQuick HMI Panel
units, a tool is included for easily configuring network
connections, time, login, start mode, reception of new
projects or updating of existing projects and more.
All WideQuick HMI Panel units are based on one of our
Panel PCs. There are several different models to choose
among with a variety of screen sizes and processors.
Technical data for the various models are described on
pages 30–33.
Manuals, Documentation and More
Each WideQuick HMI Panel is delivered with a disk. On
the disk are WideQuick Designer, WideQuick Runtime,
WideQuick OPC Server, the manual for WideQuick, the
manual for WideQuick Panel Control Center, technical
documentation for our Panel PCs, datasheets and product
information.
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WideQuick Structure
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Adaptability and flexibility are important characteristics of WideQuick . With WideQuick
Designer, integrators can quickly and easily create an HMI system, regardless of branch
and application area. WideQuick is built up as a general system with powerful graphics
and good communications capabilities.
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For WideQuick HMI Panel units, two of the components
from the WideQuick family are primarily used: WideQuick HMI Designer and WideQuick Runtime. WideQuick Designer is the development environment where
you build up the project. WideQuick Runtime is the
program the operator works with and where the project is
run as a system.
Communications are fundamental in HMI systems.
WideQuick has an OPC client and an integrated Modbus protocol for communicating with a large number of
I/O, PLC and other systems. In automation, the program
can be used within many different areas; everything from
smaller machines to monitoring of entire process and
manufacturing industries. In security, WideQuick is used
as security management platform for among other things,
various infrastructure installations, alarm centres and
monitoring of airports and even entire cities. Because WideQuick is built up with client/server architecture, it can
be used both in local and global networks. The integrated
functions for handling multiple languages, converting
units of measurement and the capability for integration
with different databases create extensive application areas
for WideQuick.
WideQuick has an efficient structure and can even be
installed on a simpler Panel PC to create a compact HMI
solution. Using the program, processes can be easily monitored. Information from the installation can be clearly
presented to operators and other employees in the organisation. With the right information easily accessible to
the employees, the right decisions can be made faster and
production becomes more cost effective.
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WideQuick Structure
Remote server
Workviews
Database
connection
Interaction
objects
Translation
Graphic
objects
Historical
logging
Unit
conversion
Object
library
Alarm
monitoring
Users &
privileges
Schedules
Data store
Modbus
OPC client
OPC server
PLC, I/O
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PLC, I/O
Data Store
Registers, values, structures and more are kept in the data store. It provides considerable flexibility that is easy to implement in the systems. The values that will be presented
and parameters that the operator will be able to influence can require communications
with several different units. These are represented in the data store.
The data store contains all external and internal variables.
All of these values are accessible in the form of variables
in the data store. The variables can be treated the same
because the data store disregards all differences between
various communications protocols.
The data store handles variable management and is at
the top of the project window. It is always accessible for
adding and editing tags. Even custom data types have a
node in this tree.
Import and Export of Variables
Variables and alarms in the data store can be exported to
a CSV file. The information exported as text can then be
edited with a third-party program. To facilitate editing of
data types that are dependent on one another, the order in
which they are placed in the CSV file is of no importance.
When the variables and functions are used in scripts or
are to be linked to an object's properties, this can be done
using drag & drop from a variable tree and a function
tree. To make it easy to see that you have selected the right
function, its arguments are clearly displayed when dragging from the function tree.
WideQuick
Data Types
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Other functions
• Boolean
• Integer
• Real number
Data Store
• String
• Arrays
Modbus
OPC Client
• Structs
• Alarms
• Recordset
OPC
Server
PLC, I/O
PLC, I/O
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Communications and OPC
Through use of the branch standard OPC, WideQuick can communicate with nearly all
I/O and control systems on the market.
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OPC is an industry standard for communications in
control and monitoring. It was created to gain a common
interface for communications and integration with automation equipment and other systems.
OPC is the obvious choice for suppliers of control systems and automation equipment because changes to the
hardware do not need to entail costly upgrades of existing
software.
There is also the capability to communicate with
external units via conventional communications protocols.
WideQuick supports Modbus for example, via the serial
port or over TCP/IP.
WideQuick Runtime has an integrated OPC client that
makes the program flexible and open to integration and
communications with all systems that have OPC servers. WideQuick Runtime can simultaneously read and
write data from several OPC servers, both locally and via
networks. Data is fetched and stored in the data store's
variables and can thus be used for entry and presentation
in the graphical user interface created by the integrator.
Effective Processing of Data
Integration and smart information handling is entirely
decisive in HMI development. Because WideQuick has
support for OPC, it can be integrated with I/O and control systems regardless of brand. No specially programmed
drivers are needed to create a comprehensive solution.
Functions for automatic configuration of communications variables increase availability to all of the OPC
server's variables. You can navigate the OPC tree with ease
and make the desired data format conversion with a few
clicks.
WideQuick provides the capability to easily import
and export files for processing in external programs. This
also enables configuration and work with systems without
having access to the appropriate OPC server.
This is OPC
WideQuick Designer presents available OPC servers and
their lists of variables for the user. The program creates
and organises communications variables into groups to
reflect the facility's structure. For each group, you can specify update speeds for reading and writing from the server.
OPC has been around since 1996 and is now the most
established standard in the industry. The OPC Foundation
is the organisation that leads development of the standard
and has members all over the world. It is a non-profit
organisation that monitors the needs of the industry and
constantly works to maintain and develop the standard.
M E M B E R
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Modbus TCP/IP and Modbus RTU
WideQuick has integrated support for the conventional
communications protocols Modbus TCP Master and serial
Modbus RTU Master.
The Modbus protocol is a well-proven protocol used in
many industries and can usually be used when there are no
other alternatives.
With the Modbus driver, both digital values and analogue 16-bit values can naturally be read per the Modbus
specification. Moreover, 32-bit integers and floating point
numbers can be transferred using two 16-bit registers in
sequence.
Bit, byte and word order for the Modbus driver can be
configured so that it can even communicate with units that
do not exactly follow the specification.
WideQuick OPC Server is an effective server application
that provides access to selected parts of the data store for
Windows programs with OPC clients. WideQuick OPC
Server is a stand-alone program that can be installed on
the same computer as WideQuick Runtime and the OPC
client. If the program is installed on the same computer as
the OPC client, work with the Windows DCOM configuration is avoided, for example. WideQuick OPC Server
also makes information from WideQuick Runtime installations on Linux systems available to Windows programs
with OPC clients. It determines which variables will be
made available via OPC to other systems and whether
they will be readable, writable or both, and are configured
directly in the data store in WideQuick Designer.
WideQuick®
OPC Server
WideQuick
HMI Panel
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WideQuick OPC Server
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WideQuick®
WideQuick®
Options
OPC Server 1
PLC, I/O
OPC Server
OPC Server 2
PLC, I/O
PLC, I/O
PLC, I/O
PLC, I/O
PLC, I/O
PLC, I/O
WideQuick HMI Panel can use OPC both for communications with PLC and I/O units, and for communications with superior
systems via WideQuick OPC Server.
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OPC Server Configuration
WideQuick® HMI Panel offers several different alternatives for communications with PLC,
distributed I/O and other equipment. The integrated protocols for Modbus TCP/IP Master and Modbus RTU Master are always included in delivery. Moreover WideQuick® HMI
Panel can be ordered with a large number of OPC servers from Kepware Technologies.
Modbus TCP/IP master and Modbus RTU are configured
directly in WideQuick Designer. Configuration is perform-ed before a project is transferred to WideQuick HMI
Panel units. The Modbus driver can handle both 16-bit
and 32-bit holding registers and floating point numbers,
and digital values.
Kepware OPC Server
The integrated OPC client in WideQuick enables connection and communications with a large number of external
devices. Through collaboration with Kepware Technologies, we can offer a large number of OPC servers for
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WideQuick HMI Panel. To configure an OPC server, the
user starts WideQuick Panel Control Center and choose
”Configure OPC Server” from the menu. The OPC
servers are then configured via the configuration tool from
Kepware Technologies.
The interface for configuration of the various Kepware
OPC servers is structured so that users quickly recognize
the environment, regardless of communications protocol.
The OPC server defines which I/O units and registers will
be used from the external system. It is thereafter easy to
import the tags to the data store in WideQuick Designer.
Table: OPC Servers
Table: OPC Servers – Drivers from Kepware
Model Designation – Driver
Model Designation – Driver
Model Designation – Driver
A1 - Allen-Bradley 1609 UPS
A2 - Allen-Bradley 1609 Bulletin 900
A3 - Allen-Bradley 1609 Suite
A4 - Analog Device OPC Server
A5 - Aromat Suite
A6 - Automation Direct EBC
OPC Server
A7 - Automation Direct Suite
B1 - Beckhoff Twincat I/O
B2 - BUSWARE Ethernet OPC Server
C1 - Contrex Suite
C2 - Custom Interface Driver
C3 - Cutler-Hammer OPC Server
D1 - Dataforth isoLynx® OPC Server
D2 - DDE Client Driver
F1 - Fuji Flex OPC Server
G1 - GE Focas 1 Ethernet OPC Server
G2 - GE Suite
H1 - Hilscher Universal OPC Server
H2 - Honeywell Suite
I1 - IA Super SEL OPC Server
I2 - Idec OPC Server
I3 - Intouch Client Driver
I4 - IOtech PointScan 100 OPC Server
K1 - Krauss Maffei MC4 Ethernet
OPC Server
M1 - Mettler Toledo
M2 - Micro-DCI OPC Server
M3 - Mitsubishi Suite
M4 - Modbus Suite
O1 - ODBC Client Driver
O2 - Omron Communication Suite
O3 - OPC Connectivity Suite
O4 - Optimation OptiLogic OPC Server
O5 - Opto 22 Ethernet
P1 - Partlow ASCII OPC Server
P2 - Philips P8/PC20 OPC Server
S1 - SattBus Suite
S2 - Scanivalve Ethernet OPC Server
S3 - Siemens Suite
S4 - Simatic 505 Suite
S5 - SIXNET Suite
S6 - SNMP Agent Option for
KEPServerEX
S7 - SquareD Serial OPC Server
S8 - System Monitor Driver
T1 - Telemecanique Uni-Telway
OPC Server
T2 - hermo Westronics Suite
T3 - Tiway Host Adapter OPC Server
T4 - Torque Tool Driver
T5 - Toshiba Suite
T6 - Toyopuc PC3/PC2 Suite
U1 - U-CON Device Driver
W1 - WAGO Ethernet OPC Server
Y1 - Yaskawa MP Suite
Y2 - Yokogawa Controller Serial
OPC Server
Y3 - Yokogawa Suite
Y4 - Yokogawa YS100 OPC Server
Table: OPC Servers – Drivers from Kentima
Model Designation – Driver
EC - Ethiris® Client OPC Server
ES - Ethiris® Server OPC Server
MB - Modbus OPC Server
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WideQuick HMI Panel without OPC Server
00 without OPC server
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Effective Development Environment
WideQuick Designer is a RAD tool (Rapid Application Development) that provides users
with an intuitive and flexible development environment. Development time is shortened
through smart functions and the simple configuration of communications. All this makes
work go quickly with creating professional-looking user interfaces that are easy to use.
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WideQuick SCADA Designer, where work is underway with a project for a sterilisation facility.
The HMI system is constructed with reusable objects
that are quickly configured to suit the situation. You can
illustrate the processes at your facility with basic graphic
objects such as squares, circles, triangles, polygons, lines
and so forth. Buttons, text fields and other interactive
objects are used to create navigation systems and forms in
the interface.
There is a large number of smart functions that facilitate development work. An example of user-friendliness
is that all tool windows can be docked. The properties
window can also be undocked and positioned at the location of your choice. In design mode, it is easy to utilise the
benefits of multiple displays and thus maximising development efficiency.
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The Project Window
It is easy to navigate among project files and resources
with the project window. At the top of the project window
is the data store, which defines the different types of variables used in the project. Further down are the workviews
that define the project’s graphical interfaces. The project
window also includes alarms, loggers, schedules, users,
privileges and more.
OPC Browser
Adjustment of Text and Graphics
WideQuick Designer features automatic import of
variables from OPC servers. This reduces the time for
configuration of the data store. You can easily export and
import the communications configuration to and from
external programs.
There are several different customisation features in the
development environment. By selecting several objects, it
is easy to quickly create professional-looking layouts. With
one click, it is possible to distribute or set the same size for
these objects. You can also adjust all text you type with a
simple click. Alignment and text adjustment controls are
on the toolbar.
WideQuick Runtime has an integrated OPC client that
enables data exchange with all systems with OPC server
support.
Workviews
The workviews contain the objects that will be displayed
in the interface. You easily create a navigation system by
making buttons or menu selections link to other workviews. Effective tools make it easy to obtain a professionallooking layout in the workviews. As an example, you can
let the objects’ placement and size snap to a grid.
Easy to Undo
The Undo/Redo list’s presentation provides a clear overview of changes that have occurred since a workview was
opened. It is easy to undo one or more operations at the
same time. All changes in the
workview can be undone and
redone in an unlimited number of steps. What you have
undone is then displayed in
grey text instead of black. If
you should undo too much,
just click further down to
recreate it.
The Undo/Redo list
shows an icon at the point
where you last saved. Each
workview has its own Undo/
Redo list.
Drag & Drop
Dragging and dropping objects is easy. When you drag an
object, you can clearly see how it will look when you drop it.
Project Verifier
WideQuick includes an easy-to-use verifier so that you can
make sure that all configurations are correct, that links are
functioning and that all necessary files and variables are in
place. Any detected errors are placed on a list. From the
list, pertinent dialog boxes are quickly accessed and the
errors can be corrected.
Previewing without Compilation
WideQuick does not need to be compiled. Finished code
is instead immediately created when making the objects.
This means that you can preview at any time to see how
the project will look and work in WideQuick Runtime. If
external units are connected, communications will also be
operable. Start previewing by clicking the icon with the
magnifying glass on the toolbar.
Custom Colours are Saved
WideQuick remembers custom colours for each user.
Calculation of Used Variables
At the bottom in WideQuick Designer, the number of
tags used in the project is continuously displayed.
Several Integrated Translations
WideQuick presently has 20 integrated application translations.
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Graphics
With easy-to-use but even more advanced vector graphics, there is never a need to
sacrifice presentation appearance. WideQuick has a well-designed structure that enables you to create striking vector-based graphics. Object appearance can be varied in
many different ways, such with a solid colour fill or toned with two or more colours. The
contour around the objects can be modified with several different line styles and relief
effects. The objects are clearly presented and can be quickly changed from the easily
accessible toolbar.
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Basic Objects
Import of Illustrations and Photos
There are five different basic object types to choose
among. With the polygon button, both complex as well as
simple and regular polygons can be created.
It is easy to vary the five basic objects to the desired
appearance.
Import of several different formats of bitmap images
further increase the level of realism in projects. Specially
designed symbols, digitalised photos and semi-transparent
images provide considerable capabilities to create vivid
user interfaces and process images.
At present, WideQuick supports .jpg, .jpeg, .bmp,
.png and .xpm.
Effects
Text Object
For presenting information in text form, there is a very
flexible text object. Besides text, you can enter the value
of a variable at any position in a text string. You also have
considerable control of formatting details and the number
of decimals that will be displayed. It is even possible to
create a function that displays different texts depending on
the value of the controlling variable.
Fonts and Sizes
Easily add frames around the objects.
You can naturally write your own texts and give them the
desired appearance by changing the fonts and sizes.
Times New Roman
Arial
Arial Rounded MT Bold
Bell MT
Bookman Old Style
Brusch Script MT Italic
Calibri
Courier New
Garamond
Times New Roman
Trebuchet MS
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Boxes, ellipses, triangles, polygons and lines can naturally
utilise all graphical effects. Variations in toning, reliefs and
other effects can also be applied to the advanced objects in
WideQuick. These graphical effects can be used to give
objects such as line and bar charts, as well as gauges, a
modern and clean appearance
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Toning and Colouring
Standard graphic objects can be toned in three steps to
give them a three-dimensional effect if so desired. These
graphic objects can be easily combined into your own
more complex objects, such as a regulator, for example.
The Properties Window Always
Displays the Current Object.
Immediately after an object is selected, all of its properties
are shown in the properties window without needing to
open the object. This is a significant improvement and
speeds up configuration of the objects in the operator views.
Arch Object
An arch is formed to the desired shape by specifying the
starting angle, angle arch, radius and the variables that you
want to link to make it dynamic. It is for example possible
to use this object to create a pie chart.
Polygon Object
With the polygon button, both complex as well as simple
and regular polygons can be created. You can easily define
your own symbols in the table.
Knob Object
The knob is a radial slider. The knob affects the value of
a variable from a specified minimum to a specified maximum. With the knob, you can go directly from maximum
to minimum without needing to pass any values on the way.
Creating New Composite Objects
It is easy to create new objects by combining other existing
objects. With the composite objects, you can create your
own specialised properties. Composite objects can be
easily opened and modified to your wishes.
Complex Objects
WideQuick Designer gives users the capability to create
very complex objects. An object can consist of several
different basic objects and/or be built up from a large
number of objects from the object library. Defining specific properties for complex objects makes them even easier
to reuse.
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Dynamics
With a few commands, objects in WideQuick can be connected together into
an advanced, dynamic, user interface.
By connecting variables to the objects'
properties, dynamics are created in images. You can realistically mimic a facility's
conditions by changing properties such
as colour, size or position. The objects'
dynamics are activated and presented in
WideQuick Runtime.
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Dynamics Tab
Each property dialog box for the objects has a dynamics
tab where all dynamics that belong to the current object or
grouping can quickly be viewed. Under this tab, dynamics
is also edited.
The dynamics tab displays the objects and dynamics
in a tree view, which makes it easy to find the dynamics
for specific properties. The coloured gear in the tree view
clearly shows which properties have dynamics activated.
This makes locating activated dynamics fast, even in a
large group that contains many objects.
Dynamics can be used here
Mathematical Expressions
A mathematical expression can be used to calculate the
values of a property. All variables in the data store are available for use in the expression. In the simplest case, you
can connect a variable directly to a property's value.
Scaling
Scaling is used when a variable or result from an expression needs to be rescaled. An example is if a variable or
result is within an interval, but the properties that dynamics are connected to are supposed to be within another
interval.
Scaling can also be used to convert value ranges into
a colour scaling where you specify which colours will be
used at minimum and maximum. Between minimum and
maximum, there is a colour transition between the colours.
Value Selector
With the value selector, a dynamics property can be changed per a conversion table based on a value or the result of
a mathematical expression.
• Colours of objects and frames, as well as frame type
• Width and height of objects and frames
• Objects’ X- and Y-positions
• Graphic objects’ rotation
Format
• Objects’ visibility and availability
Format dynamics are used to present variables or script
expressions in text strings.
With format dynamics, you can specify for example,
the exact number of decimals and where in a string that
the value from a variable or result of an expression will be
presented.
• Size and colour of text in text objects, for standard
buttons and option buttons, as well as checkboxes
• Italic/bold/underscore/strikethrough text
• Which image that is displayed in the image library
and workview in the multiviewer
• Scale's minimum and maximum values for line,
bar, trend and history objects
• Minimum and maximum limits for entry fields
• When objects are loaded, hidden, shown and
deleted
• When the user clicks objects
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Scripts
Scripts work the same as expressions, but are more practical for writing larger volumes of code. The scripts are
based on JavaScript, and in the program, you have access
to variables, methods and object properties.
Example of using mathematical expressions
An example of an expression is to check whether various conditions have been fulfilled. In the example, damper D01 can only be
opened when the operator requests it if a tank is not already full.
Damper D01 is closed.
Damper D01 is open.
Example of using scaling
The average value
from a pressure
transmitter for
example, is rescaled
to be presented as
a level in a stacking
device.
Example of using the value selector
Using the value
selector, a temperature
for example, can be
indicated in different
colours or with different texts for different
temperatures.
Example of using format
This application of dynamics permits the integrator to create a text string containing the value
of a variable. You can specify precision, unit and
total decimals.
Example of using scripts
With a script, the option button that corresponds to the
value in a variable is selected in a group when the value in the
variable is changed. If the operator however, manually selects
another option button, the corresponding value is stored in the
variable.
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Object Library
The object library makes it easy to create an interface that is more consistent in both
appearance and function. Groups and objects with more advanced functionality can be
easily reused and maintained from the object library.
Once the integrator has created a composite object, such
as a pump, tank, valve or motor, and is satisfied with the
results, it is easy to just select the object and drag it into
the object library. From the object library, the desired
total instances of this object can then be dragged to one
or more workviews. Dynamics in the new instances work
independently of one another. If the symbol in the object
library is changed, the change is implemented in all instances. You can export objects from the object library and
then reuse them in other projects.
An extensive object library is included with the function demo. The objects can be used in new products or
used as sources of inspiration for custom objects immediately after they are imported.
Groups
It is easy to create new, more advanced objects by grouping several single objects and saving them in the object
library. The group can then be reused without the user
needing to know how they are constructed.
Object Templates
All objects saved in the object library function as object
templates. When something is changed in an object template, the change will automatically update all workviews
where the template is used.
Creating New Objects
It is easy to copy and modify an object from the object
library and then use the new object in a workview or save
it as a new object template.
Easily create complex vector-based objects in WideQuick Designer.
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Creating a composite object and
adding it to the object library
Create your own graphic objects and drag
them into the object library. Once this is
done, it easy to copy them and make colour
changes, for example.
Using the new objects
When the new objects are to be used, just
drag them out from the object library and
drop them at the location of your choice.
Changing object properties
If you want to make any changes to an
object, it is easy to change the original
object in the object library. Double-click
the object so that it becomes editable.
Make a change and it will be implemented in all objects in the project.
Changes are visible
The changes will be immediately seen in the project and you can continue working with the next step.
19
Scripts
WideQuick provides a scripting language for easily enhancing functionality in
the HMI system. With JavaScript, you can
create longer and more advanced functions or perform mathematical and logical calculations.
®
The JavaScript scripting language is used in WideQuick
when longer and more advanced functions need to be created. The scripting language is also available for performing
simple mathematical and logical calculations in all forms
of dynamics. This means that mathematical functions such
as sin(), abs() and random() can always be used.
A script can be executed in various situations in
WideQuick Runtime, such as the result of an event or
continually in the form of dynamics. An example of an
event could be the operator clicking a button. Dynamic
scripts are used for calculating new values for a property in
an object.
The scripting language reveals the data store, surrounding objects in the workview and system functions like opening new workviews, logging in and changing languages.
Syntax Highlight
System.logOff
(_optShowDialog_)
The script editor can display syntax highlighting, with
comments in green, keywords in blue and incorrect code
in orange.
Drag & Drop
All variables, objects and functions can be easily dragged and
dropped into a script. In this
way, no spelling errors, missing
points, etc. are overlooked. Even
beginners can create powerful
scripts that work exactly as
intended.
Building smart scripts with drag &
drop. Everything is also colourcoded – syntax highlighting.
Layout and Navigation
In WideQuick , there are considerable
capabilities for creating a layout and navigation system that suits each individual
system.
®
The layout can either be made up of individual standard
components or composite objects that you create yourself,
take from the function demo or from other projects. If for
example, the standard button does not suit the layout, you
can instead make your own button from other objects or
use a more customisable button. With a customisable button, you can determine the exact appearance yourself for
up to four different states via bitmap images.
“Bring to front” Property
Each workview can have the property “Bring to front”,
which keeps the workview in front of all other windows
that do not have this property. This means that windows
or pop-ups can be locked to always be in front. You can
also give the operator the capability to activate this function dynamically in WideQuick Runtime.
Menu
WideQuick includes a feature for automatically creating
drop-down menus. Using these menus increases the navigation capabilities and the user attains a good overview of
the workviews in the system.
The fonts and font sizes on the menus can also be
changed, all so that you can choose what is best for the
individual system.
Tab Object
The tab object serves as a register with tabs. Each tab
functions as a workview and can include any number
of objects. The tab object enables efficient utilisation of
workview surfaces. Via script, you can find out which tab
is displayed and specify the tab that is to be displayed to
the user.
Multiviewer
The multiviewer is a useful tool for creating more advanced layouts in the user interface. The multiviewer permits
a workview to be divided into smaller parts. Each part can
consist of one or more workviews that the operator accesses with buttons, for example. The multiviewer can also
be automatically controlled via dynamics and scripts so
that different information is displayed depending on the
process state.
Interaction Objects
Interaction objects are used to let users influence the
process. Examples of such objects are buttons, sliders and
entry fields. These objects have a two-way connection to
the data store, which means that they can both present
and change the value of a variable. A button object can
also be a link to another workview, perform a system function such as logging in or execute a script for the greatest
possible flexibility.
21
Alarms and Events
Using WideQuick , an effective and clear alarm system can be created. Serious errors
can consequently be discovered and disruptions to production minimised. To establish
cause and effect, the operator can follow up the alarms and locate any correlations, as
well as keep statistics.
®
In order for an operator to quickly recognise and identify
an alarm, they are displayed on a list along with severity
and specified information. Alarm status is indicated with
various icons. The alarm system is also structured as a
client/server solution. This means that alarms from several
different systems can be monitored and acknowledged
from a central location.
Using Alarms
The state for each alarm created is available as a variable in
the data store. The values of alarm variables are updated
by WideQuick Runtime and set depending on whether or
not the respective alarm conditions are met. Several different alarm variables can be combined in logical expressions
for use in dynamics.
Alarm Groups
The alarms can be divided into groups for easier handling
and be assigned different activation conditions. These are
easy to configure, but for maximum flexibility you can
even let a script determine when an alarm is to be activated. Among other things, the groups can be assigned own
colours and properties. Each alarm becomes a separate
variable that can be used in other logic if so desired.
Presentation of Alarms
There is a large number of alternatives for presenting
alarms to the operator. You can display alarm lists, alarm
logs or a simple alarm bar. The operator has access to a
very flexible filtering function that enables filtering by
time, severity, alarm group and more.
Event Logging
For events that are not of alarm character, WideQuick has
a feature for event logging. To detect different events, expressions and scripts can be used. The events are separated
from the alarm list.
22
Alarm Bar
The alarm bar only shows one of the currently active
alarms. Which alarm is displayed is determined in WideQuick Designer by specifying which sort order will be
used. From the alarm bar, the operator can acknowledge
alarms in WideQuick Runtime with a simple click.
Alarm List
The alarm list can display all active alarms. The alarm
list can be sorted by time when the alarm was activated,
by severity of the alarm or in alphabetical order by alarm
text. The user of WideQuick Runtime can obtain more
information about an alarm or acknowledge it by clicking
it on the alarm list.
Alarm Log
The alarm log contains information about state transitions
for the alarms that have occurred. The information in the
log can be sorted and filtered in many different ways to
simplify troubleshooting. As an example, you can filter the
information to only display certain points in time when a
specific alarm has been activated.
Alarm Frequency List
The alarm frequency list is a good tool for determining the
reasons for operational disturbances. The alarm frequency
list automatically keeps track of how many times the
alarms have been activated and clearly presents statistics.
The alarm frequency list also presents how long each
alarm has been active, alarm descriptions and severity. All
of this makes the alarm frequency list a valuable tool for
reducing operational disturbances.
Blocked Alarms
The alarm object can also present a list of all alarms that
can be blocked as well as their present states.
Alarm Bar
Alarm List
Alarm Log
Alarm Frequency List
Blocked Alarms
23
More WideQuick Features
®
History
WideQuick can register selected information from the
facility by storing these values in a logger.
WideQuick can contain an unlimited number of
loggers that can store any number of values with the
proper license level. They can be for example, values from
temperature or pressure sensors and/or processed values
in the form of alarms. Each logging unit can have unique
settings for how often and for how long the values are to
be stored. For each logger, specification is made of the
maximum space that the information may occupy on the
storage unit.
History Object
In WideQuick, a history object can be used as an advanced analysis tool for studying individual signals or their
reciprocal dependencies. The signals presented are taken
from one or more loggers. A unique label or colour can
be specified for each signal. For the analogue signals, you
can also specify minimum and maximum values for the
scale or make them dynamic. The analogue signals are
presented in the form of curves and the digital signals are
presented as lines.
Trends
The trend object is an important tool for analysis of a
process facility. With this object, graphical presentations
can be displayed of how a value is changed during a period
of time without needing to store it in a logger. Data is presented in WideQuick in the form of curves so that events
in the process can be read.
The historical trend in a presentation window can
show both analogue and digital signals at the same time.
The scale for the analogue signals’ Y-axes and several other
functions can be controlled by the operator in WideQuick
Runtime. In WideQuick Runtime, the operator can also
choose which trends will be displayed in the chart. If only
digital signals are in the chart, the height is adjusted to
only cover the area needed.
24
Synchronised Time upon Presentation of Alarms
and History
The point in time for the alarm and trend history can be
connected so that when the operator clicks an alarm, the
time marker for the history moves to the point in time
when the selected alarm occurred.
Recipe Management
The recipe wizard in WideQuick helps you to quickly get
underway with recipe management and to create a good
structure. WideQuick makes it easy to store recipes in a
database or in an internal variable. You specify which recipe
parameters should be connected to which communications
variables. A recipe form is then created that includes the
editing fields for all recipe parameters as well as functions
for navigating among, adding and deleting recipes.
Database Communications
WideQuick Runtime can communicate with ODBC data
sources. This provides access to nearly all database software
on the market, such as Oracle, Microsoft SQL Server and
MySQL. If there is no access to ODBC, WideQuick can
even communicate directly with different databases.
For communications between databases and
WideQuick, the SQL language is used via ODBC data
source. Via a special type of variable called recordset, you
can easily access posts in a database table without needing
knowledge of the SQL language. Recordset can be
used both in dynamics and scripts as well as at the
locations where you only connect to one variable,
such as an entry field.
More advanced database operations via WideQuick can be performed by including own SQL
statements in scripts.
The database connections are also used when
historical data is logged to databases.
Security and Privileges
The integrated authorisation system is based on privileges
and can thus be freely structured. Everything from classical
hierarchical systems to systems with custom access capabilities for each individual user can be created as needed.
With the Premium license level, there is no limit to the
total number of users and privileges that can be configured.
All objects in WideQuick can be assigned privileges for the
Visibility or Availability states. For alarm objects, requirements can be set for operators having a certain privilege to
be able to acknowledge alarms on the alarm list or to clear
the alarm log history. In WideQuick Runtime, users can be
added, removed and edited.
Schedules
In modern systems it is often very valuable to be able to
set certain conditions on a regular basis. With the schedule
function it is easy to automate recurring tasks and events.
Functions can be scheduled so that they can be conducted on a regular basis, from once weekly for example,
all the way down to once per second. Unless the schedule
stipulates activation each second, the exact point in time in
the interval for activation can be specified. If the schedule
does not stipulate activation more than once each day, you
can choose activation seven days a week or only on certain
days of the week.
The function that is scheduled has capabilities similar
to the functions carried out when an operator manually
presses a button in the interface. Among other things, you
can open a new workview with a reminder for an operator,
set a value for a variable, run a script or start an external
program.
25
More WideQuick Features
®
Language
WideQuick Designer includes advanced tools for extracting text in projects and gathering them in translation
files. There is an integrated feature for creating translations
to the desired language. The operator can then easily
switch to the desired language in WideQuick Runtime
directly in a dialog box.
WideQuick uses the Unicode standard, which means
that text and translations can be entered for the languages
the computer supports.
Units
WideQuick includes functionality that enables switching
between unit systems at any time. A project can be built
up for with the SI system and US units for example, and
later easily supplemented with additional unit systems. To
convert a value from one unit of measurement to another,
all that is needed is a formula for how the values relate to
each other. Unit abbreviations or any other associated text
can also be changed. WideQuick offers considerable flexibility because unit conversion provides the capability to
designate for replacement of an entire text passage adjoining the value of a unit of measurement.
As an example, the unit system can be combined with
translations so that for example, either the Swedish “Enhet: kW” or the English “Unit: kW” is displayed, depending on the combination of languages and unit system
chosen by the operator. You just specify the translation of
the text “Enhet: [kW]” as “Unit: [kW]” in the translation
file, English.ts.
°C
kg
m3
°F
ton
gal
ActiveX
WideQuick is an ActiveX container, which means that
you can embed any ActiveX component in your presentation. Examples of ActiveX objects are web browsers, PDF
readers, Windows Media Player, Ethiris Viewer Control
and other components for presentation and input. COM
components can also be used, which work in the same
way as ActiveX components but lack graphical interfaces.
The components' properties are available for use in the
scripting language and are displayed on the context tab of
the dynamics dialog box.
The calendar object is an example
of ActiveX.
Media
WideQuick has an HTML browser with support for
HTML documents and communications with web
servers. It also includes support for other web-related
technologies that run JavaScript from web pages.
Using media objects, you avoid dependence on web
browsers based on ActiveX components. The HTML
browser can be used for example, to give operators the
capability to access the company intranet to fetch produc-
26
tion orders or view manuals and help documents.
If the HTML browser is connected to the alarm list,
operators can view help texts when clicking alarms.The
capability is also provided to enter own comments about
how an error has been remedied and thus supply maintenance personnel with more information.
A multitude of functions are available via scripts.
Table and List Objects
Table and list objects enable presentation of large
amounts of information in an easily grasped manner.
Users can also be permitted to edit the information.
Bar Charts
Bar charts provide capabilities for graphically presenting
values with a professional look in the form of bars. The
visual connection that a chart produces can clarify a value
change for an operator.
Line Charts
Line Charts provide flexibility in graphically presenting
values with a professional look in the form of lines. By
viewing a chart instead of pure numbers, it is easier for
operators to perceive value changes.
Gauges and Gauge Objects
Gauge objects are very adaptable and can be configured
in many ways to resemble analogue gauges. It is easy to
configure your own gauge by varying the scale, pointer,
dynamics, design and colour, for example. The same functionality can also be achieved using graphic objects such as
ellipses, lines, polygons, bows and text.
27
Operating Systems
WideQuick has been developed to run on several different operating systems with
simple data transfer between systems. One and the same project created in WideQuick
Designer can be run both on Windows and GNU/Linux .
®
®
®
WideQuick has always been developed with platformindependence in mind. This gives WideQuick users the
unique opportunity to choose the platform or platforms
that best suit a specific facility. As an example, you can run
WideQuick Runtime with Windows on the server and let
several WideQuick Remote installations for GNU/Linux
operate as clients for the server. Moreover, the clients do
not need to run on the same platform.
For the most part, WideQuick has the same functionality and capabilities regardless of platform. Once you have
learned WideQuick for Windows, you automatically know
how the product works on GNU/Linux.
Windows
WideQuick
Runtime
®
WideQuick
Designer
®
28
®
®
WideQuick is always adapted to the platform you
have chosen. Due to this, there is no need either for heavy
frameworks such as Java and .NET for WideQuick to
function correctly.
WideQuick runs on all modern versions of Microsoft Windows (XP and newer) as well as the most recent
versions of the GNU/Linux distributions such as GNU/
Debian (5.0–6.0) and Ubuntu (11.04 and newer).
Although WideQuick is mainly developed for Debian
and Ubuntu, it is fully possible to add support for other
distributions.
GNU/Linux
®
Integrated Function Demo
An extensive function demo is included with WideQuick that contains many tips for
resolving various tasks. All objects in the function demo have been created from the
standard objects in WideQuick Designer.
®
®
The function demo includes both examples of operator
interfaces and of individual functions and objects. For
instance, you can get tips for how historical data can be
synchronised with the point of time for when a specific
alarm occurred. It is worth your while to explore the demo
in WideQuick Runtime and then look at WideQuick
Designer for how the various parts are implemented.
There is also a collection of object libraries in the function demo that can be imported to your own projects.
Information about the architecture in WideQuick
and the development environment is also included in the
demo.
Real-time trends
Property automation
Example of a basic alarm list
29
Technical Data: H500
Hardware
Software
Processor
Extremely energy-efficient Intel Atom N270 CPU at
1.6 GHz with hyperthreading for increased performance.
Operating Systems
Windows 7/7 Embedded, alternatively Windows XP/XP
Embedded or GNU/Linux. The hardware also supports
other operating systems.
Internal Memory
Up to 2 GB PC6400U DDR2 SDRAM in an easily replaced SODIMM module.
Graphics/TFT/VGA
• 12" TFT screen, 800 x 600 pixels with 256 thousand
colours and luminosity of 450 nit.
• 12" TFT screen, 1024 x 768 pixels with 16.2 million
colours and luminosity of 500 nit.
• 15" TFT screen, 1024 x 768 pixels with 16.2 million
colours and luminosity of 400 nit.
• 17" TFT screen, 1280 x 1024 pixels with 16.2 million
colours and luminosity of 300 nit.
• 19" TFT screen, 1280 x 1024 pixels with 16.2 million
colours and luminosity of 450 nit.
External standard VGA port with simultaneous display.
Controllable backlight, 0–100%.
Storage System
External, easily accessible port for CompactFlash up to
32 GB. As option, up to two 2.5" automotive class SATA
hard disks.
Touch Screen
Built-in durable 5-wire touch screen designed for up to 35
million operations. USB-connected touch controller.
Non-Battery Start
The unit can be started without a CMOS battery, which is
only required to maintain the correct time and date.
Network Start
Can be started from networks entirely without support of
own storage media.
Internal Expansion
The unit has an internal slot for MiniPCI cards.
30
BIOS/EFI
Reprogrammable 8-Mbit flash PROM. Uses BIOS software from AMI. Operable without battery and supports
non-media network starts.
Environment
Temperature
Operating: 0 to 50º C
Storage: -25 to 70º C
Chassis
Front in aluminium with PORON seals, washdown safe
and dustproof to IP65. Back in galvalumed steel to protection class IP20.
Moisture
Withstands 10–90 % relative humidity, non condensing.
Cooling
The unit is passively cooled without fans or other moving parts. It only needs access to a circulating flow of air
around the chassis for required cooling.
EMC
The product is CE-labelled and approved per the EU LVD
and the following standards: EN 61000-6-3: 2001, EN
55022: 1998 class A, EN 55024:1998, -A1: 2001, EN
61000-4-2, -3, -4, -5, -6.
Mounting
Models
Available for recessed panel installation in cabinet doors or
thinner walls up to 10 mm, for example.
Colours
As standard, the unit's front has a polymer-based powder
coating in grey with texture.
CompactFlash
2 x 2.5" SATA SSD/
Aut. HD
SVGA
4 x USB 2.0 ports
Backlight
Embedded
N270
Atom 1.6 GHz
(fanless)
PS/2 keyboard
PS/2 mouse
TFT control
USB
TFT screen
Touch control
Touch sensor
MiniPCI slot
Sound/Spkr(opt)
DDR2 SDRAM
COM 4
COM 1
COM 1
COM 2/3
RS232
RS232
RS485/422
RS232
DSUB9
1 CD
2 RD
3 TD
4 DTR
5 Signal GND
6 DSR
7 RTS
8 CTS
9 RI
DSUB9 male
1 CD
2 RD
3 TD
4 DTR
5 Signal GND
6 DSR
7 RTS
8 CTS
9 RI
DSUB9
RS485RS422
1 RTX+TX+
2 -RX+
3 RTX-TX4 -RX5, 6, 7, 8, 9-
Connections
Network
Integrated standard Ethernet port, 10/100/1000 Mbit
with LED indication of connection status and traffic.
Mouse with keyboard
Dual standard PS/2 ports.
RS232/RS485
4 ESD-protected RS232s of which one combined, which
provides capability for RS485/422 with 2-wire or 4-wire
connection.
USB
4 external 480-Mbps ports per USB 2.0.
Audio
6-channel sound with integrated mixer and equaliser.
DSUB9
1 CD
2 RD
3 TD
4 DTR
5 Signal GND
6 DSR
7 RTS
8 CTS
9 RI
10/100/1000
Mbits
Ethernet
Standard
8-pole
RJ45
Power
24 V ± 10 %
3-pole Phoenix
1+24 V
2 GND
3 0V
• Oe 535 Proficient 15" - Power consumption max. 30 W
• Oe 537 Proficient 17" - Power consumption max. 40 W
• Oe 539 Proficient 19" - Power consumption max. 45 W
Connectors
Below (from left to right)
Power
3-pole Phoenix MiniCombicon
RS2 32 C2
9-pole DSUB male
RS232 C3
9-pole DSUB male
Mouse
PS/2 MiniDIN female
Keyboard
PS/2 MiniDIN female
RS232/485 C1 9-pole DSUB male
VGA
15-pole HD-DSUB female
LAN
RJ-45
USB A
2 type A
USB B
2 type A
Audio
2 3.5-mm jacks
RS232 C4
9-pole DSUB female
Power supply
24 V DC ± 10 %
• Oe 532 Proficient 12" - Power consumption max. 25 W
• Oe 533 Proficient 12" - Power consumption max. 30 W
31
Technical Data: H600
Hardware
Software
Processor
Powerful Intel Dual Core P4500 at 1.86 GHz or i5-520M
at 2.4 GHz.
Operating Systems
Windows 7/7 Embedded, alternatively Windows XP/XP
Embedded or GNU/Linux. The hardware also supports
other operating systems.
Internal Memory
Up to 4 GB PC3-10600 DDR3 memory distributed over
two easily replaceable SODIMM modules.
Graphics/TFT/VGA
• 12" TFT screen, 800 x 600 pixels with 16 million colours and luminosity of 450 nit.
• 12" TFT screen, 1024 x 768 pixels with 16.2 million
colours and luminosity of 450 nit.
• 15" TFT screen, 1024 x 768 pixels with 16.2 million
colours and luminosity of 400 nit.
• 17" TFT screen, 1280 x 1024 pixels with 16.2 million
colours and luminosity of 300 nit.
• 19" TFT screen, 1280 x 1024 pixels with 16.2 million
colours and luminosity of 450 nit.
External VGA/DVI/HDMI ports with simultaneous display on two channels. Controllable backlight, 0–100%.
Storage System
External, easily accessible port for CompactFlash up to
32 GB. There is also space for 2.5" SSD or automotive
class SATA hard disks. As an alternative to CF, a 2.5" SSD
or HD can be installed.
Touch Screen
Built-in durable 5-wire touch screen designed for up to 35
million operations. USB-connected touch controller.
Non-Battery Start
The unit can be started without a CMOS battery, which is
only required to maintain the correct time and date.
Network Start
Can be started from networks entirely without support of
own storage media.
Expansion Options
The unit has a slot for a standard PCIExpress x1 card and
two slots for MiniPCIe cards, one half-length.
32
BIOS/EFI
Uses BIOS/EFI software from AMI. Operable without
battery and supports non-media network starts.
Environment
Temperature
Operating: 0 to 50º C
Storage: -25 to 70º C
Chassis
Front in aluminium with PORON seals, washdown safe
and dustproof to IP65. Back in galvalumed steel to protection class IP20.
Moisture
Withstands 10–90 % relative humidity, non-condensing.
Cooling
The unit is delivered with an integrated 60,000-hour longlife fan with dual ball bearings. It only needs access to a
circulating flow of air at the top of the chassis for required
cooling.
EMC
The product is CE-labelled and approved per the EU LVD
and the following standards: EN 61000-6-3: 2001, EN
55022: 1998 class A, EN 55024:1998, -A1: 2001, EN
61000-4-2, -3, -4, -5, -6.
Mounting
Models
Available for recessed panel installation in cabinet doors or
thinner walls up to 10 mm, for example.
Colours
As standard, the unit's front has a polymer-based powder
coating in grey with texture.
CompactFlash
2 x 2.5" SATA SSD/
Aut. HD/Std HD
VGA
Backlight
4 x USB 2.0 ports
TFT control
Intel Dual Core
P4500/
Core i5-520M
DVI
HDMI
Sound/Mic
Touch control
MiniPCIe slot half
Touch sensor
MiniPCIe slot full
Monitorable long-life fan
DDR3 SO-DIMM x 2
PCIe x1 slot
COM 4
COM 1
COM 2/3
RS485/422
RS232
RS232
DSUB9 male
1 CD
2 RD
3 TD
4 DTR
5 Signal GND
6 DSR
7 RTS
8 CTS
9 RI
DSUB9 male
1 CD
2 RD
3 TD
4 DTR
5 Signal GND
6 DSR
7 RTS
8 CTS
9 RI
DSUB9 female
RS485RS422
1 RTX+TX+
2 -RX+
3 RTXTX4 -RX56789-
USB
TFT screen
Connections
Network
Integrated dual standard Gbit Ethernet ports,
10/100/1000 Mbit with LED indication of connection
status and traffic.
RS232/RS485
3 ESD-protected RS232s and 1 RS485/422 with 2-wire
or 4-wire connection. RTS control is possible, but unnecessary when 2-wire transmission/reception is handled
automatically.
USB
4 external 480 Mbps ports per USB 2.0.
Audio
2-channel sound with integrated mixer and equaliser.
Power supply
24 V DC ± 10 %
• Oe 612 Flexible 12" - Power consumption max. 60 W
• Oe 613 Flexible 12" - Power consumption max. 65 W
• Oe 615 Flexible 15" - Power consumption max. 70 W
10/100/1000
Mbits
Ethernet
RJ45
1 TX_D1+
2 TX_D13 RX_D2+
4 BI_D3+
5 BI_D36 RX_D27 BI_D4+
8 BI_D4-
10/100/1000
Mbits
Ethernet
RJ45
1 TX_D1+
2 TX_D13 RX_D2+
4 BI_D3+
5 BI_D36 RX_D27 BI_D4+
8 BI_D4-
Power
24 V ± 10 %
3-pole Phoenix
1+24 v
2 GND
3 0V
• Oe 617 Flexible 17" - Power consumption max. 75 W
• Oe 619 Flexible 19" - Power consumption max. 85 W
Connectors
Below (from left to right)
Power
3-pole Phoenix MiniCombicon
RS232 C2
9-pole DSUB male
RS232 C3
9-pole DSUB male
Aux POWER
Alternative 12 V supply
RS232 C1
9-pole DSUB male
HDMI
HDMI port
VGA
15-pole HD-DSUB female
DVI
DVI port
LAN1
RJ-45
USB A
2 type A
LAN2
RJ-45
USB B
2 type A
Audio
2 3.5-mm jacks
RS485/422 C4 9-pole DSUB female
33
Our Courses for WideQuick
®
®
WideQuick is our HMI/SCADA system and is a unique software for creating advanced
graphic surveillance and presentation systems.
Different systems should work together seamlessly while
information is collected and presented in a simple way.
WideQuick® is a modern software for HMI/SCADA
systems and offers a variety of unique features for both
integrators and end users.
The courses are held in smaller groups so that the
participants get as much out of them as possible.
All this is included in the courses:
Experienced and knowledgeable course leaders
Personal assistance
Modern equipment
First-rate and personal course material
Course certificate for completed training
Fruit and refreshments
Morning and afternoon coffee and tea
Lunch
WideQuick® Intro
34
Length:
Half-day. Held in the afternoon of the day before WideQuick® Basic Training.
Previous knowledge:
None
Target group:
Those who will be taking WideQuick® Basic and do not have any previous experience.
Course contents:
The course goes through common concepts and terms used in HMI/SCADA and
WideQuick®. The participants will for example gain an understanding of OPC tags
and what variables are used for.The participants learn how to locate and use the most
common functions at a relaxed pace.
Structure:
Simple exercises that are carried out at the same time as the course leader shows them
on the whiteboard.
WideQuick® Basic Training
Length:
2 days
Previous knowledge:
Basic knowledge of HMI/SCADA systems.
Target group:
System integrators, end-users, operators and decision-makers.
Course contents:
The course provides basic skills in using the development tool WideQuick® Designer
for creating HMI/SCADA applications. After completion of the course, the participants are able to use the development tool in a highly efficient manner to edit graphics
and dynamics.
Structure:
After going through the course literature, the participants do the included exercises
with the support of the course leader.
WideQuick® Script Training
Length:
1 day
Previous knowledge:
WideQuick® Basic Training and previous experience of programming. The participants
also should have worked with WideQuick® in a number of projects.
Target group:
System integrators
Course contents:
The course begins by reviewing the basics of JavaScript, flow control and exceptionhandling. Furthermore, in-depth studies are made within how objects and functions
can be used to create advanced applications.
Structure:
After going through the course literature, the participants do the included exercises
with the support of the course leader.
WideQuick® Professional Training
Length:
2 days
Previous knowledge:
WideQuick® Script Training or good knowledge of scripting languages.
Target group:
System integrators
Course contents:
During the course, in-depth studies are made within several areas of WideQuick®,
including logging and connecting with databases, implementation of third-party programs like alarm servers, as well as setting up a client/server network. The participants
learn to use graphical properties and create professional-looking 3D objects for improved operator environments. The course is concluded with the course leader sharing
smart and time-saving tips and techniques.
Structure:
After going through the course literature, the participants do the included exercises
with the support of the course leader.
35
Kentima – Our Product Lines
Kentima develops, manufactures and sells advanced products for the automation and
security sector. Our customers place extremely high demands regarding reliability,
functionality and integration, which in turn places high demands on us as a product
development company. Our high quality is reflected in the unique, cost-effective and
flexible products we develop and deliver.
Lobby
Terminal 3
Our business concept is to develop, manufacture and sell
high quality products that can communicate with different
systems to visualise, store, monitor and manage information and images. Our sales are primarily through distributors and resellers.
Gate 22
Gallerian
City Airport
Perrong E
Översikt
Kassa 1
Våning 4
Our four product lines
WideQuick®, HMI/SCADA Software
Oe, Industrial Computers
Ethiris®, Video Management Software
WideQuick® HMI Panel, Operator Panels
Please visit our website and download
our brochures or contact us for more
information, www.kentima.se.
HMI/SCADA
HMI / SCADA Software
Our HMI/SCADA system is called WideQuick® and is a unique software
application for creating advanced graphical surveillance/monitoring systems
and presentation systems. In comparison to conventional systems, integrators
need much less time to develop and commission systems. The end-customer
obtains a user-friendly system and can cost effectively monitor and optimise
production. WideQuick® is also used as the parent system within various
security applications.
36
Video Management
Video Management Software
Ethiris® is our software for video surveillance and monitoring. It is an
open, component-based platform allowing different modules to be combined to create an optimal system. Ethiris® has support for many makes
of camera as well as a large number of features for easily providing effective, powerful camera surveillance. Through its flexible license structure,
Ethiris® can be used for all sizes of system – from small to large advanced
systems with extremely high functionality.
Industrial Computers
Industrial Computers
Oe is our line of industrial computers, consisting of the Panel PC and
Box PC. A Panel PC is an industrial computer with a fully integrated
screen and touch functionality. All models are PC compatible and developed for demanding industrial use. To meet the various requirements and
demands from our customers, we have developed several models and a
range of screen sizes for different working environments.
Operator Panels
HMI Panel
WideQuick® HMI Panel is our series of operator panels. WideQuick®
HMI Panel is a new concept within the field of operator panels, and
provides a number of new possibilities. It enables user-friendly, attractive and highly advanced user interfaces to be created quickly, easily and
cost effectively. WideQuick® HMI Panel is a system that can be easily
integrated into an existing system.
37
Dimensions
(recommended)
®
WideQuick HMI Panel 500
Model
Oe532
Oe533
Oe535
Oe537
Oe539
A
26
26
26
26
26
B
45
45
45
45
45
C
D
E
F
G
H
I
31333735029027719471
31333735029027719471
31339440633031919572
31343044237536419572
31346948140639319471
J
K
L
5 280340
5 280340
5 320396
5 365432
5 395467
®
WideQuick HMI Panel 600
Model
Oe612
Oe613
Oe615
Oe617
Oe619
A
26
26
26
26
26
B
87
87
87
87
87
C
D
E
F
G
H
I
J
K
L
3153323502902741951115 276336
3153323502902741951115 276336
3153894063303141951115 317391
3154254423753591951115 361429
3154634814063901951115 394466
Storage media
6
7
8
9
D
E
F
G
O
2 GB CompactFlash
4 GB CompactFlash
8 GB CompactFlash
16 GB CompactFlash
40 GB SSD
80 GB SSD
120 GB SSD
160 GB SSD
100 GB Autom. HD 2.5"
WideQuick HMI Panel units are supplied
with 2 GB CompactFlash for Linux and
4 GB CompactFlash for Windows 7 as
standard.
38
Designer
HMI
Extended
1024
Extended
2048
-
-
Number of users
16
16
Number of privileges
16
16
Number of workviews
128
128
Number of recordsets
16
16
Runtime
Client/server solution
Language and unit conversion
Scripts
Number of variables that can be logged
64
64
Number of variables and alarms (total)
8000
8000
External tags (variables)
1024
2048
Article Numbers
Article number, Windows ®
Article number, Linux ®
Designation
®
WideQuick HMI Panel 500, Extended 1024 tags, CPU Intel N270
H512-NEL036-DD7W
H513-NEL036-DD7W
H515-NEL036-DD7W
H517-NEL036-DD7W
H519-NEL036-DD7W
H512-NEL036-006L
H513-NEL036-006L
H515-NEL036-006L
H517-NEL036-006L
H519-NEL036-006L
12" screen 800 x 600 pixels 12" HR screen 1024 x 768 pixels
15" screen 1024 x 768 pixels
17" screen 1280 x 1024 pixels
19" screen 1280 x 1024 pixels
®
WideQuick HMI Panel 500, Extended 2048 tags, CPU Intel N270
H512-NES036-DD7W
H513-NES036-DD7W
H515-NES036-DD7W
H517-NES036-DD7W
H519-NES036-DD7W
H512-NES036-006L
H513-NES036-006L
H515-NES036-006L
H517-NES036-006L
H519-NES036-006L
12" screen 800 x 600 pixels 12" HR screen 1024 x 768 pixels
15" screen 1024 x 768 pixels
17" screen 1280 x 1024 pixels
19" screen 1280 x 1024 pixels
®
WideQuick HMI Panel 600, Extended 1024 tags, CPU Intel P4500
H612-PEL036-DD7W
H613-PEL036-DD7W
H615-PEL036-DD7W
H617-PEL036-DD7W
H619-PEL036-DD7W
H612-PEL036-006L
H613-PEL036-006L
H615-PEL036-006L
H617-PEL036-006L
H619-PEL036-006L
12" screen 800 x 600 pixels 12" HR screen 1024 x 768 pixels
15" screen 1024 x 768 pixels
17" screen 1280 x 1024 pixels
19" screen 1280 x 1024 pixels
®
WideQuick HMI Panel 600, Extended 2048 tags, CPU Intel P4500
H612-PES036-DD7W
H613-PES036-DD7W
H615-PES036-DD7W
H617-PES036-DD7W
H619-PES036-DD7W
H612-PES036-006L
H613-PES036-006L
H615-PES036-006L
H617-PES036-006L
H619-PES036-006L
12" screen 800 x 600 pixels 12" HR screen 1024 x 768 pixels
15" screen 1024 x 768 pixels
17" screen 1280 x 1024 pixels
19" screen 1280 x 1024 pixels
®
WideQuick HMI Panel 600, Extended 1024 tags, CPU Intel i5
H612-5EL036-DD7W
H613-5EL036-DD7W
H615-5EL036-DD7W
H617-5EL036-DD7W
H619-5EL036-DD7W
H612-5EL036-006L
H613-5EL036-006L
H615-5EL036-006L
H617-5EL036-006L
H619-5EL036-006L
12" screen 800 x 600 pixels 12" HR screen 1024 x 768 pixels
15" screen 1024 x 768 pixels
17" screen 1280 x 1024 pixels
19" screen 1280 x 1024 pixels
®
WideQuick HMI Panel 600, Extended 2048 tags, CPU Intel i5
H612-5ES036-DD7W
H613-5ES036-DD7W
H615-5ES036-DD7W
H617-5ES036-DD7W
H619-5ES036-DD7W
H612-5ES036-006L
H613-5ES036-006L
H615-5ES036-006L
H617-5ES036-006L
H619-5ES036-006L
12" screen 800 x 600 pixels 12" HR screen 1024 x 768 pixels
15" screen 1024 x 768 pixels
17" screen 1280 x 1024 pixels
19" screen 1280 x 1024 pixels
When the unit will be delivered with Windows and only the integrated Modbus protocol, 00 is specified instead of DD.
The second character from the end of the article number refers to storage media; see page 38.
39
Phone: +46 (0)46-25 30 40Fax: +46 (0)46-25 03 10
© Copyright Kentima AB. All rights reserved.
Mailing address:
Visiting address:
Kentima AB
Kentima AB
PO Box 174
Kastanjevägen 2
SE-245 22 Staffanstorp
SE-245 44 Staffanstorp
SwedenSweden

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