Connections, displays and operating elements. Status LEDs (next to the keys)

Transcription

1 GB Connecions, displays and operaing elemens A Push-buon plus Sysem M Operaing insrucions C B A 4 Inser he bus erminal ino he connecion of pushbuon A. 5 Inser he push-buon ino he frame. 6 Aach he push-buon wih frame ono he reaining ring. Make sure ha he push-buon clicks ino place. 1 2 B How o operae he push-buon A Saus LEDs (nex o he keys) Sysem M Push-buon, 1-gang plus Ar. no. MTN6171.., MTN B IR sensor 1-8 Operaing surfaces (depending on he push-buon ype; he sequence corresponds o he addressing in he applicaion sofware) ¼ DANGER Risk of faal injury from elecrical curren. All work carried ou on he uni may only be performed by skilled elecricians. Observe he regulaions valid in he counry of use, as well as he valid KNX guidelines. Sysem M Sysem M Push-buon, 2-gang plus Ar. no. MTN6172.., MTN C B A 1 Load he physical address ino he push-buon module from he ETS via he KNX. 2 Se he desired configuraion for he push-buon module in he ETS, and ransfer he configuraion ino he push-buon module via he KNX. Make a noe of he assignmen in he "Push-buon assignmen" able, las secion. Push-buon, 4-gang plus Ar. no. MTN6174.., MTN A B C Bus connecion Programming LED Programming buon How o operae he push-buon by remoe conrol Sysem M Push-buon, 4-gang plus wih IR r Ar. no. MTN6175.., MTN Geing o know he push-buon How o insall he push-buon You need a frame o moun he push-buon. The descripion which follows shows he insallaion of a 2-gang push-buon. Insallaion of he 1-gang and 4- gang push-buon module is carried ou in he same way. Push-buons wih IR r also allow you o operae each key on he push-buon using an IR remoe conrol. When using a remoe conrol, he remoe conrol keys are already assigned (see he operaing insrucions for he remoe conrol). If using anoher IR remoe conrol, he push-buon mus be augh firs. Teaching he push-buon: The KNX push-buon provides you wih wo, four or eigh operaing surfaces, wo in he case of 1-gang pushbuons, four in he case of 2-gang push-buons, and eigh in he case of 4-gang push-buons. The push-buons can be se o perform various funcions, allowing you, for example, o swich lighing on and off or dim i, conrol he blinds or rerieve sored scenes. Push-buons wih IR r also allow you o operae each key on he push-buon using a Schneider remoe conrol or anoher IR remoe conrol. 1 Assemble reaining ring on mouning box. 2 Connec he red bus wire o he red erminal (+) and he black one o he dark grey erminal A (-). The screen and he sabiliy wire, as well as he whie and yellow cores of he bus line B, are no required. 3 Insulae he screen and sabiliy wires and boh cores and place hem in he mouning box. 1 B A 1 Press and hold he wo uppermos keys on he righ and he uppermos key on he lef of he push-buon, unil all he saus LEDs flash. 2 Press he key o be augh on he push-buon. The saus LED of his key will ligh up coninuously. 3 Repeaedly he IR remoe conrol key o be augh for approx. 1 second unil all saus LEDs on he push-buon ligh up coninuously. 4 Press any key on he push-buon. The saus LEDs coninue o flash. You can now each furher keys. If no key is operaed for approx. 30 seconds afer his, he eaching procedure will be erminaed auomaically. The funcion of he augh-in push-buon key can now also be acivaed using he augh-in IR remoe conrol key. If no key is operaed for abou 30 seconds afer his, he eaching procedure will be erminaed auomaically. If he eaching procedure is inerruped, he IR LED only will ligh up for abou 2 seconds. Any exising assignmens of remoe conrol keys o his key will hen be deleed. You can use mos commercially available IR remoe conrols. In individual cases, however, an IR remoe conrol key may no work wih he push-buon. V /07

2 Technical daa Iniialisaion: Due o he elegram rae limi, elegrams can only be creaed afer a minimum of 17 sec has elapsed since iniialisaion. Ambien emperaure Operaion: -5 C o +45 C Sorage: -25 C o +55 C Transpor: -25 C o +70 C Max. humidiy: 93 % relaive humidiy, no moisure condensaion Type of proecion: IP 20 Schneider Elecric Indusries SAS If you have echnical quesions, please conac he Cusomer Care Cener in your counry. This produc mus be insalled, conneced and used in compliance wih prevailing sandards and/or insallaion regulaions. As sandards, specificaions and designs develop from ime o ime, always ask for confirmaion of he informaion given in his publicaion. 2 V /07

3 Universal 1815/1.0 General informaion You can use his applicaion o program he pushbuons plus. Up o wo objecs are available for each inpu. Group addresses are managed dynamically. Maximum no. of group addresses and associaions: 150. Applicaion funcions This applicaion offers a wide range of seing opions in order o execue numerous funcions wih a pushbuon and conrolled KNX devices (e.g. dimming acuaors, swich acuaors ec). Naurally, which funcion is possible in each individual case depends on he KNX devices being conrolled. The funcions of his applicaion described here can herefore only apply o hose specific KNX conrol funcions. Here, only hose abs and parameers which are of relevance o hese conrol funcions are described. You will find an overview of all he abs, parameers and he relaed adjusable values in he las secion "s and seings. Adjusable imes (saircase imer, ON delay, OFF delay ec.) are adjused via he ime base and ime facor parameers. The acual ime is calculaed by muliplying boh values; e.g. ime base 1 second imes ime facor 3 gives 3 seconds. If only one of hese parameers is shown, no ime adjusmen is possible for he parameer seing seleced. Basic seings Device selecion General Firs you mus adap he applicaion o he hardware used, as when he device selecion is oggled, parameer seings and relaed group addresses are changed by ETS. Selec he "2- gang" or "4-gang" seing. Push-buon module Operaing LED You can specify wheher he operaing LED is swiched on or off. Push-buon assignmen in connecion wih he Meren remoe conrol (only push-buons wih IR) The push-buon assignmen is prese for Meren IR remoe conrols. However, you can reassign hese via he "IR ranges of Meren remoe conrol" parameer. You may selec he desired range for he remoe conrol. The new push-buon assignmen is displayed below. Operaing LED IR ranges of Meren remoe conrol IR range a - b The previous key assignmens are overwrien as a resul of he reassignmen. Transmi 1/8 bi oggle commands You can address wo acuaor groups wih 1 or 8 bis (1 bye) simulaneously. Wih a 1-bi objec ype, he objec value is firs invered wih each push-buon acion, hen sen on he bus, i. e. a "0" becomes a "1", and when he same key is pushed again, a "1" becomes a "0". The device is herefore swiched on and off alernaely. This swiching behaviour is called "oggling". An updae or change o he 1-bi/1-bye objec value is possible via he bus when anoher sensor swiches he acuaor (e.g. via a wo-way circui or a cenral command). To preven "incorrec" oggling, you mus load he saus of he acuaor ("1" or "0") in he push-buon. Verbinden Sie dazu die Gruppenadresse des zweien Sensors mi dem Schal-/Werobjek des Tasers. For 1-bye objec ypes, you can se wo values, which are ransmied alernaely afer each push-buon acion. Two objecs can also be sen in any combinaion when he push-buon is acivaed (1 bi / 1 bye). Funcional selecion Number of objecs Triggering of saus LED Objec A/B Value 1/2 Communicaion objecs You can selec he following communicaion objecs: 2008 Schneider Elecric 3

4 Per inpu: Funcion Objec name Type Prio Flags Behaviour Inpu X Schal-/ Werobjek A/B 1 bi Low WCT Transmi/ Transmi 1/8-bi swiching commands You can address wo acuaor groups wih 1 or 8 bis simulaneously. Depending on he parameer seings, one of he following an ON or OFF elegram 1 bye values (0% - 100% in levels) 1 bye values (0-255) infiniely wo objecs, (1 bi / 1 bye) in any combinaion will be ransmied via he swich/value objec whenever a key is ed. Communicaion objecs You can selec he following communicaion objecs: Per inpu: Funcional selecion Number of objecs Triggering of saus LED Objec A/B Value Funcion Objec name Type Prio Flags Behaviour Swich/value objec A/B 1 bi/1 bye Low WCT Transmi/ Dimming You can use he dimming funcion for he following: dim brigher and darker via one key (single-surface dimming) eiher dim brigher or darker. You need a second key (second inpu) o dim in he oher direcion (dualsurface dimming). You can use he corresponding key (inpu) o swich he ligh on or off ( key briefly) or dim i ( key for a longer period, he parameers for he exac period can be se). When swiching akes place, an ON/OFF elegram is sen via he swich objec. When dimming, dimming up or dimming down is carried ou via he 4- bi dimming objec; he parameers for he dimming seps can be se. In addiion, you can also ransmi he corresponding dimming sep cyclically for a period of ime which can be se as required. Deecion of long acivaion ime 100 ms * Facor (4-250) Triggering of saus LED Dimming direcion Cyclical sending of he dimming levels only wih cyclical ransmission of he dimming seps: Base for cyclic inerval only wih cyclical ransmission of he dimming seps: Facor for cyclic inerval (3-255) Addiional parameers for single-surface dimming You can dim brigher or darker and also swich on or off using a single key. The curren swiching or dimming direcion is always dependen on he previous acion, i. e. if swiched off, ing he key briefly will swich he ligh on and vice versa, and if he ligh has been dimmed up, prolonged acivaion of he key will dim he ligh down again. On afer prolonged acivaion, a sop elegram will be sen via he 4-bi dimming objec, hus erminaing he dimming procedure in he dimming acuaor. An updae or change o he swich/objec value is possible via he bus when anoher sensor swiches or dims he acuaor (e.g. via a wo-way circui or a cenral command). To preven he "wrong" swiching/dimming aciviy, you mus load he saus of he acuaor ino he push-buon. To do his, connec he group address of he second sensor o he swich/dimming objec of he push-buon. A single command is sufficien o cycle hrough he dimming range. This dimming procedure can be used for mos applicaions. The oher possible dimming seps (1/2-1/64 brigher or darker) dim brigher or darker by he seleced sep. For example, o dim from minimum o maximum brighness, you would need o push he key for a prolonged period four imes in succession if he level se is 1/4. Dimming direcion Dimming seps (brigher) Dimming seps (darker) "Dimming direcion" parameer value for single-surface dimming: brigher and darker Common parameers for single-surface and dualsurface dimming Funcional selecion 2008 Schneider Elecric 4

5 Addiional parameers for dual-surface dimming These are used o dim eiher brigher or darker and o eiher swich on or off using a single key. Therefore, you mus se he parameers for a second key (second inpu) for he opposie direcion. You can specify wheher a sop elegram is o be ransmied when he key is d. When you have enabled he ransmission of a sop elegram, a sop elegram will be sen via he 4-bi dimming objec afer prolonged acivaion of he key, hus erminaing he dimming procedure in he dimming acuaor. A single command is sufficien o cycle hrough he dimming range. This dimming procedure can be used for mos applicaions. The oher possible dimming seps (1/2-1/64 brigher or darker) dim brigher or darker by he seleced sep. For example, o dim from min. o max. brighness, you would need o push he key for a prolonged period four imes in succession if he level se is 1/4. "Dimming direcion" parameer value for dual-surface dimming: brigher darker Communicaion objecs You can selec he following communicaion objecs: Per inpu: Dimming direcion only in he dimming direcion "brigher": dimming seps (brigher) only in he dimming direcion "darker": dimming seps (darker) Sop elegram afer Funcion Objec name Type Prio Flags Behaviour Swich objec 1 bi Low WCT Transmi/ Dimming objec 4 bi Low WCT Transmi/ Blind conrol You can use he blind conrol funcion o do he following: move he blind using an individual key and adjus he slas (single-surface blind operaion). Wih he blind conrol funcion, you can raise he blinds / adjus he slas using a single key and lower he blinds / adjus he slas using a second key (dualsurface blind operaion). Move he blind o a pre-specified posiion. Move he blind beween wo previously specified posiions. Funcional selecion Blind conrol funcion up or down wih one key in each case (dual-surface blind operaion) Afer he corresponding key is ed for a shor ime, a sop/sep elegram will be ransmied; afer he key is acivaed for a prolonged period (he parameers for he exac period can be se), a movemen elegram will be ransmied. Wih his funcion, you mus se he parameers for a second key (second inpu) wih he corresponding seings for he blind movemen in he opposie direcion. Boh keys (inpus) mus be given he same group addresses. Funcional selecion Deecion of long acivaion ime from 100 ms * Facor (4-250) Direcion of movemen Blind conrol funcion up or down wih a single key (single-surface blind operaion) The curren direcion of movemen of he blind, or he direcion of he sla adjusmen, always depends on he previous acion, i. e. when he blind has jus been moved downwards, i will move upwards he nex ime he key is acivaed for a long period (parameers for he period can be se). Afer a sop/sep elegram has been ransmied o adjus he slas, a sop/sep elegram for he same direcion of movemen can be creaed by ing he key again, as long as his subsequen push-buon acion is carried ou wihin a ime period, he parameers for which can be se. If his ime period has elapsed, he direcion of roaion of he slas will change when he key is ed briefly Schneider Elecric 5

6 The push-buon (inpu) can elegrams via he sop/sep movemen objecs, and can creae corresponding elegrams when he key is ed, depending on he values d. An updae or change o he swich/objec value is possible via he bus when anoher sensor swiches he acuaor (e.g. via a wo-way circui or a cenral command). To preven "incorrec" movemen, you mus load he saus of he acuaor ino he push-buon. To do his, connec he group address of he second sensor o he sop/sep objec and he movemen objec of he push-buon. Deecion of long acivaion ime from 100 ms * Facor (4-250) Direcion of movemen Change in direcion for sla adjusmen from 100 ms * Facor (5-50) Move he blind o a pre-specified posiion. If he blind acuaor is capable of approaching a specific posiion, you can define one or wo posiions using his funcion, which can be approached by he blind using 1-bye posiion values wih a push-buon acion. The posiion values can be se in seps beween 0% and 100%, or infiniely from When approaching a posiion, he se value for he blind posiion and he sla posiion is ransmied using a shor (or long) push-buon acion. To rigger wo posiions, ener he required blind posiion and sla posiion for boh. Posiion value 1 is ransmied wih a shor push-buon acion, while posiion value 2 is ransmied wih a long push-buon acion. No movemen or sop/sep objecs exis wih hese se parameers. Direcion of movemen Selecing he posiioning Posiion value 1 (shor operaion) Value for blind posiion Value for sla posiion only wih "wo posiions": Posiion value 2 ( for long period) Communicaion objecs You can selec he following communicaion objecs: Per inpu: Funcion Objec name Type Prio Flags Behaviour Sop/sep objec 1 bi Low CT Transmi/ Movemen objec 1 bi Low CT Transmi/ Blind posiion 1 bye Low CT Transmi/ Sla posiion 1 bye Low CT Transmi/ Transmi 1-bi, 2-bi (prioriy conrol), 4 -bi or 1-bye pulse edge commands You can use hese pulse edge funcions o parameerise differen objec acions. You can ransmi one or wo objecs simulaneously, and selec he size of he objecs required (1 bi, 2 bi prioriy conrol, 4 bi or 1 bye in seps or infiniely) as needed. This enables you o parameerise a large number of applicaion opions. You can specify which acions should be carried ou when a key is ed, and which should be carried ou when a key is d. These acions could include: Transmi 1 or 0 (wih 1 bi) Transmi value 1 or value 2 (wih 2 bis, 4 bis or 1 bye): You can ener wo values and se wheher and how hey are o be ransmied. Transmiing a value: The objec ransmis he value which i has currenly been given. You can herefore ransfer a value e. g. wih he ransmiing group address which was previously d by anoher group address. Toggling: The curren objec value is invered and hen ransmied. I is herefore swiched on and off alernaely (oggled). The value can be modified via he bus. no acion Funcional selecion Pulse edge funcion only wih exended pulse edge funcion: Deecion of a long acivaion ime from 100 ms * Facor (4-250) Number of objecs 2008 Schneider Elecric 6

7 Normal pulse edge funcion Wih he sandard pulse edge funcion, you can ransmi 1 bi, 2 bi, 4 bi prioriy conrol or 1 bye in seps or infiniely. - (objec A&B) Objec A/B Acion when acivaed Acion on only wih 2 bi and 4 bi (prioriy conrol): value 1 / value 2 only wih 1 bye in seps 0-100% value 1 / value 2 only wih 1 bye infiniely 0-255: value 1 / value 2 Principle of he pulse edge funcion Using he following diagrams, you can see how he pulse edge funcion behaves when pulse edges rise or fall. acion a ed/d send value 1 / send value 2 deahman circui Objec A Objec A 50 swiching / non swiching under force Example: Funcion "deah man circui" or "swiching under force" Objec A = 2 Bi (guidance under force) Wer 1 = 11 (swiching on under force) Wer 2 = 10 (swiching off under force) Acion a ed/d send value 1 / send value 2 swiching / non 50 Objec A = 1 Bi acion a ed/d send 1 / non non / send 0 Objec A Objec A Objec A Objec A Objec A = 1 Bi acion a ed/d send 1 / non Objec A send 1 / non Objec A Objec A = 1 Bi acion a ed/d non / send 0 non / send 0 Exended pulse edge funcion Wih he exended pulse edge funcion, you have a wider range of funcions available, e. g. you can se differen acions wih a shorer or longer acivaion ime, which apply o boh he acions which resul when he key is ed and when he key is d. You can also se a cycle ime which can be parameerised for each objec. When parameerising, bear in mind ha you need o se all four ypes of key acivaion (brief/ long, ing and releasing he key) in order o ensure ha he push-buon (inpu) funcions as required. To read he objec value i could be necessary o se he Read-Flag manually. - (objec A&B) Objec A/B Objec A Objec A Schneider Elecric 7

8 A descripion of he mos imporan acions is given below: ransmis [value]: ransmis he curren value and sops a cyclical ransmission. ransmis [value] immediaely and hen cyclically: If no cycle ime is running, [value] is ransmied immediaely and a new cycle ime is sared. If a cycle ime is already running, his is inerruped, [value] is ransmied and a new cycle ime is sared. ransmis [value] only cyclically: If no cycle ime is running, [value] is ransmied immediaely and a new cycle ime is sared. If a cycle ime is already running, his is no inerruped, [value] is ransmied afer he curren cycle ime has elapsed, and a new cycle ime is sared. ses objec value o [value] (readable only) [value] is wrien ino he objec and is no ransmied. An acive cycle ime is erminaed. oggles: compares he curren objec value wih [value]. If boh are he same, value 1 or value 2 is ransmied. If boh are differen, [value] is ransmied. oggles, ransmis immediaely, hen cyclically: The value is oggled (see "oggles") if no cycle ime is running, ransmied immediaely and a new cycle ime is sared. If a cycle ime is already running, his is inerruped, he oggled value is ransmied and a new cycle ime is sared. Subsequenly, he value which has already been oggled is always ransmied cyclically. oggles, only ransmis cyclically: If no cycle ime is running, he oggled value is ransmied immediaely and a new cycle ime is sared. If a cycle ime is already running, his is no inerruped, he oggled value is ransmied afer he curren cycle ime has elapsed, and a new cycle ime is sared. Subsequenly, he value which has already been oggled is always ransmied cyclically. oggles and is no ransmied: The oggled value is wrien ino he objec and is no ransmied. An acive cycle ime is erminaed. oggles cyclically, ransmis immediaely, hen cyclically: The value is oggled (see "oggles") if no cycle ime is running, ransmied immediaely and a new cycle ime is sared. If a cycle ime is already running, his is inerruped, he oggled value is ransmied and a new cycle ime is sared. Subsequenly, i is always oggled cyclically and he new value is ransmied. oggles cyclically, only ransmis cyclically: If no cycle ime is running, he oggled value is ransmied immediaely and a new cycle ime is sared. If a cycle ime is already running, his is no inerruped, he oggled value is ransmied afer he curren cycle ime has elapsed, and a new cycle ime is sared. Subsequenly, i is always oggled cyclically and he new value is ransmied. oggles cyclically and is no ransmied: The oggled value is wrien ino he objec and is no ransmied. Subsequenly, i is always oggled cyclically and he new value is wrien ino he objec. ransmis is value: The curren objec value is ransmied. An acive cycle ime is erminaed. sends is value immediaely and hen cyclically: If no cycle ime is running, he curren objec value is ransmied immediaely and a new cycle ime is sared. If a cycle ime is already running, his is inerruped, he curren objec value is ransmied and a new cycle ime is sared. Subsequenly, he curren objec value is always ransmied cyclically. increase he curren objec value by [value] cyclically: If no cycle ime is running, [value] is added o he curren objec value, he objec value is ransmied, and a new cycle ime is sared. If a cycle ime is already running, his is no inerruped, he curren objec value wih [value] added is ransmied and a new cycle ime is sared. reduce he curren objec value by [value] cyclically: If no cycle ime is running, [value] is subraced from he curren objec value, he objec value is ransmied, and a new cycle ime is sared. If a cycle ime is already running, his is no inerruped, he curren objec value wih [value] subraced is ransmied and a new cycle ime is sared. ransmis [valuea] and afer a cycle ime [valueb]: [valuea] is ransmied immediaely, and [valueb] is ransmied afer one cycle ime, regardless of wheher a cycle ime is already running or no (saircase imer funcion). none (sops cyclical ransmission): No acion is carried ou, and any acive cycle ime is sopped. no change: The curren acion remains unchanged (e. g. "ransmis value1 and afer a cycle ime, ransmis value2"). none (sop afer curren cycle ime has elapsed): No acion is currenly carried ou, bu any acive cycle ime is no sopped. I runs hrough unil he end, and hen ransmis he corresponding value. Examples of use for he pulse edge funcion The following acivaion sequence diagram shows he phases ino which he pulse edge funcion is divided: buon acion direc a ing acion a before arriving long acivaion ime long acivaion ime acion a arrive of long acivaion ime acion a afer arriving long acivaion ime 2008 Schneider Elecric 8

9 For example: Saircase lighing funcion wih cleaning ligh funcion Wih a brief push-buon acion, he swich acuaor swiches on he ligh. A long push-buon acion exends he saircase lighing funcion (= cleaning ligh funcion) unil a second, long push-buon acion swiches off he acuaor. The swich acuaor requires a saircase lighing funcion and a disable funcion for his funcion. Number of objecs = 2 (objec A/B) Objec A/B = 1 bi Objec A: Acion on before he long acivaion ime has elapsed = ransmis 1 Objec B: Acion on compleion of he long acivaion ime = oggles To do his, connec objec A wih he swich objec and objec B wih he disable objec of he swich acuaor. For example: shor and long saircase ime You can use his funcion o produce a brief and a long saircase ime wih he push-buon. The swich acuaor requires no saircase lighing funcion for his reques. Wih a brief push-buon acion, he swich acuaor swiches on he ligh, and afer a parameerised cycle ime (e. g. 3 minues), i swiches i back off again. Wih a long push-buon acion, he same funcion is carried ou, bu wih a longer cycle ime (e. g. 6 minues). Number of objecs = 2 (objec A/B) Objec A/B = 1 bi Objec A: Acion on before he long acivaion ime has elapsed = ransmis 1. Afer a cycle ime has elapsed (here 3 minues) = ransmis 0 Objec B: Acion on when he long acivaion ime is compleed = ransmis 1. Afer a cycle ime has elapsed (here 6 minues) = ransmis 0 To do his, connec objec A and objec B wih he swich objec of he swich acuaor. Objec A 1 Objec B 1 0 objec A 1 0 cycle shor wich acuaor relais objec B 1 0 sairs cycle long wich acuaor relais For example: Swich he ligh on/off permanenly, or swich off afer a cycle ime has elapsed. Wih a brief push-buon acion, he swich acuaor swiches he ligh on or off permanenly. Wih a long push-buon acion, he ligh swiches on, and afer a parameerised cycle ime (e.g. 6 minues), i swiches back off again. Due o he cycle ime in he push-buon which can be parameerised, he swich acuaor requires no saircase lighing funcion for his funcion. Number of objecs = 2 (objec A/B) Objec A/B = 1 bi Objec A: Acion on before he long acivaion ime has elapsed = oggles Objec B: Acion when he long acivaion ime is compleed = ransmis 1. Afer a cycle ime has elapsed (here 6 minues) = ransmis 0. Acion on when he long acivaion ime is compleed = no change. To do his, connec objec A and objec B wih he swich objec of he swich acuaor Schneider Elecric 9

10 For example: elecronic proecion agains hef This example will show you how o program elecronic proecion agains hef for he push-buon. I is acivaed by a brief push-buon acion and hen ransmis cyclically. As soon as he push-buon is separaed, his can be shown on a display, or an alarm can be riggered. Number of objecs = 1 (objec A) Objec A = 1 bi Objec A: Acion on before he long acivaion ime has elapsed = ransmis 1 immediaely and hen cyclically. Acion when he long acivaion ime is compleed = no change. Acion on afer he long acivaion ime is compleed = no change. Cycle ime = e. g. 10 minues To do his, connec objec A wih an objec which anicipaes cyclical elegrams (e. g. a safey objec). The monioring ime se on he safey objec mus be longer han he cycle ime of he push-buon. If he safey objec s no elegrams from he pushbuon during his ime, a reacion which can be parameerised is acivaed (e. g. he channel is swiched on). ransmission). Acion when he long acivaion ime is compleed = none (sops cyclical ransmission). Acion on afer he long acivaion ime has been compleed = oggles cyclically, ransmis immediaely, hen cyclically. Value 1 = 1, value 2 = 2nd cycle ime = e. g. 1 minue. To do his, connec objec A and objec B wih he exension uni objec of he scene funcion. Objec A Objec B cycle cycle cycle Communicaion objecs You can selec he following communicaion objecs: 3 1 Objec A cycle cycle cycle Funcion Objec name Type Prio Flags Behaviour Objec A/B 1 bi Low WCT Transmi/ Objec A/B 2 bi Low WCT Transmi/ Value objec A/B 1 bye Low WCT Transmi/ Safeyobjec (d) 1 conrolling 1 1 conrolling reacion For example: Effec lighing This example shows you how o program effec lighing, for example for a display window. A long push-buon acion swiches beween wo differen lighing scenes. A shor push-buon acion sops he oggling and ransmis a scene (o rerieve he scene, use he scene module for he acuaor which has been acivaed) which swiches off everyhing. Number of objecs = 2 (objec A/B) Objec A/B = 1 bye infinie Objec A: Direc acion when acivaed = none (sops cyclical ransmission). Acion on before he long acivaion ime has elapsed = ransmis 1. Acion when he long acivaion ime is compleed = none (sops cyclical ransmission). Acion on afer he long acivaion ime is compleed = none (sops cyclical ransmission). Value 1 = 3. Objec B: Direc acion when acivaed = none (sops cyclical ransmission). Acion on before he long acivaion ime has elapsed = none (sops cyclical 2008 Schneider Elecric 10

11 Transmi 2-bye pulse edge commands via an objec You can also use hese pulse edge funcions o parameerise differen objec acions. However, in conras o pulse edge funcions, you can only ransmi one objec wih 1 bi, 2 bis, 4 bis or 1 bye. You can ransmi normal or exended pulse edge commands. Wih normal pulse edge commands, you can specify which acions should be carried ou when a key is ed, and which should be carried ou when a key is d. Wih exended pulse edge commands, you can also se he acions before and afer he long acivaion ime is compleed. You can ransmi floaing poin numbers and whole numbers, wihou or wihou a sign. Funcional selecion Pulse edge funcion only wih exended pulse edge funcion: Deecion of a long acivaion ime from 100 ms * Facor (4-250) Acion when acivaed Acion on only wih exended pulse edge funcion: Acion on before he long acivaion ime has elapsed Acion when he long acivaion ime is compleed Acion on afer he long acivaion ime has been compleed Base for cyclic inerval Facor for cyclic inerval (3-255) Explanaion of acions: See 1-bi pulse edges. - values Objec ype value Only wih floaing poin: value 1/2 Basic value, adjusable value range in brackes only wih whole number wih sign: value 1/2 ( ) Only wih floaing poin: value 1/2 ( ) Communicaion objecs You can selec he following communicaion objecs: Funcion Objec name Type Prio Flags Behaviour Value objec A 2 bye Low WCT Transmi/ Seing he parameers for he 8-bi linear regulaor You can use he 8-bi linear regulaor funcion o program a key (inpu) as a linear regulaor. You can parameerise all four acions when ing/releasing wih a shorer or longer operaing ime in each case. You can esablish he funcion wih or wihou limi values (sar/end value). buon (2) acion direc a ing acion a before arriving long acivaion ime long acivaion ime acion a arrive of long acivaion ime acion a afer arriving long acivaion ime Funcional selecion Deecion of long acivaion ime from 100 ms * Facor (4-250) Linear regulaor funcion Direc acion when acivaed Acion on before he long acivaion ime has elapsed Acion when he long acivaion ime is compleed Acion on afer he long acivaion ime has been compleed only wih "sar value and end value" Sar value Sep value only wih "sar value and end value" End value Base for cyclic inerval Facor for cyclic inerval (3-255) 2008 Schneider Elecric 11

12 A descripion of he acions is given below: Transmi he sar value, hen increase cyclically by he sep value: If no cycle ime is running, he sar value is ransmied immediaely and a new cycle ime is sared. If a cycle ime is already running, his is inerruped, he sar value is ransmied and a new cycle ime is sared. Transmi he end value, hen reduce cyclically by he sep value: If no cycle ime is running, he end value is ransmied immediaely and a new cycle ime is sared. If a cycle ime is already running, his is inerruped, he end value is ransmied and a new cycle ime is sared. Increase he curren objec value cyclically: Increase he curren objec value cyclically by he parameerised sep inerval. Increase he curren objec value once: Increase he curren objec value once by he parameerised sep inerval. An acive cycle ime is erminaed. Reduce he curren objec value cyclically: Reduce he curren objec value cyclically by he parameerised sep inerval. Reduce he curren objec value once: Reduce he curren objec value once by he parameerised sep inerval. An acive cycle ime is erminaed. Reverse he slide direcion and ransmi cyclically: If no cycle ime is running, he slide is pushed in he opposie direcion (of his push-buon) and a new cycle ime is sared. If a cycle ime is already running, i is inerruped, he slide is immediaely pushed in he opposie direcion (of his pushbuon) and a new cycle ime is sared. Move sep-by-sep o he limi values, and hen back again: The limi values are approached by one sep inerval a a ime. When a limi is reached, he slide direcion is reversed for he nex acion. none (sops cyclical ransmission): No acion is carried ou, and any acive cycle ime is sopped. no change: No acion is carried ou, and any acive cycle ime is coninued. You can only mainain he limi values and he oggling o a new slide direcion wih local operaion! Communicaion objecs You can selec he following communicaion objecs: Funcion Objec name Type Prio Flags Behaviour Value objec A 1 bye Low WCT Transmi/ Rerieving scenes The scene rerieval funcion does no access he inernal scene module, bu only accesses he bus exernally via communicaion objecs. There are wo ypes of scene funcion: normal exended Wih he sandard scene funcion, a scene is rerieved by a brief push-buon acion while a long push-buon acion is used o save a scene. You merely have o se he ime afer which a push-buon acion is idenified as being long, ogeher wih he saus LED conrol and he scene address. buon acion direc a ing acion a before arriving long acivaion ime long acivaion ime acion a arrive of long acivaion ime acion a afer arriving long acivaion ime Funcional selecion Deecion of long acivaion ime from 100 ms * Facor (4-250) Scene funcion Only wih "exended" Number of objecs Only wih "normal scene funcion" Scene address (0-63) Wih he exended scene funcion, a wider range of funcions are available. You can se acions for a shorer or longer acivaion ime for boh ing and releasing he keys. You can also program a cycle ime. Depending on how many objecs you have se in he scene funcion, you mus make he seings in addiional parameer windows (" - objec A") or (" - objec B"): 2008 Schneider Elecric 12

13 - (objec A/B) Direc acion when acivaed Acion on before he long acivaion ime has elapsed Acion when he long acivaion ime is compleed Acion on afer he long acivaion ime has been compleed Value 1 Scene address (0-63) Scene addresses are designed for he scene Value 2 Scene address (0-63) Scene addresses are designed for he scene Base for cyclic inerval Facor for cyclic inerval (3-255) Communicaion objecs You can selec he following communicaion objecs: Funcion Objec name Type Prio Flags Behaviour Objec A/B 1 bye Low WCT Transmi/ All keys funcion as a maser inpu You can use his acion o specify one of he wo or four inpus as he maser inpu. When any key is ed, he acion which has been parameerised for he maser key is carried ou. Disable funcion Toggle beween wo local scenes This acion enables you o oggle beween wo scenes which are parameerised in he acuaor (local) or in he scene module. Disable funcion Disable funcion Block Type of blocking Maser key Disable funcion Block Type of blocking Toggle beween scene address and scene address buon acion direc a ing acion a before arriving long acivaion ime long acivaion ime acion a arrive of long acivaion ime acion a afer arriving long acivaion ime Communicaion objecs You can selec he following communicaion objecs: Funcion Objec name Type Prio Flags Behaviour Disable funcion Disable objec 1 bi Low WC Receive When a disable funcion is acivaed via he disable objec, all curren push-buon funcions are rese or inerruped. Acivaing he disable funcion for he inpus You can block he inpus in differen ways: 1. Separaely for each inpu 2. All inpus funcion as a maser inpu 3. Toggle beween wo local scenes You can deermine wheher a disable objec = 0 or = 1 should be blocked. Disable funcion Disable funcion Block Type of blocking Separaely for each inpu You can use his funcion o block each of he four or eigh inpus individually. When an inpu is blocked, i fulfils no funcion. You can use an addiional parameer o parameerise he behaviour of cyclical funcions. Disable funcion/: Disable Cyclical acions are ising scenes in he scene module The push-buon is fied wih is own scene module, which enables you o save up o eigh scenes permanenly. The saved scenes can be overwrien if you have parameerised a for his purpose. The enire scene funcion is conrolled via he exension uni objec (1 bye). You also have an objec for programming, as well as seven 1/8-bi objecs and one objec for values up o 16 bis, in order o ransmi scene values o he bus. You can se he ime beween he acuaor read elegrams. This makes sense, for example, when he anicipaed response can las a long ime (line coupler, area coupler). If a read reques is los, or is no responded o, he scene from he curren objec value is saved (eiher hrough a read reques, or wrien via an oupu). To check he correc saving procedure, you should rerieve he scene las saved on he push-buon. If his remains unchanged, he individual saving procedure has been compleed free of errors. If here is a difference, an incorrec response has been made o a read reques Schneider Elecric 13

14 If he push-buon works hrough a scene, and a furher scene is rerieved, he curren process is inerruped and he las rerieved scene is worked hrough. Scene funcion This ab and he subsequen scene abs only appear when he scene funcion is swiched on. Scene funcion only when scene funcion is acivaed: save scenes Inerval beween wo acuaor read elegrams 100 ms * Facor (2-255) In his parameer window, you can specify he daa ype of he max. eigh oupu objecs. A paricular feaure is acuaor group 7: wih his group, you can also ransmi values which are larger han 8 bis. When he alarm funcion is acive, he eighh acuaor group is no longer valid, since i is reserved for he alarm funcion. Funcion Objec name Type Prio Flags Behaviour Scene funcion Exension uni objec 1 bye Low WC Receive Transmi value Transmi value Swiching Prioriy conrol Acuaor group bye Low WCT Transmi/ Acuaor group 7 2 bye Low WCT Transmi/ Acuaor group 1-8 Acuaor group bi Low WCT Transmi/ 2 bi Low WCT Transmi/ Save scenes Enable objec 1 bi Low WC Receive Behaviour when bus volage is applied/ resored or fails Behaviour on applicaion/recovery of he bus volage When a bus volage is applied or recovered, elegrams can be sen depending on he seing. Behaviour on failure of he bus volage Any saus LEDs which were li will be swiched off. Scene acuaor groups Acuaor group 1-8 Scene X Scene is rerieved wih he following value (0-63) Inerval beween scene elegrams 100 ms * Facor (2-255) only wih "Swich objec" daa ype: value 1 o value 8 only for daa ype "Value objec (8 bi in seps)": value 1 o value 8 only for daa ype "Value objec (8 bi infinie)": value 1 o value 8 only for daa ype "Prioriy conrol objec": value 1 o value 8 only wih 16-bi value objec: Value 7 Für jede Szene legen Sie fes, über welche Szenenadresse die Szene am Szenen-Eingangsobjek aufgerufen werden soll. You also specify he ime beween he individual scene elegrams. Make sure ha you always ener clear scene addresses for his device, i. e. no scene address should be allocaed more han once. Finally, specify he acuaor groups and heir values for his scene. These only remain valid up o he firs ime he scene is saved. The value range which can be se depends on he daa ype se for he "scene acuaor groups". Communicaion objecs You can selec he following communicaion objecs: 2008 Schneider Elecric 14

15 s and seings General Push-buon module Operaing LED IR ranges of Meren remoe conrol no IR range a - b, Funcional selecion Seing 1-gang 2-gang 4-gang 4-gang IR swiched on swiched off yes Seing Toggle Swiching Dimming Blind conrol Pulse edges 1 bi, 2 bi (prioriy), 1-bye values Pulse edges wih 2-bye values 8-bi linear regulaor Scene When "Funcional selecion" has been se o "Toggle" in he "" ab: Funcional selecion Number of objecs Triggering of saus LED Seing Toggle one wo swiched on swiched off from swich/value objec A from swich/value objec B from saus feedback objec operaion = ON / = OFF prolonged operaion = ON / = OFF flashes flashes if swich/value objec A no equal o 0 flashes if swich/value objec B no equal o 0 flashes if swich/value objec A equal o 0 flashes if swich/value objec B equal o 0 flashes if saus feedback objec equal o 1 flashes if saus feedback objec equal o 0 operaion = flash / = OFF prolonged operaion = flash / = OFF Seing Objec A/B 1 bi 1 bye in seps 0% - 100% 1 bye infiniely Value 100% adjusable in seps of en as well as 25% and 75% Value 0-255, 255 defaul seing When "Funcion selecional" has been se o "Swiching" in he "" ab: Seing Funcional selecion Swiching Number of objecs one wo Triggering of saus LED swiched on swiched off from swich/value objec A from swich/value objec B from saus feedback objec operaion = ON / = OFF prolonged operaion = ON / = OFF flashes flashes if swich/value objec A no equal o 0 flashes if swich/value objec B no equal o 0 flashes if swich/value objec A equal o 0 flashes if swich/value objec B equal o 0 flashes if saus feedback objec equal o 1 flashes if saus feedback objec equal o 0 operaion = flash / = OFF prolonged operaion = flash / = OFF Objec A/B 1 bi 1 bye in seps 0% - 100% 1 bye infiniely Value ON elegram OFF elegram Value 100% adjusable in seps of en as well as 25% and 75% Value 0-255, 255 defaul seing When "Funcional selecion" has been se o "Dimming" in he "" ab: Seing Funcional selecion Dimming Deecion of long acivaion ime 4-250, 6 defaul seing 100 ms * Facor (4-250) 2008 Schneider Elecric 15

16 Triggering of saus LED Dimming direcion Dimming seps (brigher) Dimming seps (darker) Cyclical ransmission of he dimming seps Base for cyclic inerval Facor for cyclic inerval (3-255) Sop elegram afer Seing swiched on swiched off from swich/value objec A from swich/value objec B from saus feedback objec operaion = ON / = OFF prolonged operaion = ON / = OFF flashes flashes if swich/value objec A no equal o 0 flashes if swich/value objec B no equal o 0 flashes if swich/value objec A equal o 0 flashes if swich/value objec B equal o 0 flashes if saus feedback objec equal o 1 flashes if saus feedback objec equal o 0 operaion = flash / = OFF prolonged operaion = flash / = OFF brigher darker brigher and darker o max. brighness 1/2 brigher 1/4 brigher 1/8 brigher 1/16 brigher 1/32 brigher 1/64 brigher o min. brighness 1/2 darker 1/4 darker 1/8 darker 1/16 darker 1/32 darker 1/64 darker yes no 0.1 second 1 second 1 minue 1 hour 1 day 3-255, 8 defaul seing enabled disabled When "Funcional selecion" has been se o "Blind conrol" in he "" ab: Funcional selecion Seing Blind conrol Deecion of long acivaion ime from 100 ms * Facor (4-250) Triggering of saus LED Seing 4-250, 6 defaul seing swiched on swiched off from swich/value objec A from swich/value objec B from saus feedback objec operaion = ON / = OFF prolonged operaion = ON / = OFF flashes flashes if swich/value objec A no equal o 0 flashes if swich/value objec B no equal o 0 flashes if swich/value objec A equal o 0 flashes if swich/value objec B equal o 0 flashes if saus feedback objec equal o 1 flashes if saus feedback objec equal o 0 operaion = flash / = OFF prolonged operaion = flash / = OFF Direcion of movemen up down up and down wih posiion values Change in direcion for sla 5-50, 10 defaul seing adjusmen from 100 ms * Facor (5-50) Selecing he posiioning one posiion ( briefly) wo posiions (differeniaion beween shor/long operaion) Posiion value 1 (shor operaion) in seps of 0% - 100% infiniely Value for blind posiion wih "seps": 0% % in seps of 10, 100% defaul seing wih "infiniely": in single seps, 255 defaul seing Value for sla posiion wih "seps": 0 % % in seps of 10, 0% defaul seing wih "infiniely": in single seps, 0 defaul seing Posiion value 2 (long operaion) in seps of 0% - 100% infiniely When "Funcional selecion" has been se o "Pulse edge 1 bi, 2 bi (prioriy), 1-bye values" in he "" ab: Funcional selecion Pulse edge funcion Seing Pulse edges 1 bi, 2 bi (prioriy), 1-bye values normal (ed, d) exended (long and shor acivaion) 2008 Schneider Elecric 16

17 Deecion of long acivaion ime from 100 ms * Facor (4-250) Number of objecs Triggering of saus LED Objec A/B Acion when acivaed Acion on value 1 / value 2 value 1 / value 2 Seing 4-250, 6 defaul seing one wo swiched on swiched off from swich/value objec A from swich/value objec B from saus feedback objec operaion = ON / = OFF prolonged operaion = ON / = OFF flashes flashes if swich/value objec A no equal o 0 flashes if swich/value objec B no equal o 0 flashes if swich/value objec A equal o 0 flashes if swich/value objec B equal o 0 flashes if saus feedback objec equal o 1 flashes if saus feedback objec equal o 0 operaion = flash / = OFF prolonged operaion = flash / = OFF 1 bi 2 bi (prioriy conrol) 1 bye in seps 0% - 100% 1 bye infiniely only wih 1 bi: ransmis 1 only wih 1 bi: ransmis 0 only wih 2 bi/1 bye: ransmis value 1 only wih 2 bi/1 bye: ransmis value 2 oggles ransmis is value none only wih 1 bi: ransmis 1 only wih 1 bi: ransmis 0 only wih 2 bi/1 bye: ransmis value 1 only wih 2 bi/1 bye: ransmis value 2 oggles ransmis is value none swich on wih prioriy conrol (11) swich off wih prioriy conrol (10) swich off prioriy conrol (00) 0-100% in 10% seps 100% defaul seing value 1, 0% defaul seing value 2 Seing value 1 / value , 255 defaul seing value 1, 0 defaul seing value 2 - (objec A/B) Objec A/B Seing 1 bi 2 bi (prioriy conrol) 1 bye in seps 0% - 100% 1 bye infiniely Schneider Elecric 17

18 - (objec A/B) Direc acion when acivaed Acion on before he long acivaion ime has elapsed Acion when he long acivaion ime is compleed Acion on afer he long acivaion ime has been compleed Seing only wih 1 bi:ransmis 1 only wih 1 bi: ransmis 1 immediaely and hen cyclically only wih 1 bi: ransmis 1 only cyclically only wih 1 bi: ses objec value o 1 (readable only) only wih 1 bi:ransmis 0 only wih 1 bi: ransmis 0 immediaely and hen cyclically only wih 1 bi: ransmis 0 only cyclically only wih 1 bi: ses objec value o 0 (readable only) only wih 2 bi/1 bye: ransmis value 1 only wih 2 bi/1 bye: ransmis value 1 immediaely and hen cyclically only wih 2 bi/1 bye: ransmis value 1 only cyclically only wih 2 bi/1 bye: ses objec value o value 1 (readable only) only wih 2 bi/1 bye: ransmis value 2 only wih 2 bi/1 bye: ransmis value 2 immediaely and hen cyclically only wih 2 bi/1 bye: ransmis value 2 only cyclically only wih 2 bi/1 bye: ses objec value o value 2 (readable only) oggles oggles, ransmis immediaely, hen cyclically oggles, only ransmis cyclically oggles and is no ransmied oggles cyclically, ransmis immediaely, hen cyclically oggles cyclically, only ransmis cyclically oggles cyclically and is no ransmied only wih 1 bi: ransmis is value only wih 1 bi: ransmis is value immediaely and hen cyclically only wih 1 bi: ransmis 1 immediaely and afer a cycle ime of 0 only wih 2 bi/1 bye ransmis value 1 and afer a cyclic inerval value 2 only wih 1 bye increase he curren objec value by value 1 cyclically only wih 1 bye reduce he curren objec value by value 2 cyclically none (sops cyclical ransmission) no change none (sop afer curren cycle ime has elapsed) - (objec A/B) value 1 / value 2 value 1 / value 2 Seing swich on wih prioriy conrol (11) swich off wih prioriy conrol (10) swich off prioriy conrol (00) 0-100% in 10% seps 100% defaul seing value 1, 0% defaul seing value 2 value 1 / value , 255 defaul seing value 1, 0 defaul seing value 2 Base for cyclic inerval 0.1 second 1 second 1 minue 1 hour 1 day Facor for cyclic inerval (3-255) 3-255, 10 defaul seing When "Funcional selecion" has been se o "Pulse edges wih 2-bye values" in he "" ab: Funcional selecion Triggering of saus LED Pulse edge funcion Deecion of long acivaion ime from 100 ms * Facor (4-250) Seing Pulse edges wih 2-bye values swiched on swiched off from swich/value objec A from swich/value objec B from saus feedback objec operaion = ON / = OFF prolonged operaion = ON / = OFF flashes flashes if swich/value objec A no equal o 0 flashes if swich/value objec B no equal o 0 flashes if swich/value objec A equal o 0 flashes if swich/value objec B equal o 0 flashes if saus feedback objec equal o 1 flashes if saus feedback objec equal o 0 operaion = flash / = OFF prolonged operaion = flash / = OFF normal (ed, d) exended (long and shor acivaion) 4-250, 6 defaul seing 2008 Schneider Elecric 18

19 Seing Acion when acivaed ransmis value 1 only wih exended pulse edge funcion: ransmis value 1 immediaely and hen cyclically only wih exended pulse edge funcion: ransmis value 1 only cyclically only wih exended pulse edge funcion: ses objec value o value 1 (readable only) ransmis value 2 only wih exended pulse edge funcion: ransmis value 2 immediaely and hen cyclically only wih exended pulse edge funcion: ransmis value 2 only cyclically only wih exended pulse edge funcion: ses objec value o value 2 (readable only) ransmis is value only wih exended pulse edge funcion: ransmis value 1 and afer a cyclic inerval value 2 only wih exended pulse edge funcion: none (sops cyclical ransmission) none Acion on ransmis value 1 Acion on before he long only wih exended pulse edge acivaion ime has elapsed funcion: Acion when he long acivaion ransmis value 1 immediaely ime is compleed and hen cyclically Acion on afer he long acivaion ime has been only wih exended pulse edge compleed funcion: ransmis value 1 only cyclically only wih exended pulse edge funcion: ses objec value o value 1 (readable only) ransmis value 2 only wih exended pulse edge funcion: ransmis value 2 immediaely and hen cyclically only wih exended pulse edge funcion: ransmis value 2 only cyclically only wih exended pulse edge funcion: ses objec value o value 2 (readable only) ransmis is value only wih exended pulse edge funcion: ransmis value 1 and afer a cyclic inerval value 2 only wih exended pulse edge funcion: none (sops cyclical ransmission) none - values Seing Objec ype value Floaing poin Whole number wih sign ( ) Whole number wihou sign ( ) Value 1/2 differen values beween Basic value, adjusable value 0.01 and in differen sep range in brackes inervals 0.01 (0 o 20.47) defaul seing value 1/2 ( ) value 1/2 ( ) When "Funcional selecion" has been se o "8-bi linear regulaor" in he "" ab: (2) Linear regulaor funcion Triggering of saus LED Seing wih sar value and end value wihou sar value and end value swiched on swiched off from swich/value objec A from swich/value objec B from saus feedback objec operaion = ON / = OFF prolonged operaion = ON / = OFF flashes flashes if swich/value objec A no equal o 0 flashes if swich/value objec B no equal o 0 flashes if swich/value objec A equal o 0 flashes if swich/value objec B equal o 0 flashes if saus feedback objec equal o 1 flashes if saus feedback objec equal o 0 operaion = flash / = OFF prolonged operaion = flash / = OFF 2008 Schneider Elecric 19