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WAGO ETS3 Plugin
for the Configuration of WAGO KNX Devices
User Manual
Technical description
Version 1.0.
6
ii •
General
Copyright
© 200 8 by WAGO Kontakttechnik GmbH
All rights reserved.
WAGO Kontakttechnik GmbH
Hansastraße 27
D-32423 Minden
Germany
Tel.: +49 (0) 571/8 87 – 0
Fax: +49 (0) 571/8 87 – 1 69
E-Mail: [email protected]
Web: http://www.wago.com
Support
Tel.: +49 (0) 571/8 87 – 7 77
Fax: +49 (0) 571/8 87 – 87 77
E-Mail: [email protected]
Every conceivable measure has been taken to ensure the correctness and completeness of this documentation. However, as errors can never be fully excluded we would appreciate any information or ideas at any time.
We expressively point out that the software and hardware designations and brand names of individual companies used in this user manual are subject to general trade name, trade mark or patent protection.
WAGO-I/O-SYSTEM
Plugin
Table of Contents
Table of Contents • iii
Conventions ..................................................................................... 7
2.1 System
2.3 The WAGO ETS3 Plugin....................................................................... 10
2.3.1
Access to KNX Devices via ETS ...................................................... 11
2.3.2
Data Point Types (DPTs)................................................................... 12
3 KNX/EIB/TP1 Module / KNX IP Controller.......................................... 12
3.1 Setup of the KNX Module and the KNX IP Controller ......................... 20
3.1.1
Importing the Application Program into the ETS3............................ 20
Elements ................................................................................ 22
3.2.1
The Graphical User Interface............................................................. 24
Menu ........................................................................................ 25
3.2.2.1
Menu Item "File" .......................................................................... 25
3.2.2.1.1 Exporting a Configuration File ..................................................... 27
3.2.2.1.2 Importing a Configuration File ..................................................... 28
3.2.2.2
Menu Item "View" ........................................................................ 28
3.2.2.3
Menu Item "Options".................................................................... 28
3.2.2.4
Menu Item "Help"......................................................................... 29
Menu ................................................................................ 29
Variables............................................................................. 31
3.2.6
Associations with Group Addresses .................................................. 32
3.2.7
Available Group Addresses ............................................................... 32
3.2.8
Properties of a Selected Group .......................................................... 33
Window............................................................................... 33
Associations ........................................................................ 34
3.3.1.1
Drag & Drop from the Main Group Window ............................... 35
3.3.1.2
Drag & Drop from the Network Variables Window .................... 35
3.3.1.3
Group Address Context Menu ...................................................... 35
3.3.1.4
Network Variables Context Menu ................................................ 37
3.3.2 Deleting
WAGO-I/O-SYSTEM 759
ETS3 Plugin
iv • Table of Contents
3.3.3
Configuration of Network Variables/Communication Objects ......... 39
3.3.3.1
Network Variables Section ........................................................... 39
3.3.3.2 Communication
Deinstallation ..........................................................................40
4.1 Setup of the KNXnet/IP Router..............................................................41
4.1.1
Importing the Application Program into the ETS3............................41
Menu .....................................................................................43
4.2.2
Menu Item "Help".............................................................................. 44
4.3.1
Parameterization of the Device Settings............................................44
4.3.2 Bus
4.3.2.1
Main Groups 0 to 13 ..................................................................... 46
4.3.2.2
Main Groups 14 and 15................................................................. 46
Addressed
4.3.2.4
Telegram Confirmation of Group Oriented Telegrams ................ 46
4.3.3.1
Main Groups 0 to 13 ..................................................................... 47
4.3.3.2
Main Groups 14 and 15................................................................. 47
4.3.4
Parameterization of the KNXnet/IP Router....................................... 47
4.3.4.1
Setting the KNXnet/IP Router via BootP or DHCP ..................... 48
4.3.4.2
Manual Setting of the KNXnet/IP Router.....................................49
WAGO-I/O-SYSTEM
Plugin
Symbols
1 Important Comments
To ensure fast installation and start-up of the units described in this manual, we strongly recommend that the following information and explanations are carefully read and abided by.
1.1.1 Copyright
This manual is copyrighted, together with all figures and illustrations contained therein. Any use of this manual which infringes the copyright provisions stipulated herein, is not permitted. Reproduction, translation and electronic and photo-technical archiving and amendments require the written consent of WAGO Kontakttechnik GmbH. Non-observance will entail the right of claims for damages.
WAGO Kontakttechnik GmbH reserves the right to perform modifications allowed by technical progress. In case of grant of a patent or legal protection of utility patents all rights are reserved by WAGO Kontakttechnik GmbH.
Products of other manufacturers are always named without referring to patent rights. The existence of such rights can therefore not be ruled out.
1.1.2 Personnel Qualification
The use of the product detailed in this manual is exclusively geared to specialists having qualifications in PLC programming, electrical specialists or persons instructed by electrical specialists who are also familiar with the valid standards. WAGO Kontakttechnik GmbH declines all liability resulting from improper action and damage to WAGO products and third party products due to non-observance of the information contained in this manual.
1.1.3 Intended Use
For each individual application, the components supplied are to work with a dedicated hardware and software configuration. Modifications are only permitted within the framework of the possibilities documented in the manuals. All other changes to the hardware and/or software and the nonconforming use of the components entail the exclusion of liability on part of
WAGO Kontakttechnik GmbH.
Please direct any requirements pertaining to a modified and/or new hardware or software configuration directly to WAGO Kontakttechnik GmbH.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
6 •
Important Comments
Symbols
1.2 Symbols
Danger
Always abide by this information to protect persons from injury.
Warning
Always abide by this information to prevent damage to the device.
Attention
Marginal conditions must always be observed to ensure smooth operation.
ESD (Electrostatic Discharge)
Warning of damage to the components by electrostatic discharge. Observe the precautionary measure for handling components at risk.
Note
Routines or advice for efficient use of the device and software optimization.
More information
References on additional literature, manuals, data sheets and INTERNET pages
WAGO-I/O-SYSTEM
Plugin
1.3 Font Conventions
Italic
Italic
\
E
ND
< >
Courier
Names of path and files are marked italic i.e.: C:\programs\WAGO-IO-CHECK
Menu items are marked as bold italic i.e.: Save
A backslash between two names marks a sequence of menu items i.e.: File\New
Press buttons are marked as bold with small capitals i.e.: E
NTER
Keys are marked bold within angle brackets i.e.: <F5>
Program code is printed with the font Courier. i.e.: END_VAR
1.4 Number Notation
Number Code Example
Decimal 100
Hexadecimal 0x64
Binary '100'
'0110.0100'
Note
Within ',
Nibble separated with dots
WAGO-I/O-SYSTEM 759
ETS3 Plugin
8 •
Important Comments
Scope
1.5 Scope
This manual describes the following components:
Components
1.6 Abbreviations
AI
AO
DI
DO
I/O
Analog Input
Analog Output
Digital Input
Digital Output
Input/Output
WAGO-I/O-SYSTEM
Plugin
Intended Use
2 General
2.1 System Configuration
The same conditions apply as to the ETS3.0
f.
Minimal system requirement:
PC
Min. 1 Ghz processor capacity
Operating System Windows 98, Windows 2000, Windows XP (XP recommended)
Main memory
256 MB
Fixed disk storage 3 GB
Monitor
Super VGA or higher
Resolution
1024x768
Mouse
Drive
Interface
Others
recommended
-
USB, serial, KNXnet/IP controller 750-849 as router, KNXnet/IP
The plugin requires the ETS version 3.0
f or higher.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
10 •
The ETS3
2.2 The ETS3
The ETS (Engineering Tool Software) was developed specifically for the planning, project design, and setup of KNX/EIB networks. The ETS has been optimized with the current version 3.0d – providing user friendly tools for the creation, maintenance, service, expansion etc. of KNX networks.
The software integrates all major components of the network, such as, lines, devices, building areas, etc. into one package that can be operated intuitively where controls and behavior of the devices can be easily planned and changed.
In addition, the software tool permits the programming and configuration of individual devices within the bus system, resulting in quick and easy changes.
Using certified standards, manufacturers in the building automation industry are able to integrate their devices into the product database of the ETS due to the manufacturer-neutral design. This manual describes such devices supplied by WAGO Kontakttechnik GmbH & Co.KG.
Further information
Additional information to the ETS can be found on the manufacturer website http://www.konnex.org
.
2.3 The WAGO ETS3 Plugin
The WAGO ETS3 PlugIn shown below represents an expansion of the ETS3 product database, for the application of WAGO products such as the
KNX/EIB/TP1 module 753-646, the KNX IP controller 750-849 and the
KNXnet/IP Router (consisting of KNX module and KNX IP controller). The
PlugIn acts as a kind of control software providing the ETS3 access to the new options of the WAGO devices and enabling their configuration.
The software has been designed with a similar look and feel for experienced
ETS users as well as structured and intuitive navigation for beginners.
An important feature of the KNX/EIB/TP1 module or controller software is the 1:1 mapping of WAGO network variables to communication objects in the
ETS. At the first assignment of a group address, the communication object is displayed within the ETS3. When the objects are unlinked, they will be hidden in the ETS.
Communication objects receive the same name as the network variable to which they are mapped. This means that the internal mapping of the WAGO software is visible in the ETS as well.
WAGO-I/O-SYSTEM
Plugin
The WAGO ETS3 Plugin
• 11
Access to KNX Devices via ETS
2.3.1 Access to KNX Devices via ETS
Attention
The ETS version 3.0d (in the following just "ETS3") will be required.
For accessing KNX devices within a bus system via ETS3, the following options are available in ETS3:
• Serial, using the COM interface, e.g., PEI 10
• Via USB
• Via ETHERNET (KNXnet/IP)
For the connection to the bus via KNXnet/IP router, couplers are required
(performing the conversion to KNX twisted-pair).
The PC used for the project design and loaded with the ETS3, must be connected to a KNX interface. The interface can then be configured in the
Extras / Options / Communication menu in the ETS3. This procedure applies to all selected connection types. More information can be found in the Help menu of the ETS3.
Fig. 2-1: ETS Connection Manager
If the KNX IP controller functions as KNXnet/IP router, it can be connected directly to a standard ETHERNET interface of the PC using a RJ45 cable.
From a technical point of view, ETHERNET is routed to twisted-pair and twisted-pair is routed to ETHERNET, using the KNX IP controller 750-849
and the KNX/EIB/TP1 modules (see chapter 4).
WAGO-I/O-SYSTEM 759
ETS3 Plugin
12 •
The WAGO ETS3 Plugin
Data Point Types (DPTs)
2.3.2 Data Point Types (DPTs)
DPTs describe defined formats of communication objects and are assigned to the same via ETS3. The following table provides an overview of the DPTs and their data structure.
DPT 1 – Boolean
Format: 1 bit
V={0.1}
Tab. 2-1: DPT 1 – Boolean
Subtype:
1,001 DPT_Switch
1,002 DPT_Bool
1,003
1,004
DPT_Enable
DPT_Ramp
1,005 DPT_Alarm
1,006 DPT_BinaryValue
1,007
1,008
DPT_Step
DPT_UpDown
1,009 DPT_OpenClose
1,010 DPT_Start
1,011 DPT_State
1,012 DPT_Invert
1,013 DPT_DimSendStyle
1,014 DPT_InputSource
DPT 2 – 1 Bit Controlled
Description:
0 1 off false disable no ramp no alarm low degrease up open stop inactive not inverted start/stop fixed on true enable ramp alarm high increase down close start active inverted cyclically calculated general
Use: only in function block (FB) general in FB only
Range: C={0.1} 0 = no control, 1 = control
V={0.1} as DPT 1.xxx
Tab. 2-2: DPT 2 – 1 Bit Controlled
Subtype:
Coding:
C V
2,001 DPT_Switch_Control
2,002 DPT_Bool_Control
2,007 DPT_Step_Control
2,008 DPT_Direction1_Control
2,003 DPT_Enable_Control
2,004 DPT_Ramp_Control
C V
2,005 DPT_Alarm_Control
2,006 DPT_BinaryValue_Control
0 0 no control value 0
2,010 DPT_Start_Control
2,011 DPT_State_Control
2,012 DPT_Invert_Control value 1 general in FB only
Use:
WAGO-I/O-SYSTEM
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The WAGO ETS3 Plugin
• 13
Data Point Types (DPTs)
DPT 3 – 3 Bit Controlled
Format: 4
Range: C ={0,1}, V={see Coding}
Tab. 2-3: DPT 3 – 3 Bit Controlled
Subtype:
3,008 DPT_Control_Blinds
3,009 DPT_Mode_Boiler
Coding:
C VVV as1,008
Range[000b…11b]
001b...111b:Step, 000b:Break as1,014 Range:{001,010,100}
VVV Active Mode
in FB only
Use:
010 Mode1
100 Mode2
DPT 4 – Character Set bit
Coding: see
Tab. 2-4: DPT 4 – Character Set
WAGO-I/O-SYSTEM 759
ETS3 Plugin
Subtype: Range:
4,001 DPT_Char_ASCII [0…127]
4,002 DPT_Char_8859_1 [0…255]
AAAA AAAA LSN = Least Significant Nibble
MSN LSN MSN = Most Significant Nibble general
Use:
LSN
P p
¡
° À Ð à ð
± Á Ñ á ñ
¢ ² Â Ò â ò
£ ³
¤ ´
Ã Ó ã ó
Ä Ô ä ô
7 BEL ‘ 7 G W g w
¥ μ Å Õ å õ
¦ ¶ Æ Ö æ ö
§ · Ç × ç ÷
¨ ¸
© ¹
È Ø è ø
É Ù é ù
ª º Ê Ú ê ú
« » Ë Û ë û
C FF FS , < L \ l | ¬ ¼ Ì
½ Í
® ¾ Î
ø ¿ Ï
Ü ì
Ý í
Þ î
ß ï
ü
ý
þ
ÿ
14 •
The WAGO ETS3 Plugin
Data Point Types (DPTs)
DPT 5 – 8 Bit Unsigned Value bit
Range: U = [0...255] Binary Encoded
Tab. 2-5: DPT 5 – 8 Bit Unsigned Value
Subtype:
Range
(from ... to):
5,001 DPT_Scaling
5,003 DPT_Angle
[0...100]
[0...360]
5,004 DPT_Percent_U8 [0..255]
5,010 DPT_Value_1_Ucount [0...255]
Unit:
%
°
%
DPT 6 – 8 Bit Signed Value
bit
Range: -128...+127
Coding:
Use:
lsb msb
UUUUUUUU
00000000 = range min./off
00000001 = value “low”
...
11111111 = range max. general general in FB only general
Tab. 2-6: DPT 6 – 8 Bit Signed Value
Subtype:
6,010 DPT_Value_1_Count
Unit min ... max:
DPT 6 – Status with Mode
bit
Range: A, B, C, D, E = (0.1) FFF = (001b, 010b, 100b)
Use: general
Tab. 2-7: DPT 6 – Status with Mode
Subtype:
6,020 DPT_Status_Mode3
DPT 7 – 2 Octet Unsigned Value
Format: 2 octet (2 Byte)
Range: U = [0..65535]
Coding:
A, B, C, D, E
0 = set
1 = clear
FFF
001 b
= mode 0 = active
010 b
= mode 1 = active
100 b
= mode 2 = active
Tab. 2-8: DPT 7 – 2 Octet Unsigned Value
Subtype:
7,001 DPT_Value_2_Ucount
7,010 DPT_PropDataType
Unit:
Counter value
No unit in FB only
Use:
Coding:
binary binary
Use:
general in FB only
WAGO-I/O-SYSTEM
Plugin
The WAGO ETS3 Plugin
• 15
Data Point Types (DPTs)
DPT 7 – Time Period
Format: 2 octet (2 Byte)
Table
Tab. 2-9: DPT 7 – 2 Octet Unsigned Value
Subtype:
7.002 DPT_TimePeriodMsec
7.003 DPT_TimePeriod10Msec
7.004 DPT_TimePeriod10Msec
7.005 DPT_TimePeriodSec
7.006 DPT_TimePeriodMin
7.007 DPT_TimePeriodHrs
DPT 8 – 2 Octet Signed Value
Format: 2 octet (2 Byte)
Range: -32768...+32767
Range
(from ... to):
0 … 65535
0 … 655,35
0 … 6 553,5
0 … 65 535
0 … 65 535
0 … 65 535
Unit:
ms s s s min h
Coding: Use:
binary general
Tab. 2-10: DPT 8 – 2 Octet Signed Value
Subtype:
8,010 2 byte signed value
Unit:
Counter value
DPT 9 – 2 Octet Float Value
Format: 2 octet (2 Byte)
Range: -671088.64...+670760.96
Coding:
Two's complement general
Use:
Tab. 2-11: DPT 9 – 2 Octet Float Value
Subtype:
9,001 DPT_Value_Temp
Range:
-273...+670760
9,003 DPT_Value_Tempa -670760...+670760
9,004 DPT_Value_Lux 0...670760
9,005 DPT_Value_Wsp 0..670760
°C
K/h
Lux m/s
Unit:
general
Use:
9,020 DPT_Value_Volt
9,021 DPT_Value_Curr
-670760...+670760
-670760...+670760 mV mA
WAGO-I/O-SYSTEM 759
ETS3 Plugin
16 •
The WAGO ETS3 Plugin
Data Point Types (DPTs)
DPT 10 – Time
Format: 3 octet (3 Byte) for day, hour, minute, second
Tab. 2-12: DPT 10 – Time
Subtype: Range:
10,00 DPT_TimeOfDay
[0 - 7] 3 Bit
[0 - 23] 4 bit
[0 - 59] 6 bit
[0 - 59] 6 bit
Unit:
days hours minutes seconds
Coding:
d
…
7 = Sunday h m binary s
0 = no day
1 = Monday
2 = Tuesday
DPT 11 – Date
Format: 3 octet (3 Byte) for day, month, year
Range: see general
Use:
Tab. 2-13: DPT 11 – Date
Subtype:
11,00 DPT_Date
Range:
[1 - 31]
[1-12]
[0 - 99]
DPT 12 – 4 Octet Unsigned Value
Format: 4 octet (4 Byte)
Range: see
Unit:
day month year
Tab. 2-14: DPT 12 – 4 Octet Unsigned Value
Subtype: Range: Unit:
12,00 DPT_Value_4_Ucount 0..4294967295 without unit
DPT 13 – 4 Octet Signed Value
Coding:
D
M
Y general
Use:
Coding:
binary general
Use:
Tab. 2-15: DPT 12 – 4 Octet Unsigned Value
13,001
Subtype:
DPT_Value_4_Count
Range: Unit:
-2147483648
...+2147483647 without unit
Coding:
Two's complement general
Use:
WAGO-I/O-SYSTEM
Plugin
The WAGO ETS3 Plugin
• 17
Data Point Types (DPTs)
DPT 14 – 4 Octet Float Value
Format: 4 octet (4 Byte)
Range: S = {0,1}, e = [0..255], f = [0..8388607] Seeeeeee efffffff ffffffff ffffffff
Coding: as per IEEE 754
Use: general
Tab. 2-16: DPT 14 – 4 Octet Float Value
Subtype: Unit: Description:
14,000 DPT_Value_Acceleration
14,001 DPT_Value_Acceleration_Angular
14,002 DPT_Value_Activation_Energy
14,003 DPT_Value_Activity
14,004 DPT_Value_Mol
14,005 DPT_Value_Amplitude
14,006 DPT_Value_AngleRad
14,007 DPT_Value_AngleDeg
14,008 DPT_Value_Angular_Momentum
14,009 DPT_Value_Angular_Velocity
14,010 DPT_Value_Area
14,011 DPT_Value_Capacitance
14,012 DPT_Value_Charge_DensitySurface
14,013 DPT_Value_Charge_DensityVolume
14,014 DPT_Value_Compressibility m s-2 rad s
-2 mol
-1 s-1 mol
- rad
° js rad s
-1 m²
14,015 DPT_Value_Conductance
14,016 DPT_Value_Electrical_Conductivity
14,017 DPT_Value_Density
14,018 DPT_Value_Electric_Charge
14,019 DPT_Value_Electric_Current
14,020
14,021
DPT_Value_Electric_CurrentDensity
DPT_Value_Electric_DipoleMoment
14,022 DPT_Value_Electric_Displacement
14,023 DPT_Value_Electric_FieldStrength
14,024 DPT_Value_Electric_Flux
14,025 DPT_Value_Electric_FluxDensity
14,026 DPT_Value_Electric_Polarization
14,027 DPT_Value_Electric_Potential V
14,028 DPT_Value_Electric_PotentialDifference V
A
A m
-
²
C m
C m-2
V c
C m-2
C m-2 linear acceleration radioactive energy amplitude angle radiant angle degree angular momentum area
F
C m-2 capacitance charge density (surface)
C charge m²N
-1
compressibility
S=
Ω
−1 conductance
S m-1 electrical conductivity kg density
C electric charge current electric current density electric dipole moment electric displacement electric field strength electric flux electric flux density electric polarization electric potential electric potential difference
14,030 DPT_Value_Electromotive_Force
14,031 DPT_Value_Energy
14,032 DPT_Value_Force
14,033 DPT_Value_Frequency
14,034 DPT_Value_Angular_Frequency
14,035 DPT_Value_Heat_Capacity
14,036 DPT_Value_Heat_FlowRate
14,037 DPT_Value_Heat_Quantity
14,038 DPT_Value_Impedance
14,039 DPT_Value_Length
14,040 DPT_Value_Light_Quantity
14,041 DPT_Value_Luminance
14,042 DPT_Value_Luminous_Flux
14,043 DPT_Value_Luminous_Intensity
14,044 DPT_Value_Magnetic_FieldStrength
14,045 DPT_Value_Magnetic_Flux
14,046 DPT_Value_Magnetic_FluxDensity
14,047 DPT_Value_Magnetic_Moment
WAGO-I/O-SYSTEM 759
ETS3 Plugin
V electromagnetic force
J
N energy force
Hz rad s
-1 frequency
J K
-1 capacity
W
J heat flow rate heat quantity
Ω m impedance length lm s light quantity cd luminance lm luminous flux cd
A m-2
Wb
T luminous intensity magnetic field strength magnetic flux magnetic flux density
18 •
The WAGO ETS3 Plugin
Data Point Types (DPTs)
14,048 DPT_Value_Magnetic_Polarization
14,049 DPT_Value_Magnetization
14,050 DPT_Value_MagnetomotiveForce
14,051 DPT_Value_Mass
14,052 DPT_Value_MassFlux
14,053 DPT_Value_Momentum
14,054 DPT_Value_Phase_AngleRad
14,055 DPT_Value_Phase_AngleDeg
14,056 DPT_Value_Power
14,057 DPT_Value_Power_Factor
14,058 DPT_Value_Pressure
14,059 DPT_Value_Reactance
14,060 DPT_Value_Resistance
14,061 DPT_Value_Resistivity
14,062 DPT_Value_SelfInductance
14,063 DPT_Value_SolidAngle
14,064 DPT_Value_Sound_Intensity
14,065 DPT_Value_Speed
14,066 DPT_Value_Stress
14,067 DPT_Value_Surface_Tension surface
14,068 DPT_Value_Common_Temperature
14,069 DPT_Value_Absolute_Temperature
14,070 DPT_Value_TemperatureDifference
14,071 DPT_Value_Thermal_Capacity
14,072 DPT_Value_Thermal_Conductivity
14,073 DPT_Value_ThermoelectricPower
14,074 DPT_Value_Time
14,075 DPT_Value_Torque
14,076 DPT_Value_Volume
14,077 DPT_Value_Volume_Flux
14,078 DPT_Value_Weight
14,079 DPT_Value_Work
T magnetic polarization
A magnetization
A magnetomotive force kg kg s
-1
N s-1 rad
°
W cos ϕ
Pa
Ω
Ω
Ωm
H sr momentum phase angle radiant phase angle degree power power factor
Atmospheric pressure reactive impedance resistance specific resistance selfinduction solid angle speed
Pa = Nm
-2
N m
-1
°C temperature Celsius
K temperature Kelvin
K
J K
-1
W K
-1 conductivity
V K
-1 s
Nm m³ m³ s
-1
N
J time torque volume weight work
WAGO-I/O-SYSTEM
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The WAGO ETS3 Plugin
• 19
Data Point Types (DPTs)
DPT 15 – Access
Format: 4 octet (4Byte)
Tab. 2-17: DPT 15 – Access
Subtype:
15,000 DPT_Access_Data
Coding:
[D6D6D6D6 D5D5D5D5] [D4D4D4D4
D3D3D3D3] [D2D2D2D2 D1D1D1D1]
[EPDCNNN]
D6D5D4D3D2D1: binary [0 to 9]
N: binary [0 to 15]
E, P, D, C: {0,1}
D
C
N
D x
E
P
24 bit access ID code, card number or key number
On error; reading failed
Permisson
= 0 not accepted
= 1 accepted
Read Direction
= 0 from left to right
= 1 from right to left access information encrypted
= 0 no
= 1 yes index access ID code
DPT 16 –String
Format: 14 octet (14 Byte)
Coding: ASCII string general
Use:
Tab. 2-18: DPT 16 – String
Subtype:
16,00 DPT_String_ASCII
16,00 DPT_String_8859_1
Range:
same as Character String (ASCII) (1..127)4.001 same as Character String (ISO 8859-1) (0..255)4.002 general
Use:
WAGO-I/O-SYSTEM 759
ETS3 Plugin
20 •
Setup of the KNX Module and the KNX IP Controller
Importing the Application Program into the ETS3
3 KNX/EIB/TP1 Module / KNX IP Controller
The KNX/EIB/TP1 module 753-646, a.K.a. the KNX module, and the KNX IP controller 750-849 use the same ETS3 PlugIn (the controller offers additional functionality). For this reason, this description applies for both, the KNX module and the controller.
3.1 Setup of the KNX Module and the KNX IP Controller
The following chapter describes the steps required for utilizing the ETS3
PlugIn for the KNX module and the KNX IP controller (within the ETS3).
3.1.1 Importing the Application Program into the ETS3
For the import of the ETS3 PlugIn, select the corresponding vd4 file via the
F
ILE
/ I
MPORT
function of the ETS3. The ETS3 product database will be updated automatically and will then contain the KNX module and/or the KNX
IP controller. The following path is valid for the operation of the KNX module, as well as the controller.
Fig. 3-1: Importing the application module
Using the A
DD
D
EVICE
function, the required module (KNX IP controller or
KNX module) is added to the ETS3. The IP router will be discussed below.
The product finder of the ETS3 opens for the selection of the KNX module.
WAGO-I/O-SYSTEM
Plugin
Setup of the KNX Module and the KNX IP Controller
• 21
Importing the Application Program into the ETS3
Fig. 3-2: Adding the device with product finder
During the adding process, the installation routine is started automatically, integrating the ETS3 PlugIn for the KNX module or KNX IP controller into the ETS3. The following screen appears:
Fig. 3-3: Installation of the software, part 1
Please read the licensing agreement carefully and select "I accept the license agreement". Then confirm by clicking N
EXT
. Setup will now install the
PlugIn. If you do not agree with the license agreement, setup will be cancelled by clicking the C
ANCEL
button.
Note
If the ETS3 PlugIn was already installed for a KNX module, the KNX IP controller or the KNXnet/IP router, the above dialog will not appear.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
22 •
Operating Elements
Importing the Application Program into the ETS3
3.2 Operating Elements
For configuration of the device and opening of the ETS3 PlugIn user interface, select the E
DIT
P
ARAMETERS
function in the device context menu of the
ETS3.
Fig. 3-4: Opening the ETS3-PlugIn
The following window appears:
Fig. 3-5: Selecting the SYM-XML file
A SYM-XML file containing the specific configuration of the KNX module or
KNX IP controller, must be selected and loaded for operation. This file is generated with the WAGO tool "WAGO-I/O-Pro CAA".
The checkbox below the SYM-XML file entry is only enabled after specifying a SYM-XML source file. If it is checked, the current device configuration will be synchronized with the parameters specified in the SYM-XML file. If the
WAGO-I/O-SYSTEM
Plugin
Importing the Application Program into the ETS3
box is not checked, the device configuration will be overwritten with the data in the SYM-XML file. It is recommended to regularly save the respective
configurations (see chapter 3.2.2.1.1) and to activate the auto save function
The module index is specified in "Settings", coresponding to the position in the hardware configuration. The first module in the node starts with Index 1.
Note
If a second KNX module is used on a KNX IP controller 750-849, the module will operate in device mode. The first KNX module is automatically set to router mode. Although the first module cannot be accessed via the IEC application (WAGO-I/O-PRO CAA), the subsequent second KNX module is addressed via index 2 (see also the manual of the KNX IP controller 750-
849).
Note
It is not possible to configure several KNX modules simultaneously. The selected module index influences the naming of the network variables (see
If the correct file name including path is not displayed in the "SYM-XML file" field, the "Open file" dialog is activated by clicking on S
EARCH
, for a selection of the correct SYM-XML file.
Fig. 3-6: Selecting the SYM-XML file
Upon successful conclusion of the SYM-XML file import, the graphical user interface of the KNX module, as specified in the module index, appears.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
24 •
Operating Elements
The Graphical User Interface
3.2.1 The Graphical User Interface
The graphical user interface clearly displays all relevant data regarding the configuration of the KNX module. The main window is divided into the following sections:
Fig. 3-7: Overview ETS3 PlugIn
Legend:
1 Main menu (see chapter 3.2.2)
3 KNX data types (see chapter 3.2.4)
4 Network variables (see chapter3.2.5)
5 Association with group addresses (see chapter 3.2.6)
6 Available group addresses (see chapter 3.2.7)
7 Properties of the selected group (see chapter 3.2.8)
8 Property window (see chapter 3.3.3)
9 Percentage bar (see chapter 3.2.10)
This display structure cannot be changed, although the property window may be hidden or displayed. Also, using the mouse cursor, the individual window panes can be dragged to the desired height and width.
WAGO-I/O-SYSTEM
Plugin
3.2.2 Main Menu
The menu navigation of the PlugIn is designed as follows:
Main Menu
Fig. 3-8: Main menu
The items "File", "View" and "Help" are shown below.
3.2.2.1 Menu Item "File"
File. 3-9: Menu item "File"
Import SYM-XML file…
Save
Export configuration…
Imports one SYM-XML file, similar to 3.2,
“Selecting the SYM-XML file”
Saves the settings to the database of the
ETS3. The basic changes made via the ETS3
PlugIn (e.g. creating new groups) will be stored in the ETS3. These settings are primarily relevant for the ETS3. The menu item is first activated when changes are being performed.
Exports the current configuration as XML file
(no SYM-XML file). All settings of WAGO devices (assignment of network variables, their properties, the settings of network variables and the assignment of communication objects to group addresses, etc.) will be saved as XML file. This file is used as backup or as template for the ETS3
PlugIn. When importing this file, the predefined settings are stored in the devices and current settings will eventually be replaced.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
26 •
Operating Elements
Import configuration…
Print… current configuration. Two options are available:
Imports one configuration as XML file. This is not a SYM-XML file.
Based on group addresses (excerpt):
Fig. 3-10: Printout based on GA, shown for the KNX module
WAGO-I/O-SYSTEM
Plugin
Main Menu
Based on network variables (excerpt):
Fig. 3-11: Printout based on network variables, shown for the KNX module
Print preview…
End…
Displays a print preview. The same two view options as for Print are available.
Ends the PlugIn. If the modifications have not been saved, the software will return a prompt with the option to save the changes.
3.2.2.1.1 Exporting a Configuration File
Upon selection of "Export configuration", a dialog appears requesting the input of a freely selectable storage location. Clicking the left mouse button executes the save command and closes the dialog.
Note
It is recommended to regularly export the configuration.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
28 •
Operating Elements
3.2.2.1.2 Importing a Configuration File
Upon selection of "Import configuration", a dialog appears for the navigation to an existing configuration file. Clicking the left mouse button on O
PEN
executes the import command and closes the dialog.
Note
The export or import function provides for the recovery of previous settings after a new installation of the ETS3, or to load them to another PC.
3.2.2.2 Menu Item "View"
Fig. 3-12: Menu item "View"
Show Toolbar
Show Property window
When activated, the toolbar is displayed.
Otherwise, it will be hidden otherwise.
When activated, the property window will be displayed. Otherwise, it will be hidden otherwise.
3.2.2.3 Menu Item "Options"
The Options dialog provides the possibility to set automatic saving of the current configuration. For this, the "Activate automatic saving the configuration" checkbox must be activated. Then, a number can be entered, specifying the saving interval in minutes. Unlike the "Export configuration..." function, XML files are not saved, but the behavior of the auto-save function corresponds to the standard "Save" function and saves the changes to the
ETS3 database.
Fig. 3-13: Menu item "Options"
WAGO-I/O-SYSTEM
Plugin
3.2.2.4 Menu Item "Help"
Main Menu
Fig. 3-14: Menu item "Help"
Online help…
About…
Activates the online help
Displays information on the PlugIn
3.2.2.5 System Menu
The Windows system menu contains the following commands:
Fig. 3-15: System menu
Restore Displays the active window in its original dimensions.
Move The active window is moved on the screen.
Size
Minimize
Maximize
Close
The dimensions of the active window are changed.
The active window is displayed as an icon.
The active window is shown in full monitor size.
The active window is closed.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
30 •
Operating Elements
Toolbar
3.2.3 Toolbar
The toolbar provides a fast and convenient access to the most common functions of the main menu.
Fig. 3-16: Toolbar
Button Action
Imports a SYM-XML file, similar to 3.2, “Selecting the SYM_XML file”
Saves the settings to the ETS3. The SYM-XML file is not changed.
Prints the current configuration.
Hides/shows the property window.
Opens the Options menu
Exports the current configuration as XML file (not SYM-XML).
Imports a configuration (not SYM-XML file).
Opens the online help.
3.2.4 KNX Data Types
In the upper left corner of the screen, the window of EIB data types and EIS
types is displayed (see Fig. 3-7: Overview ETS3 PlugIn). These types
represent the data point types available in the ETS. Depending on the selected data type or EIS type, only network variables corresponding to the selected type are displayed. The KNX data type window can therefore be used as a filter for the network variables.
Fig. 3-17: Selecting EIS type 4 corresponding to EIB type DPT_Date
WAGO-I/O-SYSTEM
Plugin
Fig. 3-18: Selecting EIB type DPT_Date corresponding to EIS type 4
Note
Onle one data type can be specified as a filter at any given time. Multiple selection is not possible in the EIB data type window.
3.2.5 Network Variables
In the central position, the available network variables that can be linked to
group address from the ETS3, are listed (see Fig. 3-7: Overview ETS3
PlugIn). These network variables have a specific data point type (e.g.,
DPT_Access_Data) with an equivalent in the ETS environment (e.g.,
"Entrance access"), or "DPT_Control_Dimming" to "3 bit controlled".
The network variables may also be filtered as EIS types; corresponding to the above example, this would be "EIS 12" for "DPT_Access_Data and "EIS 2" for "DPT_Control_Dimming". DPTs/network variables of equal length are summarized in the display.
In addition, the list of network variables shows the current settings of the
network variables, e.g., "Read after reset", etc. (see chapter 3.3.3).
Note
If the first KNX module is edited, its network variables will not receive a prefix (e.g., Name: Enable2).
If a different KNX module is edited, e.g., the third, its network variables will receive a prefix (e.g., Name: KNX3_Enable2).
WAGO-I/O-SYSTEM 759
ETS3 Plugin
32 •
Operating Elements
Associations with Group Addresses
3.2.6 Associations with Group Addresses
The window of the Associations with group addresses is located in the upper right section of the screen and shows which group addresses are currently associated with the network variable selected in the "List of network
variables" window (see Fig. 3-7: Overview ETS3 PlugIn). In addition to the
actual group address, the name of this specific address is displayed, as is the flag status. These flags are based on the ETS3, for more information please refer to the ETS3 documentation.
Fig. 3-19: Properties of selected network variables
3.2.7 Available Group Addresses
This section of the WAGO user interface displays the available group addresses in the standard ETS3 format. The tree view permits the selection of the required group address.
Note
Only one group address can be selected at a given time.
It is possible to add new group addresses. For this, the context menu of the superordinate intermediate group is opened using the right mouse button, and the "Add new group address" item is selected. The following dialog opens:
Fig. 3-20: Add new group address
The name of the group address can be freely selected. The address of the group address is combined from its main and intermediate group, and a number between 0...255, which can be set in this dialog. If the address entered has already been assigned, the ETS3 PlugIn will return a corresponding message.
WAGO-I/O-SYSTEM
Plugin
Properties of a Selected Group
Fig. 3-21: Group address already in use
In this case, a new, unassigned number must be selected.
Similar to adding a new group address, new main and intermediate groups can also be created.
3.2.8 Properties of a Selected Group
This section of the WAGO user interface displays the network variables associated with a group address highlighted in the "Available group addresses" window. It also displays the current settings of the network variables.
Fig. 3-22: Properties of highlighted group address (excerpt)
3.2.9 Property Window
The property window displays the current properties of the network variables
and permits the modification of the variables' behavior (see chapter 3.3.3
"Configuration of Network Variables/Communication Objects ).
WAGO-I/O-SYSTEM 759
ETS3 Plugin
34 •
Function
3.2.10 Percentage bar
The percentage display indicates the relative capacity of the ETS3 PlugIn based on the following limits:
• 253 communication objects for the configuration of the controller and module
• 254 group addresses for the configuration of the controller and module
• 254 associations for the configuration in the controller and module
The percentage display results from the respective amounts.
Example:
If 253 communication objects or 254 group addresses or 254 associations are available, the system is used at 100% capacity.
If 2 communication objects are linked to 127 group addresses each, this results in 254 associations, so that the system is used at 100% capacity.
No additional assignments are possible when the system is used at 100% capacity.
3.3 Function
The principal task of the software is the visualization, and editable creation, of the association of network variables from the KNX module (or the KNX IP controller) with the group addresses of the ETS3.
Network variables and group addresses can also be easily configured.
3.3.1 Creating Associations
Four options are available for the creation of a valid association network variable <> group address. All options have the common feature of a plausibility check performed internally by the ETS3 PlugIn. Invalid association attempts are detected and reported.
WAGO-I/O-SYSTEM
Plugin
Function
• 35
Note
When a group address is associated with a network variable, only other network variables of the same type can be linked to the group address.
Fig. 3-23: Creating an association using Drag & Drop (excerpt)
3.3.1.1 Drag & Drop from the Main Group Window
For the creation of an association from the main group window (using drag & drop), click and hold the left mouse button on the required group address.
Then drag the mouse cursor on the target network variable in the window
"List of network variables" and release the left mouse button. The source group address will now appear in the "Association to group addresses"
window of the target network variables (see Fig. 3-7: Overview ETS3 PlugIn).
3.3.1.2 Drag & Drop from the Network Variables Window
For the creation of an association from the network variables window via drag
& drop, click and hold the left mouse button on the required network variable in the "List of network variables" window. Then drag the mouse cursor to the target group address (in the group address window) and release the left mouse button. The target group address will appear in the "Association to group
address" window of the source network variables. (see Fig. 3-7: Overview
3.3.1.3 Group Address Context Menu
Upon selection of the context menu of a group address and an activation of the
"Associate with network variable ..." entry, a table with all available network variables of the project appears.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
36 •
Function
Fig. 3-24: Creating associations with several network variables
As soon as a network variable is selected, the dialog is redrawn and displays only those network variables matching those already selected if available. In the example shown, one of the "Enable" network variables was selected, resulting in a dialog displaying only the network variables matching the DPT.
Fig. 3-25: Example for the automatic filtering when selecting a network variable
WAGO-I/O-SYSTEM
Plugin
Function
• 37
Note
Only those network variables are shown, whose type matches the current group address.
In this list, one or multiple network variables can be selected. Closing the dialog with OK generates the selected associations. If C
ANCEL
is selected, the changes are discarded. The target network variable or variables appear(s) in
the "Properties of the selected group" window (see Fig. 3-7: Overview ETS3
3.3.1.4 Network Variables Context Menu
Upon selection of the context menu of a network variable and activation of the
"Associate with group address..." entry, a new "Associate network variable" dialog appears. This dialog permits the selection of a required target group address from a list of current group addresses and the creation of an association, or the direct creation of a new group address which will immediately be assocaited with the network variable.
Fig. 3-26: "Associate network variable" dialog
The target group address appears in the "Associations with group addresses"
window of the source network variables (see Fig. 3-7: Overview ETS3
Note
If the address of a group address already present in the system is entered when the "New group address" option is selected, an association is created with the already existing group address. A new group address will not be created.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
38 •
Function
3.3.1.5 Error messages
Assignment errors occurring for simple connections between a group address and a network variable are displayed via the status bar.
Errors occurring for multiple assignments of group addresses to network variables are displayed as popup windows including the lists of group addresses used and showing possible causes of errors.
3.3.2 Deleting Associations
There are two options to remove an association network variable <> group address.
When a group address is selected in the group address window, the corresponding network variables are displayed in the "Properties of the selected group" window. The association can be removed by highlighting it with a left mouse click and a subsequent click on the "REMOVE" button.
Alternatively, the association can be removed by opening the association's context menu and clicking on the "Unlink network variable" or "Unlink group address" entry.
Fig. 3-27: Unlinking a network variable using the context menu (excerpt)
All deletion processes will display a security prompt prior to the final deletion, permitting cancellation of the action.
Fig. 3-28: Security prompt prior to final deletion of an association
WAGO-I/O-SYSTEM
Plugin
Function
• 39
Configuration of Network Variables/Communication Objects
3.3.3 Configuration of Network Variables/Communication Objects
The flags are defined in the property window. Depending on whether the property window is hidden or visible, the icon in the upper left corner of the
property window will appear different (see chapter 3.2.2.2).
Fig. 3-29: Property window
Button Action
Hides the property window
Shows the property window
3.3.3.1 Network Variables Section
The currently selected network variable is displayed in the left side of the property window. A network variable can be configured for several actions.
Sending after Reset Sends the value of the communication object after a device reset. This reset occurs after a voltage reset, a node reset from the ETS and a software reset of the IEC application.
Read after Reset
Cyclical sending
Timeout
Time base
WAGO-I/O-SYSTEM 759
ETS3 Plugin
Requests the device to read the current value from the bus after a reset.
When activated, the device sends its value to the bus in intervals specified in the box to the right..
When activated, after a time interval without telegram update, the device will display a timeout on the associated FbDPT function block in the PLC.
Only active when cyclical sending or timeout is activated. Sets the time unit of the interval or timeout. Possible units are second and minute.
40 •
Software Deinstallation
Configuration of Network Variables/Communication Objects
3.3.3.2 Communication Object Section
The currently selected communication object is displayed in the right side of the property window. A communication object can be configured with several values.
Number system in dependence to the association sequence. This value cannot be changed.
Write
Transmit
Read
Send group
ETS3 flag for communication objects. See
ETS3 manual.
ETS3 flag for communication objects. See
ETS3 manual.
ETS3 flag for communication objects. See
ETS3 manual.
A group address must be available as a sending group to each communication object.
As default, the ETS3 defines the first assigned group address as "sending group".
All available group address are displayed in the dropdown menu and are selected there.
3.4 Software Deinstallation
If the software is to be removed from the system, please select the "Software" function group in your control panel. Using the uninstall function, the
"KNXTP1-IEC61131 Controller-IpRouter" entry can be removed.
WAGO-I/O-SYSTEM
Plugin
Setup of the KNXnet/IP Router
• 41
Importing the Application Program into the ETS3
4 The KNXnet/IP Router
The KNXnet/IP router routes the telegram from IP to Twisted-pair and vice versa. The KNX IP controller in combination with the first KNX module, functions as KNXnet/IP router.
4.1 Setup of the KNXnet/IP Router
The following chapter describes the steps required for utilizing the KNXnet/IP router within the ETS3. The first KNX module downstream from the KNX IP controller (and possibly downstream from other KNX incompatible modules) expands the KNX IP controller to a KNXnet/IP router. The subsequent KNX modules, if available, work in device mode.
4.1.1 Importing the Application Program into the ETS3
For the import of the ETS3 PlugIn, the corresponding vd4 file must be selected with the F
ILE
/ I
MPORT
function of the ETS3. The product database will then be updated automatically.
Fig. 4-1: Importing the application program
Using the A
DD
D
EVICE
function in ETS3, the WAGO device can be integrated into the project. The product finder of the ETS3 will be displayed for the selection of the KNXnet/IP router.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
42 •
Setup of the KNXnet/IP Router
Importing the Application Program into the ETS3
Fig. 4-2: Importing the application program, product finder
When the device in the ETS3 topology is clicked with the right mouse button, the installation routine will start. This process will be executed only once, at the first invocation.
Fig. 4-3: Software installation, part 1
Please read the license agreement carefully and select "I accept the license agreement". The dialog is then confirmed with N
EXT
. Setup now installs the
PlugIn.
Note
If the software has been installed already for a KNX module, the KNX IP controller or the KNXnet/IP router, the above dialog will not displayed.
WAGO-I/O-SYSTEM
Plugin
System Menu
4.2 Operating Elements
For the parameterization of the device, the "Edit parameter..." function in the context menu must be activated. The graphical user interface of the
KNXnet/IP router will appear:
Fig. 4-4: User interface of the KNXnet/IP router
4.2.1 System Menu
The Windows system menu contains the following commands:
Fig. 4-5: System menu
Restore Restores the active window to its original dimensions.
Move Moves the active window on the screen.
Size
Minimize
Maximize
Close
WAGO-I/O-SYSTEM 759
ETS3 Plugin
Changes the dimensions of the active window.
Displays the active window as an icon.
Displays the active window over the whole screen.
Closes the active window.
44 •
Function
Menu Item "Help"
4.2.2 Menu Item "Help"
Fig. 4-6: Menu item "Help"
Help Index... Open the online help
About... Displays information to the PlugIn
4.3 Function
The principal task of the software is the setup of the KNXnet/IP router and its adaptation to the network.
4.3.1 Parameterization of the Device Settings
In the device settings section of the user interface, general data, such as device name, project number or installation number can be viewed and defined.
Fig. 4-7: Device settings of the KNXnet/IP router
WAGO-I/O-SYSTEM
Plugin
Function
• 45
Parameterization of the Device Settings
This data can be modified with the following limitations:
• the device name must not have more than 30 characters
• the project number must be within the value range 1...4096
• the installation number must be within the value range 1...15
• the behavior on bus voltage loss can be set
A tunneling address must also be entered for the communication of the KNX devices via multicast communication.
Note
The project and installation numbers provide for the compatibility of future
ETS development and should have the value 0 for current ETS projects.
Note
Erroneous entries will not be saved.
Note
The project number of the above dialog is not identical with the project number assigned in the ETS3.
Caution
The physical address (tunneling address) must originate in the line to which the KNXnet/IP router will be coupled, i.e.
Physical address: 1.3.XXX, where X must be a number between 0 and 255..
Caution
The tunneling address is not managed by the ETS3. For this reason, the ETS3 cannot prevent a double assignment of the same physical address and it is recommended to use an address in the upper value range (e.g. 1.1.254, or similar).
WAGO-I/O-SYSTEM 759
ETS3 Plugin
46 •
Function
Bus IP Settings
4.3.2 Bus ! IP Settings
This section describes the settings used to filter and confirm the telegrams that are transmitted from the bus to the IP.
Abb. 4-8: Bus->IP settings
4.3.2.1 Main Groups 0 to 13
Filtering telegrams of main groups 0 to 13 can be set as follows:
• Filter (normal): Filtering is done using the filter table.
• Transmit: All telegrams are forwarded.
• Block: All telegrams are blocked.
4.3.2.2 Main Groups 14 and 15
Filtering telegrams of main groups 14 and 15 can be set as follows:
• Transmit: All telegrams are forwarded.
• Block: All telegrams are blocked.
4.3.2.3 Individually Addressed and Broadcast Telegrams
Filtering individually addressed and broadcast telegrams can be set as follows:
• Filter (normal): Filtering is done using the filter table.
• Transmit: All telegrams are forwarded.
• Block: All telegrams are blocked.
4.3.2.4 Telegram Confirmation of Group Oriented Telegrams
This section describes the settings used to confirm group oriented telegrams:
• Only if routed: All routed telegrams are confirmed.
• Always: All telegrams are confirmed.
WAGO-I/O-SYSTEM
Plugin
Function
• 47
IP Bus Settings
4.3.3 IP ! Bus Settings
This section describes the settings used to filter and confirm the telegrams that are transmitted from the IP to the bus.
Abb. 4-9: IP->Bus settings
4.3.3.1 Main Groups 0 to 13
Filtering telegrams of main groups 0 to 13 can be set as follows:
• Filter normal: Filtering is done using the filter table.
• Transmit: All telegrams are forwarded.
• Block: All telegrams are blocked.
4.3.3.2 Main Groups 14 and 15
Filtering telegrams of main groups 14 and 15 can be set as follows:
• Transmit: All telegrams are forwarded.
• Block: All telegrams are blocked.
4.3.3.3 Individually Addressed and Broadcast Telegrams
Filtering individually addressed and broadcast telegrams can be set as follows:
• Filter normal: Filtering is done using the filter table.
• Transmit: All telegrams are forwarded.
• Block: All telegrams are blocked.
4.3.4 Parameterization of the KNXnet/IP Router
For proper integration of the device into the network, the KNXnet/IP router requires an IP address. In combination with the subset mask, the IP address uniquely defines the device in the network and is, therefore, the most important property of any network device.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
48 •
Function
Parameterization of the KNXnet/IP Router
Fig. 4-10: KNXnet/IP parameters of the KNXnet/IP router
There are four methods to assign an IP address to the KNXnet/IP router, explained below.
4.3.4.1 Setting the KNXnet/IP Router via BootP or DHCP
Besides manual address allocation, two other options are available to automatically assign an IP address to the KNXnet/IP router. Common to both versions is that they independently assign a valid IP address to the KNXnet/IP router, only the configuration on the server side must be adjusted by the system administrator if required.
BootP
The "bootstrap protocol" BootP, which communicates based on UDP, assigns required data, such as IP address, subnet mask, etc., to a coupler or controller during the boot process. For this process, a BootP server is required. During booting, a client sends an UDP request as a broadcast to the available network to which the BootP server responds. It then returns a packet with the required data to the client. The BootP server is not necessarily required to be located in the same subnet as the client, however, in this case,a BootP gateway will be required.
DHCP
DHCP is a further development of BootP. Whereas BootP assigns IP addresses from an address table to the clients and cannot accept further clients when all addresses from the table have been assigned, DHCP offers the benefit of a possible dynamic assignment.
DHCP assignment techniques
• Static assignment
This assignment corresponds to the assignment by BootP. Each client always receives the same address.
• Automatic assgniment
The server receives a list of IP addresses (defined by addressing space and subnet masks) from which it assigns a free address to a client. The client receives this address for an unlimited time.
WAGO-I/O-SYSTEM
Plugin
Function
• 49
Parameterization of the KNXnet/IP Router
• Dynamic assignment
Similar to the automatic assignment, but after a defined time, the client loses its IP address.
In all previously mentioned cases, it is mandatory to enter the MAC address which enables a globally unique assignment of a network device. The MAC address is shown on the address label at one side of the KNXnet/IP controller.
Fig. 4-11: MAC address on the controller
A routing multicast address representing an IP address must also be defined
4.3.4.2 Manual Setting of the KNXnet/IP Router
If the KNXnet/IP router is to be configured manually, the following data are required from the network administrator:
• IP address
• Subnet mask
• Standard gateway
• Routing multicast address
• MAC address
An IP address (Internet Protocol address) is a number for the addressing of computers and other devices in an IP network.
The subnet mask is a bit mask separating an IP address into a network and a device or host component. They are used in IP networks for routing decisions.
The gateway is a device which switches as interface between the various transmission protocols; depending on the network structure, it may have different features but it is valid for the whole network.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
50 •
Function
Parameterization of the KNXnet/IP Router
The IP routing mulitcast address is used for the routing of telegrams to IP. The multicast IP address 224.0.23.12 was reserved by IANA (Internet Assigned
Numbers Authority) for this purpose (KNXnet/IP or EibNet/IP). If a different multicast IP address is required, it must originate in the range 239.0.0.0 to
239.255.255.255.
The "IP parameter setting" checkbox defines the plug-in's behavior. If the checkbox is deactivated, manual parameter setting is not allowed and the settings will not be downloaded to the device. However, if the checkbox is activated, the user will be allowed to set the parameters manually.
The "Scan IP" button allows users to search the network for the IP address of the router that is specified by the MAC address. If no suitable device is for
MAC address, this will be indicated. Automatic device search is also performed directly after opening the parameter dialog.
Further information
More information on the "Internet Assigned Numbers Authority" can be found on the website http://www.iana.org
.
An overview of reserved multicast addresses is found under http://www.iana.org/assignments/multicast-addresses .
In conclusion, the MAC address represents the unique identification of a network-capable device. This address cannot be changed. The MAC address consists of 48 bit, numbered from 47 to 0. The addresses are usually written in hexadecimal format, e.g., 00:30:DE:01:40:22.
Note
This writing convention is also used by the KNXnet/IP router, hence you should use this notation.
These parameters can be provided by the network administrator.
The following figure shows a fully configured KNX module operating as
KNXnet/IP router.
WAGO-I/O-SYSTEM
Plugin
Parameterization of the KNXnet/IP Router
Fig. 4-12: Fully configured KNXnet/IP router
The "Advanced device settings" are described in chapter 4.3.1.
4.4 Software Deinstallation
If the software is to be removed from the system, please select the "Software" function group in your control panel. Using the uninstall function, the
"KNXTP1-IEC61131 Controller-IpRouter" entry can be removed.
WAGO-I/O-SYSTEM 759
ETS3 Plugin
52 • Index
Index
A
Abbreviations · 8
Add Device · 19
Auto Save Function · 22
AutoIP · 47
Automatic Saving · 27
B
BootP · 47
C
COM interface · 11
Communication Object · 39
Configuration of Network Variables/Communication Objects · 32,
38
Coupler · 11
Creating Associations · 33
D
Data Point Type (DPT) · 12
Data Point Types (DPT) · 29
Deinstallation · 39, 50
Deleting Associations · 37
DHCP · 47
DPT 1 – Boolean · 12
DPT 10 – Time · 15
DPT 11 – Date · 16
DPT 12 – 4 Octet Unsigned Value · 16
DPT 13 – 4 Octet Signed Value · 16
DPT 14 – 4 Octet Float Value · 16
DPT 15 – Access · 18
DPT 16 –String · 18
DPT 2 – 1 Bit Controlled · 12
DPT 3 – 3 Bit Controlled · 13
DPT 4 – Character Set · 13
DPT 5 – 8 Bit Unsigned Value · 14
DPT 6 – 8 Bit Signed Value · 14
DPT 6 – Status with Mode · 14
DPT 7 – 2 Octet Unsigned Value · 14
DPT 8 – 2 Octet Signed Value · 15
DPT 9 – 2 Octet Float Value · 15
Drive · 9
E
Edit Parameters · 21
ETHERNET · 11
ETS3 · 10
ETS3 Database · 27
ETS3 Product Database · 10
Exporting a Configuration File · 26
F
Fixed disk storage · 9
Function · 33, 43
G
Graphical User Interface · 23
Group Addresses · 25, 31, 34
I
Importing a Configuration File · 27
Importing the Application Program · 19, 40
Installation · 20
K
KNX/EIB/TP1 Module 753-646 · 10, 19
KNXnet/IP Controller 750-849 · 10, 19
KNXnet/IP Router · 10, 11, 40
L
License Agreement · 20
M
Main memory · 9
Menus · 28, 42
System Menu · 28, 42
Mouse · 9
N
Network Variables · 29, 30, 34
O
Operating Elements · 21, 42
Operating System · 9
P
Parameterization · 43, 46
PC · 9
Print · 25
Product Finder · 19
R
RJ45 · 11
S
Setup · 19, 40
SYM-XML file · 21
System Configuration · 9
System Menu · 28, 42
T
Twisted-Pair · 11
U
USB · 11
User Interface · 21
W
WAGO ETS3 PlugIn · 10
WAGO-I/O-Pro CAA · 21
WAGO-I/O-SYSTEM
Plugin
WAGO-I/O-SYSTEM 759
ETS3 Plugin
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& Co. KG
Postfach 2880 • D-32385 Minden
Hansastraße 27 • D-32423 Minden
Telefon: 05 71/8 87 – 0
Telefax: 05 71/8 87 – 1 69
E-Mail: [email protected]
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