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Technical Manual Presence Detector SCN-P/G360XX.02 

 

 

 

MDT technologies GmbH  •  

51766 Engelskirchen  •  Papiermühle 1

 

 

Tel.: +49-2263-

880  •

  Fax: +49-2263-4588  

• [email protected]  •  www.mdt.de

 

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1 Content 

 
1 Content ................................................................................................................................................. 2 

2 Overview ............................................................................................................................................... 4 

2.1 Overview devices ........................................................................................................................... 4 

2.2 Usage & possible applications ....................................................................................................... 4 

2.3 Exemplary circuit diagram ............................................................................................................. 5 

2.4 Structure & installation instructions ............................................................................................. 5 

2.5 Functions ....................................................................................................................................... 8 

2.6 Settings in the ETS-Software ......................................................................................................... 9 

2.7 Commissioning .............................................................................................................................. 9 

3 Communication objects ...................................................................................................................... 10 

3.1 Default settings of the communication objects .......................................................................... 10 

4 Reference ETS-Parameter .................................................................................................................. 12 

4.1 General Settings .......................................................................................................................... 12 

4.2 Light Channel 1/2/3/4/HCV ......................................................................................................... 15 

4.2.1 General Settings ................................................................................................................... 15 

4.2.2 Channel Mode Selection ...................................................................................................... 16 

4.2.3 Follow-up time ..................................................................................................................... 17 

4.2.4 Force or lock object .............................................................................................................. 18 

4.2.5 Output object ....................................................................................................................... 19 

4.2.6 External Push Button Input .................................................................................................. 22 

4.2.7 Idle time after switch-off ...................................................................................................... 22 

4.2.8 Process diagram ................................................................................................................... 23 

4.2.9 Master/Slave Operation ....................................................................................................... 28 

4.2.9.1 Light channel ................................................................................................................. 28 

4.2.9.2 HCV/Alarm ..................................................................................................................... 28 

4.3 Alarm ........................................................................................................................................... 29 

4.4 LED ............................................................................................................................................... 32 

4.5 Scenes .......................................................................................................................................... 33 

4.6 Brightness .................................................................................................................................... 34 

4.7 Calibration of brightness value .................................................................................................... 36 

4.7.1 Procedure for TeachIn with constant light control .............................................................. 38 

4.7.2 Procedure for teach-in without constant light control ........................................................ 39

 

 

 

Summary of Contents for SCN-G360D3.02

Page 1: ...6 Engelskirchen Papierm hle 1 Tel 49 2263 880 Fax 49 2263 4588 knx mdt de www mdt de Stand 04 2019 V1 0 Technical Manual MDT Presence Detector SCN P360D3 02 SCN P360K3 02 SCN G360D3 02 SCN G360K3 02 S...

Page 2: ...gs of the communication objects 10 4 Reference ETS Parameter 12 4 1 General Settings 12 4 2 Light Channel 1 2 3 4 HCV 15 4 2 1 General Settings 15 4 2 2 Channel Mode Selection 16 4 2 3 Follow up time...

Page 3: ...ttings Principle of control 40 4 8 2 Setting Options 44 4 9 Logic 48 4 9 1 Activation of the logic function 48 4 9 2 Logic 1 4 49 4 10 Temperature 51 4 11 Miscellaneous Application examples 52 4 11 1...

Page 4: ...vement and lightness separate communication object for night Master Slave function Standby Orientation light 3 area mode SCN P360K3 02 SCN G360K3 02 Presence Detector 3 Pyro detectors constant light c...

Page 5: ...iagram Figure 1 Exemplary circuit diagram 2 4 Structure installation instructions The following figure shows the adjustment of the particular sensors identified with S1 sensor 1 to S4 for the presence...

Page 6: ...sensors The LEDs are marked with R for the red LED and G for the green LED The bus connector is marked with BC Figure 3 Position of the sensors and LEDs SCN P G360X3 02 The presence detector should b...

Page 7: ...chnical Manual Presence Detector SCN P G360XX 02 MDT technologies GmbH 51766 Engelskirchen Papierm hle 1 Tel 49 2263 880 Fax 49 2263 4588 knx mdt de www mdt de 7 7 Figure 5 Detection area SCN P360x3 0...

Page 8: ...ve sensors the operating mode of the detector forced control or lock object the sending conditions the follow up time and external push button inputs can be defined o HCV The Heating Ventilation Clima...

Page 9: ...ng conditions and up to two internal inputs or four external inputs 2 6 Settings in the ETS Software Selection at the product database Manufacturer MDT Technologies Product family Presence detector Pr...

Page 10: ...nnel 1 Input External motion Slave 1 Bit Low X X 6 Light channel 1 Input Force control 1 Bit Low X X 6 Light channel 1 Input Lock object 1 Bit Low X X 7 Light channel 1 Input Lock object On 1 Bit Low...

Page 11: ...1 Bit Low X X 101 Constant light Dimming relative 4 Bit Low X X 102 Constant light Dimming absolute 1 Byte Low X X 104 Constant light Lock 1 Bit Low X X 105 Constant light Scenes 1 Byte Low X X 106 Co...

Page 12: ...DT technologies GmbH 51766 Engelskirchen Papierm hle 1 Tel 49 2263 880 Fax 49 2263 4588 knx mdt de www mdt de 12 12 4 Reference ETS Parameter 4 1 General Settings The following figure shows the submen...

Page 13: ...vity adjustment when presence detected Basic settings of brightness Switch on threshold day 10 2000Lux 200 Setting of the brightness threshold below which the sensor is activated in day mode Switch on...

Page 14: ...2263 880 Fax 49 2263 4588 knx mdt de www mdt de 14 14 Die nachfolgende Tabelle zeigt die allgemeinen Kommunikationsobjekte Nummer Name Gr e Verwendung 60 Day Night toggle 1 Bit Switchover between day...

Page 15: ...ETS Text Dynamic range Default value Comment Active sensors 1 4 1234 Setting which sensors are active for the selected channel Sensitivity Basic setting General setting individual Basic setting The se...

Page 16: ...htness threshold below which the detector detects presence No movement is detected above this threshold but the detector does not switch off the light as soon as the brightness is exceeded This can be...

Page 17: ...ection Each new detection leads to a retriggering and thus to a restart of the follow up time In addition a reduction of follow up time can be activated In this case two additional parameters are disp...

Page 18: ...e o a d for ON is se t u o ditio all to the output o je t The evaluation is then stopped and the release time for force control begins If nothing is received on the force control object after the rele...

Page 19: ...ttention If the value is On when the output is locked the set follow up time runs again when the lock is released before the channel switches off 4 2 5 Output object The following figure shows the set...

Page 20: ...e defined Figure 11 Settings Output o je t Di i g a solute In addition an orientation light can be activated to leave the room The orientation light is called up when the follow up time of the light c...

Page 21: ...je t S it hi g is displa ed The following table shows the general communication objects Number Name Length Usage 0 Light channel 1 Output 1 Scene 1 Byte Scene function of the light channel 2 Light cha...

Page 22: ...input the presence detector can be switched on independently of movement detection The object for the external push button short switches the presence detector to the next state see also 4 2 8 Proces...

Page 23: ...and force the presence detector into manual mode From this mode the detector automatically returns to auto mode according to the settings in the menu General settings Release of push button input If t...

Page 24: ...ence and then for the set follow up time for the external button The light is then switched off and the light channel changes to the Auto mode ready state extended application example 2 The room is en...

Page 25: ...g mode fully automatic with orientation light extends the operating mode fully automatic by the status orientation light The orientation light can be activated as soon as the Object type for output li...

Page 26: ...without orientation light In the operating mode half automatic the motion detector has to be switched on manually via the object external push button short The light channel is automatically switched...

Page 27: ...ng mode half automatic with orientation light extends the operating mode half automatic by the orientation light state The orientation light can be activated as soon as the Object type for output ligh...

Page 28: ...to maximum independently of brightness This setting has to be done in the menu General Settings The master is parameterised to fully or half automatic as desired A value of 10 minutes is recommended...

Page 29: ...the alarm function Figure 17 Settings Alarm function The following table shows the parameter settings for alarm detection ETS Text Dynamic range Default value Comment Active sensors 1 2 234 1234 Sett...

Page 30: ...larm function The alarm function can be used to monitor a room in case of absence and to call certain actions in the KNX system during motion detection The individual parameters are described in more...

Page 31: ...ck object switches off the channel with a 1 the enable object activates the alarm channel with a 1 Separate switch object at night This parameter displays a separate switch object for night mode Outpu...

Page 32: ...nu LED Figure 18 Submenu LED The following table shows the parameter settings for the submenu LED ETS Text Dynamic range Default value Comment LED green not active active at motion active at motion on...

Page 33: ...push button input to value 1 Set external push button input to value 0 Set object Day Night on Day for all channels Set object Day Night on Night for all channels Setting the action for light channel...

Page 34: ...Lux 50 Lux Minimum rate of change to send the current brightness value Cyclical sending of light value not used 5s 30min Definition of a fixed time period after which the current brightness value is t...

Page 35: ...ightness value can be transmitted both at a certain change and at certain intervals In addition a threshold value switch can be set for a specific brightness This can be set with a hysteresis that avo...

Page 36: ...0 25 low 0 2 very low Reflectance of the environment Indicates how much of the light is reflected back 1 100 0 0 Lux value for TeachIn 200 1000 450 Adjustment value for external read in Use TeachIn at...

Page 37: ...ed brightness can be corrected with the room reflection factor If a TeachIn is carried out the brightness measurement is automatically corrected The reflection factor should not be changed after a tea...

Page 38: ...measurement must be performed in the twilight The presence detector teaches the brightness and dimming values via the Teach In function If the Teach In is performed at day sunlight the measurement is...

Page 39: ...cedure for teach in without constant light control The TeachIn process at presence detectors without constant light control is for correcting the measured value The process is as described below 1 Adj...

Page 40: ...lling up to 3 light strips wall centre window the light in the room can be kept constant despite the influence of sunlight and other light sources With the intelligent control constant light control h...

Page 41: ...ulation Table 23 General settings Constant light control The Influence of proportional zone control parameter indicates how strong the influence of the lighting group should be on the control The sett...

Page 42: ...ed down more than the middle and the wall side less If the solar radiation decreases again all light bands are regulated again to 80 If for example the light intensity is set from 450 lux to 300 lux r...

Page 43: ...43 The following diagram shows the influence of the different control parameters to the regulation Figure 26 Influence control parameters 20 25 30 35 40 45 50 55 60 65 70 Window Main Wall no influenc...

Page 44: ...ies GmbH 51766 Engelskirchen Papierm hle 1 Tel 49 2263 880 Fax 49 2263 4588 knx mdt de www mdt de 44 44 4 8 2 Setting Options The following figure shows the available specific settings for the constan...

Page 45: ...oad from the parameters Controller switches light off locked enabled Adjustment if the controller may switch the light off at a strong sun radiation Use Day Night object not used use for next switch o...

Page 46: ...d value Restore previous state Settings what should happen when the lock object is deactivated Settings scenes Scenes not used used Setting whether scenes are to be used for constant light control Sce...

Page 47: ...ork with the new value Settings standby orientation light The standby orientation light defines shading of the room after cutout of the constant light control That means that the controller does not s...

Page 48: ...function The following figure shows the activation of the logic functions 1 4 Figure 28 Activation of Logic function After activating the logic function a submenu for the corresponding logic function...

Page 49: ...ure shows the submenu for a logic Figure 29 Submenu Logic The following table shows the parameter settings for logic function ETS Text Dynamic range Default value Comment Short description of function...

Page 50: ...ect as logic input Object number 0 99 0 Selection of the internal object Attention Only bit values are evaluated correctly External Input C F not active normal inverse Activation of an external object...

Page 51: ...ure measurement The temperature measurement can be used to measure the temperature in the room and send it to the bus The temperature can be sent to the bus either at an adjustable change or cyclicall...

Page 52: ...ver this panel light only needs to be switched on on request and switched off automatically when the teacher lecturer leaves the panel area Only one detector is required for smaller rooms For larger r...

Page 53: ...ure 12 Settings External push button input 22 Figure 13 Process diagram Fully automatic without orientation light 23 Figure 14 Process diagram Fully automatic with orientation light 25 Figure 15 Proce...

Page 54: ...e 21 Table 11 Settings External push button input 22 Table 12 Communication objects External push button input 22 Table 13 Settings Alarm function 30 Table 14 Communication objects Alarm function 31 T...

Page 55: ...usage can occur danger for humans animals or material assets Do not let the packaging lying around careless plastic foil bags etc can be a dangerous toy for kids 6 2 Routine disposal Do not throw the...

Page 56: ...light rows SCN P360K3 01 1 light row The MDT Presence Detector is a installation device for fixed installation in dry rooms the preferred installation height is 2 up to 4 meters 4 pyro detectors Cove...

Page 57: ...5 ETS 4 5 Permitted wire gauge KNX busconnection terminal 0 8mm solid core 0 8mm solid core 0 8mm solid core 0 8mm solid core Power supply KNX bus KNX bus KNX bus KNX bus Power consumption KNX bus typ...

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