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Thermokon SRC-ADO 4AO 2DO, Operating Instruction

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Thermokon SRC-ADO 4AO 2DO Operating Instruction Download Page 33

Software description SRC-ADO

Thermokon Sensortechnik GmbH

                              Page 32

4.3.8  Controller – PI Heating / Controller – PI Cooling / Controller – PI Heating /

Cooling

With a continuous control the control can be ideally adapted to the room by adjusting the
properties. With any new telegram received, the output quantity is recalculated. By using
window  contacts  the  energy-stop  is  activated  if  the  window  is  opened.  By  the  night
lowering, the set point can be lowered. The night lowering can be realized by the use of a
SR65 DI, a slide switch respectively by a motion sensor. The devices for night lowering are
“OR” operating -> if one device is in night lowering when the controller is in night lowering.

Picture 4-14: Property Continuous Control

Summary of Contents for SRC-ADO 4AO 2DO

Page 1: ...Thermokon Sensortechnik GmbH www thermokon de email thermokon de Operating Instruction Wireless Receiver SRC ADO Version 3 20 29 03 2011 ...

Page 2: ...f Receiver 10 3 1 Software Specification 10 3 2 Function Overview Type 1 11 3 2 1 Digital Outputs Relay On Off 11 3 3 Function Overview Type 2 12 3 3 1 Digital Outputs Relay On Off 12 3 4 Menu 14 3 4 1 Devices 14 3 4 2 Test 14 3 4 3 Help 14 3 5 Start Window 15 3 6 Monitor 15 4 Configuration of Outputs 17 4 1 Register Card Property 17 4 1 1 Sensor Monitoring 17 4 1 2 Reading of Output 17 4 1 3 Scal...

Page 3: ...on 34 4 3 8 Contstant FanCoil 35 4 3 8 1 Register Card Property 36 4 3 8 2 Register Card Sensors 36 4 4 Digital Outputs 37 4 4 1 Controller PI Heating Cooling by PWM behaviour 37 4 4 1 1 Register Card Property 38 4 4 1 2 Register Card Sensors 39 4 4 1 3 Changeover Function 39 4 4 2 Controller Two Point Heating Cooling Type1 40 4 4 2 1 Register Card Property 41 4 4 2 2 Register Card Sensors 42 4 4 ...

Page 4: ...4 4 10 2 Register Card Sensors 53 4 4 11 Shutter 54 4 4 11 1 Register Card Property 54 4 4 11 2 Register Card Sensors 54 4 5 Clearing an Output 55 5 Configuration Examples 56 5 1 Sensor Temperature on AO1 56 5 2 Digital output Sensor individual e g Fan output 58 5 3 Control Heating PI on AO2 59 5 4 Learning In of Sensors 60 6 Controller Adjustment 61 6 1 Xp Proportional Range 61 6 2 Tn Integral Ti...

Page 5: ...tputs For applications please see picture 1 1 A CD with the PC configuration software is supplied along with the receiver The software provided enables the configuration of the outputs the learning in of sensors to the receiver and diagnosis possibilities The connection between PC and receiver is made via an USB interface 1 1 and 2 0 For the operation of the receiver an external 868MHz antenna wit...

Page 6: ...digital outputs Interface USB 1 1 and USB 2 0 compatible Power supply 230V AC 50 60Hz Typical range 30m in buildings with antenna CE conformity 89 336 EWG Electromagnetic Compatibility R TTE 1999 5 EC Radio and Telecommunications Terminal Equipment Directive Standards EN 61000 EN 61000 6 2 2001 EN 61000 6 3 2001 ETSI EN 301 489 3 V 1 4 1 EN 61000 3 2 2000 EN 61000 3 3 1995 A1 Ambient temperature 0...

Page 7: ...tinuous heating and cooling PI on 2 outputs 1 3 1 Digital Outputs Relay On Off Control o Continuous heating PI with pulse width modulation o Continuous cooling PI with pulse width modulation o Continuous heating and cooling PI on 2 outputs with pulse width modulation o Two point heating o Two point cooling o Two point heating and cooling on 2 outputs with Sensor Evaluation o Individual settings In...

Page 8: ...nd cooling PI on 1 outputs o Continuous FanCoil automatic and manual mode 1 4 1 Digital Outputs Relay On Off Control o Continuous heating PI with pulse width modulation o Continuous cooling PI with pulse width modulation o Continuous heating and cooling PI on 2 outputs with pulse width modulation o Continuous heating and cooling PI on 1 outputs with pulse width modulation o FanCoil 1 2 3 stages au...

Page 9: ...ion Control o Continuous heating PI o Continuous cooling PI o Continuous heating and cooling PI on 2 outputs 1 5 1 Digital Outputs Relay On Off Control o Continuous heating PI with pulse width modulation o Continuous cooling PI with pulse width modulation o Continuous heating and cooling PI on 2 outputs with pulse width modulation Sensor Evaluation o Individual settings Interpretation of measuring...

Page 10: ...instructions Software and driver are installed automatically Connect the SRC ADO to the PC by an USB cable Follow the instructions The SRC ADO is ready for operation now and can be configured via the software After an successful installation the configuration software can be started via the Start Menu Programme Thermokon Supported operating systems Windows9x WindowsNT WindowsMe Windows2000 Windows...

Page 11: ... is designed for the configuration of analogue and digital outputs In addition the respective current status can be inquired via the info buttons Picture 3 1 shows the start window which is displayed after the programme start Picture 3 1 Start Window Menu Select function Configure output konfigurieren Output value Ausgabewert Monitor ...

Page 12: ...tinuous heating and cooling PI on 2 outputs 3 2 1 Digital Outputs Relay On Off Control o Continuous heating PI with pulse width modulation o Continuous cooling PI with pulse width modulation o Continuous heating and cooling PI on 2 outputs with pulse width modulation o Two point heating o Two point cooling o Two point heating and cooling on 2 outputs with Sensor Evaluation o Individual settings In...

Page 13: ...nd cooling PI on 1 outputs o Continuous FanCoil automatic and manual mode 3 3 1 Digital Outputs Relay On Off Control o Continuous heating PI with pulse width modulation o Continuous cooling PI with pulse width modulation o Continuous heating and cooling PI on 2 outputs with pulse width modulation o Continuous heating and cooling PI on 1 outputs with pulse width modulation o FanCoil 1 2 3 stages au...

Page 14: ...tion Control o Continuous heating PI o Continuous cooling PI o Continuous heating and cooling PI on 2 outputs 3 4 1 Digital Outputs Relay On Off Control o Continuous heating PI with pulse width modulation o Continuous cooling PI with pulse width modulation o Continuous heating and cooling PI on 2 outputs with pulse width modulation Sensor Evaluation o Individual settings Interpretation of measurin...

Page 15: ...puts are deleted Furthermore all sensors in the device can be deleted in the menu point 3 5 2 Test In the menu Test values can be manually assigned to the outputs 0 10V level with analogue outputs and On or Off status with digital outputs picture 3 1 By the buttons Set On and Off the outputs are set immediately Sensors and settings learned in already are ignored during the test mode After completi...

Page 16: ...vice is read out again If a function was selected for one output the same must be configured Therefore please change in the property sensor windows via the button configure output 3 7 Monitor In the window Monitor picture 3 3 all sensors connected are displayed Via the info button the current status of the sensor can be shown In the field Scaling of Data Byte a scaling for the respective data byte...

Page 17: ...Software description SRC ADO Thermokon Sensortechnik GmbH Page 16 Picture 3 2 Monitor Example scaling ...

Page 18: ... detailed description of all properties is made later on Property changes are transmitted by pressing the OK button or by the Take over button Picture 4 1 Sensor Temperature Independent of the output function selected the configuration window always disposes of the following setting options 4 1 1 Sensor Monitoring If a sensor fails a defined value can be assigned to the output The same is adjustab...

Page 19: ...al sensors to one output the sensors must have the same measuring range 4 2 1 Device Types Depending on the function of the output only selected device types can be learned in For example it is not possible to learn in a button with an analogue output including the function temperature sensor Picture 4 2 Sensors 4 2 2 Learning In For learning in a sensor the SensorID learn in button must be actuat...

Page 20: ...igned to the output If no hook mark is set the same does not affect the output 4 2 3 Clearing of Sensors For clearing a sensor the button Erase SensorID must be actuated The clearing window appears Picture 4 4 Clearing Window If the inquiry is confirmed the sensor is cleared It is only possible to clear a sensor if it is not assigned to another output 4 2 4 Info By means of the info button the dat...

Page 21: ...ensor Temperature 4 3 1 1 Register Card Property Lower sensor measuring range Upper sensor measuring range o Enter measuring range of sensor o The measuring range can be found in the product data sheet of the sensor Scaling of output value o Fields lower and upper scaling The input values must be within the measuring range of the sensor o Fields lower and upper output voltage The input values must...

Page 22: ...ontroller 0 50 C corresponds to 0 10 V then the output of the temperature 0 40 C can be assigned to 0 8 V Temperature Offset o Adaption of temperature deviation to sensor Upon sensor failure o Assignment of a defined value with sensor failure o Monitoring time amounts to 90 minutes Output o In the field Output the current status of the output can be displayed by activating the hook mark o Lower ou...

Page 23: ... Sensors Averaging o Averaging is made via all sensors which are marked by a hook on the register card Sensors o Attention For an averaging all sensors must have the same measuring range Number of sensors o Up to 15 sensors can be selected for an averaging and can be assigned to the output ...

Page 24: ...t of a defined value upon sensor failure o Monitoring time amounts to 90 minutes Output o In the field output the current status of the output can be displayed by the activation of the hook mark o Lower output voltage and output voltage Scaling of output voltage in the range 0 10V 4 3 2 2 Register Card Sensors Averaging o Averaging is made via all sensors which are marked by a hook on the register...

Page 25: ... value upon sensor failure o The monitoring time amounts to 90 minutes Output o In the field output the current status of the output can be displayed by activating the hook mark o Lower output voltage and output voltage Scaling of output voltage in the range 0 10V 4 3 3 2 Register Card Sensors Averaging o The averaging is made via all sensors which are marked by a hook on the register card Sensors...

Page 26: ...r brightness 4 3 4 1 Register Card Property Lower measuring range Upper measuring range o Enter measuring range of sensor o The measuring range can be found in the product data sheet of the sensor Scaling of output value o Fields lower and upper scaling The input values must be within the measuring range of the sensor o Fields lower and upper output voltage The input values must be within the 0 10...

Page 27: ...ook mark o Lower output voltage and output voltage Scaling of output voltage in the range 0 10V 4 3 4 2 Register Cards Sensors Averaging o Averaging is made via all sensors which are marked by a hook on the register card Sensors o Attention For an averaging all sensors must have the same measuring range Number of sensors o Up to 15 sensors can be selected for an averaging and can be assigned to th...

Page 28: ...h sensor failure o Monitoring time amounts to 90 minutes Output o In the field Output the current status of the output can be displayed by activating the hook mark o Lower output voltage and output voltage Scaling of output voltage in the range 0 10V Selection Data Byte Selection of data byte that should be effective to the output Function of data bytes can be found in the product data sheet of th...

Page 29: ...different ranges can be assigned to the output o A voltage can be assigned to these 5 ranges o e g for displaying the fan stage of an analogue output Picture 4 11 Sensor Evaluation Range 4 3 5 2 Register Card Sensors Number of Sensors o Up to 15 sensors can be selected and assigned to the output ...

Page 30: ...ister Card Property Switch Adjustment o Long button actuation o Time from which the output shall dim o Step size dimming Adjustable by how many percents the output shall be changed per interval o Update Interval Adjustable in which timer interval it should be dimmed Output o In the field Output the current status of the output can be displayed by activating the hook mark o Lower output voltage and...

Page 31: ...is changed By a short button actuation e g 2s the lighting can be switched on or off Picture 4 12 Dimming 1 button operation 4 3 6 3 Dimming 2 button operation With 2 button operation the output is dimmed darker by a long button actuation on the lower button By actuating the upper button the output is dimmed brighter e g the output is changed by e g 5 all 0 3s By a short button actuation e g 2s th...

Page 32: ... point could be adjusted by pressing 3 to 4 times On Button of a learnt in switch New set point will be available after light is set off and on 2 times o Ligth 100 SR MDS table As the sensitiviy of the light sensor compared to artificial light is among others depending on the light source the location of the sensor and the reflection characteristics of a room the sensitivity must be determined by ...

Page 33: ...new telegram received the output quantity is recalculated By using window contacts the energy stop is activated if the window is opened By the night lowering the set point can be lowered The night lowering can be realized by the use of a SR65 DI a slide switch respectively by a motion sensor The devices for night lowering are OR operating if one device is in night lowering when the controller is i...

Page 34: ... monitored General Control Settings Night Lowering o Reduction of set point by none 2 K 4 K 6 K 8 K 10 K 12 K antifreeze operation o For night lowering the following can be used OR operation Room operating panel SR0x with slide switch Digital module SR65DI lowering if contact is opened e g with time switch Motion sensor Wireless chair Rocker radio timer PTM switch Easyclick Timer Antifreeze protec...

Page 35: ...ol variable limit o Limit of control output Output In the field Output the current status of the output can be displayed by activating the hook mark 4 3 8 2 Register Card Sensors 1 temperature sensor can be learned in Window contacts are Or operated i e all window contacts must be closed If the window is opened the controller switches to 100 if the antifreeze temperature is fallen below Devices fo...

Page 36: ...alculated With this control value and changeable switch value the fan speed is automatically controlled Via sensor the fan speed could be manual controlled To control the fan speed with a continuous controller the same channel of the sensor as is used by the continuous controller has to be selected Abbildung 4 15 Parameter Constant FanCoil ...

Page 37: ...oltage for run up o This value the time is set how long the FanCoil should run at start up in the highest stage Number of fan stages o 1 2 or 3 fan stages could be used Output In the field Output the current status of the output can be displayed by activating the hook mark The output is as o Fan stage Number of fan stages 10 V 4 3 9 2 Register Card Sensors 1 temperature sensor can be learned in If...

Page 38: ...e property setting With each new telegram receipt the output quantity is recalculated By using window contacts the energy stop is activated if the window is opened By the night lowering the set point can be lowered The night lowering can be realized by the use of the SR65DI a slide switch respectively by a motion sensor For the night lowering the devices are Or operated if one device is in night l...

Page 39: ...ering o Reduction of set point by none 2 K 4 K 6 K 8 K 10 K 12 K antifreeze protection o For night lowering the following can be used OR operation Room operating panel SR0x with slide switch Digital module SR65DI lowering with opened contact e g with time switch Motion sensor Wireless chair Radio rocker radio timer PTM switch Easyclick Timer Antifreeze protection with activated energy stop o Adjus...

Page 40: ...tput In the field Output the current status of the output can be adjusted by activating the hook mark 4 4 1 2 Register Card Sensors 1 Temperature sensor can be learned in Window contacts are OR operated i e all window contacts must be closed If the window is opened the controller switches to 100 if the antifreeze temperature was fallen below Devices for night lowering are OR operated 4 4 1 3 Chang...

Page 41: ...witched on if the set point is exceeded and switched off if the set point is fallen below With each new telegram received the output quantity is recalculated By the use of window contacts the energy stop is activated if the window is opened By the night lowering the set point can be lowered The night lowering can be realized by the use of SR65 DI a slide switch respectively by a motion sensor The ...

Page 42: ... not monitored General Controller Setting Night lowering o Reduction of set point by none 2 K 4 K 6 K 8 K 10 K 12 K antifreeze protection o For night lowering the following can be used OR operation Room operating panel SR0x with slide switch Digital module SR65DI lowering with opened contact e g with time switch Motion sensor Wireless chair Radio rocker radio timer PTM switch Easyclick Timer Antif...

Page 43: ...Register Card Sensors 1 Temperature sensor can be learned in Window contacts are OR operated i e all window contacts must be closed If the window is opened the controller switches to 100 if the antifreeze temperature was fallen below Devices for night lowering are OR operated ...

Page 44: ...lculated With this control value and changeable switch value the fan speed is automatically controlled Via sensor the fan speed could be manual controlled To control the fan speed with a continuous controller the same channel of the sensor as is used by the continuous controller has to be selected Abbildung 4 19 Parameter FanCoil ...

Page 45: ...rting high voltage for run up o This value the time is set how long the FanCoil should run at start up in the highest stage Number of fan stages o Number of fan stages is chosen by the function in the main menu Output In the field Output the current status of the output can be displayed by activating the hook mark 4 4 3 2 Register Card Sensors 1 temperature sensor can be learned in If the FanCoil ...

Page 46: ...e light value SR MDS Digital Input SR65DI o For the seamlessly connection the digital input must be opened Wireless chair Window contact SRW01 Radio rocker radio timer PTM switch Easyclick Timer Window handle SecuSignal o Closed opened Display if window is opened o Closed tilted opened Display if window is tilted or opened o As for the SecuSignal window handle a correct installation is very import...

Page 47: ...o adjustable from 0 65000 seconds SR MDS o Switches the light on if it is to dark and movement is detected o With a switch light could be manually switched on and off Output o Relays is invertible o In the field Output the current status of the output can be displayed by activating the hook mark 4 4 4 2 Register Card Sensors Number of Sensors o Up to 15 sensors can be selected and assigned to an o...

Page 48: ...ning time o Adjustable from 0 65000 seconds Selection data byte o Selection of data byte which should be effective on the output o Function of data byte can be found in the product data sheet of the manufacturer Lower switch value and upper switch value o In the range between the lower and upper switch value the relay is switched on Example Temperature limiting value sensor 0 40 C over 30 C switch...

Page 49: ...tch relay on Lower switch value 165 bit Upper switch value 195 bit Output o Relays is invertible o In the field Output the current status of the output can be displayed by activating the hook mark 4 4 5 2 Register Card Sensors Number of sensors o Up to 15 sensors can be selected and assigned to the output ...

Page 50: ...on operation 4 4 6 1 Register Card Property Selection of switch function o Toggle Relay is toggled with each button actuation o Buttons Relay reswitches after a button actuation and after expiration of the after running time Output o In the field Output the current status of the output can be displayed by activating the hook mark 4 4 6 2 Register Card Sensors Number of sensors o Up to 15 buttons c...

Page 51: ... a rocker of a switch is switching the digital output on and off Picture 4 24 Switching 2 button operation 4 4 7 1 Register Card Property Output o In the field Output the current status of the output is displayed by activating the hook mark 4 4 7 2 Register Card Sensors Number of sensors o Up to 15 buttons can be selected and assigned to the output ...

Page 52: ...tion of the analogue output if the button is assigned to the analogue and digital output Settings must be made on the analogue output The configuration of the dimming function is made when selecting the analogue output Picture 4 25 Dimming 1 Button Operation 4 4 8 1 Register Card Property Output o In the field Output the current status of the output is displayed by activating the hook mark 4 4 8 2...

Page 53: ...with the dimming function of an analogue output if the rocker is assigned to the analogue and digital output The configuration of the dimming function is made when selecting the analogue output Picture 4 26 Dimming 2 Button Operation 4 4 9 1 Register Card Property Output o In the field Output the current status of the output can be displayed by activating the hook mark 4 4 9 2 Register Card Sensor...

Page 54: ...puts are locked against each other by the software so that always only one relay is switched 4 4 10 1 Register Card Property Long button actuation o Short button actuations are for the fine adjustment of the lamellas o A long button actuation starts the automatic run and controls the blind for the running after time continuously in the direction open respectively close o The automatic run can be s...

Page 55: ...are locked against each other by the software so that always only one relay is switched 4 4 11 1 Register Card Property Long button actuation o A short button actuation starts the automatic run and controls the shutters for the running after time continuously in the direction open respectively close o The automatic run can be stopped by a renewed button actuation o A long button actuation is desig...

Page 56: ...Clearing an Output For clearing an output no sensor should be assigned to the output In the register card sensors there should be no hook mark For clearing an output select Not used 1 in the main menu Then use button sensor configuration 2 Picture 4 29 Deleting Output 1 2 ...

Page 57: ...s 5 1 Sensor Temperature on AO1 Select the requested function here Sensor Temperature AO1 in the output function list 1 Picture 5 1 Selection Sensor Temperature AO1 The output must be configured and a sensor must be assigned to the output Therefore actuate the button configure output 2 1 2 ...

Page 58: ... description SRC ADO Thermokon Sensortechnik GmbH Page 57 Picture 5 2 Property In the property rider a scaling of the sensor is possible If no parameters should be amended it can be changed in the rider sensors ...

Page 59: ... output to the relays the function Sensor individual must be used 3 times for each stage Stage 1 Data byte 3 Lower switch value Bit 165 Upper switch value Bit 185 Stage 2 Data byte 3 Lower switch value Bit 145 Upper switch value Bit 165 Stage 3 Data byte 3 Lower switch value Bit 130 Upper switch value Bit 145 Picture 5 3 Relay output fan stages ...

Page 60: ... function Picture 5 4 Heating PI on AO2 A local set point relocation of 3K was selected That is to say the set point can be adjusted from 17 23 C The energy stop function was selected so that window contacts can be assigned to the output If a window is opened the control variable amounts to 0 as long as the anti freeze limit is achieved If the anti freeze is under run the control variable is 100 M...

Page 61: ...ated to the output by setting a hook mark in the field selection It is only possible to assign suitable sensors to the output Thus it is not possible to allocate a key to a temperature output Picture 5 5 Learning in of Sensors Select the device type 2 and actuate the button learning in of sensors 3 Now the window learning in of sensors appears and a sensor can be learned in accordingly 4 1 2 3 4 ...

Page 62: ...ontrol variable difference between actual value and set point 6 2 Tn Integral Time Y t T n Nachstellzeit Tn describes the integral range The integral range is the time which an I controller needs to achieve the same control variable change this is effected instantly by a PI controller due to its P part 6 3 Typical Controller Settings Hot water heating Xp 5K Tn 150min Under floor heating Xp 5K Tn 2...

Page 63: ...n Sensortechnik GmbH Page 62 7 Version Change Version 3 0 Devices including hardware version 1 and 2 cannot be configured by the software version 3 0 Please use software version 2 Version 3 1 Checking firmware of SRC ADO type 1 and type 2 ...

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