What is new in WinMOD 7.0 ?

© Copyright Mewes & Partner GmbH 

Alle Rechte vorbehalten. All rights reserved. 

WinMOD System WinMOD Platform System Version Software 7.0 7.0 

What is new in WinMOD 7.0 ? 

Real-time Simulation Center for Automation 

Dear Customer, 

Mewes & Partner 

we are pleased to present to you the latest version of 

our real-time simulation and software testing platform 

WinMOD 7.0. 

In recent years, much functionality of WinMOD proved 

stable, versatile and in fact ahead of its time. Even so, 

several new developments were incorporated, 

concerning the coupling of automation systems, the 

performance of add-ons, know-how protection, the 

efficiency of workflows, etc. 

A major trend shows that in several branches WinMOD 

becomes integral to over-all project performance. For 

this purpose WinMOD provides new means for 

integration into the over-all data flow. 

Furthermore, WinMOD 7.0 runs completely on 

Windows 7, including all Configurations and Add-Ons. 

We are now glad to show you the new features in more 

detail in the following presentation. 

Yours, 

Mewes & Partner GmbH 

Page 0 

www.winmod.de 

Mewes & Partner GmbH 2011_CW 

WinMOD-Präsentationen\WinMOD_System\Systemsoftware\New_in_WinMOD_7.0_en.ppt

The WinMOD System Platform 

Real 

Installation 



WinMOD System Platform Version 7.0 

The Major Lines of Development 

Virtual 

Installation 


WinMOD simulates real installations and 

machines from the perspective of the 

automation system. 

Page 1 

WinMOD has the same interface to the 

automation system as the real installation. 

Thus it can reproduce the behavior of the 

installation in a way so that both, the 

simulation and the reality, show the same 

appearance. 

For this purpose, WinMOD can interface with 

practically all market available automation 

system. It has extraordinary real-time 

performance, is easy to handle and can be 

learned in short time. 

This makes WinMOD an ideal tool for: 

- software testing 

- virtual commissioning 

- training simulators 

- optimizing operation procedures 

- optimizing installation 

- education 

- presentation 

- etc. 



Quo Vadis ? 

A Profound role in Overall Project Performance 




WinMOD started as a tool for testing automation systems, used by 

PLC programmers for efficiently testing without the real installation. 

The concept was adopted by operating companies for Factory 

Acceptance Tests (FAT), what strongly shortens commissioning. 

As a result, many companies use WinMOD as an integral part of 

overall project performance. Hence, the usages of WinMOD are 

embedded into several engineering processes. 

Proof of 

Concept, 

Planning 

Software 

Testing 

Software 


Continuous 

Software 



The FATs - that test mostly IO-behaviour - were extended to complete 

commissioning procedures for automation systems. The resulting 

virtual WinMOD Installations enable complete tests of all operating 

sequences of the real installation. Deeper process modelling and the 

introduction of 3D complemented the usage for simulator training for 

operators and maintenance personnel. Today, WinMOD Installations 

can accompany the real installation throughout its further life-cycle. 

FAT 

FAT, Virtual 

Commissioning 

FAT, Virtual 

Commissioning, 

Training 

Maintenance, 

Training 

Maintenance, 

Training, 

Optimization 

Integration into Engineering Processes 

More Simulation for Less Mouse-Clicks 

Back to the roots ? 


Efficiency is a key qualification. For this reason functions were 

optimized, parameters values are proposed, default values are set 

according to context, etc. Workflows that were performed stepwise 

and manually can now be configured and executed automatically. 

Protection of Know-how 

Windows 7 

The new release of WinMOD 7.0 is running also on Windows 7. 

. . . WinMOD 1 was an in-house tool of Mewes & Partner, developed 

for internal software testing. Others were interested in using it, it was 

marketed, and it was successful since it was a tool from practitioners 

for practitioners. This basic usage is still the core and it is still simple 

and fast. But today's WinMOD 7.0 provides also much more . . . 

Page 2 

WinMOD provides various open interfaces, exports and imports, and 

fluently integrates with various real time systems. The extended 

usages and the interleaved usage throughout the whole project 

performance is now supported by functionality for planning, extensive 

data exchange with engineering data bases, etc. This reflects the 

strategic importance that WinMOD gains in over all project 

performance. 

WinMOD users provide simulation components and complete models 

to each other. Since these often contain considerable know-how, 

Components, Simulation Files and complete Projects can be protected 

by licenses. 



WinMOD 

The WinMOD System Platform 

automation system 

in real-time 

signal coupling 


WinMOD Configurations 

d 





PLC- 


Processes 


CPU 

WinMOD Basics 

Procedures Engineering 


Hydraulics 

WinMOD System Software 

Mechanics 

WinMOD Workflows - Methods - Integrations 

a 


Electrics 

WinMOD Plant 

b 


WinMOD Recorder 

WinMOD Engineering 

Assistance 

WinMOD-Net 

TCP/IP 

CPU 


e 

DB 

CPU 



WinMOD-3D-View 

further . . . 

WinMOD Add-Ons 

CPU 

c 


Page 3 

The flexibility of the WinMOD System 

Platform enables the optimal WinMOD 

System for your application, tailored for 

your automation systems, branch and 

technologies, usages and engineering. 

a) The WinMOD Configurations couple 

practically all market available automation 

systems. The real hardware can be 

coupled with the real bus systems, or only 

the software. The coupling includes all IOsignals 

with real-time data transfer. 

b) The WinMOD System Software forms the 

core where the simulated "WinMOD- 

Plant" is configured and run in real-time. 

c) The WinMOD Add-Ons add special 

abilities to your WinMOD System, for 3Dsimulation, 

for automatic engineering, 

for distributed simulation and more ... 

d) As WinMOD Basics, libraries and 

templates are provided. 

e) The WinMOD Workflows, Methods and 

Integrations embed WinMOD into the 

over-all engineering processes and data. 




Overview on the New Features 

i 

automation system 


ix 


viii 

signal coupling 






PLC- 


Processes 


CPU 


WinMOD System Software 

WinMOD Foundations 

Procedures Engineering 

Hydraulics 

Mechanics 

WinMOD Workflows - Methods - Integrations 

iv 


Electrics 

WinMOD Plant 

vii 

vi 

x 

ii 

v 

iii 

xi 


WinMOD Recorder 

WinMOD Engineering 

Assistance 

WinMOD-Net 

TCP/IP 

CPU 


DB 

iv iii 

CPU 



WinMOD-3D-View 

further . . . 

WinMOD Add-Ons 

CPU 


Several major new features support the 

major lines of development: 

Page 4 

i. WinMOD 7.0 released also for Windows 7 

ii. Complete Operands automatically 

creates Operands for Components 

iii. Reverse EngineeringAssistance exports 

Simulation Models for various purposes 

iv. EngineeringAssistance more specific for 

sources and targets, integrated actions 

v. Content Licenses protect user know-how 

on level of Dongles 

vi. Searching and Replacing faster handling 

vii. convention for internal Analog Formats 

viii. Configuration A750 (S7-PLCSIM) for multiinstances 

ix. Configuration X700 

- X700_ND (PROFINET IO norm device) 

- X700 (PROFINET IO / PROFIsafe) 

x. New WinMOD OCA-Libraries for drives 

xi. New specific WinMOD Project Templates 







WinMOD 7.0 runs on Windows 7 

WinMOD 7.0 is released for 


Windows Server 2003 

Windows XP 


Page 5 

This concerns the complete WinMOD System 

Platform including 

all WinMOD Configurations, 

the WinMOD System Software, 

all WinMOD Add-Ons. 






Complete Operands 

Automatic Completion of Operands for 

Parameters and State Variables 

Automatically 

add Operands for 

Parameters and States 


In addition to Automation System (AS) input 

and output signals, the simulated 

components in WinMOD often provide 

further signals, for example for 

parameterization and state indication. 

Operands for these additional signals can 

now be created automatically by means of 

the function Complete Operands. 

The symbols for the Operands can be 

composed flexibly from several component 

and signal attributes. 

advantages: 

� fast engineering 

� consistent and correct naming 

� basis for further mechanisms 

Page 6 



Connection of Simulation Levels 

Bus Devices 

Simulation 





Material Flow 

Simulation 


Corresponding components in different 

simulation levels are automatically 

connected with each other. 

This is achieved by the new function 

Complete Operands in combination with 

suitable naming conventions. 

For example: The drive of pump P1 is a bus 

device connected to the controller-IOs. It 

outputs a number-of-turns signal "P1.$>n" 

which is an input to the material flow 

simulation of P1 causing material flow 

"$Q_in" to "$Q_out". 

advantages: 


� consistent and correct naming 

Page 7 



Remove Operands 





Remove 

Operands 


As the inverse to Complete Operands, the 

function Remove Operands is introduced. 

This new function does not delete the 

Operands from the project, it only removes 

them from the selected Components and 

Simulation Elements. 

Typical usage are: 

preparing re-creating all connections 

creating patterns for copying 

creating templates 

advantages: 

� fast and safe engineering 

Page 8 



Modification of WinMOD Models 

with external Tools 

Reverse 

EngineeringAssistance 

NEW ! 




Reverse EngineeringAssistance 

1 

3 

create Engineering Lists 

Engineering List 


2 



WinMOD 5.0 introduced the 

WinMOD EngineeringAssistance which 

enables to automatically create WinMOD 

Simulations by importing Component 

Models from external lists to WinMOD. 

WinMOD 7.0 now introduces the 

Reverse EngineeringAssistance which 

enables to export the Component Models 

from WinMOD back to the external lists. 

A typical workflow consists in: 

Page 9 

1) creating the Engineering Lists from 

installation data, e.g. the controller signal list, 

2) creating the Components in WinMOD by 

importing them with the Engineering- 

Assistance, and working on them. 

3) exporting the modified Components with 

the Reverse EngineeringAssistance and 

modifying them in the lists format. 

Re-import with step 2. 

advantages: 

� export modifications made in WinMOD 

� extended possibilities for simulation editing 




Round-Load between WinMOD Installations and 

Engineering Data Bases 

import 

to Engineering Data Base 

export 

from WinMOD 

NEW ! 




Engineering 

Data Base 


Round- 

Load 

export 

from Engineering Data Base 

import 

to WinMOD 


Page 10 

WinMOD contains various engineering data. 

Many of them are managed in engineering 

data bases and then imported to WinMOD 

for testing. 

Now an increasing number of customers 

request to modify engineering data also in 

WinMOD and to re-integrate the changes to 

the engineering data bases. 

As a goal it should be possible to modify the 

data wherever this is convenient with 

subsequent update of the other data base. 

This round-load is now available by 

combination of 

EngineeringAssistance and 

Reverse EngineeringAssistance. 

advantages: 

� high flexibility in project performance 

� flexible handling of continuously changing 

data 

� high consistency of verified data 



Generation of Data in WinMOD 

(example IO-Lists) 

list of items 




or manually 

1 

component 

without IO-Operands 



2 

component 

with IO-Operands 


NEW ! 

controller IO-list 

3 

Operand Export 

Reverse 


NEW ! 


Several data can be created and completed 

with WinMOD. 

For example, customers increasingly request 

the creation of IO-lists in WinMOD. 

The concept consists in: 

1) creating the components with the 

respective item designation and type, 

2) completing the operands, 

3) exporting the resulting operands. 

The exported IO-list is a starting point for 

the symbol and configuration processing for 

the control system. 

The preliminary list can be further 

processed in WinMOD and analysed, e.g. 

by filtering. 

advantages: 

� simple systematic proceeding 

� descriptive presentation 

� high consistency 

Page 11 



Graphical Specification 

Graphical Specification of PowerSupply 

Power Supply 


from Controler IO-List 



a 

c 



b 

d 

Common Simulation 

Power Supply 

NEW ! 

Reverse 



WinMOD can be used to create clear 

graphical specifications of relations in 

installations. The graphical specification is 

exported with the Reverse Engineering- 

Assistance and then further processed. 

Page 12 

For example: 

a) The power supply system is graphically 

specified in WinMOD. 

b) This model is exported with the Reverse 

EngineeringAssistance. 

c) The power model is combined with the 

EngineeringList for the Component IOs 

and imported to WinMOD. 

d) The result is a model consisting of both, 

the controller-IOs and the power supply. 

advantages: 

� graphical editing in WinMOD 

� easy survey 

� high consistency 






Engineering Assistance imports from Clipboard 


macro name 

valve 17 

balance 32 

from file 

until now 

WinMOD Library 

Engineering Assistance 

macro type operand address 

valve Type A V17.C_POS M1.AW 4 

balance Type1W32.R_M 

M1.EW 0 


internal Format 

Percent 0...100% 

EE balance Type1 

from clipboard 

NEW ! 

. . . 

. . . 

generated files 


Page 13 

The Engineering List that specifies which 

components are to be created automatically 

was until now provided in a text file. 

Now it can also be provided in the 

clipboard. This saves steps for defining and 

managing the files and allows a direct 

supply from the source of the Engineering 

List to the EngineeringAssistance. 

The method of using a file is maintained 

and can be further used for more complex 

methods with EngineeringLists composed 

from different sources. 

advantages: 

� faster engineering 

� less file management 



Replace and Complete Existing Files 

automatic 

generation 


temporary 

files 





target files 

manual 

copy 

until now 


automatic 

generation 

NEW ! 

target files 


Since the introduction of the 

EngineeringAssistance the variety of 

applications and the extend of usages 

grew considerably. 

Page 14 

While the first usages created single new 

files, today's usages may create a multitude 

of files with dedicated purposes. 

Therefore the need arose to direct the 

generated content directly into the target 

files. Thereby the created content of existing 

files is directly replaced and completed. 

This workflow is in many cases faster and 

allows to preserve file contents that is to be 

maintained. 

The replacement and completion of exiting 

files is option-controlled. 

advantages: 


� minimized file management 

� higher flexibility 






Complete Operands after EngineeringAssistance 

Engineering List in clipboard 

macro name 

valve 17 

balance 32 

macro type 

valve Type A 

balance Type1 

operand 

V17.C_POS 

W32.R_M 

address 

M1.AW 4 

M1.EW 0 

a 

internal Format 

Percent 0...100% 

EE balance Type1 


. . . 

. . . 

from clipboard 


replace b 

and complete 

NEW ! 

NEW ! 

Target Files 

c 

NEW ! 


Completed 

Target Files 

d 


The new function Complete Operands can 

be called automatically after execution of 

the EngineeringAssistance. 

This enables a complete automatic 

generation cascade consisting of: 

a) generate from clipboard 

b) replace and complete existing files 

c) Complete Operands 

d) created Operands connect to navigation 

and parameterization 

Automatically calling Complete Operands is 

option-controlled. 

advantages: 

� integrated complex workflow 

� preventing manual faults 


Page 15 



All Operand Columns Available 

NEW ! 

free until now 






While the Operand columns used by the 

EngineeringAssistance were initially 

restricted to the ones required, now all 

possible Operand columns can be used. 

This is also advantageous for the Round- 

Load in connection with the Reverse 

EngineeringAssistance, since it allows to 

pass and hold more engineering data in 

WinMOD. 

Please note that also the 5 additional 

Operand columns can be use for the same 

purpose. 

advantages: 

� free usage of all columns 

� more data contents available 

Page 16 




Licensing Components and Component Libraries 

not licensed 



Content Licenses 

simulation file 

licensed 

for reading 


Page 17 

With the extended usages of WinMOD and 

with the growing simulation depth and 

simulation accuracy, the know-how 

expressed in WinMOD increases 

considerably. 

For this reasons users requested further 

mechanisms for know-how protection. 

In addition to the available methods, 

WinMOD 7.0 enables licensing simulation 

content by users on the level of WinMOD 

Dongles. 

The finest resolution for licensing is the 

content of WinMOD Components. This is in 

especially valuable for licensing WinMOD 

Component Libraries. 

advantages: 

� protection of own know-how 

� usage of protected know-how of others 

� high flexibility 



Licensing Simulation Files 

not licensed 






licensed 



Page 18 

Licensing complete Simulation Files 

allows to protect know-how in the content of 

the Simulation Files. 

The licensing mechanism can be flexibly 

combined with other protective measures, 

for example: 

the layers can be set to invisible, then the 

complete content is invisible, but can be 

executed, 

some layers are set to visible, then certain 

information is hidden while other 

information is visible. 

all layers are visible, then everything can 

be seen, but not modified. 

advantages: 

� protecting complete files 

� high flexibility in combinations 



Licensing Project Files 

not licensed 






licensed 



Licensing WinMOD Project files prevents 

modifying the project structure and the 

protects global contents. 

Page 19 

Please note that the protective levels 

Project, Simulation File and Component can 

be licensed completely independent from 

each other and can be freely combined. 

For example, the project may be licensed, but 

some of the simulation file are open for own 

adaptations. Also the Components originating 

from some Component Libraries may be 

protected, while others may be deliberately 

modified. 

advantages: 

� protection of project structures 

� selective protection 



Search with Exact Match 

until now 




Searching and Replacing 

NEW ! 


Page 20 

When searching for items by test strings, the 

result included items whose strings included 

the search string. 

Now, the new option match entire field 

context enables to restrict the search 

results to items with strings with exact 

match with the search string. 

This feature is useful, for example, when 

replacing Macros of a given type. The 

search result for the type shows only Macros 

with exactly this type. 

advantages: 

� more selective searching 




Replace Macro Content with 

automatic Macro Name 

until now 





NEW ! 


The function "Replace Macro Content" is 

most of the time used to replace a Macro 

with a new version of the same Macro 

Type. 

Page 21 

For this reason, the Macro Type is 

automatically inserted into the dialog for 

opening the Macro File, if the type is unique. 

This saves time for typing and selecting the 

macro type and prevents trouble arising 

from accidentally typing or selecting a wrong 

name. 

advantages: 

� less typing and selecting 

� less errors 




Warning for Incomplete Replacing 





NEW ! 


Replacing Macros and Components is not 

performed, when they are in running 

simulation files, on non-editable layers, etc. 

Until today this took place without 

notification what may lead to a nonconsistent 

system and to irritation for the 

user. 

Page 22 

Now Replace Macro Content checks if all 

Macros or Components can be replaced and, 

if not, asks for a confirmation. 

advantages: 

� increased consistency 





Naming Convention for Internal Analog Formats 

Default Internal Analog Formats 



internal Analog Formats 

NEW ! 


Page 23 

In order to increase the readability of names 

of Internal Analog Formats, the naming 

convention for physical and engineering 

units was developed*. 

The names of the default Internal Analog 

Formats for 0 to 100 % and -100 to 100 % 

now follow this convention. 

advantages: 

� clear organization 

� good readability 

* The naming convention for physical and engineering units 

can be found in the manual of the System Software. 






internal Analog Formats 

Dragging-out Signal Elements with Analog Format 

until now 

until now 

NEW ! 


Page 24 

When Signal Elements are created by dragand-dropping 

from a component input or 

output (hold Alt-key pressed), a default 

format in percent was assigned to the 

graphical wiring. 

Now, the format defined for the operand of 

the input or output inside of the macro is 

assigned also to the graphical wiring. 

This is in the majority of cases the natural 

format used for this type of signal. 

advantages: 

� faster editing 

� higher consistency 




SIMLINE Licensed Standard Libraries 

Basic and Visual Elements (BASIC) 

Container Conveyor Systems (CCS) 

Palette Conveyor Systems (PCS) 

SKID Conveyor Systems (SKID) 

Storage Systems (STORE) 

Training and Education (EDU) 




WinMOD-SIMLINE 

e.g. source, drain, operator, 

security gate, HMI-Terminal 

e.g. belt conveyor, accumulation 

conveyor, belt converter, bend 

conveyor 

e.g. chain conveyor, turntable, 

palette magazine 

e.g. rotary table, lifting table, 

turntable 

e.g. shuttle, high rack , high rack 

feeder 

e.g. gantries and gripper systems, 

toothed belt conveyor 


Page 25 

SIMLINE Conveyor Elements are grouped 

in technology specific libraries. 

In this way the SIMLINE Libraries contain 

different conveyor elements that are 

typical for a given technology. 

The Libraries can be arbitrarily combined. 

In this way all Elements can be used 

together in a one layout. 

All Conveyor Elements can be 

parameterized dynamically and can be 

adapted in size, position, orientation, visual 

nature to any type of layout. 

The creation of SIMLINE Layouts with 

these libraries can be performed completely 

by any WinMOD User. 

Standard Library Licenses allow to 

exchange SIMLINE Projects. 



Customer Specific SIMLINE Libraries 

Company A (Lib_A) 

Company B (Lib_B) 





specification for parameterization and for the behaviour 

of new customer specific SIMLINE Elements 

SIMLINE Company License A 

e.g. monorail system 

SIMLINE Company License B 

e.g. gantry system 

customer specific 

SIMLINE Element 


On demand, also specific individual 

SIMLINE Libraries can be build. 

Page 26 

In this case, the SIMLINE Libraries are 

owned exclusively by a single customer. 

Customer specific libraries can be 

arbitrarily combined with standard 

libraries. 

Each customer specific Library is 

individually licensed. 

In this way SIMLINE layouts created with 

the library can be used only in the 

organization owning the license. 

The creation of such libraries takes place 

after detailed specification of all required 

elements. 

The libraries can be arbitrarily extended 

for further elements. 







SIMLINE Layouter 7.0 – Installation Data Base 

Integrated 

Connection Point System 

Generated SIMLINE Layout 


Page 27 

Based on parameterizable SIMLINE 

Libraries installations for material flow can 

be generated from a table oriented data 

base. This data base is called the 

SIMLINE Layouter. 

In the SIMLINE Layouter, conveyor 

elements are parameterized for size, 

position, orientation and sensors as given 

by the real installation. From these data, 

the SIMLINE Layout is generated. 

An integrated system for connection 

points of the SIMLINE Library Elements 

enables fast and efficient creation even of 

large installations. 

The dynamic user interface supports 

selection and parameterization of 

elements. 







SIMLINE Generator 7.0 with Integrated Rule System 

Integrated System of Rules, 

for e.g. orientation of sensors 


The new SIMLINE Generator 7.0 

extensively supports rule based 

parameterization of the WinMOD to 

SIMLINE signal coupling. 

Page 28 

By combination of rule systems and 

filters for components, signals and sensor 

object in SIMLINE, and automatic "fine 

tuning" is enabled even for complex 

installations. 

The rule systems can be edited by 

integrated functions directly in the 

generator. 

This includes, for example, rule systems 

like WinMOD Interface Converter for 

signal adaptation, WinMOD Parameter 

Description for sensor orientation or 

WinMOD Hint Filter for 3D-Object 

identification. 







WinMOD Configuration A750 (SIMATIC S7 PLCSIM 120) 

Virtual PLC for complete virtual test- and training simulators for SIMATIC S7 Systems 


For SIMATIC S7/ PCS7 Simulation PLCSIM 

Page 29 

For SIMATIC PLCSIM version V5.4-SP3, PLCSIM has 

multi-instance ability. The WinMOD Configuration 

A750 supports now an additional direct access to the 

periphery address areas, flags, data blocks and the 

multi-instance ability from PLCSIM. 

WinMOD Configuration A750 ST (standard) 

WinMOD coupling to a PLCSIM-instance with: 

read/write modus of the with PLCSIM simulated 

-S7-I/O-memory areas 

-S7-I/O-periphery areas (new) 

-S7-flags (new) 

-S7-data blocks (new) 

WinMOD Configuration A750 XT (extended) (new) 

WinMOD coupling to PLCSIM-multi-instances 

(currently up to 8) with: 

read/write modus of the with PLCSIM simulated 

- S7-I/O-memory areas 

- S7-I/O-periphery areas (new) 

- S7-flags (new) 

- S7-data blocks (new) 

Advantages: 

With the system coupling between WinMOD and 

SIMATIC S7 Simulation PLCSIM it is possible to 

realize cost-efficient test- and training simulations. 



For any AS-Controller mit PROFINET IO 





PROFINET IO 

PLC – hardware configuration 

with different Profinet IO-Devices 

Ethernet standard interface 

simulated PROFINET IO devices 

PCI 

For all Automation Systems (AS) 

with PROFINET IO-Master 


Page 30 

With WinMOD Configuration X700 any PROFINET IOparticipant 

can be simulated (emulated) and can be 

connected to any automation system (AS) with 

PROFINET IO-controller. 

The PROFINET devices that are to be simulated are 

configured in the WinMOD PROFINET Configurator 

manually or automatically online. 

For selected automation systems, additional functions 

for workflow optimisation of signal list import and 

export can be developed and provided. 

one Variant (AS-neutral, licensable): 

- cyclic IO device emulation (up to 254) 

Usage: 

Support for development and test of single AS 

program functions and complete AS programs, 

independent from a correctly planned IO-periphery. 

No special is hardware required. 

The PROFINET-Emulation is executed by an 

especially developed Windows kernel application. The 

Ethernet network hardware has to be approved by 

Mewes & Partner. Typically a standard Ethernet 

network card can be used.

What is new in WinMOD 7.0 ?

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