Operation and installation manual KNX ENO 636 secure. Application. 1. Installation and connection

Transcription

1 EN Operatin and installatin manual KNX ENO 636 secure (Art. # 5268) Bidirectinal Gateway with 32 channels between EnOcean and KNX Bus KNX ENO 636 secure Applicatin The KNX ENO 636 is a bidirectinal gateway between EnOcean radi devices and the KNX bus. It transfers cmmands and measured values f EnOcean wireless sensrs t the KNX bus, fr example, t cntrl KNX actuatrs. EnOcean wireless actuatrs can als be cntrlled via KNX. The EnOcean cmmunicatin is based n the EnOcean Equipment Prfiles (EEP). This prfile is usually specified in the data sheet f the EnOcean device. Fr the cntrlling f EnOcean actuatrs crrespnding EEPs are emulated. This means that the gateway sends radi telegrams like a push buttn r a windw cntact. Encrypted cmmunicatin n EnOcean is supprted; encryptin can be enabled fr each sensr r actuatr channel separately. Further infrmatin t the EnOcean Equipment Prfiles can be fund n In additin the gateway supprts lgical and cntrl functins and includes radi-repeater functinality. The KNX ENO 636 is divided in 32 channels. Each channel can be assigned t ne f the fllwing functins: Link frm EnOcean sensr t KNX Switch functins Switching Dimming Shutter Scene Valuatr Windw handles Windw cntacts Access card switches Press switches Temperature sensrs Humidity sensrs Light sensrs Presence sensrs Gas sensrs Rm cntrl panels Autmated meter devices Envirnmental sensrs Digital s Link frm KNX t EnOcean actuatr Cntrl / lgic Emulatin f EnOcean switch mdule fr Switching Dimming Shutter Emulatin f EnOcean windw cntact Bidirectinal EnOcean switching, dimming and shutter actuatr Bidirectinal EnOcean HVAC drives fr valves Timer Cntrl Lgical functins Special Switch-n delay Switch-ff delay 2-pint regulatr (byte and flat) Cntinuus regulatr (flat) Heat requisitin Lighting cntrl Gates (e.g. AND, OR, XOR) Inverter Flip-flp (Tggle) Valuatr Trigger Watchdg Filter The cnfiguratin f the device and the channels is perfrmed using the ETS sftware via the KNX Bus. T cnfigure the wireless cmpnents the keys and the display in the device are used. 1. Installatin and cnnectin The munting can be dne n a wall surface (e.g. brick-wrk r wd). The munting hles match thse f a 55 mm flushmunted bx. When chsing the installatin lcatin the RF range f EnOcean devices t be assciated with the gateway has t be cnsidered. Shielding bjects (e.g. metal cabinets) r interfering transmitters (e.g. cmputers, electrnic transfrmers, ballasts) near the gateway shuld be avided. Mre infrmatin n range planning and RF interference can be fund in the data sheets f the devices and n WEINZIERL ENGINEERING GmbH Page 1/19

2 The cnnectin t the KNX bus is made with a bus cnnectr. The crrect plarity f the terminal referred t the printing inside the unit has t be cnsidered. The device is pwered by the bus, and des nt require an external r additinal pwer supply. The KNX ENO 636 features the fllwing cntrls and displays: ❶ Display ❷ Switch T1 Exit/Del ❸ Switch T2 Activ/Add ❹ Switch T3 KNX Prg. ❺ LED KNX Prg. ❻ KNX bus cnnectr D. Defined peratin mdes Operatin mde Ready Running Lading Pending Unladed Descriptin Start f device ETS applicatin is laded, the device is perating nrmally. ETS dwnlad is running Last ETS dwnlad was nt successful; additinally, prgramming LED flashes red ETS applicatin unladed; additinally, prgramming LED flashes red If the flashing prgramming LED ❺ indicates a prblem during the last ETS dwnlad the ETS applicatin shuld be reladed. The signal strength f received radi telegrams is visualized as a bar at the bttm f the display. If the received telegram crrespnds t ne r mre channels, it will be shwn in a channel matrix n the display. This device is pwered nly by the KNX bus. The device is nt wrking withut KNX bus pwer. A. KNX Prgramming mde The KNX prgramming mde is activated/deactivated by pressing the KNX prgramming buttn T3 ❹. When the prgramming mde is active, the prgramming LED ❺ lights red, this LED blinks red, when the applicatin is nt running, e.g. after a failed ETS dwnlad. A gateway ex-factry has the default individual address There are n grup addresses and n cnnectins t RF sensrs and actuatrs prgrammed. B. Buttn functins The buttns inside the device are nly needed fr the cmmissining phase and are nt accessible when clsed. Key press T1 lng (Del.): Delete the stred device frm the current channel Key press T1 shrt (Exit): Leave channel/linking mde Key press T2 lng (Add.): Start linking mde Key press T2 shrt (Active): Activate r change the channels 1-32 Key press T3 (KNX Prg. Mde): Activate KNX Prg. mde A lng key press is detected when a buttn is pressed fr lnger than 1 secnd. C. LCD Display The integrated display is used fr cmmissining and system diagnstics. In nrmal peratin, it is nt required and is nt visible when the device is clsed. The main menu shws the device name, the peratin mde (e.g. Running ) and the KNX individual address. When a channel is selected the first line f the display shws the channel number and the text cnfigured in the ETS. In the secnd line the channel type (sensr/actuatr) and assciated EnOcean equipment prfiles (EEP) is shwn. The channel type is displayed n the right edge as a graphical symbl. In the third line, the number f the allcated and available channel links is displayed. If encryptin is enabled fr a channel, the next line shws a lck. The signal strength bar is displayed in the last line. E. Linking t EnOcean devices Befre linking t EnOcean devices, the functins have t be prgrammed fr each channel with the ETS. Per channel typically nly ne EnOcean device can be linked. Fr switches, windw handles and windw cntacts up t fur links per channel are pssible. If the EnOcean device sends encrypted telegrams Channel encryptin has t be enabled fr the selected channel. Fr unidirectinal actuatr channels any number, fr bidirectinal nly ne RF actuatr can be learnt. Encrypted cntrl f actuatr channels is supprted and can be enabled by parameter in the selected channel. Encrypted cmmunicatin in EnOcean uses ne cntinuus independent cunter (Rlling Cde, RLC) in the transmitter and receiver, which is synchrnized in the teach-in in bth devices. If the meter reading f learned transmitter and receiver has a difference greater than 60 then n tele-grams are accepted by this transmitter. In rder t synchrnize the RLC again, it is sufficient if the sender sends the gateway a learning telegram and the gateway des nt have t be put int the learning mde. It shuld be nted that the RLC in the gateway cannt be cunted further if its vltage supply is interrupted. If a learned RPS buttn is pressed mre than 30 times in this state, the buttn and gateway must be synchrnized again by sending a learning telegram. F. Linking mde fr RF sensrs The peratin f the gateway during the teach-in f wireless sensrs is dne using the tw buttns belw the display. If the device is in nrmal mde, the push buttn T2 activates, by shrt key press, the channel mde and changes t the next channel. The display shws the current channel number and the number f cnnected devices. Als the ETS cnfigured text will be shwn fr every channel. With a lng press f T2 n the visible channel, the linking mde is activated. If the device matches the selected functin via the 2017 WEINZIERL ENGINEERING GmbH Page 2/19

3 parameter cnfiguratin, a transmitting device can be cnnected t the current channel. A cnnectin is created by pressing the learn-buttn f the sensr. Windw handles and switches must be perated fr teach-in because they d nt have a separate learn buttn. T avid that ther transmitting devices are stred by accidental activatin during the prgramming phase, devices can be prgrammed nly after 3-times activatin. Fr this purpse in the general parameters Link switches/handles (RPS) after 3 tel. must be selected. The sensr has t send three telegrams within 10 secnds t be linked. The link mde is terminated by a shrt press f the left key T1, as well as autmatically after 5 minutes withut peratin. Quick guide linking mde fr RF-sensrs 1. T2 shrt press t select the desired channel. 2. T2 lng press t activate the learning mde ("Wait fr ENO..."). 3. Activate the learning mde in the RF-sensr. 4. The sensr is nw prgrammed. G. Deleting links fr RF sensrs Links with RF sensrs can be deleted in several ways. With a lng press n T1 the delete mde is activated fr the current channel. The sensr can nw be deleted frm the visible channel by pressing the learn buttn n the RF sensr. It is als pssible t delete all assignments f the selected channel by pressing T2 ("All"). Fr this, it is nt required t perate the RF sensrs. By prgramming the applicatin prgram via the ETS all prgrammed sensrs f all channels will be deleted, when the "Delete all links after dwnlad" functin in the general parameter is enabled. If the functin f a channel has been changed, prgramming the parameters with ETS deletes the links f the mdified channel. The link mde is terminated by a shrt press f the left key T1, as well as autmatically after 5 minutes withut peratin. Quick guide linking mde fr RF sensrs: 1. T2 shrt press t select the desired channel. 2. T1 lng press t activate the delete mde ("Wait fr ENO r del all links..."). 3. Activate the learning mde at the desired RF sensr t delete. Alternatively: T2 lng press t delete all taught-in RF sensrs frm the selected channel. H. Linking mde fr RF-actuatrs The selectin f the channel during the teach-in f actuatrs is the same as fr teach-in f sensrs, additinally the EnOcean ID f the selected channel is displayed. The teach-in is depending n the emulated sensr type selected: - RPS switch (F / D ) When emulating an RPS switch, the learning mde in the gateway is activated by pressing T2 lng at the desired channel. The "Select key:" selectin appears in the display. The pressure pint (tp r bttm) f the learning telegram can be selected here with the T2 buttn. Fr sme actuatrs, several pressure pints must be separated separately. Nw the T2 buttn is pressed lng t send up t 3 learning telegrams t the actuatr in the learning mde ("RF" appears briefly in the display). Once this has been dne, the learning mde f the actuatr can be terminated again and the actuatr is taught-in. - 1BS cntact (D ) The learning mde must first be activated at the actuatr. When emulating a 1BS cntact, the EnOcean telegram fr teach-in is sent by pressing buttn T2 shrt n the desired channel, the display briefly shws "RF". - VLD actuatrs (D2-01-XX) - VLD actuatrs (D2-05-XX) The learning mde must first be activated at the actuatr. When the bi-directinal VLD actuatrs are teached-in, the learning telegram is triggered by a lng buttn press f T2 in the desired channel (a shrt "RF" appears in the display), a successful cnnectin is displayed n the links ("Links 1/1"). Attentin: Sme actuatrs n the market trigger learning frm their side - this is nt supprted by the gateway. - HVAC actuatr fr valve (A ) - HVAC actuatr fr valve (A ) The teach-in prcedure fr these bi-directinal devices is initiated by the actuatr. This means that the teach-in prcess is the same as fr a sensr channel. The message "Wait fr ENO..." appears with lng buttn press n buttn T2, then a learning telegram must be triggered at the actuatr. If the teach-in was successful, the display switches back t the channel view. The learning mde is terminated by a shrt press f the left buttn T1, as well as autmatically after 5 minutes withut peratin. I. Deleting links fr RF actuatrs The selectin f the channel when deleting cnnectins t actuatrs is the same as fr teach-in f sensrs. The teach-in is depending n the emulated sensr type: - RPS switch (F / D ) - 1BS cntact (D ) The links f these unidirectinal actuatr channels are stred in the respective actuatrs. These can be deleted lcally fr many types n the device withut the gateway. In sme actuatrs it is als pssible t delete individual links by learning telegrams. In this case, the deletin f actuatrs wrks the same way as the teach-in. - VLD actuatrs (D2-01-XX) - VLD actuatrs (D2-05-XX) The learning mde must first be activated at the actuatr. When the cnnectins f these bidirectinal actuatrs are deleted, the learning telegram is triggered by a lng push-buttn press f T2 in the desired channel (a shrt "RF" appears in the display), a successful deletin is indicated n the links ("Links 0/1"). Attentin: Sme actuatrs n the market trigger deleting frm their side, this is nt supprted by the gateway. - HVAC actuatr fr valve (A ) - HVAC actuatr fr valve (A ) Here als fr these bi-directinal devices, the teach-in prcedure is initiated by the actuatr: The message "Wait fr ENO..." appears with lng press n buttn T1, then a learning telegram can be triggered at the actuatr r the channel can be erased withut a learning telegram frm the actuatr by shrt press n buttn T2. If the deletin was successful, the display switches back t the channel view WEINZIERL ENGINEERING GmbH Page 3/19

4 2. Nrmal peratin J. RF sensrs When in nrmal peratin mde, each received EnOcean telegram will be cmpared t see if it has been assigned t a channel. If s, the channel is shwn shrtly in a matrix n the LCD display. De-pending n the cnfigured functin there will be ne r mre telegrams sent n the bus. The gateway nly sends telegrams t the KNX bus when a crrespnding EnOcean telegram has been received. If an EnOcean telegram is nt assigned t any channel, nly the signal strength is shwn in the display with a bar. K. RF actuatrs If a channel is set t switch r cntact and the gateway receives a telegram frm the KNX bus, which is assigned t this actuatr channel, a RF tele-gram will be sent fr this channel. If a channel is set t HVAC actuatr, the channel waits fr a request f the actuatrs then it sends the actual values t KNX and EnOcean. Fr the ther actuatr channels, the cmmunicatin is bidirectinal: Each telegram frm KNX r EnOcean triggers a telegram n the ther medium. - Dual EnOcean and KNX bus mnitr (ENO + KNX BUSMON) - EnOcean bus mnitr (ENO BUSMON) - KNX bus mnitr (KNX BUSMON) - EnOcean bus mnitr fr teach-in telegrams (ENO TEACH-IN BUSMON) Lng buttn press f T2 clears all currently displayed telegrams. T return t the main menu f the gateway, the T1 buttn is used. The bus mnitr is autmatically clsed after 5 minutes f inactivity. N. EnOcean bus mnitr If a telegram is received frm an EnOcean device, the signal strength (RSSI) value is shwn in the first psitin f the line. The RSSI (Received Signal Strength Indicatin) is represented by a value between 1 and 4 (1 = min., 4 = best). The first 8 digits f numeric value is the hexadecimal ID f the sending device. The transmitted data is displayed als in hexadecimal cding in the secnd numeric part. If a message is sent by the gateway, it is displayed in the first psitin f the line with an "S". The ID used by the gateway and the transferred data are als shwn. L. Internal links Fr sme use cases it is necessary t link KNX data pints (cmmunicatin bjects) f different channels. Thus, values f sensr channels can be cnnected with s frm cntrl channels. But als wireless sensrs can be cnnected with RF actuatrs. Data pints can be linked in the ETS by assigning the same grup address t an utput and an bject. In this case the values will als be sent t the bus. In cntrast, the internal links are freseen t link cmmunicatin bjects directly withut sending tele-grams via the KNX bus. Fr this purpse n grup addresses have t be assigned in the ETS. Internal links can be created in the parameter dialg f the ETS. In the receiving channel, the cmmunicatin bject number f the utput channel can be selected. The value f the selected bject is cpied internally int the receiving bject and implements the assciated functin. M. Repeater functin The repeater functin is used fr extend distances between sensrs and actuatrs. The KNX ENO 636 is a level-1 radi repeater. This means, that nly tele-grams that cme directly frm a transmitter will be repeated. Telegrams sent by ther repeaters are nt repeated again. Bus mnitr functin The repeater functin f the KNX ENO 636 is activated by the general parameters in the ETS. If the functin is enabled it will be displayed in the main menu f the display left under the individual address. The integrated bus mnitr functin is used fr sys-tem diagnstics directly n the device. The device can display bth EnOcean and s. A shrt press f T1 in menu activates the dual EnOcean and KNX bus mnitr ("ENO+KNX BUSMON"). The last five incming and utging messages are displayed at the bus mnitr. A shrt press f T2 switches between the perating mdes f the bus mnitr: O. KNX bus mnitr The KNX bus mnitr displays the messages at bject level. Therefre, nly grup telegrams are visible which address the gateway r which are sent by it. If a telegram is received frm KNX bus, it will be shwn in the KNX bus mnitr with an "I". Behind it the decimal grup bject number and the data packet will be shwn with up t 4 hexadecimal bytes. If a KNX grup address is assciated with several grup bjects in the gateway, ne line will be shwn fr each link. When sending a message t the KNX bus, an "O" is displayed with the decimal bject number and the data packet in hexadecimal cding. If tw bjects are linked via an internal cnnectin and a telegram is transmitted via this cnnectin, this is indicated with an "M", the decimal bject number f the receiving bject and the data packet in hexadecimal cding. P. EnOcean bus mnitr fr teach-in telegrams In this perating mde nly EnOcean telegrams are displayed which are sent by the device n pressing the learn buttn. By this the supprted EnOcean Equipment Prfile (EEP) f the device can be read directly frm the display. The first 8 digits f numeric value is the hexadecimal ID f the sending device, the next blck shws the received EEP number if it culd be evaluated. Summary f displayed messages in bus mnitr: Receiving f EnOcean telegram (ENO BUSMON) (1-4) Device ID Data packet Sending f EnOcean-telegram (ENO BUSMON) S Device ID Data packet 2017 WEINZIERL ENGINEERING GmbH Page 4/19

5 Receiving f EnOcean teach-in telegram (ENO TEACH-IN BUSMON) Device ID EEP Receiving f KNX-telegram (KNX BUSMON) I GO N. Data packet Sending f KNX-telegram (KNX BUSMON) O GO N. Data packet Receiving f internal cnnected telegram (KNX BUSMON) M GO N. Data packet 3. Reset t factry device settings It is pssible t reset the device t its factry settings: Discnnect the KNX Bus cnnectr ❻ frm device Press buttn T1 ❷ and T2 ❸ and keep them pressed dwn Recnnect the KNX Bus cnnectr ❻ f device Keep buttn T1 ❷ and T2 ❸ pressed, until display ❶ is illuminated If the buttns are released, "MASTER RESET" appears in the display t visualize the successful reset f the device t factry default settings. Q. Device descriptin The first page shws general infrmatin abut the device. Cmmn Device name (30 Characters) An arbitrary name can be assigned fr the KNX ENO 636. The device name shuld be meaningful, e.g. Living Rm. This helps the clarity f the ETS prject and this name is als shwn in the main view n the internal display. Delete all links after dwnlad If this parameter is active, all linked EnOcean devices in all sensr channels are erased after ETS dwnlad. Link switches/handles (RPS) after 3 tel. This parameter selects whether an EnOcean switch r handle has t be perated 1x r 3x times fr teach-in. RF-Repeater With this parameter the repeater functin is switched n r ff. 4. ETS database The ETS database (fr ETS 4.2 and 5) can be dwnladed frm the prduct website f the KNX ENO 636 ( r frm the ETS nline catalgue. The fllwing pages and parameters are visible in the ETS. R. Gateway functins Fr each f the 32 channels ne f the fllwing functin can be selected Inactive Link frm EnOcean sensr t KNX Link frm KNX t EnOcean actuatr Cntrl/Lgic If a channel functin is enabled, a name f up t 15 characters can be assigned t the channel by parameter Displayed text. This name shuld be clear and meaningful, it is shwn in the display in the channel view f the selected channel, in additin als in ETS in the bject names f the channel. The 1st channel will be described belw, the functining f the ther 31 channels is accrding t the 1st. Gateway functins n channel type Link frm EnOcean sensr t KNX In this perating mde EnOcean sensrs can be integrated int a KNX system. When pressing the learn buttn mst EnOcean sensrs send their EEP t prevent linking f the sensr t an incmpatible gateway channel. The cmpatible prfile is written in the parameter sensr type in the ETS database. If an attempt is made t teach a sensr with an EEP that des nt match the channel, the gateway des nt establish the cnnectin. If during the ETS cnfiguratin, the EEP f a channel is changed, the next dwnlad will delete learned sensrs n the channel. During peratin, the gateway frwards the data sent n EnOcean f a linked sensr via ne r mre bjects n KNX. If the EnOcean sensr transmits encrypted telegrams, this must be activated by the parameter "Channel encryptin" WEINZIERL ENGINEERING GmbH Page 5/19

6 Sensr type RPS Switch The type f device t be used can be selected via the parameter switch type. It is pssible t learn devices with a single switch, tw r fur rckers. The channel encryptin can als be activated in the parameter, it shuld be nted that at the mment nly the PTM 215 f the switch mdules f EnOcean is able t cmmunicate encrypted. Switching the PTM 215 t encrypted cmmunicatin: 1. Simultaneusly press bth cntact tabs frm either channel A r B 2. By activating the energy bw, trigger the learning telegram and activate the encryptin Switching the PTM 215 t unencrypted cmmunicatin: 1. Simultaneusly press all cntact tabs frm channel A and B 2. By activating the energy bw, trigger the learning telegram and deactivate the encryptin A A O 1. r I 2. O 1. I 2. B B Shutter On each lng buttn press the shutter mves up r dwn alternatively. If the shutter is mving, it is stpped n shrt buttn press, if the shutter is stpped, every shrt buttn press sends a step cmmand in up directin. Switch Sensr channel - Shutter Bit T KNX up/dwn Switch Sensr channel - Shutter step/stp Bit T KNX Scene Shrt buttn press triggers a scene cmmand. Furthermre, it is selected by parameter whether a cmmand t learn a scene is sent n lng buttn press. Switch Sensr channel - Scene Byte T KNX Byte value Switch Sensr channel - Byte value 5.xxx 1 Byte T KNX Switch type 1 Push buttn (F ) Switch type 2 Rckers (F ) The parameters "KNX functin" define which s are triggered when the push buttn is pressed and released: Switching (On n pressed) Switch Sensr channel - Switching n Bit T KNX Switching (Off n pressed) Switch Sensr channel - Switching ff Bit T KNX Switching Tggle Switch Sensr channel - Switching Bit T KNX tggle Dimming On shrt buttn press, a switching telegram is sent via bject switching. On lng buttn press, a relative dimming is sent ver the entire dimming range t bject dimming. When releasing after lng buttn press, a dimming stp telegram is sent via bject dimming. Bth bjects are linked, each switching n r increase f brightness is fllwed by a switching ff r decreasing f brightness n next buttn press. Switch Sensr channel - Switching n/ff Bit T KNX Switch Sensr channel - Dimming brighter/darker Bit T KNX Each pressure pint f the 2 rckers can be individually assigned t KNX functins by the parameters KNX functin Switch pressure pint : Disabled Switching - n Switch Sensr channel - Switching n Bit T KNX Switching - ff Switch Sensr channel - Switching ff Bit T KNX Switching - tggle Switch Sensr channel - Switching n/ff Bit T KNX Dimming - brighter Switch Sensr channel - Switching n Bit T KNX Switch Sensr channel - Dimming brighter Bit T KNX Dimming - darker Switch Sensr channel - Switching ff Bit T KNX Switch Sensr channel - Dimming darker Bit T KNX 2017 WEINZIERL ENGINEERING GmbH Page 6/19

7 Dimming - (ne-key cntrl) On shrt buttn press, a switching telegram is sent via bject switching. On lng buttn press, a relative dimming is sent ver the entire dimming range t bject dimming. When releasing after lng buttn press, a dimming stp telegram is sent via bject dimming. Bth bjects are linked, each switching n r increase f brightness is fllwed by a switching ff r decreasing f brightness n next buttn press. Switch Sensr channel - Switching n/ff Bit T KNX Switch Sensr channel - Dimming brighter/darker Bit T KNX Shutter - up Switch Sensr channel - Shutter up Bit T KNX Switch Sensr channel - Shutter step/stp Bit T KNX Shutter - dwn Sensr type Special switches and cntacts The parameter switch/cntact type can be used t select which type f device is t be used, the fllwing prfiles are available: 1BS Windw cntact (D ) 4BS Windw and dr cntact (A5-14-xx) RPS Windw handle (F ) VLD multi sensr windw handle (D ) RPS Key card switch (F ) RPS Pressure switch (F ) RPS Pressure switch grup (F ) RPS Liquid leakage sensr (F ) Switch/cntact type 1BS Windw cntact (D ) Switch Sensr channel - Shutter dwn Bit T KNX Switch Sensr channel - Shutter step/stp Bit T KNX Shutter - (ne-key cntrl) On each lng buttn press the shutter mves up r dwn alternatively. If the shutter is mving, it is stpped n shrt buttn press, if the shutter is stpped, every shrt buttn press sends a step cmmand in up directin. Switch Sensr channel - Shutter Bit T KNX up/dwn Switch Sensr channel - Shutter step/stp Bit T KNX Scene Shrt buttn press triggers a scene cmmand. Furthermre, it is selected by parameter whether a cmmand t learn a scene is sent n lng buttn press. Fr windw cntacts, up t 4 cntacts can be taught int ne channel. The gateway detects a cmmn state f all cntacts learned in the channel and sends the value "clsed" nly when all windws are clsed. Special Sensr channel - Windw grup Bit T KNX pen Switch/cntact type 4BS Windw and dr cntact (A5-14-xx) Switch Sensr channel - Scene Byte T KNX Byte value Switch Sensr channel - Byte value 5.xxx 1 Byte T KNX Switch type 4 Rckers (F ) Fr this device type, up t 4 cntacts can be taught int ne channel. The gateway detects a cmmn state f all cntacts learned in the channel and sends the value "clsed" nly when all windws are clsed. The fllwing devices f this prfile family are supprted: A pen/clsed Special Sensr channel - Windw grup Bit T KNX pen Special Sensr channel - Battery lw Bit T KNX A pen/clsed/alarm The cnfiguratin f a 4-fld rcker is analgus t the 2-fld rcker (F ), hwever, it must be nted that fr the cmplete integratin, 2 channels must be used in the gateway, ne channel fr rckers A-B, anther channel fr rckers C-D. When using a 4-fld rcker, channel encryptin is nt supprted. Special Sensr channel - Windw grup Bit T KNX pen Special Sensr channel - Alarm Bit T KNX Special Sensr channel - Battery lw Bit T KNX A pen/clsed/lcked Special Sensr channel - Dr grup Bit T KNX pen Special Sensr channel - Dr grup Bit T KNX lcked Special Sensr channel - Battery lw Bit T KNX 2017 WEINZIERL ENGINEERING GmbH Page 7/19

8 A pen/clsed/lcked/alarm Special Sensr channel - Dr grup Bit T KNX pen Special Sensr channel - Dr grup Bit T KNX lcked Special Sensr channel - Alarm Bit T KNX Special Sensr channel - Battery lw Bit T KNX A pen/clsed/tilt Special Sensr channel - Windw grup Bit T KNX pen state 1 Special Sensr channel - Windw grup Bit T KNX pen state 2 Special Sensr channel - Battery lw Bit T KNX A5-14-0A pen/clsed/tilt/alarm Special Sensr channel - Windw grup Bit T KNX pen state 1 Special Sensr channel - Windw grup Bit T KNX pen state 2 Special Sensr channel - Alarm Bit T KNX Special Sensr channel - Battery lw Bit T KNX Switch/cntact type RPS Windw handle (F ) Fr windw handle sensrs, three states can be detected: windw pen, tilted r clsed. When turning the handle in a psitin the crrespnding state will be mapped t tw cmmunicatin bjects and transmitted. Up t fur handles can be taught t a channel. The gateway calculates a cmmn state f all handles assigned t the channels. Fllwing sme examples frm the state table: Windw 1 Windw 2 Windw 3 Windw 4 Cmmn state Open Open Open Open Open Open Tilted Open Open Open Open Clsed Tilted Clsed Open Clsed Clsed Clsed Tilted Tilted Clsed Clsed Clsed Clsed Clsed Fr windw handles the fllwing cmmunicatin bjects are available: Special Sensr channel - Windw grup Bit T KNX pen state 1 Special Sensr channel - Windw grup pen state Bit T KNX The fllwing telegrams are sent via these bjects in the varius states f the windw grup: Windw grup pen state 1 Windw grup pen state 2 Windw clsed Windw tilted Windw pen Off On On Off Off On The psitin f the handle is dependent n the installatin cnditin. This is described in the datasheet f the windw handle. The handle is munted crrectly if tw Off-telegrams via bth data pints are sent when the windw is clsed. Switch/cntact type VLD multi sensr windw handle (D ) On selecting this devices type fllwing bjects are available: Special Sensr channel - Windw pen Bit T KNX state 1 Special Sensr channel - Windw pen Bit T KNX state 2 Special Sensr channel - Temperature Byte T KNX Special Sensr channel - Humidity Byte T KNX Special Sensr channel - Alarm Bit T KNX Special Sensr channel - Battery lw Bit T KNX Depending n parameter KNX functin buttns the 2 buttns n the device can execute the fllwing functins: Switching Special Sensr channel - Switching Bit T KNX n/ff Dimming Special Sensr channel - Switching Bit T KNX n/ff Special Sensr channel - Dimming brighter/darker Bit T KNX Shutter Special Sensr channel - Shutter Bit T KNX up/dwn Special Sensr channel - Shutter step/stp Bit T KNX Scene Special Sensr channel - Scene Byte T KNX Switch/cntact type RPS Key card switch (F ) On selecting this devices type fllwing bject is available Special Sensr channel - Key card Bit T KNX inserted Switch/cntact type RPS Pressure switch (F ) On selecting this devices type fllwing bject is available Special Sensr channel - Pressed Bit T KNX Switch/cntact type RPS Pressure switch grup (F ) On selecting this devices type fllwing bject is available Special Sensr channel - Pressed Bit T KNX In this perating mde f the pressure switch it is pssible t determine via parameter which number f switches must be activated in rder t send an ON telegram Switch/cntact type RPS Liquid leakage sensr (F ) The fllwing bject is available with this device type: Special Sensr channel - Alarm Bit T KNX Sensr type 4BS Temperature sensrs Varius ranges are supprted fr the sensrs. The value is mapped t a 2 byte flatingpint value WEINZIERL ENGINEERING GmbH Page 8/19

9 The fllwing prfiles are supprted: A : C A : C A : C A : C A : C A : C A : C A : C A : C A5-02-0A: C A5-02-0B: C A : C A : C A : C A : C A : C A : C A : C A : C A : C A : C A5-02-1A: C A5-02-1B: C A : ,2 C A : ,3 C Sensr type 4BS Light sensrs The fllwing prfiles can be selected: A : lx A : lx The measuring f light intensity is dne in lux (lx). The measured value is available as a 2-byte flat value: Light Sensr channel - Illuminance Byte T KNX Sensr type 4BS Occupancy sensr The fllwing prfile is supprted here: A : Occupancy Occupancy is transmitted via fllwing bject: Occ Sensr channel - Occupancy Bit T KNX Sensr type 4BS Light/Temperature/ Occupancy sensr Fr all sensrs the fllwing cmmunicatin bject is available: Temp Sensr channel - Temperature Byte T KNX Sensr type 4BS Temperature and humidity sensrs The fllwing prfiles can be selected: A : C, % A : C, % The measured values are sent via tw different cmmunicatin bjects: Fllwing prfiles are supprted here: A : lx, C A : lx, C A : lx, C Light intensity and are each mapped t a cmmunicatin bject with a 2 bytes flat value. Presence and mtin detectrs send 1-bit values: LTO Sensr channel - Illuminance Byte T KNX LTO Sensr channel - Temperature Byte T KNX LTO Sensr channel - Occupancy Bit T KNX LTO Sensr channel - Mtin detectr Bit T KNX Sensr type 4BS Gas sensrs Hum Sensr channel - Humidity Byte T KNX Hum Sensr channel - Temperature Byte T KNX Fr all sensrs, the gas cncentratin is available via bject. Depending n the EPP f the sensr, further measured values can be sent t KNX: 2017 WEINZIERL ENGINEERING GmbH Page 9/19

10 A : CO sensr Gas Sensr channel - Gas cncentratin Byte T KNX Gas Sensr channel - Temperature Byte T KNX A : CO2 sensr Gas Sensr channel - Gas cncentratin Byte T KNX Gas Sensr channel - Temperature Byte T KNX Gas Sensr channel - Humidity Byte T KNX A : VOC sensr Gas Sensr channel - Gas cncentratin Byte T KNX A : CO2 sensr Gas Sensr channel - Gas cncentratin Byte T KNX A : CO2 sensr Gas Sensr channel - Gas cncentratin Byte T KNX Gas Sensr channel - Battery lw Bit T KNX Sensr type 4BS Rm perating panels A : Temperature/Set pint/fan Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Set pint Byte T KNX A : Temperature/Set pint/occupancy Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A : Temperature/Set pint/day-night Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Night Bit T KNX A : Temperature/Fan Rm Sensr channel - Fan speed Byte T KNX A : Temperature/Fan/Occupancy Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A : Temperature/Fan/Day-Night Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Night Bit T KNX A5-10-0A: Temperature/Set pint/cntact A variety f rm cntrl panels can be used with the gateway, depending n the cnfiguratin level and EPP f the device, varius bjects are displayed. If a prfile supprts set pint, the limit values that are sent t KNX at the left and right stp f the set pint adjuster can be determined via parameters. If a change f the fan stages is available in the prfile, the percentage values can be set with 3 parameters, which are sent when switching t the respective fan stage. A : Temperature/Set pint/fan/occupancy Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A : Temperature/Set pint/fan/day-night Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Night Bit T KNX A : Temperature/Set pint Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Cntact Bit T KNX A5-10-0B: Temperature/Cntact Rm Sensr channel - Cntact Bit T KNX A5-10-0C: Temperature/Occupancy Rm Sensr channel - Occupancy Bit T KNX A5-10-0D: Temperature/Day-Night Rm Sensr channel - Night Bit T KNX A : Temperature/Humidity/Set pint/occupancy Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Humidity Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A : Temperature/Humidity/Set pint/day-night Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Humidity Byte T KNX Rm Sensr channel - Night Bit T KNX 2017 WEINZIERL ENGINEERING GmbH Page 10/19

11 A : Temperature/Humidity/Set pint Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Humidity Byte T KNX A : Temperature/Humidity/Occupancy Rm Sensr channel - Humidity Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A : Temperature/Humidity/Day-Night Rm Sensr channel - Humidity Byte T KNX Rm Sensr channel - Night Bit T KNX Temperature/Set pint Rm Sensr channel - Set pint Byte T KNX A : Temperature/Set pint/occupancy Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A : Temperature/Occupancy Rm Sensr channel - Occupancy Bit T KNX A : Temperature/Set pint/fan/occupancy/illuminance Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Occupancy Bit T KNX Rm Sensr channel - Fan autmatic Bit T KNX Rm Sensr channel - Illuminance Byte T KNX A : Temperature/Fan/Occupancy/Humidity Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Humidity Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A5-10-1A: Temperature/Set pint/fan/occupancy Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A5-10-1D: Temperature/Set pint Humidity/Fan/Occupancy/Humidity Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Set pint Byte T KNX humidity Rm Sensr channel - Humidity Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A5-10-1E: Temperature/Fan/Occupancy/Illuminance Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Occupancy Bit T KNX Rm Sensr channel - Fan autmatic Bit T KNX Rm Sensr channel - Illuminance Byte T KNX A5-10-1F: Temperature/Set pint/fan/occupancy Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A : Temperature/Set pint/occupancy Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A : Temperature/Set pint/fan/occupancy/humidity Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Humidity Byte T KNX Rm Sensr channel - Occupancy Bit T KNX A : Temperature/Set pint/fan/humidity Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Humidity Byte T KNX A : Temperature/Set pint/fan/occupancy/humidity Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Set pint Byte T KNX Rm Sensr channel - Humidity Byte T KNX Rm Sensr channel - Occupancy Bit T KNX Sensr type 4BS Autmated meter reading (AMR) A5-10-1B: Temperature/Fan/Occupancy/Illuminance Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Occupancy Bit T KNX Rm Sensr channel - Fan autmatic Bit T KNX Rm Sensr channel - Illuminance Byte T KNX A5-10-1C: Temperature/Set pint Light/Fan/Occupancy/Illuminance Rm Sensr channel - Fan speed Byte T KNX Rm Sensr channel - Set pint light Byte T KNX Rm Sensr channel - Occupancy Bit T KNX Rm Sensr channel - Fan autmatic Bit T KNX Rm Sensr channel - Illuminance Byte T KNX A maximum f three cunter channels are supprted fr each channel. The cunter channels that the EnOcean device transmits must be knwn and set in the parameter. Tw cmmunicatin bjects are available fr each cunter channel, ne fr the current cnsumptin and fr the ttal cnsumptin. The prfiles have the fllwing bjects per channel: 2017 WEINZIERL ENGINEERING GmbH Page 11/19

12 A : Cunter Sensr type 4BS Digital AMR Sensr channel - Cumulative Byte T KNX cunter [1] AMR Sensr channel - Cunter rate [1/s] Byte T KNX A : Electricity AMR Sensr channel - Cumulative Byte T KNX energy [kwh] AMR Sensr channel - Current energy [kw] Byte T KNX A : Gas AMR Sensr channel - Cumulative gas Byte T KNX [m3] AMR Sensr channel - Current gas [l/h] Byte T KNX A : Water AMR Sensr channel - Cumulative water Byte T KNX [m3] AMR Sensr channel - Current water [l/h] Byte T KNX Sensr type 4BS Envirnmental applicatin The fllwing prfiles can be used in this categry: A : Single cntact, Battery mnitr Dig. Inp Sensr channel - Cntact Bit T KNX Dig. Inp Sensr channel - Battery lw Bit T KNX A : Single cntact Dig. Inp Sensr channel - Cntact Bit T KNX A : 4 Digital Inputs, Wake and Temperature Dig. Inp Sensr channel Bit T KNX Switch/Cntact 1 Dig. Inp Sensr channel Bit T KNX Switch/Cntact 2 Dig. Inp Sensr channel Bit T KNX Switch/Cntact 3 Dig. Inp Sensr channel Bit T KNX Switch/Cntact 4 Dig. Inp Sensr channel Bit T KNX Switch/Cntact Wake Dig. Inp Sensr channel - Temperature Byte T KNX Gateway functins n channel type Link frm KNX t EnOcean actuatr The fllwing envirnmental sensrs can be used with the gateway: A : Weather statin Env.App. Sensr channel - Dawn Byte T KNX Env.App. Sensr channel - Outdr Byte T KNX Env.App. Sensr channel - Wind speed Byte T KNX Env.App. Sensr channel - Night Bit T KNX Env.App. Sensr channel - Rain Bit T KNX A : Sun intensity, Nrth hemisphere Env.App. Sensr channel - Sun West Byte T KNX Env.App. Sensr channel - Sun Suth Byte T KNX Env.App. Sensr channel - Sun East Byte T KNX T cntrl EnOcean actuatrs the gateway can emulate the crrespnding sensr prfiles. This means the device sends the same radi telegrams as an EnOcean push buttn fr example. Here, each channel uses its wn sender ID. In additin, bidirectinal EnOcean actuatrs with the fllwing EEP families are supprted: D2-01-XX: Switching/dimming actuatrs D2-05-XX: Shutter actuatrs A and A : HVAC actuatrs fr drives The fllwing actuatr functins are available in the parameters: Emulated sensr type RPS switch (F / D ) A : Date Env.App. Sensr channel - Date Byte T KNX A : Time and Day Env.App. Sensr channel - Time Byte T KNX A : Directin Env.App. Sensr channel - Elevatin Byte T KNX Env.App. Sensr channel - Azimuth Byte T KNX A : Gegraphic psitin Env.App. Sensr channel - Latitude Byte T KNX Env.App. Sensr channel - Lngitude Byte T KNX With this prfile, a cmplete RPS switch with 2 rckers can be emulated. Each rcker is separately cnfigurable, the fllwing functins are available: Switching - Rcker tp/bttm (n/ff) In bth "Switching" perating mdes, an bject is available fr rcker A and B: RPS Actuatr channel - Switch Bit Frm KNX 2017 WEINZIERL ENGINEERING GmbH Page 12/19

13 In the case f a switching telegram via KNX, the telegram f the EnOcean rcker is sent fr "key pressed" and shrtly thereafter fr "key released": Fr a mve cmmand via KNX the telegram f the EnOcean rcker is sent fr "key released" and shrtly thereafter fr "key pressed": Rcker A Switch n Rcker A Switch ff Rcker B Switch n Rcker B Switch ff 0x10 -> 0x00 0x30 -> 0x00 0x50 -> 0x00 0x70 -> 0x00 Rcker A Up Rcker A Dwn Rcker B Up Rcker B Dwn 0x00 -> 0x30 0x00 -> 0x10 0x00 -> 0x70 0x00 -> 0x50 Switching - Rcker tp/bttm (ff/n) In the case f a switching telegram via KNX, the telegram f the EnOcean rcker is sent fr "key pressed" and shrtly thereafter fr "key released": Rcker A Switch n Rcker A Switch ff Rcker B Switch n Rcker B Switch ff 0x30 -> 0x00 0x10 -> 0x00 0x70 -> 0x00 0x50 -> 0x00 Dimming - Rcker tp/bttm (brighter/darker) In bth "Dimming" perating mdes, tw bjects are available fr each rcker A and B: RPS Actuatr channel - Switch Bit Frm KNX RPS Actuatr channel - Dimming Bit Frm KNX In the case f a switching telegram via KNX, the telegram f the EnOcean rcker is sent fr "key pressed" and shrtly thereafter fr "key released". Rcker A Switch n Rcker A Switch ff Rcker B Switch n Rcker B Switch ff 0x10 -> 0x00 0x30 -> 0x00 0x50 -> 0x00 0x70 -> 0x00 In the case f a dimming telegram via KNX, the telegram f the EnOcean rcker is sent fr "key pressed", "dimming stp" via KNX triggers an EnOcean telegram fr "key released". A cmmand fr the adjustment f the slats via KNX releases 3 telegrams via EnOcean: "Key released," then "key pressed" and then again "key released": Rcker A Decrease Rcker A Increase Rcker B Decrease Rcker B Increase Shutter - Rcker tp/bttm (dwn/up) 0x00 -> 0x30 -> 0x00 0x00 -> 0x10 -> 0x00 0x00 -> 0x70 -> 0x00 0x00 -> 0x50 -> 0x00 Fr a mve cmmand via KNX the telegram f the EnOcean rcker is sent fr "key released" and shrtly thereafter fr "key pressed": Rcker A Up Rcker A Dwn Rcker B Up Rcker B Dwn 0x00 -> 0x10 0x00 -> 0x30 0x00 -> 0x50 0x00 -> 0x70 A cmmand fr the adjustment f the slats via KNX releases 3 telegrams via EnOcean: "Key released," then "key pressed" and then again "key released": Rcker A Decrease Rcker A Increase Rcker B Decrease Rcker B Increase 0x00 -> 0x10 -> 0x00 0x00 -> 0x30 -> 0x00 0x00 -> 0x50 -> 0x00 0x00 -> 0x70 -> 0x00 Emulated sensr type 1BS cntact (D ) Rcker A Dimming brighter 0x10, Rcker A Dimming darker 0x30 Rcker A Dimming stp 0x00 Rcker B Dimming brighter 0x50 Rcker B Dimming darker 0x70 Rcker B Dimming stp 0x00 Dimming - Rcker tp/bttm (darker/brighter) In the case f a switching telegram via KNX, the tele-gram f the EnOcean rcker is sent fr "key pressed" and shrtly thereafter fr "key released". Rcker A Switch n Rcker A Switch ff Rcker B Switch n Rcker B Switch ff 0x10 -> 0x00 0x30 -> 0x00 0x50 -> 0x00 0x70 -> 0x00 In the case f a dimming telegram via KNX, the telegram f the EnOcean rcker is sent fr "key pressed", "dimming stp" via KNX triggers an EnOcean telegram fr "key released". Rcker A Dimming brighter 0x10, Rcker A Dimming darker 0x30 Rcker A Dimming stp 0x00 Rcker B Dimming brighter 0x50 Rcker B Dimming darker 0x70 Rcker B Dimming stp 0x00 With this prfile, a 1BS cntact is emulated, this prfile is e.g. used by many simple EnOcean windw cntacts. One bject is available: Grup Object Type KNX Size Directin Cntact Actuatr channel - Windw pen Bit Frm KNX s ver this bject are mapped t EnOcean as fllws: Windw pen Windw clsed EnOcean telegrams (1BS Data) 0x08 0x09 Emulated sensr type VLD actuatrs (D2-01-XX) With this prfile, varius bidirectinal EnOcean switching r dimming actuatrs f this EEP family can be used. Shutter - Rcker tp/bttm (up/dwn) In bth "Shutter" perating mdes, tw bjects are available fr each rcker A and B: RPS Actuatr channel Up/Dwn Bit Frm KNX RPS Actuatr channel Step/Stp Bit Frm KNX 2017 WEINZIERL ENGINEERING GmbH Page 13/19

14 Depending n the device type, the fllwing bjects are available fr switching r dimming, sme prfiles als have an energy cunter: VLD Actuatr channel - Switching n/ff Bit Frm KNX VLD Actuatr channel - Dimming Bit Frm KNX brighter/darker VLD Actuatr channel - Dimming Byte Frm KNX abslute VLD Actuatr channel - Switching status Bit T KNX VLD Actuatr channel - Dimming status Byte T KNX VLD Actuatr channel - Current energy Byte T KNX [kw] VLD Actuatr channel - Cumulative energy [kwh] Byte T KNX The channel used by the EnOcean device must be set in the parameters, alternatively it can be selected that the gateway channel is t cntrl all channels f an EnOcean device. If the EnOcean device has several channels, a separate gateway channel can be used fr each. Emulated sensr type VLD actuatrs (D2-05-XX) With this prfile, bidirectinal EnOcean shutter actuatrs f this EEP family can be used. The drive cyclically asks the gateway fr new data (in many drives 10 minutes are fixed) and sends its battery status and at the same time, which are immediately frwarded t KNX. If while the waiting time fr the request a new valve psitin was received by KNX, the valve mves t the last received psitin after the request. Emulated sensr type HVAC actuatr fr valve (A ) With this prfile, varius bi-directinal EnOcean actuatrs can be used, the fllwing bjects are available: HVAC Actuatr channel - Valve Byte Frm KNX HVAC Actuatr channel - Temperature Byte T KNX HVAC Actuatr channel - Battery lw Bit T KNX The drive cyclically asks the gateway fr new data (in many drives 10 minutes are fixed) and sends its battery status and at the same time, which are immediately frwarded t KNX. If while the waiting time fr the request a new valve psitin was received by KNX, the valve mves t the last received psitin after the request. In additin, the threshld fr message "battery lw" ver KNX can be set in the parameters f this prfile. Gateway functins n channel type Cntrl/Lgic The fllwing bjects are available fr this device type: VLD Actuatr channel - Shutter up/dwn Bit Frm KNX VLD Actuatr channel - Shutter step/stp Bit Frm KNX VLD Actuatr channel - Shutter psitin Byte Frm KNX VLD Actuatr channel - Slats angle Byte Frm KNX VLD Actuatr channel - Shutter psitin Byte T KNX status VLD Actuatr channel - Slats angle status Byte T KNX Several cntrl / lgic functins can be selected here. They include time, cntrl, lgic, valuatr, trigger and watchdg functins. These functins can be perated with a sensr r actuatr channel in the device r externally via s. Cntrl/Lgic type Timer The channel used by the EnOcean device must be set in the parameters, alternatively it can be selected that the gateway channel is t cntrl all channels f an EnOcean device. If the EnOcean device has several channels, a separate gateway channel can be used fr each. In additin, it can be determined by parameter whether the actuatr is t apprach psitins directly r via a reference run, and the perating time f a step cmmand can als be set. Emulated sensr type HVAC actuatr fr valve (A ) Here it is pssible t realize a switch-n r switch-ff delay. The time is set in secnds. 2 bjects are available: Timer Regelung/Lgik 1- Verzögerung Bit Frm KNX Eingang Timer Regelung/Lgik 1- Verzögerung Ausgang Bit T KNX Cntrl/Lgic type Cntrller With this prfile, varius bi-directinal EnOcean actuatrs can be used, the fllwing bjects are available: HVAC Actuatr channel - Valve Byte Frm KNX HVAC Actuatr channel - Temperature Byte T KNX HVAC Actuatr channel - Battery lw Bit T KNX Varius cntrl algrithms are available: Tw-pint flat Cntinuus flat Heat requisitin Lighting cntrl 2017 WEINZIERL ENGINEERING GmbH Page 14/19

15 Cntrl algrithm Tw-pint flat The cntrller channel has the fllwing bjects: Cntrl Cntrl/Lgic - Cntrller n/ff Bit Frm KNX Cntrl Cntrl/Lgic - Set pint Byte T KNX Cntrl Cntrl/Lgic - Value actual Byte T KNX Cntrl Cntrl/Lgic - Switch Bit T KNX The channel is active n device start, and can be deactivated via bject "Cntrller n/ff". When deactivated, the "Switch" bject sends an ff telegram and the channel reacts t n changes via the "Actual/Set pint" bjects during deactivatin. If the cntrller has been deactivated, any changes t the bjects are prcessed n activatin, and the utput switches accrding t its cnfiguratin. The parameter "Operating mde" r "Output" can be used t determine whether the utput switches ff r n when the actual value is ver Set pint. If the actual value is belw Set pint with a fixed hysteresis f -1K, the utput is switched n r ff. On device start, the Set pint frm parameters is active, the parameter "Set pint via grup bject" defines hw a new Set pint via a telegram is treated: Relative: Set pint frm parameter +/- value frm telegram Abslute: Set pint frm parameter will be verwritten by value frm telegram The channel uses a PI cntrller, which perates with the cnfiguratin via parameter "cntrl speed" and a fixed cycle time f 5 minutes. The cntrller channel is active n device start, withut actual value, the cntrl variable is 50% fr heating, 0% fr cling. The cntrller can be deactivated via bject "Cntrller n/ff". On deactivatin, the cntrl variable 0% is sent t clse the valve, and the channel will nt react t any ther bjects during deactivatin. If the cntrller has been deactivated, any changes t the bjects are prcessed n activatin, and the utput switches accrding t its cnfiguratin. If the bject "Open windw" is received via bject, the cntrl variable 0% is sent n the next regular transmissin, the cntrller cntinues t wrk accrding t its cnfiguratin n "Windw clsed". When a 1 is received via the "Night" bject, the cntrller ges int the night lwering / raising, whereby the current Set pint value is reduced r increased by the value specified in the parameter. With every received 1 via "Presence", the delay time starts again, the cntrller switches t the night lwering / raising at the end f the delay time. On device start, the Set pint frm parameters is active, the parameter "Set pint via grup bject" defines hw a new Set pint via a telegram is treated: Relative: Set pint frm parameter +/- value frm telegram Abslute: Set pint frm parameter will be verwritten by value frm telegram In the perating mde "Heating", frst prtectin is als active: If the actual falls belw +5 C, the "Cntrl variable" utput sends 50% t prtect the heating system, if the actual exceeds +6 C when frst prtectin is active, the cntrller returns t nrmal peratin. Cntrl algrithm Heat requisitin Cntrl algrithm Cntinuus flat This cntrller channel has the fllwing bjects: Grup Object Type Size Directin KNX Cntrl Cntrl/Lgic - Cntrl value Byte Frm KNX Cntrl Cntrl/Lgic - Cntrl value Byte Frm KNX Cntrl Cntrl/Lgic - Cntrl value Byte Frm KNX Cntrl Cntrl/Lgic - Cntrl value Byte Frm KNX Cntrl Cntrl/Lgic - Cntrl value Byte Frm KNX Cntrl Cntrl/Lgic - Cntrl value Byte Frm KNX Cntrl Cntrl/Lgic - Demand Bit Frm KNX Cntrl Cntrl/Lgic - Max value Byte T KNX This cntrller channel has the fllwing bjects: Cntrl Cntrl/Lgic - Cntrller n/ff Bit Frm KNX Cntrl Cntrl/Lgic - Set pint Byte Frm KNX Cntrl Cntrl/Lgic - Temperature Byte Frm KNX actual value Cntrl Cntrl/Lgic - Night Bit Frm KNX Cntrl Cntrl/Lgic - Presence Bit Frm KNX Cntrl Cntrl/Lgic - Windw pen Bit Frm KNX Cntrl Cntrl/Lgic - Cntrl variable Byte T KNX The maximum value frm the bjects "Cntrl value 1-6" is sent t the "Max value" utput, whereby the bject "Demand" sends a 1 if the maximum value>0, a 0 if the maximum value is WEINZIERL ENGINEERING GmbH Page 15/19

16 Cntrl algrithm Lighting cntrl Several functins can be implemented: Full-autmatic cntrl A typical applicatin fr the fully autmatic cntrl is the lighting f a crridr. The light is turned n in presence when the current brightness value is belw the threshld. By manual peratin, the light can be switched n r ff fr a specific time. Semi-autmatic cntrl The semiautmatic mde allws the user r residents t turn the lights n and ff manually. The semiautmatic nly intervenes when the light was frgtten. A typical applicatin is an ffice rm with several desks. The light will nt be switched n autmatically. The semi-autmatic switches the light ff when the current brightness value is abve the threshld r when fr a defined time presence is n lnger detected. Simple cntrl The simple cntrl nly evaluates the brightness and can be used, fr example, fr a stre windw. The light turns n if it is t dark, and autmatically turns ff when the brightness limit is reached. This cntrller channel has the fllwing bjects: Cntrl Cntrl/Lgic - Cntrller n/ff Bit Frm KNX Cntrl Cntrl/Lgic - Light n/ff Bit Frm KNX Cntrl Cntrl/Lgic - Presence Bit Frm KNX Cntrl Cntrl/Lgic - Light actual value Byte Frm KNX Cntrl Cntrl/Lgic - Switch Bit T KNX Cntrl Cntrl/Lgic - Dimm value Byte T KNX The lighting cntrl has the fllwing states: Deactivated: The channel can be deactivated via bject "Cntrller On/Off". When deactivated, the bject "Switch" sends ff telegram and the bject "Dimming value" sends the value frm the parameter "Dim value lw". During deactivatin, the channel des nt react t changes n the bjects f presence and light value, but can be manually verridden. Standby: The channel is in standby n startup and awaits presence, the value frm parameter "Light Set pint tp" is active: If the actual value exceeds the light Set pint tp, an ff telegram and the value frm parameter "Dim value lw" are sent. Autmatic lighting cntrl: This state is activated n receiving presence. The mnitring f the upper threshld is always active in this state. Additinally in perating mde fullautmatic cntrl, ON telegram and the value frm parameter "Dim value high" are sent if the actual value falls belw the lwer threshld. Each time presence is received, the delay time presence is restarted. When this delay time expires, the channel falls back t state standby. At this, an OFF telegram and the value frm parameter "Dim value lw" are sent. Manual verride This state is activated when a telegram is received n bject "light n/ff", this telegram is frwarded t the switching utput, additinally "dim value lw/high" is sent. Each time light n/ff is received, the delay time f manual peratin is restarted. While this delay time is active, the prcessing f the light value is disabled. When the delay time expires, the channel falls back int standby. Cntrl/Lgic type Lgic element Varius lgic functins can be used here: Gate Inverter Tggle flip-flp Lgic type Gate Each gate channel has 2 gates with individually cnfigurable type: AND gate OR gate XOR gate NAND gate NOR gate XNOR gate Each gate f a channel has 2 and 1 utput bject: Lgic Cntrl/Lgic - Gate A Bit Frm KNX Lgic Cntrl/Lgic - Gate A Bit Frm KNX Lgic Cntrl/Lgic - Gate utput A Bit T KNX Lgic Cntrl/Lgic - Gate B Bit Frm KNX Lgic Cntrl/Lgic - Gate B Bit Frm KNX Lgic Cntrl/Lgic - Gate utput B Bit T KNX The states at the s are linked accrding t the selected lgic functin, the result is sent t the utput at each telegram WEINZIERL ENGINEERING GmbH Page 16/19

17 Lgic type Inverter Special type Valuatr Each gate channel supprts up t 4 separate inverters: Grup Object Type Size Directin KNX Lgic Cntrl/Lgic - Inverter A Bit Frm KNX Lgic Cntrl/Lgic - Inverter utput A Bit T KNX Lgic Cntrl/Lgic - Inverter B Bit Frm KNX Lgic Cntrl/Lgic - Inverter utput B Bit T KNX Lgic Cntrl/Lgic - Inverter C Bit Frm KNX Lgic Cntrl/Lgic - Inverter utput C Bit T KNX Lgic Cntrl/Lgic - Inverter D Bit Frm KNX Lgic Cntrl/Lgic - Inverter utput D Bit T KNX The inverter sends each telegram at the inverted t the utput. Lgic type Tggle flip-flp Each channel supprts up t 4 valuatrs t utput byte values, r up t 2 valuatrs t utput 2-byte flat values: Special Cntrl/Lgic channel - Valuatr Bit Frm KNX binary in A Special Cntrl/Lgic channel - Valuatr 5.* 1 Byte T KNX value ut A Special Cntrl/Lgic channel - Valuatr Bit Frm KNX binary in B Special Cntrl/Lgic channel - Valuatr 5.* 1 Byte T KNX value ut B Special Cntrl/Lgic channel - Valuatr Bit Frm KNX binary in C Special Cntrl/Lgic channel - Valuatr 5.* 1 Byte T KNX value ut C Special Cntrl/Lgic channel - Valuatr Bit Frm KNX binary in D Special Cntrl/Lgic channel - Valuatr value ut D 5.* 1 Byte T KNX Each gate channel supprts up t 4 separate tggle flip-flps: Lgic Cntrl/Lgic - Tggle flip-flp Bit Frm KNX A Lgic Cntrl/Lgic - Tggle flip-flp Bit T KNX utput A Lgic Cntrl/Lgic - Tggle flip-flp Bit Frm KNX B Lgic Cntrl/Lgic - Tggle flip-flp Bit T KNX utput B Lgic Cntrl/Lgic - Tggle flip-flp Bit Frm KNX C Lgic Cntrl/Lgic - Tggle flip-flp Bit T KNX utput C Lgic Cntrl/Lgic - Tggle flip-flp Bit Frm KNX D Lgic Cntrl/Lgic - Tggle flip-flp utput D Bit T KNX Special Cntrl/Lgic channel - Valuatr Bit Frm KNX binary in A Special Cntrl/Lgic channel - Valuatr 9.* 2 Byte T KNX value ut A Special Cntrl/Lgic channel - Valuatr Bit Frm KNX binary in B Special Cntrl/Lgic channel - Valuatr value ut B 9.* 2 Byte T KNX The value sent by the utput bject can be individually cnfigured fr each valuatr n 0 and 1 telegram at the. Special type Trigger The tggle flip-flp changes between n/ff telegram at the utput at every n telegram at the, an ff telegram at the is ignred. Cntrl/Lgic type Special Varius functins can be cnfigured here: Valuatr Trigger Watchdg Filter 2017 WEINZIERL ENGINEERING GmbH Page 17/19

18 Each channel supprts up t 4 triggers fr evaluatin f byte values, r up t 2 triggers fr evaluatin f 2-byte flat values: Special type Filter Special Cntrl/Lgic channel - Trigger 5.* 1 Byte Frm KNX value in A Special Cntrl/Lgic channel - Trigger Bit T KNX binary ut A Special Cntrl/Lgic channel - Trigger 5.* 1 Byte Frm KNX value in B Special Cntrl/Lgic channel - Trigger Bit T KNX binary ut B Special Cntrl/Lgic channel - Trigger 5.* 1 Byte Frm KNX value in C Special Cntrl/Lgic channel - Trigger Bit T KNX binary ut C Special Cntrl/Lgic channel - Trigger 5.* 1 Byte Frm KNX value in D Special Cntrl/Lgic channel - Trigger binary ut D Bit T KNX Special Cntrl/Lgic channel - Trigger 9.* 1 Bit Frm KNX value in A Special Cntrl/Lgic channel - Trigger Byte T KNX binary ut A Special Cntrl/Lgic channel - Trigger 9.* 1 Bit Frm KNX value in B Special Cntrl/Lgic channel - Trigger binary ut B Byte T KNX It is individually cnfigurable fr each trigger, at which threshld value n the bject a 0 r 1 telegram is sent by the utput bject. Special type Watchdg Each channel supprts up t 3 filter functins. These functins are primarily intended fr internal links t prevent frequent transmissin t the KNX bus. The fllwing types can be selected: Filter type 1 Bit Special Cntrl/Lgic channel - Filter A Bit Frm KNX Special Cntrl/Lgic channel - Filter B Bit Frm KNX Special Cntrl/Lgic channel - Filter C Bit Frm KNX Special Cntrl/Lgic channel - Filter A Bit T KNX utput Special Cntrl/Lgic channel - Filter B Bit T KNX utput Special Cntrl/Lgic channel - Filter C utput Bit T KNX Filter type 1 Byte Each channel supprts up t 4 functins t mnitr the transmissin frequency f EnOcean devices: Special Cntrl/Lgic channel - Watchdg Bit T KNX A alarm Special Cntrl/Lgic channel - Watchdg Bit T KNX B alarm Special Cntrl/Lgic channel - Watchdg Bit T KNX C alarm Special Cntrl/Lgic channel - Watchdg D alarm Bit T KNX The s must be internally linked t utput bjects f EnOcean devices. Each receptin f an EnOcean telegram restarts the mnitring time. The alarm n KNX is triggered if n EnOcean telegram was received within the mnitring time. Special Cntrl/Lgic channel - Filter A 5.* 1 Byte Frm KNX Special Cntrl/Lgic channel - Filter B 5.* 1 Byte Frm KNX Special Cntrl/Lgic channel - Filter C 5.* 1 Byte Frm KNX Special Cntrl/Lgic channel - Filter A 5.* 1 Byte T KNX utput Special Cntrl/Lgic channel - Filter B 5.* 1 Byte T KNX utput Special Cntrl/Lgic channel - Filter C utput 5.* 1 Byte T KNX Filter type 2 Byte Special Cntrl/Lgic channel - Filter A 7.* 2 Byte Frm KNX Special Cntrl/Lgic channel - Filter B 7.* 2 Byte Frm KNX Special Cntrl/Lgic channel - Filter C 7.* 2 Byte Frm KNX Special Cntrl/Lgic channel - Filter A 7.* 2 Byte T KNX utput Special Cntrl/Lgic channel - Filter B 7.* 2 Byte T KNX utput Special Cntrl/Lgic channel - Filter C utput 7.* 2 Byte T KNX Filter type 2 Byte Flat Special Cntrl/Lgic channel - Filter A 9.* 2 Byte Frm KNX Special Cntrl/Lgic channel - Filter B 9.* 2 Byte Frm KNX Special Cntrl/Lgic channel - Filter C 9.* 2 Byte Frm KNX Special Cntrl/Lgic channel - Filter A 9.* 2 Byte T KNX utput Special Cntrl/Lgic channel - Filter B 9.* 2 Byte T KNX utput Special Cntrl/Lgic channel - Filter C utput 9.* 2 Byte T KNX 2017 WEINZIERL ENGINEERING GmbH Page 18/19

19 Fr type 1 bit, 1 and 2 bytes, an utput telegram is sent nly if the value has changed. Fr type 2 byte flat, it is als pssible t set the minimum change f the value fr an utput telegram. In additin, the sending f an utput telegram can be cmpletely blcked via the bject "blcking". Special Cntrl/Lgic channel - Blcking Bit Frm KNX WARNING The device must be munted and cmmissined by an authrized electrician. The prevailing safety rules must be heeded. The device must nt be pened. Fr planning and cnstructin f electric installatins, the relevant guidelines, regulatins and standards f the respective cuntry are t be cnsidered. The device is a permanently cnnected equipment: A readily accessible discnnect device shall be incrprated external t the equipment. The installatin requires a 16 A fuse fr external vercurrent prtectin. The pwer rating is indicated n the side f the prduct. Weinzierl Engineering GmbH D Burgkirchen / Alz Germany inf@weinzierl.de WEINZIERL ENGINEERING GmbH Page 19/19