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KNX

Product documentation

Issue:
24.03.2017

CO2-Sensor with humidity and room temperature
controller

Order No. 2104 ..

21043200

Summary of Contents for CO2-Sensor

Page 1: ...KNX Product documentation Issue 24 03 2017 CO2 Sensor with humidity and room temperature controller Order No 2104 21043200...

Page 2: ...2 4 2 2 44 Switching function 4 2 4 2 3 45 Dimming function 4 2 4 2 4 46 Venetian blind function 4 2 4 2 5 47 Function Value transmitter 1 byte 2 byte 4 2 4 2 6 49 Function Light scene extension with...

Page 3: ...livery state 4 2 4 6 113 Parameters 4 2 5 114 Parameter sensor 4 2 5 1 114 Room temperature controller parameter 4 2 5 2 125 Push button interface parameter 4 2 5 3 142 Logic gate parameter 4 2 5 4 16...

Page 4: ...med with the aid of the ETS parameters Room temperature controller functionality The device can be used for single room temperature control Depending on the operating mode the current temperature set...

Page 5: ...It is also possible to program value transmitter functions such as dimming value transmitters or light scene extensions These inputs are lockable during operation The insert for the presence detector...

Page 6: ...n or store the device with organic solvents or expose it to their vapours Do not stick any adhesive labels Do not store device in packaging or environments that contain softening agents e g bubble wra...

Page 7: ...evice components CO2 Sensor 1 Device connection terminal insert 2 Design frame 3 Electronics cover 4 Cover 5 Programming button and LEDs 6 Locking screw plastic 7 Sensor window CO2 sensor Page 7 of 17...

Page 8: ...th cover Mounting and connecting the device Figure 2 Device fitting 1 Device connection terminal insert 2 Design frame 3 Electronics cover 4 Cover 6 Locking screw plastic Observe the routing condition...

Page 9: ...l E1 E2 o Window contacts NO contact or NC contact push buttons can be connected to device connection terminal 4 5 and 6 of the connecting strip binary inputs 8 o Insert device connection terminal ins...

Page 10: ...sunlight This also influences the temperature and humidity reading of the controller Dismantling the device Figure 5 Device dismantling Design cover and electronics cover should be dismantled during p...

Page 11: ...e cover must be mounted again onto the respective insert Therefore please pay attention to the correct labelling of the cover and insert during the dismantling and label these accordingly Page 11 of 1...

Page 12: ...ng button is located behind the blank cover 4 on the electronics cover 3 Figure 6 o Remove the blank cover 4 if it is already mounted o Activating Programming mode push the programming button 5 The pr...

Page 13: ...ng mode S mode Rated voltage KNX DC 21 32 V SELV Current consumption KNX typ 12 5 mA Current consumption KNX max 25 mA 4 s 15 s as a cycle Connection mode KNX device connection terminal Binary inputs...

Page 14: ...dard PEI type 00 Hex 0 Dec PEI connector none BAU used FZE 1066 C Application for CO2 sensor No Short description Name Version from mask version 1 CO2 air humidity sensor with room temperature control...

Page 15: ...clude no function UP DOWN or TOGGLE The operation concept is configurable short long short or long short In the operation concept Short Long Short the time between short and long time operation is adj...

Page 16: ...can be combined together The determination of the measured value from the internal to external sensor is configurable The polling time of the external temperature sensor is settable The change interva...

Page 17: ...he hysteresis and behaviour can be specified for all limiting values should the limiting value be exceeded or undershot A switch on and switch off delay can be configured for all limiting values also...

Page 18: ...d Patch A onwards or ETS4 is required Through use of these ETS version advantages are gained with regard to the programming process differential download The necessary product database is offered in t...

Page 19: ...hing telegrams ON OFF TOGGLE Function Dimming Object h 0 1 Function Switching Name B Channel 1 2 Type 1 bit DPT 1 001 Flag C W T R 1 Description 1 bit object for transmission of switching telegrams ON...

Page 20: ...Description 1 byte object for recalling or storing one of a maximum of 64 scenes of a scene push button or actuator with scene function Function Value transmitter Object h 0 1 Function Temperature val...

Page 21: ...1 001 Flag C W R 1 Description 1 bit object by which the switching object can be disabled and enabled again polarity and behaviour at the beginning and end of the disabling function are configurable...

Page 22: ...bytes DPT 9 001 Flag C W R 1 Description 2 byte object for external specification of the basic setpoint for relative setpoint specification Depending on the operating mode the possible range of values...

Page 23: ...tchover Object h 28 Function Comfort mode Name C Input Type 1 bit DPT 1 001 Flag C W T R 1 Description 1 bit object for change over to the Comfort operating mode This object is only available in this...

Page 24: ...C Input Type 1 bit DPT 1 018 Flag C W R 1 Description 1 bit object through which a presence detector can be linked to the controller Polarity presence detected 1 presence not detected 0 Function Oper...

Page 25: ...g C T R 2 Description 1 byte object used by the controller to output the current enlarged state of operation e g to a controller extension Only when Controller status Controller general Function Statu...

Page 26: ...tus KNX compliant Function Status signal Object h 56 Function KNX status forced oper mode Name C Output Type 1 bytes DPT 20 102 Flag C T R 1 Description 1 byte object used by the controller to output...

Page 27: ...1 controller activated 0 Function Disabling function room temperature regulator Object h 41 Function Disable additional level 2 Name C Input Type 1 bit DPT 1 001 Flag C W R 1 Description 1 bit object...

Page 28: ...Command value for heating cooling basic level Name C Output Type 1 bytes DPT 5 001 Flag C T R 1 Description 1 byte object to output the combined continuous command value of the heating and cooling mo...

Page 29: ...value additional heating PWM Name C Output Type 1 bit DPT 1 001 Flag C T R 1 Description 1 bit object to output the continuous PWM command value for additional heating in two level operation This obj...

Page 30: ...The type of feedback control must also be configured to Switching 2 point feedback control Object for command value output cooling Function Command value Object h 44 Function Command value for coolin...

Page 31: ...able in this way if the type of feedback control is configured to Continuous PI control Function Command value Object h 44 Function Command value additional cooling PWM Name C Output Type 1 bit DPT 1...

Page 32: ...oling mode command value output for the basic level This object is only available in this way if the command values for heating and cooling mode are output to a shared object parameter dependent The t...

Page 33: ...internal continuous command value of a PWM feedback controller of the cooling mode In two level cooling mode command value output for the basic cooling This object is only available in this way if the...

Page 34: ...tpoint shift The value 0 means that no shift is active The value is depicted in a double complement in the positive and negative direction This object is only available in this way if relative setpoin...

Page 35: ...ctual temp not adjusted Name C Output Type 2 bytes DPT 9 001 Flag C T R Description 2 byte object for following up the determined and unadjusted room temperature value of the internal temperature sens...

Page 36: ...on Measured value Name S CO2 Type 2 bytes DPT 9 008 Flag C T R Description 2 byte object for outputting the current measured value of the CO2 sensor The object can be transmitted if there is a differe...

Page 37: ...escription 1 byte objects for specifying the external limiting values for the humidity by a percentage Function External limiting values Object h 93 96 Function Teach Name S Humidity limiting value sp...

Page 38: ...s DPT 5 001 Flag C T R Description 1 byte output object for transmitting a dew point alarm value Function Dew point Object h 109 Function Switching Name S Dew point alarm 2 Type 1 bit DPT 1 001 Flag C...

Page 39: ...Flag C T R Description 1 bit output object for signalling a fault in the humidity sensor Function CO2 Object h 112 Function Sensor fault Name S CO2 Type 1 bit DPT 1 001 Flag C T R Description 1 bit ou...

Page 40: ...on Outputs of the logic gates Object h 119 120 125 126 131 132 137 138 Function Output switching Output 1 4 switching Name L Logic gate 1 4 Type 1 bit DPT 1 001 Flag C T R 1 Description 1 bit output o...

Page 41: ...ings or classrooms the CO2 concentration can increase rapidly People emit carbon dioxide into the air when they exhale The outside air normally inhaled contains about 21 oxygen and 0 035 carbon dioxid...

Page 42: ...Order No 2104 Figure 7 CO2 concentration Page 42 of 171 Software KNX CO2 sensor Functional description...

Page 43: ...or bus voltage return must first have elapsed before the pre set reaction is executed Within the delay any pending edges or signals at the inputs are not evaluated and are discarded The delay time is...

Page 44: ...If the function of an output is configured to No function the device deactivates the input channel completely Consequently all respective communication objects are hidden in the ETS Page 44 of 171 So...

Page 45: ...he parameter of the same name The internally or externally tracked object value in the switching objects is always transmitted The object value is then also transmitted cyclically when no reaction is...

Page 46: ...In the Brighter ON setting an ON telegram is triggered in the case of a short signal edge and a dimming telegram brighter is triggered in the case of a long signal edge In the TOGGLE setting the switc...

Page 47: ...he slat adjustment time the device transmits an additional short time telegram This function is used for adjusting the slats of a blind The function permits stopping the slats in any position during t...

Page 48: ...ept long short The parameter Command on rising edge specifies which polarity the telegrams have for long or short time operation The executable commands are UP DOWN or TOGGLE Page 48 of 171 Software K...

Page 49: ...djustments to the contact connected at the input push button as NC contact or NO contact and switch Value transmitter type Function Lower numerical limit Upper numerical limit Dimming value transmitte...

Page 50: ...mits of the adjustable range are reached This also takes place when the configured step width of these values is not immediately taken into account see example above step width 5 value 2 is transmitte...

Page 51: ...onfigured light scene number without memory telegram is transmitted If the actuation last longer than 1 s but less than 5 s no telegram is triggered In addition there is the option of only transmittin...

Page 52: ...ed within the first 17 s after bus voltage return It should be noted that the configured Delay after bus voltage return is also active during this time and the configured behaviour is not executed aft...

Page 53: ...able Updates on disabling objects disable or enable cause the transmission every time of the corresponding configured command at the beginning or end of the disable i For switching function During an...

Page 54: ...oid heat influences The push button sensor should not be installed in the vicinity of radiators or cooling systems The temperature sensor should not be exposed to direct sun The installation of sensor...

Page 55: ...la which is an approximation formula for calculating the saturated vapour pressure depending on the temperature It is very accurate 0 22 in the range between 0 C and 100 C and is primarily used in met...

Page 56: ...or module The integrated CO2 sensor module is responsible for measuring the CO2 It is maintenance free due to the automatic calibration method dual beam measuring cell It has excellent long term stabi...

Page 57: ...he CO2 sensor is deactivated permanently by the device for safety reasons In case of an impaired and deactivated sensor the value 0 is output as measured value i After a device reset ETS programming o...

Page 58: ...after downloading the project once again i If the internal value of the limiting value specification is overwritten by parameterization at any point this value will remain lost until a new download i...

Page 59: ...object changes its state each time the value is undershot or exceeded This is different if you parameterise a change of state from 1 to 0 only when the limit value is undershot by the measured value...

Page 60: ...eded and undershot For the parameter Activation limiting value X in the parameter node Limiting value X a direction dependent setting is made for how the limiting value responds when the set limiting...

Page 61: ...he value 1 the device applies the last measured value as new limiting value Telegrams with the value 0 are ignored i If the Teaching function is triggered by a push button sensor this push button sens...

Page 62: ...g is also affected by this delay If the internal limiting value changes before the timer expires then it is stopped and the limiting value remains unchanged Consequently no limiting value telegram tri...

Page 63: ...jects of the sensors can transmit their state cyclically to the bus i Telegrams of limiting value objects generated by the automatic transmission Transmission on change of the limiting value object do...

Page 64: ...trolled by a communication object In addition you can establish two level control operation to control an additional heating or cooling unit For two level feedback control separate command values will...

Page 65: ...g change over transmission parameter specifies when an operating mode change over will be transmitted Setting On changing the operating mode In this case a telegram will be transmitted solely on switc...

Page 66: ...phase In case of parameterisation Operating mode before reset the operating mode which was selected before the reset will be activated If a switchover is made through the operating mode object the op...

Page 67: ...calculated from the difference between the actual and the setpoint temperature The command value controls valves or fans for heating or cooling systems 21 meaning that heating or cooling energy in the...

Page 68: ...ly with low deviations When you use this algorithm the room temperature controller will calculate a new continuous command value in cycles of 30 seconds and send it to the bus via a 1 byte value objec...

Page 69: ...lways use continuous command values for internal calculation Such continuous values can additionally be sent to the bus via a separate 1 byte value object for example as status information for visuali...

Page 70: ...period Advantages This setting ensures continuous water flow through the radiators thus facilitating uniform heat emission into the room If only one actuator is triggered the regulator can continuousl...

Page 71: ...g mode the feedback control will only turn off the heating if the preset temperature limit has been exceeded In cooling mode the controller will turn on the cooling system when the room temperature ha...

Page 72: ...ling respectively for these values would be in the deadband Within the deadband neither heating nor cooling will take place With operating mode change over via the object in the heating mode the contr...

Page 73: ...active cooling operation Depending on the switching state the command value 1 or 0 will be output if the values exceed or remain under the hysteresis limits or the setpoints i It has to be pointed ou...

Page 74: ...Order No 2104 Page 74 of 171 Software KNX CO2 sensor Functional description...

Page 75: ...th the default values the adaptation can optionally be optimised using control parameters Predefined control parameters for the heating or cooling stage and if applicable also for the additional stage...

Page 76: ...e 24 Function of the command value of a PI control y Command value xd Control difference xd xset xact P 1 K Configurable proportional band K 1 P Gain factor TN Configurable reset time PI control algor...

Page 77: ...steresis limits can be adjusted via parameters It has to be considered that A small hysteresis will lead to small temperature variations but to a higher bus load A large hysteresis switches less frequ...

Page 78: ...ode Frost protection will be required if for example the room temperature must not fall below critical values while the window is open Heat protection can be required where the temperature rises too m...

Page 79: ...er or to be set depending on the priority Taking account of the priority a specific hierarchy will result from the operating mode change over by the objects a distinction being made between presence d...

Page 80: ...ort mode 0 0 1 X 0 0 Standby mode 0 0 0 1 0 0 Night operation 0 0 0 0 0 0 no change last state X X X X 1 X Frost heat protection 1 X X X 0 1 Comfort extension 0 1 X X 0 1 Comfort mode 0 0 1 X 0 1 Comf...

Page 81: ...r therefore automatically resets the status of the presence button when an object is received via the operating mode objects Operating mode change over through value 1 byte There is a common 1 byte ch...

Page 82: ...ing mode switch over object Forced object Operating mode object Windo w status Pres ence butto n Pres ence detect or Operating mode 00 00 0 X 0 undefined status no modification 01 00 0 0 Comfort mode...

Page 83: ...n be automatically transmitted to the bus when it is changed After a device reset the value corresponding to the set operating mode will be actively transmitted to the bus if the Transmit flag has bee...

Page 84: ...a forced operating mode has been deactivated associated with KNX forced change over A presence function activated before a device reset programming operation bus voltage failure is always deleted alo...

Page 85: ...u can use the automatic frost protection temperature drop parameter to set the maximum temperature drop in K min for switching over to the frost protection mode After the time preset by the frost prot...

Page 86: ...according to the operating mode object will be restored after the initializing phase of the device Operating modes set by a function with a higher priority before the reset Forced Window status Presen...

Page 87: ...parameter Change the basic temperature setpoint via bus to Approve If the basic setpoint adjustment via the bus is disabled the Basic setpoint object will be hidden The controller rounds the temperatu...

Page 88: ...tting Yes is also necessary if essential controller properties operating mode setpoint presetting etc are being changed in the ETS using new parameter configurations Setpoint temperatures for relative...

Page 89: ...eating TComfort setpoint additional level heating TComfort setpoint basic level heating TStandby setpoint additional level heating TStandby setpoint basic level heating TStandby setpoint heating TComf...

Page 90: ...f values for a setpoint temperature lies between 99 9 C and 45 0 C for Cooling and is bounded by the heat protection temperature in the upper range The level offset configured in ETS will be additiona...

Page 91: ...ratures in the operating mode Heating and cooling with symmetrical deadband Figure 35 Setpoint temperatures in the operating mode Heating and cooling with asymmetrical deadband Page 91 of 171 Software...

Page 92: ...deadband and the basic setpoint The frost protection is supposed to prevent the heating system from freezing For this reason the frost protection temperature default 7 C should be set to a smaller val...

Page 93: ...Order No 2104 Figure 36 Setpoint temperatures in the operating mode Basic and additional heating and cooling with symmetrical deadband Page 93 of 171 Software KNX CO2 sensor Functional description...

Page 94: ...setpoint basic level Cooling TComfort setpoint add level Cooling TNight setpoint add level Heating TNight setpoint basic level Heating TNight setpoint basic level Cooling TNight setpoint add level Co...

Page 95: ...oling TComfort cooling setpoint TComfort heating setpoint Tdeadband TComfort cooling setpoint TComfort heating setpoint deadband position Asymmetrical With this setting the comfort setpoint temperatur...

Page 96: ...stment is only temporarily accepted No setting The setpoints received via the objects remain active only temporarily In case of a bus voltage failure after a switchover to another operating mode e g C...

Page 97: ...The setpoint shift of the controller can be adjusted externally by the communication object Setpoint shift specification with a 1 byte counter value in compliance with KNX DPT 6 010 Depiction of posit...

Page 98: ...so be set to the same step width for the setpoint shift as the controller itself 0 1 K or 0 5 K Transmitting the setpoint temperature The setpoint temperature which is given by the active operating mo...

Page 99: ...nsor should not be used in multiple combinations especially together with flush mounted dimmers Do not install the temperature sensor in the area of large electrical consumers avoid heat influences Th...

Page 100: ...ons of the sensors or a possible non uniform heat distribution inside the room it is thus possible to adjust the actual temperature measurement Often those temperature sensors that are subject to nega...

Page 101: ...n when room temperature change by in the parameter node Sensor Temperature measurement defines the temperature value by which the actual value must change so that the actual temperature value is trans...

Page 102: ...ng and cooling system are a combined system In this case the Transmit heating and cooling command value to one common object parameter may be set if required to Yes This will transmit the command valu...

Page 103: ...ransmission are both deactivated no command value telegrams will be transmitted in case of a change Switching PI control PWM In case of a switching PI control PWM the room temperature controller calcu...

Page 104: ...nerally used to enable controller extensions to display the controller operating mode correctly in the KNX compliant status display Therefore these objects should be connected with controller extensio...

Page 105: ...On 1 Standby mode active 2 On 1 Night mode active 3 On 1 Frost heat protection mode active 4 On 1 Controller disabled 5 On 1 Heating on 0 Cooling 6 On 1 Controller inactive deadband 7 On 1 Frost alar...

Page 106: ...command values to the range limits minimum and maximum The limits are permanently set in the ETS and if command value limitation is active can be neither undershot or exceeded during device operation...

Page 107: ...ansmits a 0 command value if no more heating or cooling energy has to be demanded Maximum command value The Maximum command value parameter specifies the upper command value limiting value The setting...

Page 108: ...stances the overshooting of the room temperature may be found disturbing Setting keep 100 as required then adjust downwards The controller maintains the maximum command value only as long as it is nec...

Page 109: ...ely deactivated In this case the command values are equal 0 wait 30 s for update interval of the command values The controller however can be operated in this case The additional stage can be separate...

Page 110: ...periodically set the command value to the maximum value once a day for a duration of approx 5 minutes Command value output not inverted 1 bit command value 1 1 byte command value 255 Command value out...

Page 111: ...switch on or switch off delays are highly advisable i With an AND with return the value of the output is fed back internally to input 1 The result of this is that the output can only have the value 1...

Page 112: ...rameter Transmit output object s cyclically set whether and if yes in which time interval the output object or output objects should be sent On the parameter page Logic gate Logic gate X Inputs the fo...

Page 113: ...ill therefore start flashing at a fixed frequency of 0 5 Hz The device does not react any further in this state It transmits no telegrams to the bus The physical address is preset to 15 15 255 The dev...

Page 114: ...nsmitted The set value multiplied by 10 is the repeat time in seconds It is thus possible to set the cycle time in step widths of 10 seconds The value 0 means that no cyclic sending is carried out Lim...

Page 115: ...on of the limiting values of the measured values is not influenced Behaviour of the limiting value 3 and 4 in frost heat protection mode of the controller Operating mode heating and operating mode coo...

Page 116: ...to limiting value range 0 5 50 The hysteresis of the limiting value is defined by this parameter The value set here refers to the limiting value measuring range here 2000 ppm External limiting value...

Page 117: ...t LV hyst no telegram exceed LV hyst ON Switch on delay for internal limiting value object none 1s 3s 5s 10s 15s 30s 1min 3 min 5 min 10 min 15 min 30 min 60 min The state 1 of the limiting value is f...

Page 118: ...alibrated To ensure that an accurate value is constantly determined for the relative humidity it is very important to also measure the exact temperature of the room air in addition to the humidity val...

Page 119: ...X room thermostat coupled via the 2 byte object Received temperature After a device reset the room temperature controller will first wait for a valid temperature telegram until the feedback control st...

Page 120: ...ask into account a maximum possible value should be set here The setting here refers to the measuring range of the humidity measurement here 100 RH Cycl sending of the measured value 0 120 10 s 0 inac...

Page 121: ...s is executed according to the current operating mode of the controller The cyclical transmission of the limiting values of the measured values is not influenced h Sensor Humidity measurement Limiting...

Page 122: ...LV OFF exceed LV hyst no telegram Exceed LV hyst no telegram undershoot LV hyst OFF Exceed LV hyst no telegram undershoot LV hyst ON Undershoot LV hyst no telegram exceed LV hyst OFF Undershoot LV hys...

Page 123: ...tep widths of 10 seconds The value 0 indicates that the limiting value object is not transmitted cyclically h Sensor Dew point Transmit on dew point change by Transmission delay 10 s inactive 0 5 1 3...

Page 124: ...value objects 1 switching object and 1 value object Determines the type and number of configured alarm objects Switching command for dew point alarm ON OFF This parameter defines the command that sho...

Page 125: ...etween the setpoint and the actual value and transmitted to the bus for the basic and additional levels This parameter specifies the operating mode and if necessary enables the additional level s Addi...

Page 126: ...parameter is only visible if Type of heating via control parameter and the heating control type PI control Top hysteresis of the 2 point controlling heating 5 127 0 1 K 5 127 Definition of top hystere...

Page 127: ...resis of the 2 point controlling cooling 128 5 0 1 K 128 5 Definition of bottom hysteresis switch off temperatures of the cooling This parameter is only visible if Type of cooling control Switching 2...

Page 128: ...ase within one minute in order for the controller to switch into the frost protection mode The OFF setting will deactivate the frost protection automatic Only visible if frost heat protection Automati...

Page 129: ...nd value telegram for heating is output normally or in inverted form This parameter is only visible if the operating mode Heating or Heating and cooling is configured and not two level operation Outpu...

Page 130: ...tinuously activated can be activated via object The command value limit allows the restriction of calculated command values to the range limits minimum and maximum The limits are permanently set in th...

Page 131: ...If the controller calculates larger command values it sets the configured maximum command value Minimum command value for cooling optionally control circuit 1 optionally also for basic and additional...

Page 132: ...ing Controller inactive Frost alarm Here the status information is defined which is to be transmitted onto the bus as the 1 bit controller status This parameter is only visible if the parameter Contro...

Page 133: ...f this control characteristic is the fact that the room temperature does not exceed the setpoint temperature at all or only slightly The disadvantage is that this control principle increases the tende...

Page 134: ...by the ETS or basic setpoint object the user when presetting relative setpoints can shift the basic setpoint in predefined limits within a specific range When doing so the basic setpoint is adjusted u...

Page 135: ...ch over of the operating mode or after a switch over of the heating cooling mode With this setting it should be noted that frequent changing of the basic temperature e g several times a day because of...

Page 136: ...l be discarded and replaced by the initial value Setpoint temp comfort mode heating 7 0 C 40 0 C 1 C 7 0 21 0 40 0 With absolute setpoint presetting the setpoint temperatures for comfort standby and n...

Page 137: ...oint temperature for heat protection The parameter is only visible in Cooling or Heating and cooling operating modes if necessary with additional levels Dead band position symmetrical asymmetrical Wit...

Page 138: ...ive setpoint presetting Difference between basic and additional levels 128 127 0 1 K 0 20 127 In a two stage control mode it is necessary to determine the temperature difference to the basic stage wit...

Page 139: ...ecessary with additional levels and only with relative setpoint presetting Lower the setpoint temperature during night operation heating 128 0 0 1 K 128 40 0 The value by which the night setpoint temp...

Page 140: ...eating cooling transmission switchover on changing the operating mode on changing the output value Here it is possible to specify when a telegram is transmitted automatically onto the bus via the obje...

Page 141: ...ivated from Night or Frost heat protection mode In this case the operating mode will not be changed although the presence function has been activated This parameter is only visible when presence detec...

Page 142: ...127 Determines the time factor of the time delay Time Basic x Factor Presetting 1 s 17 17 s Debouncing of the button inputs Base 0 5 ms Specifies the time for software debounce for all the binary inp...

Page 143: ...ommand on rising edge Switching object 1 2 no reaction ON OFF TOGGLE Specifies the command transmitted on a rising edge via the switching object 1 2 TOGGLE switches over the object value Command on fa...

Page 144: ...ssion via switching object X 2 is selected Time Basic x Factor Time factor for cyclical transmission of switching object 1 1 and 1 2 Factor 3 127 3 60 127 Determines the time factor for the cyclical t...

Page 145: ...darker OFF a brief press of a button at the input transmits an OFF telegram whereas a long press triggers a dimming telegram darker With Dual area operation brighter TOGGLE a brief press of a button a...

Page 146: ...e A new dimming telegram is transmitted after this time has elapsed Only if telegram repetition YES Time Basic x Factor Time between two telegrams Factor 3 127 3 10 127 Time between two telegrams when...

Page 147: ...ort long short A STEP is transmitted with a rising edge and the time T1 Time between short and long time operation started This STEP serves the purpose of stopping a continuous movement If a falling e...

Page 148: ...gram for slat adjustment can be terminated by releasing the push button at the input Time Basic x Factor Slat adjusting time Factor 3 127 3 20 127 Time during which a MOVE telegram for slat adjustment...

Page 149: ...ising edge push button as NO contact and Transmit value on rising and falling edge switch Value on falling edge 0 255 0 255 Specifies the value transmitted on a falling edge Only with Transmit value o...

Page 150: ...ch reaction should take place after bus voltage return If a delay after bus voltage return is configured this time must first have elapsed before the pre set reaction is executed here With no reaction...

Page 151: ...scene number on rising and falling edge switch Behaviour after bus voltage return no reaction Reaction as rising edge Reaction as falling edge Transmit current input status It is possible to specify...

Page 152: ...n a rising edge Only with Transmit light scene number on raising edge push button as NO contact Light scene on falling edge 1 64 1 64 Specifies the light scene transmitted on a falling edge Only with...

Page 153: ...d for the falling edge will be transmitted Only with Transmit light scene number on falling edge push button as NC contact Value transmitter Temperature value transmitter Transmit value on rising edge...

Page 154: ...yclical telegrams during value adjustment Only with Adjustment via long actuation Yes Time Basic x Factor Presetting 520 ms 3 1 56 s Step width 1 K The step width of the adjustment is permanently set...

Page 155: ...0 lux increments Setting of the brightness value to be transmitted Only with Transmit value on rising edge push button as NO contact and Transmit value on rising and falling edge switch Value on falli...

Page 156: ...status It is possible to specify which reaction should take place after bus voltage return If a delay after bus voltage return is configured this time must first have elapsed before the pre set react...

Page 157: ...end of the disabling function Switching object 1 1 1 2 no reaction On Off Transmit current input status Both switching objects can be separately disabled This parameter determines the commands that ar...

Page 158: ...t the end of the disabling function no reaction Down up Toggle This parameter specifies the command transmitted via the long time object at the end of the disabling With TOGGLE the last executed inter...

Page 159: ...ent input status This parameter determines the reaction executed at the end of the disabling With no reaction no reaction occurs With Reaction as with rising edge the value parameterized for the risin...

Page 160: ...g edge will be transmitted Only with Transmit light scene number on falling edge push button as NC contact and Transmit light scene number on rising and falling edge switch With transmit current input...

Page 161: ...sing edge Reaction as falling edge This parameter determines the reaction executed at the beginning of the disabling With no reaction no reaction occurs With Reaction as with rising edge the value par...

Page 162: ...ion no reaction occurs With Reaction as with rising edge the value parameterized for the rising edge will be transmitted Only with Transmit value on rising edge push button as NO contact and Transmit...

Page 163: ...ng and falling edge switch Disable for function Brightness value transmitter Disabling function enabled disabled The disabling function can be enabled or disabled Polarity of the disabling object Disa...

Page 164: ...ith Reaction as with rising edge the value parameterized for the rising edge will be transmitted Only with Transmit value on rising edge push button as NO contact and Transmit value on rising and fall...

Page 165: ...Order No 2104 See channel 1 Disable Page 165 of 171 Software KNX CO2 sensor Parameters...

Page 166: ...r of output objects of the gate Send output at each input event Change the output This parameter determines when the output objects are updated With every event the output object is updated for every...

Page 167: ...ut state 1 With Transmission without delay During each update of the output state see Send output at a state 1 is transmitted without delay i e instantly With Transmission delay During each update of...

Page 168: ...onnected internal connection In addition to the internal connection possibilities an external 1 bit communication object can also be assigned to the input of the gate setting external input object Mak...

Page 169: ...ogic 0 0 255 This parameter defines which value should be transmitted to the bus for a logical 0 on the logic gate output This parameter is only visible when the gate output is configured as value obj...

Page 170: ...4 H Hysteresis 58 L limiting value specification 58 Logic gates 111 M measured value formation 99 mixed operating mode 65 O operating mode after a reset 85 Operating mode switchover 78 operating modes...

Page 171: ...Co KG Elektro Installations Systeme Industriegebiet Mermbach Dahlienstra e 42477 Radevormwald Postfach 12 20 42461 Radevormwald Deutschland Tel 49 0 21 95 602 0 Fax 49 0 21 95 602 191 www gira de inf...

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