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ABB i-bus

KNX

Contents

ii 2CDC509086D0201 | ABA/S 1.2.1

Commissioning .................................................................................. 27

Commissioning requirement ...................................................................................................... 27

6.2

Commissioning overview ........................................................................................................... 27

6.3

Assignment of the physical address........................................................................................... 27

6.3.1

Network settings ........................................................................................................................ 28

6.4

Software/application................................................................................................................... 28

6.4.1

Download response ................................................................................................................... 28

Parameters .......................................................................................... 29

7.1

General ...................................................................................................................................... 29

7.2

User interface – menu description ............................................................................................. 30

7.2.1

File

menu ................................................................................................................................... 30

7.2.2

Edit

menu ................................................................................................................................... 31

7.2.3

Realtime

menu ........................................................................................................................... 31

7.2.4

Simulation

menu ........................................................................................................................ 31

7.2.5

Worksheet .................................................................................................................................. 32

7.2.6

Properties window ..................................................................................................................... 32

7.3

Monitor ....................................................................................................................................... 33

7.4

Simulation .................................................................................................................................. 34

7.5

Engine settings

parameters ....................................................................................................... 35

7.5.1

Cycle time .................................................................................................................................. 35

7.5.2

Use persisting values ................................................................................................................. 35

7.6

Send behavior

parameters ......................................................................................................... 35

7.6.1

Minimum time between output telegrams in [s] .......................................................................... 35

7.6.2

Minimum time between output telegrams in [ms] ....................................................................... 35

7.7

In operation

parameters ............................................................................................................. 36

7.7.1

Send Group Object "In Operation" (1-bit) ................................................................................... 36

7.7.2

"In Operation" is repeated every ................................................................................................ 36

7.8

General information on logic calculation .................................................................................... 37

7.9

Inverting inputs and outputs ....................................................................................................... 37

7.10

Description of function elements ................................................................................................ 38

7.10.1

KNX input (KNX IN) ................................................................................................................... 38

7.10.2

KNX output (KNX OUT) ............................................................................................................. 41

7.10.3

Marker Input (MARKER IN) ....................................................................................................... 43

7.10.4

Marker Output (MARKER OUT) ................................................................................................. 44

7.10.5

AND (AND) ................................................................................................................................ 45

7.10.6

OR (OR) ..................................................................................................................................... 46

7.10.7

XOR (XOR) ................................................................................................................................ 47

7.10.8

NOT (NOT) ................................................................................................................................ 48

7.10.9

1ofN (ONE-HOT) ....................................................................................................................... 49

7.10.10

Greater Than (GREATER) ......................................................................................................... 51

7.10.11

Lower Than (LOWER) ............................................................................................................... 52

7.10.12

Equal (EQUAL) .......................................................................................................................... 53

7.10.13

Not Equal (NOT EQUAL) ........................................................................................................... 54

7.10.14

Greater or Equal (GREATER/EQUAL)....................................................................................... 55

7.10.15

Lower or Equal (LOWER/EQUAL) ............................................................................................. 56

7.10.16

Minimum/Maximum (MIN/MAX) ................................................................................................. 57

7.10.17

Multiplexer, 2 to 1 (1-MUX) ........................................................................................................ 59

7.10.18

Multiplexer, n-fold (n-MUX) ........................................................................................................ 61

7.10.19

Gate (GATE) .............................................................................................................................. 63

7.10.20

Filter (FILTER) ........................................................................................................................... 64

Содержание i-bus KNX ABA/S 1.2.1

Страница 1: ... PRODUCT MANUAL ABB i bus KNX ABA S 1 2 1 Logic Controller ...

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Страница 3: ...S 1 2 1 MDRC 12 3 3 1 Dimension drawing 13 3 3 2 Connection diagram 14 3 3 3 Operating and display elements 15 3 3 4 Technical data 16 3 3 4 1 General technical data 16 3 3 4 2 Device type 18 3 3 4 3 Description of inputs and outputs 19 4 Function 21 4 1 Overview 21 4 2 Functional overview 21 4 3 Input functions 22 4 4 Output functions 22 4 5 Integration in the i bus Tool 22 4 6 Special operating ...

Страница 4: ...35 7 6 2 Minimum time between output telegrams in ms 35 7 7 In operation parameters 36 7 7 1 Send Group Object In Operation 1 bit 36 7 7 2 In Operation is repeated every 36 7 8 General information on logic calculation 37 7 9 Inverting inputs and outputs 37 7 10 Description of function elements 38 7 10 1 KNX input KNX IN 38 7 10 2 KNX output KNX OUT 41 7 10 3 Marker Input MARKER IN 43 7 10 4 Marker...

Страница 5: ...10 34 Constant CONST 94 7 10 35 Website Input WEB IN 95 7 10 36 Website Output WEB OUT 96 7 10 37 Function Block Input FB IN 97 7 10 38 Function Block Output FB OUT 98 7 10 39 Composite function blocks 99 7 10 40 Comment 102 7 10 41 Rectangle 102 7 10 42 Line 102 8 Group objects 103 8 1 Summary of group objects 103 8 2 Inputs and outputs 104 8 3 Time synchronization 104 9 Operation 105 9 1 Manual ...

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Страница 7: ... accepts no responsibility whatsoever for potential errors or possible lack of information in this document We reserve all rights in this document and in the subject matter and illustrations contained therein Reproduction transfer to third parties or processing of the content including sections thereof is not permitted without the prior written consent of ABB AG Copyright 2018 ABB AG All rights re...

Страница 8: ... hazards that will definitely result in death or serious injury unless avoided WARNING Indicates medium risk hazards that could result in death or serious injury unless avoided CAUTION Indicates low risk hazards that could result in slight or moderate injury unless avoided ATTENTION Indicates a risk of malfunctions or damage to property and equipment but with no risk to life and limb Example For u...

Страница 9: ...isks To make its solutions more stable secure and robust ABB has officially added cyber security tests to its product development process In addition the information below includes guidelines and mechanisms that you can use to improve the security of KNX systems Link to disclaimer Cyber Security Disclaimer for Products 2 4 Restrict access to the various media The basis of any protection plan is to...

Страница 10: ...twork with its own hardware routers switches etc Regardless of the KNX system apply the usual security mechanisms for IP networks For example MAC filters Wireless network encryption Use strong passwords and protect them from unauthorized persons Note The device cannot be reached during IP TCP or UDP flooding access from the internet To avoid this set rate limiting at network level Please discuss t...

Страница 11: ...range When using timer functions date and time must be provided via KNX TP The device connects to the ABB i bus KNX via the front bus connection terminal Engineering Tool Software ETS is used for physical address assignment and parametrization Once the bus and auxiliary voltages are connected the device is ready for operation Abbreviation Description A Application B Module A Automation S MDRC X 1 ...

Страница 12: ...unting rails The device is supplied via the bus and requires an additional auxiliary voltage either 24 V DC or Power over Ethernet PoE We recommend using a power supply from our range When using timer functions date and time must be provided via KNX TP The device connects to the ABB i bus KNX via the front bus connection terminal Engineering Tool Software ETS is used for physical address assignmen...

Страница 13: ...ABB i bus KNX Product Overview ABA S 1 2 1 2CDC509086D0201 13 3 3 1 Dimension drawing Fig 2 Dimension drawing 2CDC072033F0015 ...

Страница 14: ...nnection diagram Legend 1 Label carrier 7 Ethernet LAN connection 2 KNX programming LED red 8 On LED green 3 KNX programming button 9 LAN LINK LED yellow 4 KNX connection 10 KNX telegram LED yellow 5 Cover cap 11 Reset factory settings button behind label carrier 6 Power supply connection Us 2CDC072034F0015 ...

Страница 15: ...t connection available Flickering Data traffic via LAN telegram On Auxiliary voltage and KNX connection available Flickering Data traffic via KNX TP Reset behind label carrier Press for less than 2 seconds no reaction Press for 2 to 10 seconds device restart Retains configuration and last states Press for more than 10 seconds factory reset Deletes configuration and all states Table 4 Operating and...

Страница 16: ...X Via bus connection terminal Inputs Outputs Via screw terminals LAN RJ45 socket for 10 100BaseT IEEE 802 3 networks AutoSensing Connection terminals Screw terminal Screw terminal with universal head PZ1 Screw terminal 1 0 2 2 5 mm2 stranded 2 x 0 2 2 5 mm2 Screw terminal 2 0 2 4 mm2 solid 2 x 0 2 4 mm2 Wire end ferrule without plastic sleeve 0 25 2 5 mm2 Wire end ferrule with plastic sleeve 0 25 ...

Страница 17: ...evice MDRC Modular installation device Design Pro M Housing color Plastic housing gray Dimensions Dimensions 90 x 70 x 63 5 mm H x W x D Mounting width in space units 4x 17 5 mm modules Mounting depth 68 mm Mounting 35 mm mounting rail To EN 60715 Mounting Position Any Weight 0 192 kg Fire classification Flammability V 0 as per UL94 Approvals KNX certification To EN 50491 CE conformity In accordan...

Страница 18: ... software information on our homepage for this Table 6 Device type Note ETS and the current version of the device application are required for programming The latest version of the application and corresponding software information is available for download from www abb com knx After import into ETS it appears in the Catalogs window under Manufacturers ABB Controller Controller Output The device d...

Страница 19: ...er over Ethernet according to IEEE 802 3af class 2 Connecting the device to 230 V may destroy it KNX connection The supplied bus connection terminal is used to connect to the KNX bus LAN connection The device connects to the network via an Ethernet RJ45 interface for LAN networks The network interface can be operated at a transmission speed of 10 100 Mbit s Network activity is indicated by the LAN...

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Страница 21: ...s a plug in This provides up to 3 000 logic gates There is a simulation function for testing generated logic User defined function blocks can be created and saved for use in other projects An integrated web server allows you to enter and display up to 60 values Note This function is very basic and is not a substitute for a real visualization An internal backup allows the device to continue operati...

Страница 22: ...or this device 4 5 Integration in the i bus Tool The device features an i bus Tool interface capable of detecting the device on the network IP discovery and updating firmware if required You can download the i bus Tool free of charge from our homepage www abb de knx A description of the functions is provided in the i bus Tool online help ...

Страница 23: ...s i e an initial value is set or values are received See also KNX inputs KNX IN The internal device clock status remains invalid until the device receives the time and date via the corresponding KNX group objects 4 6 1 1 Bus voltage failure Bus voltage failure describes the sudden drop in failure of the bus voltage e g due to a power failure If the bus voltage fails but the power supply is running...

Страница 24: ...ere has been an ETS reset If the application is downloaded again full download after it has been uninstalled the reaction is the same as after an ETS reset After the application is uninstalled or after an interrupted download the device no longer functions After an ETS download all internal information is saved and restored This also applies to internally calculated values e g staircase lighting t...

Страница 25: ...ing Once the bus and auxiliary voltages are connected the device is ready for operation Note The maximum permissible current of a KNX line must not be exceeded During planning and installation ensure that the KNX line is correctly dimensioned The device has a maximum current consumption of 10 mA DANGER Severe injuries due to touch voltage Feedback from differing phase conductors can produce touch ...

Страница 26: ...holder on the upper edge of the DIN rail and push down 2 Push the lower part of the device toward the DIN rail until the DIN rail holder engages The device is now mounted on the DIN rail Relieve the pressure on the top of the housing 5 3 Supplied state The device is supplied with the physical address 15 15 255 The application is preloaded The complete application can be reloaded if required Downlo...

Страница 27: ...cation Please refer to the software information on our homepage for this ETS is required in order to parametrize the device For information on how to use the i bus Tool see 4 5 Integration in the i bus Tool 6 3 Assignment of the physical address The physical address group address and parameters are assigned and programmed in ETS The device features a Programming button for physical address assignm...

Страница 28: ...ess If you do please ensure that the IP is suitable for the network topology otherwise the device cannot subsequently be accessed Fig 5 Network settings If you have set a fixed IP address it will be loaded onto the device when you program the physical address The logic controller is now accessible via the LAN If you wish to program the device directly via LAN without a connection to the KNX bus li...

Страница 29: ... General ETS Engineering Tool Software is used to parametrize the device The device uses an ETS plug in In ETS the application is located in the Catalogs window under Manufacturers ABB Controller Controller The following sections describe the device functions and parameters ...

Страница 30: ...ts a user defined function block fbxml file After import the composite function block is shown bottom left in the list of function elements in Own function blocks Print Options Print All Print Current Worksheet The size of the printout matches the scaling on the user interface Print Preview Options Full Preview Previews the current worksheet The size of the print preview matches the scaling on the...

Страница 31: ... More information Cut Copy Paste Standard functionality Undo Redo Standard functionality 15 undos redos are possible 7 2 3 Realtime menu Real time device monitoring Enabling this function links the plug in to the device and then shows the live status of the device logic The IP address for the link is taken from the ETS settings 7 2 4 Simulation menu Offline simulation of the defined logic More inf...

Страница 32: ...ate a new worksheet click the symbol To rename the worksheet double click the tab field and overwrite it Fig 6 Worksheet 7 2 6 Properties window The Properties window is used to parametrize logic elements In the Name field you can enter a unique name for each logic element and in the Remark field specific information about it ...

Страница 33: ...in then tries to establish a connection to the logic controller using the IP address from the ETS settings Properties IP tab While using Monitor mode the Display Mode option in the application controller web interface settings must be enabled This is disabled by default for security reasons When a connection has been established the current states of the I O logic link objects are displayed Note t...

Страница 34: ...ating timer functions such as Calendar Single Step Clicking Next Step starts a calculation cycle Slow Around 50 times slower than real time Realtime Simulation is done in real time Fast 1 second in the simulation is 1 hour in real time Simulation time Sets the simulation time and date Customize button Applies the setting Refresh button Synchronizes the date and time with the real time of the PC ...

Страница 35: ...l information of certain function elements To see which data are saved please refer to the descriptions for the relevant function elements 7 6 Send behavior parameters 7 6 1 Minimum time between output telegrams in s Options 0 255 s unsigned integer 7 6 2 Minimum time between output telegrams in ms Options 0 2000 ms unsigned integer Note The parameters Minimum time between output telegrams in s an...

Страница 36: ...value 1 cyclically The In operation group object indicates that the device is communicating correctly with the KNX bus Depending on the setting a 0 or 1 is sent cyclically and activates the 1 bit group object In operation The cyclical telegram can be evaluated by other devices on the bus 7 7 2 In Operation is repeated every Options 00 00 01 01 00 00 11 59 59 hh mm ss ...

Страница 37: ...See Cycle time Logic is always calculated from the inputs to the outputs left to right There is no loop capability Fig 9 General information on logic calculation A calculation cycle calculates the entire logic New values e g from the KNX bus available at the start of the cycle are taken into account 7 9 Inverting inputs and outputs You can invert 1 bit inputs and outputs by double clicking on the ...

Страница 38: ...triggers a Status send pulse with a 0 1 The next calculation usually after 200 ms resets the value to 0 Parameters Name Value Visible Description Initial value According to DPT Always A preset value intended for use in calculations This value is only used if Set initial value after restart is enabled Note Selecting the checkbox sets the initial value to 1 but only with 1 bit values Deselecting the...

Страница 39: ...undefined Only a subsequent valid telegram will update it There will be a restart after a download on supply voltage recovery or on bus voltage recovery Read value from bus If the checkbox is selected for this parameter the READ ON INIT flag in the object sends one Value Read command to the bus on restart or after a download Note If this parameter is enabled the logic engine waits for the calculat...

Страница 40: ...te The first group address is the one that sends a value The group addresses are displayed in the same layout as in ETS e g 2 level or 3 level Icons Read group address True 1 icon Datapoint type Select the datapoint type required for displaying the value on the KNX accordingly All assigned group addresses are listed in Data Types in the Properties window They cannot be changed read only ...

Страница 41: ...s Change defined in Absolute Relative If Send behavior Send on change If Send on change is selected for Send behavior an absolute or relative value can be output after a value change Change absolute Value dependent on DPT default 1 If Change defined in Absolute A value is sent if Change defined in is greater or less than the number entered in Change absolute Change in 0 1 0 2 0 5 1 2 20 If Change ...

Страница 42: ...c sending starts once the output receives a valid value Output values that cannot be sent on the bus e g due to bus load or bus voltage failure are overwritten by newer values Element display Element name First group address Data widths 1 bit 2 bits 4 bits 1 byte 2 bytes 4 bytes date time date time color Note The first group address is the one that sends a value The group addresses are displayed i...

Страница 43: ... Marker Output Important A Marker Input can only be linked to exactly one Marker Output Note For easy identification you should enter a unique name for the corresponding marker in the Name field in the properties Outputs No DPT Abbr Name Visible Description 1 Any O Output Always Parameters Name Value Visible Description Linked to List of all MARKER OUTs Always Selects the MARKER OUT to be linked w...

Страница 44: ...er Output is logically linked to one or more Marker Inputs Note For easy identification you should enter a unique name for the corresponding marker in the Name field in the properties Inputs No DPT Abbr Name Visible Description 1 Any I Input Always Parameters Name Value Visible Description Linked to List of all MARKER INs Always Selects the MARKER IN to be linked with the MARKER OUT ...

Страница 45: ...T Abbr Name Visible Description 1 1 bit O Output Always Note An AND can be easily inverted to an NAND by double clicking the output Parameters Name Value Visible Description Input Count 2 16 Always Function Whenever a telegram is received the output starts a recalculation independently if the value has changed The output is 1 true if all inputs are 1 true I1 I2 O 0 0 0 0 1 0 1 0 0 1 1 1 Other Unli...

Страница 46: ...br Name Visible Description 1 1 bit O Output Always Note An OR can be easily inverted to an NOR by double clicking the output Parameters Name Value Visible Description Input Count 2 16 Always Function Whenever a telegram is received the output starts a recalculation independently if the value has changed The output is 1 true if at least one input is 1 true I1 I2 O 0 0 0 0 1 1 1 0 1 1 1 1 Other Unl...

Страница 47: ...an invert 1 bit inputs and outputs by double clicking on the relevant I O Parameters Name Value Visible Description Input Count 2 16 Always Function Whenever a telegram is received the output starts a recalculation independently if the value has changed The output is true 1 if there is an odd number of true 1 inputs I1 I2 I3 O 0 0 0 0 0 0 1 1 0 1 0 1 0 1 1 0 1 0 0 1 1 0 1 0 1 1 0 0 1 1 1 1 Other U...

Страница 48: ...ription 1 1 bit I1 Input Always Outputs No DPT Abbr Name Visible Description 1 1 bit O Output Always Note You can invert 1 bit inputs and outputs by double clicking on the relevant I O Parameters None Function Whenever a telegram is received the output starts a recalculation independently if the value has changed The element inverts the output value negation I O 0 1 1 0 ...

Страница 49: ...s No DPT Abbr Name Visible Description 1 1 bit O Output Always Note You can invert 1 bit inputs and outputs by double clicking on the relevant I O Parameters Name Value Visible Description Input Count 2 16 Always Function Whenever a telegram is received the output starts a recalculation independently if the value has changed The output is 1 if exactly one input is true 1 I1 I2 I3 O 0 0 0 0 0 0 1 1...

Страница 50: ...ly one is 1 while the others are 0 The switching shown ensures that this is the case Fig 11 Use case 1ofN element If more than one of the three input values is 1 this results in a 1ofN link of 0 The AND logic gates therefore force the three output values to 0 Other Unlinked inputs are treated as if they did not exist ...

Страница 51: ...lways 2 Same as Input 1 I2 Input Parametrizable Outputs No DPT Abbr Name Visible Description 1 1 bit O Output Always Parameters Name Value Visible Description In 2 Checkbox Always Numeric value If the checkbox is deselected Data type as for Input 1 Function The output is 1 if I1 is greater than I2 The output is 0 if I1 is less than or equal to I2 Whenever a telegram is received the output starts a...

Страница 52: ...ays 2 Same as Input 1 I2 Input Parametrizable Outputs No DPT Abbr Name Visible Description 1 1 bit O Output Always Parameters Name Value Visible Description In 2 Checkbox Always Numeric value If the checkbox is deselected Data type as for Input 1 Function The output is 1 if I1 is less than I2 The output is 0 if I1 is greater than or equal to I2 Whenever a telegram is received the output starts a r...

Страница 53: ... Always 2 Same as Input 1 I2 Input Parametrizable Outputs No DPT Abbr Name Visible Description 1 1 bit O Output Always Parameters Name Value Visible Description In 2 Checkbox Always Numeric value If the checkbox is deselected Data type as for Input 1 Function The output is 1 if I1 is equal to I2 The output is 0 if I1 is not equal to I2 Whenever a telegram is received the output starts a recalculat...

Страница 54: ...nput Always 2 Same as Input 1 I2 Input Parametrizable Outputs No DPT Abbr Name Visible Description 1 1 bit O Output Always Parameters Name Value Visible Description In 2 Checkbox Always Numeric value If the checkbox is deselected Data type as for Input 1 Function The output is 1 if I1 is not equal to I2 The output is 0 if I1 is equal to I2 Whenever a telegram is received the output starts a recalc...

Страница 55: ...put Always 2 Same as Input 1 I2 Input Parametrizable Outputs No DPT Abbr Name Visible Description 1 1 bit O Output Always Parameters Name Value Visible Description In 2 Checkbox Always Numeric value If the checkbox is deselected Data type as for Input 1 Function The output is 1 if I1 is greater than or equal to I2 The output is 0 if I1 is less than I2 Whenever a telegram is received the output sta...

Страница 56: ...t Always 2 Same as Input 1 I2 Input Parametrizable Outputs No DPT Abbr Name Visible Description 1 1 bit O Output Always Parameters Name Value Visible Description In 2 Checkbox Always Numeric value If the checkbox is deselected Data type as for Input 1 Function The output is 1 if I1 is less than or equal to I2 The output is 0 if I1 is greater than I2 Whenever a telegram is received the output start...

Страница 57: ...ble Description 1 1 bit F Function Parametrizable 2 Any I1 Input value Always 3 Any I2 Input value Always 4 16 Any In Input value Parametrizable n 3 16 Outputs No DPT Abbr Name Visible Description 1 Any O Output Always Parameters Name Value Visible Description Input Count 2 16 Always Input parameters Name Value Visible Description Min Checkbox Always Enables element input F Checkbox If the checkbo...

Страница 58: ...E1 E16 Function MAX is activated If F 1 the output sends the smallest input value E1 E16 Function MIN is activated The output sends On a value change at the output new input values will be set When input F receives a value Exception handling Unlinked inputs are not taken into account Other If only one input is linked the output value is the same as the input value ...

Страница 59: ... Name Visible Description 1 1 bit S Select Always 2 Any I0 Input value Always 3 Any I1 Input value Always Outputs No DPT Abbr Name Visible Description 1 1 bit O Output Always Parameters Name Value Visible Description Send trigger yes no Checkbox yes The output sends when Select receives a value no The output does not send when Select receives a value ...

Страница 60: ...legram is received the output starts a recalculation independently if the value has changed Use Case This element can also be used as a send trigger In the example below the result of the MIN MAX element is always triggered for sending when the Update input receives a telegram The Send trigger parameter in 1 MUX must be selected Fig 12 Use case simple multiplexer element Other If an unlinked input...

Страница 61: ...DPT Abbr Name Visible Description 1 1 byte unsigned 2 byte unsigned 4 byte unsigned S Select Always 2 Any I0 Input value Always 3 Any I1 Input value Always 4 17 Any In Input value Parametrizable n 2 15 Outputs No DPT Abbr Name Visible Description 1 Any V Value Always 2 1 bit E Error Always Parameters Name Value Visible Description Input Count 2 16 Always ...

Страница 62: ...he output is recalculated and updated every time if any of the inputs or Select receives a value Note Select starts with a 0 Exception handling If the value on the selected input or in Select is invalid the output will not react Output E Error is set to 1 It resets to 0 as soon as both Select and the selected input have valid values Other If an unlinked input is selected the output value remains u...

Страница 63: ...2 1 bit I Control Yes Always Disables enables the output Outputs No DPT Abbr Name Invertible Visible Description 1 Any O Output No Always Parameters Name Value Visible Description Control triggers calculation yes no Always yes The output sends a value every time Control receives one Function Control 1 true The output sends every time an input value is received enabled Control 0 false The output do...

Страница 64: ...tion The output sends when the input receives a value that is not blocked If you select none for Blocked Value the filter element allows all received values to be forwarded Use cases A presence detector sends 1 bit values After a defined time it sends a 0 to switch off the light Other appliances do not react to the 0 as they have their own timer control A push button or a key card holder send 1 bi...

Страница 65: ...tes an overflow Parameters Name Value Visible Description Input Count 2 16 Always Function Whenever a telegram is received the output starts a recalculation independently if the value has changed An overflow will occur if the calculated value is outside the DPT range If the calculated value is greater than the maximum DPT value o S 0 o Ov 1 true If the calculated value is less than the minimum DPT...

Страница 66: ...w Always Indicates an overflow Parameters Name Value Visible Description Input Count 2 16 Always Function Whenever a telegram is received the output starts a recalculation independently if the value has changed An overflow will occur if the calculated value is outside the DPT range If the calculated value is greater than the maximum DPT value o P 0 o Ov 1 true If the calculated value is less than ...

Страница 67: ... an overflow Parameters None Function Whenever a telegram is received the output starts a recalculation independently if the value has changed An overflow will occur if the Subtraction value is outside the DPT range If the Subtraction value is greater than the maximum DPT value o D 0 o Ov 1 true If the Subtraction value is less than the minimum DPT value o D 0 o Ov 1 true If the Subtraction value ...

Страница 68: ...ion by 0 Parameters None Function Whenever a telegram is received the output starts a recalculation independently if the value has changed An overflow will occur if the Division value is outside the DPT range If the Division value is greater than the maximum DPT value o Q 0 o Ov 1 true o E 0 false If the Division value is less than the minimum DPT value o Q 0 o Ov 1 true o E 0 false If the Divisio...

Страница 69: ...ption 1 Same as Input 1 R Remainder Always Remainder of the division 2 1 bit E Error Always Indicates a division by 0 Parameters None Function Whenever a telegram is received the output starts a recalculation independently if the value has changed Remainder and Error Dividend divided by Divisor and calculated value is within the valid range of the DPT Calculation of remainder o R value o E 0 false...

Страница 70: ...ding to KNX DPT 13 100 Outputs No DPT Abbr Name Visible Description 1 Any O Output Always Parameters Name Value Visible Description Delay Checkbox Always Enables input D Delay hh mm ss Default value 00 00 00 If the checkbox is deselected Parameter and input according to KNX DPT 13 100 Range from 00 00 00 to 99 59 59 Values outside the range are set to the minimum or maximum value respectively If t...

Страница 71: ...wing If input D is not linked the delay time will automatically be set to 0 Use cases Delayed transmission of scene values A motion sensor is monitoring corridor lighting As soon as the sensor detects a movement the lighting in the corridor is gradually switched on e g every 500 ms Monitoring receipt of cyclical telegrams Bus voltage failure download and restart In the event of bus voltage failure...

Страница 72: ...r Parametrizable 1 yes 0 no Outputs No DPT Abbr Name Invertible Visible Description 1 1 bit O Output Yes Always 1 true as long as the timer is running Input parameters Name Value Visible Description On time Checkbox Always Activates input T On time Unsigned integer in s If the checkbox is deselected Retrigger Checkbox Always Activates input R Retrigger Checkbox 2 If checkbox 1 is deselected When t...

Страница 73: ...n the input receives a 1 the timer restarts If Retrigger 0 false o If the timer is running and the input receives a 1 true it ignores it The timer continues running Exception handling If the On time input is unlinked the element uses 00 00 30 If the On time input is negative the element uses 00 00 00 If the On time input has a value of 00 00 00 the output is always 0 Bus voltage failure download a...

Страница 74: ...bbr Name Visible Description 1 Time S Start Parametrizable 2 Time E End Parametrizable 3 1 bit A Active Parametrizable A 0 disables the element the output remains unchanged 4 1 bit WT Whole time Parametrizable Output is always 1 Outputs No DPT Abbr Name Visible Description 1 1 bit O Output Always Parameters Name Value Visible As input Start Time hh mm ss Default 00 00 00 Always Yes End Time hh mm ...

Страница 75: ... o The output is recalculated and updated accordingly Whole time input 1 true AND Active input 1 true o Output 1 true o The element reacts as if the Start and End time were both 00 00 The output sends if the start or end time will be reached Exception handling and start up behavior The element does not work if The system time is invalid Start or End have invalid or no values Hinweis The funktion e...

Страница 76: ...meters 2 Time E End Parametrizable Defines the end time refers to corresponding parameters 3 1 bit A Active Parametrizable If Active 0 the output is always 0 refers to corresponding parameters 4 1 bit WT Whole time Parametrizable If Whole time 1 Start 00 00 00 and End 24 00 00 refers to corresponding parameters 5 7 Recurrence Daily Weekly Monthly Yearly see below 8 Date B Begin Parametrizable Defi...

Страница 77: ... Monday Bit 6 Sunday 6 1 byte unsigned W Week Parametrizable Every week s on Monthly recurrence fields No DPT Abbr Name Visible Description 5 1 byte unsigned D Day Parametrizable Day of every 6 1 byte unsigned M Month Parametrizable month s Yearly recurrence fields No DPT Abbr Name Visible Description 5 1 byte unsigned D Day Parametrizable Day of month 6 1 byte unsigned M Month Parametrizable Mont...

Страница 78: ...ts on the date set in the Duration section The Duration section is for setting the dates between which the element is active All the parameters can also be set via inputs Selecting the corresponding As input checkbox activates the inputs Time section parameters Fig 13 Time section parameters Parameter Name Value Description Start Time of day in minutes Default 00 00 00 Sets the start time End Time...

Страница 79: ...n parameters Daily Parameter Name Value Description Every day s Option 1 500 default 1 The element is activated on specific days e g every 4th day Every day s and Every weekday are mutually exclusive Every weekday Option See above The element is active from Monday to Friday only Note Every day s starts on the date set in the Duration section ...

Страница 80: ...an event should be triggered every x weeks Fig 15 Recurrence section parameters Weekly Parameter Name Value Description Every week s on 1 500 default 1 The element is activated in specific weeks e g every 3rd week Monday Sunday 1 bit default false 0 Parameters from Monday to Sunday Note Every week s starts on the date set in the Duration section ...

Страница 81: ...triggered every x months Fig 16 Recurrence section parameters Monthly Parameter Name Value Description Day of every 1 31 default 1 The element is activated on a specific day in a specific month e g every 3rd day of the month month s 1 500 default 1 The element is activated in specific months e g every 3rd month Note month s starts on the date set in the Duration section ...

Страница 82: ...very x years Fig 17 Recurrence section parameters Yearly Parameter Name Value Description Every year s 1 500 default 1 The element is activated in specific years e g every 3rd year On day 1 31 default 1 See above This defines the day of the month January December January December See above This defines the month Note Every year s starts on the date set in the Duration section ...

Страница 83: ...ndar function is active from the start date onward Fig 18 Duration section parameters Parameter Name Value Description Start Calendar day selector Default 01 01 2016 Before this date the element is inactive No End Option No End and End at Date are mutually exclusive Selecting No End activates the element indefinitely End at Date Option Calendar day selector Default 01 01 2040 See above After this ...

Страница 84: ... 2 1 Selecting As input The settings concerned are disabled and the parameters can be set via the inputs Fig 19 Selecting As input Start up behavior The element will not be active unless a valid date and or time are provided via the Start and End fields ...

Страница 85: ..._UPDOWN 1 100 DPT_HEAT COOL Main type Defines a data width Subtype Defines a data width and unit Application Conversion between different units of measurement e g C and F or m s and km h Conversion between different data types and widths Conversion between a 2 byte float and a 4 byte float e g temperature values Function The following data types can be converted Data type KNX Data Type 1 byte unsi...

Страница 86: ...sult is greater than the data type concerned the maximum for the data type is applied to the output If the output result is less than the data type concerned the minimum for the data type is applied to the output The N CONV element can be used to divide a 2 byte unsigned value into an upper and lower byte The lower value is calculated using Factor 1 The unsigned upper 2 byte value is calculated us...

Страница 87: ...t status 2 1 bit IO Inverted Output Always Flip Flop inverted output status Parameters Initial value Initial value of the input May only be used in combination with the Set initial value after restart parameter Note Selecting the checkbox sets the initial value to 1 but only with 1 bit values Deselecting the checkbox default sets the initial value to 0 Set initial value after restart The initial v...

Страница 88: ...he output Contingent initial values set can trigger an output change when the inputs receive an incoming signal O S R O new 0 0 0 0 0 0 1 0 0 1 0 1 0 1 1 0 1 0 0 1 1 0 1 0 1 1 0 1 1 1 1 0 Note As long as input R 1 the output is always 0 Bus voltage failure download and restart The values are stored The last output value is restored on restart ...

Страница 89: ...trigger Always 0 counter counts 1 resets the counter to 0 and disables it 3 8 bit or higher Th Threshold Parametrizable Counter threshold Reaching this threshold triggers an overflow at the output Outputs No DPT Abbr Name Visible Description 1 8 bit or higher V Output value Always Counter value integer 2 1 bit Ov Overflow Always Counter threshold reached Parameters Name Value Visible Description T...

Страница 90: ...sets the counter to 0 and disables it The output value is 0 Threshold input o Defines the counter threshold o Can only be edited if the Output value is linked Bus voltage failure download and restart The counter value is saved The output is restored on restart The output is updated the first time the counter value changes after restart Use cases Telegram counter counts the number of telegrams rece...

Страница 91: ... or higher PC Proportional Coefficient Parametrizable Controller gain 4 Numeric 1 byte or higher IT Integral Time Parametrizable Integral time in s typical range 60 900 s Ci 1 Integral Time 5 Numeric 1 byte or higher DT Derivative Time Parametrizable Derivative Time in s typical range 1 10 s Cd Derivative Time 6 1 bit R Reset Always Triggers the integral value of the controller As long as R 0 the ...

Страница 92: ...put yes no If Controller type PD or PID Limit output value anti wind up yes no Always Limits the output value to a range If this range is exceeded a limit is imposed on the integral value of the controller anti wind up Lower limit Float value default 0 Always Upper limit Float value default 255 Always Description of parameters Controller type Value Description P Proportional Proportional controlle...

Страница 93: ...he controller calculates a new output value during the calculation cycle time of the logic engine see Cycle time usually every 200 ms The output sends on value change If the ControlValue exceeds the Upper limit or Lower limit see parameters the values are limited accordingly and the IntegralValue is reduced If the Reset input 1 the IntegralValue is set to 0 Exception handling For unlinked paramete...

Страница 94: ... with other input variables The constant never triggers a recalculation Outputs No DPT Abbr Name Visible Description 1 Any O Output Always Parameters Name Value Visible Description Constant Value According to DPT Always For entering a constant value Selecting the checkbox sets the initial value to 1 but only with 1 bit values Deselecting it sets a value of 0 ...

Страница 95: ...T Abbr Name Visible Description 1 Any I In Always Sends the value entered in the WebUI Parameters Name Value Visible Description Min Value According to DPT Always Minimum value that can be entered in the WebUI Max Value According to DPT Always Maximum value that can be entered in the WebUI Index Integer Always Defines the order in which the input values are displayed in the WebUI Small values disp...

Страница 96: ...UI This can be displayed but not edited Inputs No DPT Abbr Name Visible Description 1 Any I0 Out Always Displayed value Parameters Name Value Visible Description Index Integer Always Defines the order in which the input values are displayed in the WebUI Small values displayed on top Function The element name is applied as the WebUI description text ...

Страница 97: ...veral times you can combine and save it in a function block In such cases the function block input is used in place of a KNX input Outputs No DPT Abbr Name Visible Description 1 Any O Output Always Parameters Name Value Visible Description Short description According to DPT Always Default I Full description According to DPT Always Default In Index According to DPT Always Default 0 ...

Страница 98: ...everal times you can combine and save it in a function block In such cases the function block output is used in place of a KNX output Outputs No DPT Abbr Name Visible Description 1 Any I Input Always Parameters Name Value Visible Description Short description According to DPT Always Default O Full description According to DPT Always Default Out Index According to DPT Always Default 0 ...

Страница 99: ...ation to check that it is working Copy the logic and replace the KNX inputs and outputs with function blocks FB IN and FB OUT for the same data type Enter the following parameters for function blocks FB IN and FB OUT o Short description One or more letters shown at the function block I O o Full description Name of the function block when you mouse over it o Index The number of the I O This must be...

Страница 100: ...ng dialog window appears Fig 22 Creating composite function blocks Enter the data saved with the function block The title must be unique Click OK The composite function block is now stored and recallable in Own function blocks on the left in the Element Selector window ...

Страница 101: ...ion block The following dialog window appears Fig 24 Own function blocks destination file Enter a name for the destination file Enabling the Protected option encrypts the destination file Importing composite function blocks Select File Import composite function block Note Inverting the outputs of composite function blocks currently has no effect Composite function blocks cannot be linked to intern...

Страница 102: ... window 7 10 41 Rectangle The Rectangle element can be used to organize things more clearly for example by framing a logical link You can adjust the angle of rotation width and height by dragging and dropping with the left hand mouse button or in the Properties window 7 10 42 Line The Line element can be used to organize things more clearly You can adjust the angle of rotation width and height by ...

Страница 103: ...T U 1 500 Applied from the logic editor Blank Configuration dependent Configuration dependent X X X X 501 In operation General 1 001 1 bit X X 502 Request object Device Clock 1 017 1 bit X X 503 Date Device Clock 11 001 3 byte X X X 504 Time Device Clock 10 001 3 byte X X X 505 Date Time Device Clock 19 001 8 byte X X X Table 7 Summary of group objects ...

Страница 104: ... Operation 1 bit 502 Request object Device Clock 1 bit DPT 1 017 C T This group object queries the date time from a time master after device start up 30 seconds after start up this group object will send a 1 503 Date Device Clock 3 byte DPT 11 001 C R W This group object receives the date 504 Time Device Clock 3 byte DPT 10 001 C R W This group object receives the time Only time information is eva...

Страница 105: ...ABB i bus KNX Operation ABA S 1 2 1 2CDC509086D0201 105 9 Operation 9 1 Manual operation Not relevant for this device ...

Страница 106: ......

Страница 107: ...maintenance free In the event of damage e g during transport and or storage do not carry out any repairs 10 2 Cleaning The voltage supply to the device must be switched off before cleaning If devices become dirty they can be cleaned using a dry cloth or a cloth dampened with a soapy solution Never use corrosive agents or solutions ...

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Страница 109: ...osal ABA S 1 2 1 2CDC509086D0201 109 11 Disassembly and disposal 11 1 Removal Fig 25 Removal 1 Press on the top of the device 2 Release the bottom of the device from the DIN rail 3 Lift the device up and off the DIN rail 2CDC072012F0015 ...

Страница 110: ...ng center All packaging materials and devices are provided with markings and test seals for proper disposal Always dispose of packaging material and electrical devices or their components at collection points or disposal companies authorized for this purpose The products comply with the statutory requirements particularly the law on electrical and electronic equipment and the REACH regulation EU d...

Страница 111: ...ABB i bus KNX Planning and application ABA S 1 2 1 2CDC509086D0201 111 12 Planning and application Not relevant for this device ...

Страница 112: ......

Страница 113: ... delivery The logic controller is supplied together with the following components The delivered items should be checked against the list below 1x Logic Controller ABA S 1 2 1 1x installation and operating instructions 1x bus connection terminal red black 1x KNX connection cover cap ...

Страница 114: ...ABB i bus KNX Appendix 114 2CDC509086D0201 ABA S 1 2 1 13 2 Notes ...

Страница 115: ...ABB i bus KNX Appendix ABA S 1 2 1 2CDC509086D0201 115 Notes ...

Страница 116: ...of this document without prior notice The agreed properties are definitive for any orders placed ABB AG accepts no responsibility whatsoever for potential errors or possible lack of information in this document We reserve all rights in this document and in the subject matter and illustrations contained therein Reproduction transfer to third parties or processing of the content including sections t...

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