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ABB i-bus KNX 6108/06-500, Technical Reference Manual

The ABB i-bus KNX 6108/06-500 is a cutting-edge product designed for intelligent building automation. To fully utilize its advanced features, users can easily access the Technical Reference Manual, available for free download at our website. This comprehensive manual provides detailed instructions and insights to maximize the potential of this remarkable device.

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KNX Technical Reference Manual 1473-1-8905 / 2CKA001473B8905 

│4

 

10.12.2

 

General parameters - Operating mode ........................................................................................................ 57

 

10.12.3

 

Extended parameters - Enable object ......................................................................................................... 58

 

10.12.4

 

Extended parameters - Object value enable object ..................................................................................... 58

 

10.12.5

 

Extended parameters - Enable object after return of voltage ...................................................................... 58

 

10.13

 

Application "2-button switching" ................................................................................................................... 59

 

10.13.1

 

General parameters - Working mode of the buttons for switching .............................................................. 59

 

10.14

 

Application "2-button dimming" ..................................................................................................................... 60

 

10.14.1

 

General parameters - Time for long operation ............................................................................................. 60

 

10.14.2

 

General parameter - Manner of dimming ..................................................................................................... 60

 

10.14.3

 

Extended parameters - Working mode of the buttons for switching ............................................................ 61

 

10.14.4

 

Extended parameters - Working mode of the buttons for dimming ............................................................. 61

 

10.15

 

Application "2-button blind" ........................................................................................................................... 62

 

10.15.1

 

General parameters - Time for long operation ............................................................................................. 62

 

10.15.2

 

General parameters - Object type ............................................................................................................... 62

 

10.15.3

 

Extended parameters - Working mode of the buttons ................................................................................. 63

 

10.16

 

Application "2-button value transmitter" ........................................................................................................ 64

 

10.16.1

 

General parameters - Object type ............................................................................................................... 64

 

10.16.2

 

General parameters - Working mode of the buttons ................................................................................... 65

 

10.16.3

 

General parameters - Value 1 ..................................................................................................................... 66

 

10.16.4

 

General parameters - Value 2 ..................................................................................................................... 67

 

10.17

 

application - "2-button value dimming sensor" ............................................................................................. 68

 

10.17.1

 

General parameters - Object type ............................................................................................................... 68

 

10.17.2

 

General parameters - Step size ................................................................................................................... 68

 

10.17.3

 

General parameters - Working mode of the rocker as value dimming sensor ............................................ 69

 

10.18

 

Application "2-button step switch" ................................................................................................................ 70

 

10.18.1

 

General parameters - Number of objects .................................................................................................... 70

 

10.18.2

 

General parameters - Evaluation period ...................................................................................................... 70

 

10.18.3

 

Extended parameters - Working mode of the buttons ................................................................................. 71

 

10.18.4

 

Extended parameters — Sending of objects ............................................................................................... 71

 

10.18.5

 

Extended parameters - Object values ......................................................................................................... 71

 

10.18.6

 

Extended parameters - Bit pattern of object values ..................................................................................... 71

 

10.19

 

Application "LED function" ............................................................................................................................ 72

 

10.19.1

 

General parameters - "Operating mode" ..................................................................................................... 72

 

10.19.2

 

General parameters - Brightness of the colours .......................................................................................... 72

 

10.19.3

 

General parameters - Colour of orientation illumination .............................................................................. 73

 

10.19.4

 

General parameters - Object type for status object ..................................................................................... 74

 

10.19.5

 

General parameters - Colour for Off ............................................................................................................ 75

 

10.19.6

 

General parameters - Colour for On ............................................................................................................ 75

 

10.19.7

 

General parameters - Colour for zone 1 (corresponds to 0%) .................................................................... 76

 

10.19.8

 

General parameters - Colour for zone 2 (from 1%) ..................................................................................... 76

 

10.19.9

 

General parameters - Threshold between Zone 2 and 3 (%) ...................................................................... 77

 

10.19.10

 

General parameters - Colour for Zone 3 ...................................................................................................... 77

 

10.19.11

 

General parameters - Threshold between Zone 3 and 4 (%) ...................................................................... 77

 

10.19.12

 

General parameters - Colour for zone 4 (up to 99%) .................................................................................. 78

 

10.19.13

 

General parameters - Colour for zone 5 (corresponds to 100%) ................................................................ 78

 

10.19.14

 

Extended parameters - Day/Night mode ..................................................................................................... 79

 

10.19.15

 

Extended parameters - Light scene memory function ................................................................................. 79

 

10.19.16

 

Extended parameters - Alarm function ........................................................................................................ 80

 

10.20

 

Application "Enable application" ................................................................................................................... 81

 

10.20.1

 

General parameters - Enable with ............................................................................................................... 81

 

Summary of Contents for i-bus KNX 6108/06-500

Page 1: ...1473 1 8905 2CKA001473B8905 14 04 2016 KNX Technical Reference Manual ABB i bus KNX Push button coupling unit 2gang 4gang 6108 06 500 6108 07 500 ...

Page 2: ...ress 20 6 1 3 Assigning the group address es 20 6 1 4 Selecting the application program 20 6 1 5 Differentiating the application program 20 7 Update 21 8 Operation 22 8 1 LED colour concept 22 9 Maintenance 23 9 1 Cleaning 23 10 Description of application and parameters 24 10 1 Application program 24 10 2 Overview of applications 24 10 3 Application 1 button switching 25 10 3 1 General parameters ...

Page 3: ...l parameters Object type for rising edge 41 10 8 2 General parameters Object type for falling edge 42 10 8 3 Extended parameters Reaction on rising edge 43 10 8 4 Extended parameters Reaction on falling edge 43 10 8 5 Extended parameters Value 1 for rising edge 44 10 8 6 Extended parameters Value 2 for rising edge 45 10 8 7 Extended parameters Value 1 for falling edge 46 10 8 8 Extended parameters...

Page 4: ...68 10 17 3 General parameters Working mode of the rocker as value dimming sensor 69 10 18 Application 2 button step switch 70 10 18 1 General parameters Number of objects 70 10 18 2 General parameters Evaluation period 70 10 18 3 Extended parameters Working mode of the buttons 71 10 18 4 Extended parameters Sending of objects 71 10 18 5 Extended parameters Object values 71 10 18 6 Extended paramet...

Page 5: ...l parameters Temperature difference for sending within the cycle time 0 1 K 86 10 22 4 General parameters Offset of the temperature sensor K 87 10 23 Communication objects Control element 2 4gang 88 10 23 1 Switching 88 10 23 2 Relative dimming 88 10 23 3 Moving 88 10 23 4 Position 88 10 23 5 Adjust 88 10 23 6 Slat position 88 10 23 7 Status 1 bit 89 10 23 8 Status 1 byte 89 10 23 9 Day night oper...

Page 6: ...10 23 49 2 byte signed rising edge 95 10 23 50 2 byte unsigned rising edge 95 10 23 51 4 byte float rising edge 96 10 23 52 4 byte signed rising edge 96 10 23 53 4 byte unsigned rising edge 96 10 23 54 Switching falling edge 96 10 23 55 1 byte 0 100 falling edge 96 10 23 56 1 byte 0 255 falling edge 96 10 23 57 2 byte float falling edge 97 10 23 58 2 byte signed falling edge 97 10 23 59 2 byte uns...

Page 7: ...ing injuries and damage to property and ensure both reliable operation and a long service life for the device Please keep this manual in a safe place If you pass the device on also pass on this manual along with it ABB accepts no liability for any failure to observe the instructions in this manual If you require additional information or have questions about the device please contact ABB or visit ...

Page 8: ...ion with the signal word Danger indicates an imminently threatening danger which leads to death or serious irreversible injuries Warning Serious damage to health The respective warning symbol in connection with the signal word Warning indicates a threatening danger which can lead to death or serious irreversible injuries Caution Damage to health The respective warning symbol in connection with the...

Page 9: ...nded use also includes adherence to all specifications in this manual Extensive functions are available for the push button coupling unit The range of applications is contained in Chapter 10 Description of application and parameters on page 24 only in languages of the countries DE EN ES FR IT and NL The integrated bus coupler makes possible the connection of a KNX bus line 2 3 Improper use Each us...

Page 10: ...the instructions provided The electrical installer must adhere to the valid national regulations in his her country governing the installation functional test repair and maintenance of electrical products The electrical installer must be familiar with and correctly apply the five safety rules DIN VDE 0105 EN 50110 1 Disconnect 2 Secure against being re connected 3 Ensure there is no voltage 4 Conn...

Page 11: ...age Install the device only if you have the necessary electrical engineering knowledge and experience Incorrect installation endangers your life and that of the user of the electrical system Incorrect installation can cause serious damage to property e g due to fire The minimum necessary expert knowledge and requirements for the installation are as follows Apply the five safety rules DIN VDE 0105 ...

Page 12: ...priate collecting depot All packaging materials and devices bear the markings and test seals for proper disposal Always dispose of the packaging material and electric devices and their components via the authorized collecting depots and disposal companies The products meet the legal requirements in particular the laws governing electronic and electrical devices and the REACH ordinance EU Directive...

Page 13: ...ralized flush mounted installation The push button coupling unit with bus coupler can be assigned to an available switch actuator The integrated bus coupler makes possible the connection to the KNX bus line The push button coupling unit can for example send switching dimming or blind control commands to KNX actuators The device can also be used for storing and sending of light scenes The device mu...

Page 14: ...r channels 6108 06 500 Push button coupling unit 2gang 2 6108 07 500 Push button coupling unit 4gang 4 Table 1 Overview of types 3 3 Functions The following table provides an overview of the possible functions and applications of the device Special features Function Function illumination Orientation illumination Freely programmable LED colour concept Day night switchover of the LEDs Replaceable ic...

Page 15: ...cal Reference Manual 1473 1 8905 2CKA001473B8905 15 3 4 Device overview Fig 2 Overview of devices 1 Push button coupler 2gang 2 Programming LED 3 Programming button 4 Push button coupler 4gang 5 Type plate 6 Bus connection terminal ...

Page 16: ...e Bus subscribers 1 12 mA Connection Bus connection terminal 0 4 0 8 mm Line type J Y St Y 2 x 2 x 0 8 mm Wire stripping 6 7 mm Protection type IP20 Ambient temperature 5 C 45 C Storage temperature 20 C 70 C Table 3 Technical data 4 1 Dimensional drawings Fig 3 Dimensions all dimensions are in mm 4 2 Circuit diagrams Fig 4 Electrical connection ...

Page 17: ...installation are as follows Apply the five safety rules DIN VDE 0105 EN 50110 1 Disconnect 2 Secure against being re connected 3 Ensure there is no voltage 4 Connect to earth and short circuit 5 Cover or barricade adjacent live parts Use suitable personal protective clothing Use only suitable tools and measuring devices Check the type of supply network TN system IT system TT system to secure the f...

Page 18: ...alling in flush mounted boxes in connection with the enclosed support ring To install the device perform the following steps 1 Screw the support ring to the flush mounted box 2 Attach the cover frame 3 Pull the bus line out of the flush mounted box and connect the line to the bus connection terminal 1 see chapter 5 1 Electrical connection on page 17 Observe the correct polarity ...

Page 19: ...lation position The bus connection terminal 1 must be at the rear at the bottom 5 Push the device through the cover frame and the support ring until it latches into the support ring 6 Commission the device Programming is carried out via the programming button 2 7 When programming has been completed plug the rocker onto the device insert ...

Page 20: ... commissioning adapter 6149 21 500 The Engineering Tool Software must be installed on the PC native application from ETS 4 0 2 Switch on the bus voltage 6 1 2 Assigning a physical address 1 Press the programming button 2 The red programming LED 1 lights up 6 1 3 Assigning the group address es The group addresses are assigned in connection with the ETS 6 1 4 Selecting the application program Please...

Page 21: ... Update A firmware update is carried out via the KNX bus by means of the ETS app KNX Bus Update NOTE The description of the update process can be downloaded via the electronic catalogue www busch jaeger catalogue com It is stored on the device page under category Software ...

Page 22: ...tions are available for the individual control elements The range of applications is contained in Chapter 10 Description of application and parameters on page 24 only in languages DE EN ES FR IT and NL 8 1 LED colour concept The KNX functions are supported by an LED colour concept Colour Meaning Yellow Lighting Blue Blind control Orange Room temperature control Magenta Light scenes White Neutral n...

Page 23: ...ansport or storage do not perform repairs Once the device is opened the warranty is void Access to the device must be guaranteed for operation testing inspection maintenance and repairs according to DIN VDE 0100 520 9 1 Cleaning Clean dirty devices with a soft dry cloth If this is insufficient the cloth can be moistened slightly with a soap solution ...

Page 24: ...ntains the KNX applications listed in the following 1 button switching 1 button dimming 1 button blind 1 button short long operation 1 button value transmitter 1 button value transmitter 2 objects 1 button step switch 1 button multiple operation 1 button light scene extension unit with memory function 1 button operating mode Adjust room temperature controller 2 button switching 2 button dimming 2 ...

Page 25: ...on and the releasing of the button An operation is designated as Rising edge and the releasing is designated as Falling edge The application 1 button switching makes two separate Switching communication objects available for the left or right side of the button The value 1 is always sent out on the first object Value 1 and the value 2 is always sent out on the second object Value 2 The Reaction to...

Page 26: ...able for the left or right side of the button The value 1 is always sent out on the first object Value 1 and the value 2 is always sent out on the second object Value 2 The Reaction to falling edge parameter specifies whether the Value 1 for falling edge or the Value 2 for falling edge is sent out for falling edge Alternatively Value1 Value2 can also be alternatingly set for a rising edge i e afte...

Page 27: ...ith a long button press a jump back from every position to the first level is possible without having to run through the remaining levels Via the Duration of long operation the time is specified from which a long button press is recognised and the object values are reset The first level must be set again with a press of the button Any time from 0 3 to 3 seconds can be set A typical value after whi...

Page 28: ...am is sent out on the 4 bit communication object The Working mode of the buttons for dimming is used to specify whether a long operation sends out a dim brighter or a dim darker telegram Alternatively when selecting Alternating brighter darker you can switch between dimming brighter and darker with each long operation This means that after a dim brighter telegram has been sent out or received a di...

Page 29: ... short operation of the button the next level forward is switched to in each case With a long operation the first level is activated Thus with a long button press a jump back from every position to the first level is possible without having to run through the remaining levels Via the Duration of long operation the time is specified from which a long button press is recognised and the object values...

Page 30: ...00 10 5 4 Extended parameters Switchover of function blind roller shutter Options Blind Roller shutter The Function switchover blinds roller shutters specifies whether a blind or roller shutter is to be driven by a button operation With the Roller shutter setting the value for the slats adjustment does not apply 10 5 5 Extended parameters Value for position Down NOTE This parameter is only visible...

Page 31: ...nction switchover blinds roller shutters parameter is set on blind Options 0 100 The position that a connected blind slat is to be opened to is set via this parameter The associated 1 byte Adjust communication object must hereby be connected with a 1 byte slat position object of a blind actuator Percentage values from 0 to 100 can be set in 1 steps The value 0 means opened completely the value 100...

Page 32: ...t 2 byte signed 2 byte unsigned 4 byte float 4 byte signed 4 byte unsigned The application 1 button short long operation makes two communication objects available Reaction for short operation and Reaction for long operation The bit size of both communication objects is specified together via the Object type parameter For the most diverse applications the bit size of the communication objects can b...

Page 33: ...operation of the button Alternatively Value1 Value2 can also be alternating set for a long operation i e after Value 1 was sent or received a renewed operation will send out a Value 2 After it is operated again Value 1 is again sent out The No reaction setting causes no telegram to be sent out for a long operation of the button 10 6 4 Extended parameters Time for long operation Options 00 300 03 0...

Page 34: ...er 10 6 6 Extended parameters Value 2 for short operation NOTE This parameter is only visible if the Reaction at brief operation parameter is set on either Value 2 or Alternating Value1 Value2 Options Off On Value 2 is specified here which is sent out at a short operation of the button This is dependent on the setting of the Object type parameter 10 6 7 Extended parameters Value 1 for long operati...

Page 35: ...35 10 6 8 Extended parameters Value 2 for long operation NOTE This parameter is only visible if the Reaction at long operation parameter is set on either Value 2 or Alternating Value1 Value2 Options Off On Value 2 is specified here which is sent out at a long operation of the button This is dependent on the setting of the Object type parameter ...

Page 36: ...e float 4 byte signed 4 byte unsigned The 1 button value transmitter application makes its own Value switching communication object available for the button The bit size of the communication object is specified via the Object type parameter For the most diverse applications the bit size of the communication objects can be adapted from 1 bit up to 4 byte unsigned via Object type For every multiple ...

Page 37: ...again sent out The values 1 and 2 are specified via the parameters Value 1 and Value 2 The No reaction setting causes no telegram to be sent out for a operation of the button 10 7 3 Extended parameters Reaction on rising edge Options No reaction Value 1 Value 2 Alternating value1 value2 The application can differentiate between the operation and the releasing of the button An operation is designat...

Page 38: ...sent out on the second object Value 2 The Reaction to falling edge parameter specifies whether the Value 1 for falling edge or the Value 2 for falling edge is sent out for falling edge Alternatively Value1 Value2 can also be alternating set for a falling edge i e after Value 1 was sent or received a renewed operation will send out Value 2 After it is operated again Value 1 is again sent out The va...

Page 39: ...0 to 4294967295 10 7 6 Extended parameters Value 2 NOTE The options are dependent on the setting of the Object type parameter Options 1 bit 1 byte 0 100 1 byte 0 255 2 byte float 2 byte signed 2 byte unsigned 4 byte float 4 byte signed 4 byte unsigned Value 2 is specified here which is sent out at a long operation of the button 1 bit switching functions e g On Off enabled blocked true untrue 1 byt...

Page 40: ...application two telegrams with predefined values from two different communication objects can be sent out for an operation and or upon release of the button In each case the application 1 button value transmitter 2 objects makes a separate set of parameters and communication objects available in each case for the right and left side of the button The application makes it possible for example to se...

Page 41: ...ion object is specified via the Object type for rising edge parameter For the most diverse applications the bit size of the communication objects can be adapted from 1 bit up to 4 byte unsigned via Object type for rising edge 1 bit switching functions e g On Off enabled blocked true untrue 1 byte 0 100 percentage values 0 0 255 100 1 byte 0 255 arbitrary values from 0 to 255 2 byte float floating ...

Page 42: ...ion object is specified via the Object type for falling edge parameter For the most diverse applications the bit size of the communication objects can be adapted from 1 bit up to 4 byte unsigned via Object type for falling edge 1 bit switching functions e g On Off enabled blocked true untrue 1 byte 0 100 percentage values 0 0 255 100 1 byte 0 255 arbitrary values from 0 to 255 2 byte float floatin...

Page 43: ...again sent out The values 1 and 2 are specified via the parameters Value 1 and Value 2 The No reaction setting causes no telegram to be sent out for a operation of the button 10 8 4 Extended parameters Reaction on falling edge Options No reaction Value 1 Value 2 Alternating value1 value2 The application can differentiate between the operation and the releasing of the button An operation is designa...

Page 44: ... byte float 2 byte signed 2 byte unsigned 4 byte float 4 byte signed 4 byte unsigned Value 1 is specified here which is sent out at a long operation of the button 1 bit switching functions e g On Off enabled blocked true untrue 1 byte 0 100 percentage values 0 0 255 100 1 byte 0 255 arbitrary values from 0 to 255 2 byte float floating point value physical values such as temperature or brightness 2...

Page 45: ... byte float 2 byte signed 2 byte unsigned 4 byte float 4 byte signed 4 byte unsigned Value 2 is specified here which is sent out at a long operation of the button 1 bit switching functions e g On Off enabled blocked true untrue 1 byte 0 100 percentage values 0 0 255 100 1 byte 0 255 arbitrary values from 0 to 255 2 byte float floating point value physical values such as temperature or brightness 2...

Page 46: ...2 byte float 2 byte signed 2 byte unsigned 4 byte float 4 byte signed 4 byte unsigned Value 1 is specified here which is sent out at a long operation of the button 1 bit switching functions e g On Off enabled blocked true untrue 1 byte 0 100 percentage values 0 0 255 100 1 byte 0 255 arbitrary values from 0 to 255 2 byte float floating point value physical values such as temperature or brightness ...

Page 47: ...2 byte float 2 byte signed 2 byte unsigned 4 byte float 4 byte signed 4 byte unsigned Value 2 is specified here which is sent out at a long operation of the button 1 bit switching functions e g On Off enabled blocked true untrue 1 byte 0 100 percentage values 0 0 255 100 1 byte 0 255 arbitrary values from 0 to 255 2 byte float floating point value physical values such as temperature or brightness ...

Page 48: ...f and lamp 1 on etc Up to five switching levels can be activated The application differentiates between whether the 1st or 2nd button was actuated Depending on the setting one lower or one higher level can be switched to 10 9 1 General parameters Number of objects Options 1 5 The application can switch up to five levels For every level its own 1 bit communication object is available The number of ...

Page 49: ...tton Any time from 0 3 to 2 5 seconds can be set A typical value after which a jump back to level 1 is made is 0 4 s 10 9 4 Extended parameters Sending of objects Options For change of value For operation The parameter Sending of objects specifies whether the object values for every button operation are sent out or only if the object values have changed since the last sending out 10 9 5 Extended p...

Page 50: ...ng a further button oriented function to the other button 10 10 1 General parameters Number of objects or actuations Options 1 5 The application can differentiate between a single double triple quadruple or quintuple operation of the button The Number of objects or actuations parameter specifies how many multiple operations are to be differentiated between 1 object single operation 2 objects singl...

Page 51: ... bit size of the communication objects is specified together via the Object type for object parameter For the most diverse applications the bit size of the communication objects can be adapted from 1 bit up to 4 byte unsigned via Object type for object For every multiple operation function a different object size and thus a different function can be selected 1 bit switching functions e g On Off en...

Page 52: ...n off If the Object type for object 0 4 parameter was specified with 1 bit an ON or an OFF telegram can be sent out using the setting Send value Whether an ON or an OFF telegram is sent is specified by the Function for object type 1 bit for object 0 4 parameter The Alternating on off setting means that switching always takes place between ON and OFF This means that after a switch on telegram has b...

Page 53: ...e unsigned Value 0 4 is specified here which is sent out at a multiple operation 1 5 of the button 1 bit switching functions e g On Off enabled blocked true untrue 1 byte 0 100 percentage values 0 0 255 100 1 byte 0 255 arbitrary values from 0 to 255 2 byte float floating point value physical values such as temperature or brightness 2 byte signed arbitrary values from 32768 to 32767 2 byte unsigne...

Page 54: ...d between for the operation of the button For a short operation of the button a preset light scene is called up on the 1 byte communication object Light scene number For a long operation a command for storage of the preset light scene is sent out on the same communication object Via the Duration of long operation the time is specified after which a long button press is recognised and a command for...

Page 55: ... can be sent out via the 1 byte communication object Light scene number for operation of the button The button only serves as light scene extension unit i e the button only calls up the light scene number The individual values for the dimming actuators or blind actuators to be adjusted are either stored in the actuator itself or in connected light scene modules e g Busch ComfortTouch A light scene...

Page 56: ...ating mode ECO operating mode and Frost protection heat protection operating mode The selection 1 bit is used for activating room temperature controllers that have 1 bit communication objects for operating mode switchover The 1 byte selection is used for activating room temperature controllers that have a 1 byte communication object for operating mode switchover to KNX In this case the values mean...

Page 57: ...a connected room temperature controller this means that for every new operation the individual operating modes Comfort Standby and Night will be switched between When forced guidance is activated selection Auto is used to switch over to the standard operating mode object With the selection of Comfort a 1 is sent out on the 1 byte object and a connected room temperature controller switches to the c...

Page 58: ...egram is received on the 1 bit communication object Enable This means that no telegram is sent out on the Output communication object 10 12 4 Extended parameters Object value enable object Options Normal Inverse The enable function normally functions as follows The function is active if an ON telegram is received on the 1 bit communication object Enable The function is blocked if an OFF telegram i...

Page 59: ...de of the button and assigning a further button oriented function to the other side of the button 10 13 1 General parameters Working mode of the buttons for switching Options Button on 2nd button off Button off 2nd button on Alternating on off The Working mode of the button for switching is used to specify whether an operation of the left or right side of the button will send out an ON or an OFF t...

Page 60: ...irst level is possible without having to run through the remaining levels Via the Duration of long operation the time is specified from which a long button press is recognised and the object values are reset The first level must be set again with a press of the button Any time from 0 3 to 3 seconds can be set A typical value after which a jump back to level 1 is made is 0 4 s 10 14 2 General param...

Page 61: ...thus always remembers the last state and then switches over to the other value This also applies for values that are received via the associated 1 bit communication object This means that if an ON telegram was sent out for the last button operation thereafter an OFF telegram was received via the communication object the next operation of the button will send out an ON telegram It must be observed ...

Page 62: ...n a renewed short press of the button will raise the blind 10 15 1 General parameters Time for long operation Options 00 300 03 000 A differentiation can be made between a short or long operation of the button With a short operation of the button the next level forward is switched to in each case With a long operation the first level is activated Thus with a long button press a jump back from ever...

Page 63: ...8905 2CKA001473B8905 63 10 15 3 Extended parameters Working mode of the buttons Options 1st button up 2nd button down 1st button down 2nd button up The Working mode of the buttons is used to specify whether an operation of the left or right side of the button will send out a travel up or travel down telegram ...

Page 64: ...lue switching communication object available for the buttons The bit size of the communication object is specified via the Object type parameter For the most diverse applications the bit size of the communication objects can be adapted from 1 bit up to 4 byte unsigned via Object type For every multiple operation function a different object size and thus a different function can be selected 1 bit s...

Page 65: ... switching is always between Value 1 and Value 2 That means for example if value 1 was last sent out then a renewed operation of the button will send out value 2 When the button is operated again value 1 is again sent out etc The button thus always remembers the last state and then switches over to the other value This also applies for values that are received via the associated communication obje...

Page 66: ... Value 1 is specified here which is sent out at a long operation of the button 1 bit switching functions e g On Off enabled blocked true untrue 1 byte 0 100 percentage values 0 0 255 100 1 byte 0 255 arbitrary values from 0 to 255 2 byte float floating point value physical values such as temperature or brightness 2 byte signed arbitrary values from 32768 to 32767 2 byte unsigned arbitrary values f...

Page 67: ... Value 2 is specified here which is sent out at a long operation of the button 1 bit switching functions e g On Off enabled blocked true untrue 1 byte 0 100 percentage values 0 0 255 100 1 byte 0 255 arbitrary values from 0 to 255 2 byte float floating point value physical values such as temperature or brightness 2 byte signed arbitrary values from 32768 to 32767 2 byte unsigned arbitrary values f...

Page 68: ...value is increased or reduced by a percentage amount for every operation With the setting 1 byte 0 255 the momentary value is increased or reduced by an absolute value for every operation How large the percentage value or the absolute value will be is specified via the Step size parameter 10 17 2 General parameters Step size NOTE The options are dependent on the setting of the Object type paramete...

Page 69: ...ing sensor Options Button brighter 2nd button darker Button darker 2nd button brighter If the rocker left 1st button or right 2 d button is operated the value that is sent out from the 1 byte communication object Value is increased brighter or lowered darker Whether the operation of the button increases or lowers the value depends on the setting of the Working mode of the rocker as value dimming s...

Page 70: ...itch application makes a separate set of parameters and communication objects available for the right or left side of the button The application enables realising switching functions via one button side while the other button side can be assigned with an additional button orientated function 10 18 1 General parameters Number of objects Options 1 5 The application can switch up to five levels For e...

Page 71: ...f objects specifies whether the object values for every button operation are sent out or only if the object values have changed since the last sending out 10 18 5 Extended parameters Object values Options Normal Inverse The object values can be sent normal or inverse via their associated 1 bit communication objects If the parameter Object values is set to inverse then all 1 bit communication objec...

Page 72: ...er as a status display Status illumination or orientation Orientation illumination If the operating mode Status illumination is selected the LED has its own communication object Status This can either be a 1 bit or a 1 byte object setting parameter Object type for status object When a telegram is received on the status object the LED changes colour Which colour the LED takes on depends on the para...

Page 73: ...his parameter is only visible if the Operating mode parameter is set on orientation illumination Options Off Yellow light Red orange heating Red Violet scene Blue blind Green White neutral When the LED is used for orientation i e the button or rockers are easier to see it can light up in different colours Alternatively the LED can also be deactivated such as when the device is in a sleeping area ...

Page 74: ...takes on the colour that is stored in the Colour for On parameter If an OFF telegram is received the LED takes on the colour that is stored in the Colour for Off parameter 1 byte With the setting 1 byte 0 100 the communication object Status has the size 1 byte When a value telegram is received on the object the LED can change colour Whether the colour and to which colour will be switched to depend...

Page 75: ...am is received on the 1 bit communication object Status Possible settings are different colours Alternatively the LED can also be disabled The default setting is green 10 19 6 General parameters Colour for On NOTE This parameter is only visible if the Object type for status object parameter is set to 1 bit Options Off Yellow Red orange Red Violet Blue Green White Here the colour of the LED is set ...

Page 76: ...h the colour Whether the colour and to which colour will be switched to depends on the parameter settings Colour for Zone Zone 1 has the following behaviour zone 1 0 10 19 8 General parameters Colour for zone 2 from 1 NOTE This parameter is only visible if the Object type for status object parameter is set to 1 byte 0 100 Options Off Yellow Red orange Red Violet Blue Green White If a value telegra...

Page 77: ... visible if the Object type for status object parameter is set to 1 byte 0 100 Options Off Yellow Red orange Red Violet Blue Green White If a value telegram is received on the 1 byte communication object Status the LED can switch the colour Whether the colour and to which colour will be switched to depends on the parameter settings Colour for Zone Zone 3 has the following behaviour zone 3 S1 value...

Page 78: ...r Whether the colour and to which colour will be switched to depends on the parameter settings Colour for Zone Zone 4 has the following behaviour zone 4 S2 value 99 10 19 13 General parameters Colour for zone 5 corresponds to 100 NOTE This parameter is only visible if the Object type for status object parameter is set to 1 byte 0 100 Options Off Yellow Red orange Red Violet Blue Green White If a v...

Page 79: ...sed to Status illumination and the colour set to yellow so that the user is signalled that the button triggers a light function If the Day Night mode object is now connected with the status response object of the switching actuator via a group address action the LED lights up bright when the light is switched on The LED lights up dark if the light is switched off 10 19 15 Extended parameters Light...

Page 80: ...ways flashes in the same colour and brightness that was specified via the status function or function display The alarm function could be used to display a wind alarm to the user for example so that the user knows that no blind operation is possible at that time An additional application would be the signalling of an open door when user would like to lower a roller blind NOTE If the LED is current...

Page 81: ...egram The function is active if an ON telegram is received on the 1 bit communication object Enable The function is blocked if an OFF telegram is received on the 1 bit communication object Enable This means that no telegram is sent out on the operating mode communication objects 10 20 2 General parameters After bus voltage recovery the device is Options Blocked Enabled The parameter After bus volt...

Page 82: ...me NOTE This parameter is visible only when the Use of automatic enable blockage parameter is set on either Automatic enable or Automatic blockage Options No Yes 10 20 6 General parameters Overwrite switchover time at download NOTE This parameter is visible only when the Use of automatic enable blockage parameter is set either on Automatic enable or Automatic blockage Options No Yes 10 20 7 Genera...

Page 83: ... separate set of parameters and communication objects available for the 1st and the 2nd button The other side of the button can be assigned a further button oriented function 10 21 1 General parameters Object type Options 1 bit 1 byte 0 100 1 byte 0 255 Light scene number 1 64 RTC operating mode switchover 1 byte The 1 button value switching application makes 1 communication object available as pr...

Page 84: ...he values 1 and 2 are specified via the parameters Value 1 for rising edge and Value 2 The Deactivated setting causes no telegram to be sent out for an operation of the button 10 21 3 General parameters Reaction on falling edge Options Value 1 Value 2 Alternating value1 value2 Deactivated The application can differentiate between the operation and the releasing of the button An operation is design...

Page 85: ...trary values from 0 to 255 Light scene number 1 64 specifying light scene numbers from 1 to 64 RTC operating mode switchover 1 byte auto comfort standby ECO frost heat protection 10 21 5 General parameters Value 2 NOTE This parameter is only visible if the Reaction at rising falling edge parameter is set on either Value 2 or Alternating Value1 Value2 Options Dependent on the setting of the Object ...

Page 86: ... during change The Send measured values parameter specifies whether the actual temperature is to be sent out only cyclically if the actual temperature has also changed However it can also be specified whether the actual temperature is always sent out in the interval in which the Cycle time for the sending of the actual temperature parameter is set 10 22 2 General parameters Cycle time for sending ...

Page 87: ...rature is distorted by external influences or the device is mounted at a location where it is always constantly being measured too much or too little a compensation value for the temperature measurement can be set The compensation value is specified via the Offset of the temperature sensor parameter The mounting location of the controller and the suitable selection of the parameter settings are de...

Page 88: ...a b etc represent alternative object formats of which only one is active in each case 10 23 4 Position Number Name Object size Data type 0b Position 1 byte DPT_scaling The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 5 Adjust Number Name Object size Data type 1a Adjust 1 bit DPT_step The object numbers with letter inde...

Page 89: ...index a b etc represent alternative object formats of which only one is active in each case 10 23 9 Day night operation Number Name Object size Data type 1 Day night operation 1 bit DPT switch 10 23 10 Proximity Number Name Object size Data type 2 Proximity 1 bit DPT switch 10 23 11 Alarm Number Name Object size Data type 3 Alarm 1 bit DPT_alarm 10 23 12 Scene storage Number Name Object size Data ...

Page 90: ... Value 2 byte float 1st op 2 byte DPT_KNX_Float The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 17 Value 2 byte signed 1st op Number Name Object size Data type 0e Value 2 byte signed 1st op 2 byte DPT_Value_2_Count The object numbers with letter index a b etc represent alternative object formats of which only one is a...

Page 91: ...bject formats of which only one is active in each case 10 23 22 Enable Number Name Object size Data type 0i Enable 1 bit DPT_Switch 10 23 23 Comfort operating mode Number Name Object size Data type 1a Value 4 byte signed 1st op 1 bit DPT_Switch The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 24 Operating mode Number N...

Page 92: ...0c 1 byte 0 255 1 byte DPT_Value_1_Count The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 30 2 byte float Number Name Object size Data type 0d 2 byte float 2 byte DPT_KNX_Float The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 31 2 byte sign...

Page 93: ...ject size Data type 0i 4 byte signed 4 byte DPT_Value_4_Ucount The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 36 Switching Number Name Object size Data type 1a Switching 1 bit DPT_Switch The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 37...

Page 94: ... Data type 1f 2 byte unsigned 2 byte DPT_Value_2_Ucount The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 42 4 byte float Number Name Object size Data type 1g 4 byte float 4 byte DPT_Float The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 43 ...

Page 95: ...255 rising edge 1 byte DPT_Value_1_Count The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 48 2 byte float rising edge Number Name Object size Data type 0d 2 byte float rising edge 2 byte DPT_KNX_Float The object numbers with letter index a b etc represent alternative object formats of which only one is active in each c...

Page 96: ...type 0i 4 byte signed rising edge 4 byte DPT_Value_4_Ucount The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 54 Switching falling edge Number Name Object size Data type 1a Switching falling edge 1 bit DPT switch The object numbers with letter index a b etc represent alternative object formats of which only one is activ...

Page 97: ... 2 byte unsigned falling edge 2 byte DPT_Value_2_Ucount The object numbers with letter index a b etc represent alternative object formats of which only one is active in each case 10 23 60 4 byte float falling edge Number Name Object size Data type 1g 4 byte float falling edge 4 byte DPT_Float The object numbers with letter index a b etc represent alternative object formats of which only one is act...

Page 98: ...itching step 1 1 bit DPT switch 10 23 64 Switching step 2 Number Name Object size Data type 1 Switching step 2 1 bit DPT switch 10 23 65 Switching step 3 Number Name Object size Data type 2 Switching step 3 1 bit DPT_Switch 10 23 66 Switching step 4 Number Name Object size Data type 3 Switching step 4 1 bit DPT_Switch 10 23 67 Switching step 5 Number Name Object size Data type 4 Switching step 5 1...

Page 99: ...Notes KNX Technical Reference Manual 1473 1 8905 2CKA001473B8905 99 11 Notes ...

Page 100: ...0 Assigning the group address es 20 C Circuit diagrams 16 Cleaning 23 Comfort operating mode 91 Commissioning 20 Communication objects Control element 2 4gang 88 Connection installation mounting 17 D Day night operation 89 Description of application 9 20 22 24 Description of objects 9 20 22 24 Description of parameters 9 20 22 24 Device overview 15 Differentiating the application program 20 Dimens...

Page 101: ...or rising edge 41 General parameters Object type for status object 74 General parameters Offset of the temperature sensor K 87 General parameters Overwrite switchover time at download 82 General parameters Reaction at brief operation 33 General parameters Reaction at long operation 33 General parameters Reaction on falling edge 26 84 General parameters Reaction on rising edge 25 84 General paramet...

Page 102: ... 2 98 Switching step 3 98 Switching step 4 98 Switching step 5 98 T Target group 10 Technical data 16 U Update 21 V Value 1 byte 0 100 1st op 90 Value 1 byte 0 255 1st op 90 Value 2 byte float 1st op 90 Value 2 byte signed 1st op 90 Value 2 byte unsigned 1st op 90 Value 4 byte float 1st op 90 Value 4 byte signed 1st op 91 Value 4 byte unsigned 1st op 91 ...

Page 103: ... document without prior notice The detailed specifications agreed upon apply for orders ABB accepts no responsibility for possible errors or incompleteness in this document We reserve all rights to this document and the topics and illustrations contained therein The document and its contents or extracts thereof must not be reproduced transmitted or reused by third parties without prior written con...

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