Room thermostat/pushbutton sensor Busch-triton, UP Type: 6327-xx

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1 The application module is mounted on a UP bus coupling unit. The 5 gang pushbutton sensor can transmit e.g. switching, dimming, blinds, value or ventilation telegrams to EIB actuators. By means of the auxiliary pushbutton, the three upper rocker buttons can be used to operate the room thermostat. The following information can be shown in the integrated display. Current ambient temperature Setpoint Mode of operation Each operating element has a status LED as well as a back-lit title strip. As an option, the two lower rocker buttons can be used to control light scenes. Technical data Supply EIB 24 VDC, effected via a bus line Operating and display elements 5 rocker buttons each with 2 pushbutton contacts 5 two-coloured LEDs red / green 5 back-lit title strips Connections Bus coupling unit UP 10-pole plug connector Protection type IP 20, EN mounted on the bus coupling unit Ambient temperature range operation - 5 C 45 C storage -25 C 55 C transport -25 C 70 C Design Busch-triton Colour alpine white, light grey, diamond black, crimson, cobalt blue, platinum, bronze, studio white matt, studio white, high gloss, basalt black, cardinal red, Hansa blue, champagne, metallic Installation plugged on to bus coupling unit UP Dimensions x 90 mm (H x W) Weight 0.13 kg Certificate CE-mark EIB-certified according to EMC guide line and Low Voltage Directive March 2001

2 Application program No. of communication Max. no. of group Max. no of objects addresses assignments IR switching, dimming, blinds, value, ventilation, heating, cooling/ IR switching, dimming, blinds, value, ventilation, LZ heating, cooling / Connection diagram 230 V Bus connector 2 Application module 3 10-pole connector Note If two Busch-triton pushbutton sensors are installed horizontally, a distance of 112 mm (using 2 UP outlet spacers, e.g.2 x Kaiser spacing glands 91) is recommended. March

3 IR switching, dimming, blinds, value, ventilation, heating, cooling/1 selection in the ETS2 ABB Heating, air conditioning, ventilation triton thermostat ABB triton pushbutton pushbutton, 5gang with RTR The application program is intended for the application module 5gang Buschtriton push button sensor with room thermostat. The Busch-triton pushbutton sensor is used as a room thermostat and can also be used for switching, dimming, control of the blinds, transmission of 1 byte values and/or ventilation control. Dependent on the setting of the parameters of the five rocker buttons, various communication objects are overlaid or hidden. In the application program, a difference is made in the parameter settings between partial and complete access. In the case of partial access, only the most important parameters are displayed. If the ETS is toggled to complete access, all the parameters are visible and adjustable. A single parameter long actuation from is used to set any rocker button used for dimming, blinds or ventilation control. The value which can set be here specifies the time from which the pushbutton sensor detects long actuation. The default is 420 ms. The Busch-triton pushbutton sensor is usually set to the pushbutton sensor mode of operation. The switching commands for the control of the lighting, blinds or ventilation and 1 byte values specified at start-up can be transmitted in this mode. As an alternative, the rocker buttons can also be permanently assigned in the Temperature setpoint setting or Switching standby/comfort mode of operation in the pushbutton sensor mode. If the auxiliary pushbutton is actuated, the Busch-triton pushbutton sensor changes over to the room thermostat mode of operation. The first three rocker buttons can now be used to set the room temperature control functions. The device automatically switches back to the Pushbutton sensor mode of operation approx. 5s after the last actuation. LCD The current ambient temperature and the current mode of operation of the room thermostat are shown in the display as standard in the Pushbutton sensor mode of operation. It is possible to display the current setpoint value or the actual value by means of the parameter Temperature display in the normal mode of operation. As an alternative, the temperature display can also be permanently switched off by means of the setting No temperature display. If the auxiliary pushbutton is used to change the Room thermostat mode of operation, the current setpoint temperature and the mode of operation of the room thermostat will appear in the display. In addition, the unit ( C) will begin to blink. The current setpoint value for each mode of operation (comfort, night operation or frost/heat protection) is shown in the room thermostat mode. If the parameter Setpoint value heat protection on the Setpoint parameter side is set to Cooling off, and an ON telegram received at the object Frost/ heat protection with the cooling switched on, the display will then show off instead of the current setpoint. LED back-lighting The back-lit title strips also show the functions of the rocker buttons in the dark. The title strip LEDs can be switched permanently on or off. As an alternative, they can also be switched by means of rocker button 3 in the Room thermostat mode or by means of the Night-time operation communication object. The status LED and the backlight LED can be linked to the behaviour of the title strip LEDs or switched on permanently. As an option, the LEDs can be used as a pilot light or for status indication in the pushbutton sensor mode by means of the parameter LED mode of operation. When used as a pilot light, the colour of each LED can be set separately. IR In addition to the rocker buttons, the Busch-triton pushbutton sensor can also be remotely controlled by means of an IR hand-held transmitter. The five rocker buttons and the auxiliary pushbutton can be assigned to the white or the blue IR range of the handheld transmitter. A suitable setting must be selected on the hand-held transmitter by means of the slide switch March 2001

4 The MEMO pushbutton of the hand held transmitter corresponds to the function of the auxiliary pushbutton of the Buschtriton pushbutton sensor. Switching A switching function with a 1 bit communication object is available for each rocker button in the default setting of the Busch Triton pushbutton sensor. Switching is effected by actuation of the rocker button. For more complex applications, two 1 bit communication objects for switching are available for each of the rocker buttons if the parameter Number of switching functions is increased to 2 functions. The parameter Mode of operation of the rocker button specifies the value transmitted by the pushbutton sensor on actuation of the left-hand or the righthand-hand side of a rocker button. Dimming. If the mode of operation of the rocker button is set to Dimming sensor, the rocker button has the communication objects Rocker button short for switching and Rocker button long for dimming. As standard, the pushbutton sensor does not make a distinction between a short actuation on the left-hand side, the righthand-hand side or the middle during switching. It always switches over in this case. If required, the switching function of the right-hand-hand or left-hand rocker button is specified by means of the parameter Dimming direction. The Dimming direction is also used to specify which side of the rocker button has to be held down to dim up or down. When the pushbutton is released, it transmits the telegram Stop dimming. Blinds. If the mode of operation of the rocker button is set to Blinds sensor, the pushbutton sensor will transmit Move blinds up/down telegrams with long actuation. With short actuation, it will transmit telegrams to stop or gradually adjust the louvres. The parameter Direction of the blinds specifies which side of the rocker button has to be actuated to move the blinds up or down. By means of the parameter Automatic shading, it is possible to include blinds in the cooling. To do this, the parameter must be changed from its default setting Inactive to Transmit on telegram or Transmit off telegram. Whether an on or off telegram is to be transmitted, depends on the type of blinds actuator used. In the normal case, an ON telegram causes the blinds to move down (see also Heating and cooling ). Value If the mode of operation of the rocker button is set to Value, the pushbutton sensor will transmit 1 byte values on actuation of the rocker button. The parameters Rocker button...value on actuation (0..255) specify, which value will be transmitted on actuation of the left-hand or right-hand-hand pushbutton. Continuous ventilation. If the mode of operation of the rocker button is set to Continuous ventilation, the pushbutton sensor reads the 1 byte value from the bus on actuation of the rocker buttons on and shows it on the display in %. On further actuation, the current setpoint will be increased or reduced in 5% steps. The new value will be transmitted approx.3s after the last actuation. The parameters Lower limit value... and Upper limit value for ventilation control specify the range in which the setpoint value for the ventilation control can be re-adjusted by means of the rocker buttons. The parameter Mode of operation of the rocker button specifies which side of the rocker button will increase or decrease the value. Setting the setpoint temperature The setpoint temperature is normally changed by changing over into the room thermostat mode. If the parameter Mode of operation of the rocker button is set to Setting the setpoint temperature, a rocker button can also be used to change the setpoint temperature in the pushbutton sensor mode. The setpoint temperature is reduced by pressing the left-hand side of the rocker button and increased by pressing the righthand-hand side of the rocker button. March

5 Night Comfort Frost-/heat object objekt protection object Frost 1 protection Comfort 1 0 Night 1 0 Standby 0 Mode of operation Change-over standby/comfort The comfort and standby modes of operation are usually changed over in the room thermostat mode. If the mode of operation of the rocker buttons is set to Changeover standby /comfort, the mode of operation can also be changed over in the pushbutton mode. The left-hand side of the rocker button switches into the standby mode and the right-hand side of the rocker button switches into the comfort mode. Control. Three control functions Heating and cooling, Heating and 2 step heating can be set. After selection of the control functions, the parameters required for further settings are available. The Room thermostat mode of operation can be switched into by means of the auxiliary pushbutton. The following are specified in this mode: 1st rocker button change of the setpoint temperature 2nd rocker button selection between comfort or standby operation; in night operation, activati on / deactivation of the party time; manually deselect frost and heat protection (comfort extension) 3rd rocker button - switch-on or off of the backlight. A change over into the Room thermostat mode of operation can be prevented by disabling the parameter Func-tion of auxiliary pushbutton. This setting is appropriate in functional buildings. The room thermostat has four modes of operation. The frost protection mode has the highest priority, i.e. if the frost protection mode is active, another mode of operation cannot be changed over into. To do the latter, the frost protection mode must first be deactivated, e.g. by closing a window. Comfort operation has the next highest priority, followed by night operation. If none of the three mentioned modes of operation is active, the room thermostat is in standby operation (see also the above diagram of the modes of operation). Manual adjustment of the setpoint can be disabled or restricted by means of the parameter Range for manual specification of setpoint. In addition, shifting up or down can be restricted or prevented by means of the parameter Maximum increase... or Maximum reduction of the setpoint. An adjustment of the setpoint affects all of the setpoints which are dependent on the comfort temperature. if e.g. the standby temperature is raised by 1 C, all the setpoints for the comfort, night output reduction modes of operation and standby in heating and cooling operation will be reduced by 1 C as well. The setpoints for frost and heat protection cannot be changed manually. The base setpoint can also be changed by means of the bus, as required. To do this, a 2 byte temperature value must be transmitted to the object Base setpoint. Party time (comfort extension) A party time can be called in the room thermostat mode, i.e. the user has the possibility to effect a comfort extension if the thermostat is in night operation. The party time can be activated in night operation by pressing the right-hand side of the 2nd rocker button (change into the comfort operation). After expiry of the party time, the thermostat switches back into the night operation mode March 2001

6 Temp. Setpoints Cooling Setpoints Heating Comfort operation Standby operation Thermostat cools if actual value > cooling setpoint Night Frost/heat protection operation operation Setpoint heat protection Anhebung Nacht Increase Kühlen standby cooling Dead zone between Thermostat requires no power heating and cooling (regulating variable = 0) Reduction standby Base setpoint heating Reduction night heating Thermostat heats if actual value < heating setpoint Setpoint frost protection Setpoints in the various modes of operation, if heating and cooling active The symbols for the night and comfort operation will be shown in the display during the party time. The party time can be manually reset to night output reduction by pressing the left-hand side of the 2nd rocker button. As an option, this function can also be used for temporary deactivation of the heat and frost protection. As in the night operation, the comfort mode of operation will be changed over into for the parameterized time. The function is switched on and off in the same way. The symbols for frost protection and comfort are shown in the display during comfort extension. Heating and cooling The following setpoints can be set for heating operation: Base setpoint in C (16 31) (Comfort temperature), Reduction in standby heating (1 8), Reduction night heating in K (1 8) and Setpoint frost protection in C (5 10). The comfort temperature for cooling can be set by means of the Dead zone between heating and cooling in K (1-8). The settings of the setpoints for standby and night operation also apply to this value: Increase in standby cooling in K (1 8)and Increase in night cooling in K (1 8). If cooling should take place from e.g. a base setpoint of 22 C in comfort operation at 25 C, a dead zone of 3 C must be set. If cooling should take place in standby-operation at 27 C, the value must be increased by 2 C. Cooling in night operation from 29 C requires this value to be increased by 4 C. A setpoint can be specified for heat protection, at which the cooling will still work even with the windows open. If heat protection is not required, cooling can be switched off. In this case, the value 51 C will be output via the setpoint object instead of the current setpoint if an on telegram is received at the frost/heat protection object. The display in room thermostat mode will then show OFF. Changeover between cooling and heating is automatically effected in the default setting by means of the room thermostat. If this is not desired, the Changeover between heating and cooling can be effected by means of an external, central control via the heating/ cooling object. To do this, the parameter Changeover between heating and cooling be must set to external. March

7 If automatic changeover is set, the RTR decides when changeover between heating and cooling should take place. In addition, the object Delete setpoint setting is available to reset the manual setpoint setting (e.g.+3k). If a 0 or 1 is transmitted to the object, the default will be set to zero. If automatic changeover between heating and cooling is replaced by external changeover, the heating and cooling symbols are permanently visible during the corresponding mode of operation. External changeover between heating and cooling is effected by means of the object Delete setpoint setting. Heating is activated on receipt of a telegram with the value 1 and cooling by a telegram with the value 0". Heating is active after a reset. The setting Behaviour on receipt of a base setpoint is used to specify whether the manual setpoint setting is reset or not on receipt of a setpoint. If e.g. a base setpoint is transmitted from a central timer switch, it is good policy to reset the locally set values (e.g.+3k). As a result, all the actuated room thermostats will have the same setpoint. In the Heating and cooling mode of operation, both controlling variables will be transmitted cyclically. For operation with at least one rocker button as a blinds sensor, automatic shading can be effected by moving down the blinds to avoid further heating up through the sunlight in cooling operation. The setpoint is set by means of the parameter Automatic shading.... In addition, the parameter Automatic shading must be activated for the blinds sensors which are to be included in the shading (see also blinds). The parameter Changing of current temperature for auto. transmission is used to specify from which temperature change a new temperature value will be transmitted. As standard, the current setpoint is transmitted after transmission of a new temperature. Transmission of the setpoint can be also de-activated. In addition, a cycle time specifies when the room thermostat will transmit the current temperature, independent of a temperature change. If the measured temperature is distorted by the self-warming of the bus coupling unit, a compensating value for the room temperature measurement can be set. The standard setting 0 is recommended as a compensating value for the bus coupling unit. In order to be able to respond to the various control types for heating or cooling operation, the Busch-triton pushbutton sensor can be parameterized as continuous or switching controller. In the case of a switching controller, a choice can be made between a PWM controller and a two-position controller. In the case of a switching PWM controller, the original value of the controller ( ) is converted to an on/off switching relationship. If e.g. a regulating variable of 70% is output, the switch-on time will be 7min and the switch-off time 3min with e.g. a preset cycle time of 10 min. The dynamic range can be restricted here as well as in the case of the continuous controller. In the case of continuous control behaviour and a switching PWM controller, the preset control parameters concerning the type of heating or cooling system can be used. If different control parameters are necessary, they can be set individually by means of open parameterization. Open parameterization should only be used if you have sufficient experience in control technology. The continuous controller sends its controlling variable to a 1 byte object. In the case of certain control valves which do not use the complete dynamic range ( ) because their own dynamic range only extends from 25 until approx. 180, the minimum and maximum controlling variable of the controller can be adapted. The dynamic range of the system (controller + positioning valve) is thus increased. The controlling variable 0 is transmitted to close the control valve. To prevent unnecessary load on the bus, the required size of the change of the controlling variable can be set, so that it can be transmitted to the bus. The setting is effected in percent. In addition, the transmission of the controlling variable is restricted by a cycle time, e.g. every 30 min March 2001

8 The Cycle time of the switching controlling variable can be set to optimize the response characteristics of the heating or cooling system. The type of the heating or cooling as well as the actuator used should be considered to ensure that an appropriate cycle time is set. The following recommendations can be used for this: a) Thermoelectric actuator Approx.2-3 minutes are required to completely open an electrother mal positioning valve. A shorter cycle time of less than 15 minutes is thereforenot good policy. b) Floor heating The time constant of a floor heating system is very large. For this reason, a cycle time of 20 minutes is adequate. c) Hot water heating system Electrothermal actuators are often used here. Very good control results are obtained with a cycle time of 15 minutes. d) Electric convector heating system Cycle times between 10 and 15 minutes are recommended, depending on the electric heating system and spatial conditions. If a two-position controller is used for heating or cooling control, different values can be chosen for the hysteresis, which fluctuates around the setpoint. If the setpoint is set at e.g. 20 C and the hysteresis at 0.5 K for heating operation, then the controller will actuate at 19.5 C and switch off again at 20.5 C. The setting of the hysteresis depends on how quickly the heating system can heat up the room or how quickly the cooling system cools the room and also on the temperature sensitivity of the customer. The hysteresis should not be too low, because otherwise the actuator will open and close permanently. The hysteresis should also not be too high, because the temperature variations in rooms are relatively large. reduced during control. The selected reduction should be less than one fifth of the hysteresis. e.g. hysteresis 0.5 K => reduction < 0.1 K/min In certain cases (floor heating), it may be necessary to install a rapid booster stage for heating control, in order to be able to heat the room quickly. In the default 2 stage heating, the room thermostat can control a second heating system by means of a switching control (1 bit) or by means of a quasi-permanent control with the 1 byte values 0% and 100%. The parameters Step interval of the base stage to the booster stage and Hysteresis (onesided) can be used to specify when the booster stage switches on and when it switches off. As in the case of the base stage, unnecessary loads on the bus can be avoided by pre-setting an appropriate cycle time for the controlling variable. As some actuators close at a 1 byte value of 255 or a 1 bit value of 1 and open at other corresponding values, the direction of control action of the controlling variable can also be inverted. The mode of operation of the controller after bus recovery after a power failure can be set. The parameter Reducing the hysteresis is used to increase the control accuracy. If this parameter is active, the hysteresis will be reduced by e.g. 0.1K per minute, if necessary down to 0K. As a result of the reduced hysteresis, the variations in temperature are effectively March

9 with switching sensor, heating and cooling and switching control 0 1 bit Mode of operation Frost/heat protection 1 1 bit Mode of operation Night-time operation 2 1 bit Mode of operation Comfort operation 3 1 bit Controlling variable Heating (switching) 5 2 byte Base setpoint value Telegram temperature 6 2 byte Actual temperature Telegram actual temperature 7 2 byte Current setpoint value Telegram temperature 8 1 bit Mode of operation Reset of local conditions 9 1 bit Rocker button 1 Telegram switching 11 1 bit Rocker button 2 Telegram switching 13 1 bit Rocker button 3 Telegram switching 15 1 bit Rocker button 4 Telegram switching 17 1 bit Rocker button 5 Telegram switching with switching sensor with 2 switching functions 9 1 bit Rocker button 1 left Telegram switching 10 1 bit Rocker button 1 right Telegram switching 11 1 bit Rocker button 2 left Telegram switching 12 1 bit Rocker button 2 right Telegram switching 13 1 bit Rocker button 3 left Telegram switching 14 1 bit Rocker button 3 right Telegram switching 15 1 bit Rocker button 4 left Telegram switching 16 1 bit Rocker button 4 right Telegram switching 17 1 bit Rocker button 5 left Telegram switching 18 1 bit Rocker button 5 right Telegram switching with dimming sensor 9 1 bit Rocker button 1 -short Telegram switching 10 4 bit Rocker button 1 -long Telegram dimming 11 1 bit Rocker button 2 -short Telegram switching 12 4 bit Rocker button 2 -long Telegram dimming 13 1 bit Rocker button 3 -short Telegram switching 14 4 bit Rocker button 3 -long Telegram dimming 15 1 bit Rocker button 4 -short Telegram switching 16 4 bit Rocker button 4 -long Telegram dimming 17 1 bit Rocker button 5 -short Telegram switching 18 4 bit Rocker button 5 -long Telegram dimming with sensor for the blinds 9 1 bit Rocker button 1 -long Telegram move blinds up/down 10 1 bit Rocker button 1 -short Telegram adjustment of louvres/stop 11 1 bit Rocker button 2 -long Telegram move blinds up/down 12 1 bit Rocker button 2 -short Telegram adjustment of louvres/stop 13 1 bit Rocker button 3 -long Telegram move blinds up/down 14 1 bit Rocker button 3 -short Telegram adjustment of louvres/stop 15 1 bit Rocker button 4 -long Telegram move blinds up/down 16 1 bit Rocker button 4 -short Telegram adjustment of louvres/stop 17 1 bit Rocker button 5 -long Telegram move blinds up/down 18 1 bit Rocker button 5 -short Telegram adjustment of louvres/stop March 2001

10 with value sensor 9 1 byte Rocker button 1 Telegram value 11 1 byte Rocker button 2 Telegram value 13 1 byte Rocker button 3 Telegram value 15 1 byte Rocker button 4 Telegram value 17 1 byte Rocker button 5 Telegram value with ventilation sensor 9 1 byte Rocker button 1 ventilation Telegram value 11 1 byte Rocker button 2 ventilation Telegram value 13 1 byte Rocker button 3 ventilation Telegram value 15 1 byte Rocker button 4 ventilation Telegram value 17 1 byte Rocker button 5 ventilation Telegram value with continuous control byte Controlling variable Heating (continuous) 4 1 byte Controlling variable Cooling (continuous)... with switching control bit Controlling variable Heating (switching) 4 1bit Controlling variable Cooling (switching)... with 2 stage heating (switching) bit Controlling variable Heating (switching) 4 1bit Controlling variable Booster stage level heating (switching)... with 2 stage heating (continuous) byte Controlling variable Heating (continuous) 4 1 byte Controlling variable Booster stage level heating (continuous)... with external changeover from heating to cooling operation bit Mode of operation Heating/cooling... March

11 Parameters The default setting of the values is in bold type General: Function of the auxiliary button no function Setting of the RTR IR range blue white no IR Behaviour of the title box LEDs always off can only be controlled by means of rocker button 3 off in night operation always on only with LEDs which can be switched off: switch-off of the LCD back-lighting by means of title box LEDs switch-off inactive switch-off of the status LEDs by means of title box LEDs switch-off inactive only with LEDs which are always switched on: switch-off of the LCD back-lighting deactivation inactive switch-off of the status LEDs deactivation inactive long actuation from 280 ms / 420 ms / 560 ms / 700 ms / 840 ms Control - general: Control functions used Heating and cooling Heating 2 stage heating Party time (comfort extension) inactive 30 min 1 hour 1,5 hours 2 hours 2,5 hours 3 hours 3,5 hours 4 hours frost/heat protection level can be ma- free nually deselected (comfort extension) disabled temperature display in normal Actual value operating mode Current setpoint value no temperature display Mode of operation after reset Standby Comfort Night Frost/heat protection March 2001

12 Parameters The default setting of the values is in bold type For each rocker separately: Function of the rocker button Switching sensor Dimming sensor Blinds sensor Value continuous ventilation Temperature setpoint setting changeover standby /comfort with the switching sensor mode of operation: number of switching functions 2 functions = >2 objects 1 function = > 1 object only with one switching function: function of the rocker buttons UM left = OFF, right = ON left = ON, right = OFF only with two switching functions: function of the rocker buttons left = UM, right = UM left = UM, right = OFF left = OFF, right = UM left = OFF, right = OFF left = UM, right = ON left = OFF, right = ON left = ON, right = UM left = ON, right = OFF left = ON, right = ON with dimming sensor mode of operation: dimming direction left = darker/um, right = brighter/um left = brighter/um, right = darker/ UM left = darker/off, right = brighter/on left = brighter/on, right = darker/off with the blinds sensor mode of operation: direction of the blinds left = down, right = up left =up, right = down automatic shading (see also nominal values folder) inactive Transmit on telegram (normal) Transmit off telegram with switching, dimming and blinds sensor mode of operation: LED mode of operation of this rocker Pilot light shows object value of object no.... only with display of object value: colour of the LED OFF = green, ON = red OFF = red, ON = green only with pilot light: Colour of the LED always green always red always off March

13 Parameters The default setting of the values is in bold type with the value mode of operation: Rocker button left - value at actuation 0 (0..255) Rocker button right - value at actuation 255 (0..255) LED function of this Rocker button Actuation of the rocker button Pilot light only with actuation of the rocker button: colour of the LED left = green, right = red left = red, right = green only with pilot light: colour of the LED always off always red always green with continuous ventilation mode of operation: function of the rocker button left = down/right = up left = up/ right = down lower limit value for 0% / 10% / 20% / 30% ventilation control upper limit value for 70% / 80% / 90% / 100% ventilation control colour of the LED always green always red always OFF with setting of setpoint temperature mode of operation: function of the rocker button left = reduce, right = increase colour of the LED always green always red always OFF with changeover of standby/ comfort mode of operation: function of the rocker button left = standby, right = comfort colour of the LED always green always red always OFF Room temperature measurement change of actual temperature for auto. inactive transmission of the actual temperature at 0,2 K at 0,4 K at 0,6 K at 0,8 K at 1,0 K at 1,2 K at 1,4 K at 1,6 K at 1,8 K at 2,0 K Transmit current setpoint value inactive on change active March 2001

14 Parameters The default setting of the values is in bold type Cycle time for automatic transmission inactive of the actual and current setpoint every 3 min temperature every 5 min every 10 min every 15 min every 30 min every 60 min compensation value for room tempera- 0 ture measurement (measuring value changeable by ( ) x 0.1 K) Setpoints Base setpoint in C (comfort tempe- 16 C / / 21 C / / 31 C rature heating (16..31) Reduction standby heating 1 K / 2 K / / 8 K in K (1..8) Reduction night heating 1 K / / 4 K / / 8 K in K (1..8) Setpoint frost protection in C 5 C / / 7 C / / 10 C Automatic shading (effective for actual temperature rocker buttons with blinds sensor) >comfort temp. Heating + 2K actual temperature >comfort temp. heating +4 K actual temperature >comfort temp. heating +6 K actual temperature >comfort temp. heating +8 K only with control function heating and cooling: dead zone between heating and 1 K / 2 K / / 8 K cooling in K (1..8) Increase standby cooling 1 K / 2 K / / 8 K in K (1..8) increase night cooling in 1 K / 4 K / / 8 K in K (1..8) Setpoint heat protection Cooling switched off 30 C 35 C 40 C 44 C changeover between heating automatic / object and cooling: Delete setpoint selection external/object heating /cooling March

15 Parameters The default setting of the values is in bold type For heating and cooling control: output of the controlling variable continuous switching only with switching controlling variable: type of control 2-point controller PWM controller only with PWM controller: Switching parameter Installation type free parameterization only with heating control: type of heating system hot water heating (1.5 K/100 min) electric heating (1.5 K/50 min) Floor heating (4 K/200 min) only with cooling control: type of cooling system cooling surface (5 K/240 min) split unit /fan convector (4 K/90 min) only with free parameterization: proportional band 1 K / 1.5 K / 2 K / 2.5 K / 3 K / 4 K / 5 K / 6 K / 8 K reset time in min. 0 min / 10 min / / 100 min / / 240 min Cycle time of the switching 3 min / 5 min / 10 min / 15 min / controlling variable 20min / 30 min PWM cycle is 0% with controlling variable 0% / 5% / 10% / 15% / / 30% PWM cycle is 100 % with controlling variable 70% / 75% / / 90% / 95% / 100% only with 2-point controller: hysteresis 0.3 K / 0.5 K / 0,7 K / 1.0 K / 1.5 K / 2 K reduction of the hysteresis inactive 0.2 K/min 0.1 K/min K/min 0.05 K/min 0.04 K/min K/min K/min Cycle time for automatic transmis- every 3 min sion of the controlling variable every 5 min every 10 min every 15 min every 30 min every 60 min only with continuous control type: Control parameter Installation type free parameterization only with heating control: type of heating system Hot water heater (1.5 K/100 min) Electric heating (1.5 K/50 min) Floor heating (4 K/200 min) only with cooling control: type of cooling system cooling surface (5 K/240 min) Fan convector (4 K/90 min) Split unit (4 K/90 min) only with free parameterization: proportional band 1 K / 1.5 K / 2 K / 2.5 K / 3 K / 4 K / 5 K / 6 K / 8 K reset time in min. 0 min / 10 min / / 100 min / / 240 min minimum controlling variable 0% / 5% / 10% / 15% / / 30% max. controlling variable 70% / 75% / / 90% / 95% / 100% change for automatic transmission 2 % / 5 % / 10 % / inactive of the controlling variable March 2001

16 Parameters The default setting of the values is in bold type Cycle time for automatic every 3 min transmission of the controlling every 5 min variable every 10 min every 15 min every 30 min every 60 min direction of control action normal of the controller inverted only with 2 stage heating (booster stage Heating): stage interval of the base stage to the 1 K / 2 K / 3 K booster stage hysteresis (one-sided) 0.3 K / 0,5 K / 0.7 K / 1.0 K / 1.5 K / 2 K Cycle time for automatic transmission inactive of the controlling variable as base stage (heating control folder) type of controlling variable quasi continuous (1 byte: 0% or 100%) switching (1 bit) direction of control action of the normal controller inverted manual specification of setpoint: range for manual specification of disabled set point +/- 1 K +/- 3 K +/- 5 K max. increase of the setpoint 0 K / 1 K / 2 K / 3 K / 4 K / 5 K with heating only with the Heating and cooling control function: max. reduction of the setpoint 0 K / 1 K / 2 K / 3 K / 4 K / 5 K with cooling Example: Specification of range of setting range for heating: set point value: +/ 5 K max. heating increase: 3 K only with the Heating and cooling control function max. cooling reduction: 1 K 5 K to +3 K setting range for cooling: 1 K to +5 K Behaviour on receipt of manual specification of set point a base setpoint unchanged reset manual specification of set point March

17 IR Switching Dimming Blinds Value Ventilation LZ Heating Cooling /1 selection in the ETS2 ABB heating, air conditioning, ventilation triton thermostat ABB pushbutton triton pushbutton, 5-gang with RTR Note: The descriptions for LCD, LED back-lighting, IR, switching, dimming, blinds, value, continuous ventilation, setting of temperature setpoint, changeover standby /comfort, control, Party time (comfort extension) and heating and cooling are stated in the application description IR Switching Dimming Blinds Value Ventilation Heating Cooling. The additional functions of the light scenes are described in the following. If the auxiliary pushbutton is actuated, the Busch-triton pushbutton sensor changes over into the Room thermostat mode of operation. The first three rocker buttons can now be used to set the room thermostat function. The fourth and fifth buttons are invariably preset and are used for the control of light scene telegrams. The device automatically switches back to the Pushbutton sensor with light scenes mode of operation approx. 5s after the last actuation. Light scenes In the light scene mode of operation, up to four scenes can be selected from up to five different actuator groups without any special light scene modules. The light scenes can be preset by means of the device parameters. The user can then individually re-parameterise the parameters according to his requirements while the system is in operation. The auxiliary pushbutton is used to store new light scenes (parameters). To do this, the parameter Function of the auxiliary pushbutton must be set to Storage of light scenes or Setting of the RTR/storage of light scenes. For this function, the correct allocation of transmitting group addresses and flags must be considered when configuring the actuators. Light scenes are configured as follows. 1.There are four light scenes which can be called by means of rocker buttons 4 and 5. 2.The parameter Type of actuator groups... must be used to specify whether 1 bit communication objects (switching or actuators for blinds) or 8 bit communication objects (dim ming actuators) are used for actuator groups A...E. Depending on this setting, the ETS2 then shows different parameters and communication objects are used for activation of the actuator groups A...E. 3.Values for the actuator groups can be preset on an individual parameter side for the light scenes. 4.The first three rocker buttons remain available for switching, dimming, control of the blinds, ventilation control or for value transmission. The LEDs of rocker buttons 4 and 5 indicate the side on which they have been activated through a change in the colour of the LED. The LED shows red if the left-hand-hand side has been actuated and green if the right-handhand side has been actuated. Application example: In a training room there are two groups of lamps above the seminar participants (lamps 1 and 2) and a group of lamps (lamp 3) above the lecture area. The room can be darkened by means of two electrically driven blinds. The room temperature is to be controlled. From the lecture area, lamps 1 and 2 are to be switched and dimmed in conjunction and lamp 3 separately. The blinds are also to be operated in conjunction and four light scenes can be called (basic lighting, off, lecture without projection and lecture with projection). In addition, the room temperature is to be controlled by means of a room thermostat in the lecture area. A Busch-triton 5gang room thermostat/ pushbutton sensor, three switchingdimming actuators and two actuators for blinds are used March 2001

18 The Busch-triton 5gang room thermostat/pushbutton sensor in the lecture area has the parameters: Function of the auxiliary pushbutton: Setting of the RTR Mode of operation of rocker button 1: Dimming sensor Mode of operation of rocker button 2: Dimming sensor Mode of operation of rocker button 3: Blinds sensor Mode of operation of rocker button 4: The rocker button is assigned with two light scenes Mode of operation of rocker button 5: The rocker button is assigned with two light scenes Assignment of the pushbuttons for the IR-range: blue Type of actuator group A: Dimming actuator (8 bit) Type of actuator group B: Dimming actuator (8 bit) Type of actuator group C: Dimming actuator (8 bit) Type of actuator group E: switching or blinds actuator (1 bit) Type of actuator group F: switching- or blinds actuator (1 bit) Rocker button 1 will switch and dim lamp 3. To do this, the 1 bit communication object of rocker button 1 is linked to the switching object of the actuator for lamp 3. The 4 bit communication object of rocker button 1 is linked to the dimming object of the actuator for lamp 3. Rocker button 2 will switch and dim lamps 1 and 2 in conjunction. To do this, the communication objects of rocker button 2 are linked to the switching and dimming objects of the actuators for lamps 1 and 2. The third rocker button will move the blinds up and. down in conjunction. Here, the communication objects of rocker button 3 are linked to the objects of the actuators for the blinds. The 1 byte communication objects of actuator groups A to C are linked to the 1 byte objects of the dimming actuators and the 1 bit communication objects of the actuator groups D and E are linked to the 1 bit objects of the actuators for the blinds. By means of the IR remote control, the lecturer can easily operate all the functions from any position. The different pre-settings of the actuator groups for light scenes 1 to 4 are permanently preset, so that seminar participants cannot accidentally store incorrect light scene values and the room thermostat mode can still be changed over into. Possible light scenes are e.g.: Light scene 1 : basic lighting Actuator group A: 80%, Actuator group B: 80%, Actuator group C:80%, Actuator group D: up, Actuator group E: up Light scene 2:OFF Actuator group A: 0%, Actuator group B: 0%, Actuator group C: 0%, Actuator group D: up, Actuator group E: up Light scene 3 : lecture without projection Actuator group A:70%, Actuator group B:70%, Actuator group C:95%, Actuator group D: up, Actuator group E: up Light scenes 4:lecture with projection Actuator group A: 40%, Actuator group B: 40%, Actuator group C: 20%, Actuator group D: down, Actuator group E: down The 1 bit communication objects of the dimming actuators can be used for status signalling in order to allow clear assignment of the LEDs of the pushbutton sensor to the dimming actuators when using the light scenes. To do this, the Ü-flags are set for the 1 bit communication objects of the dimming actuators and linked to the objects by means of the LEDs. The correct assignment of the transmitting group addresses, i.e. the group address, which the ETS2 displays as the first group address of an object, should be considered. March

19 with switching sensor with 4 light scenes and switch or blinds actuator types No. Type Object name function 0 1bit Mode of operation Frost/heat protection 1 1bit Mode of operation Night operation 2 1bit Mode of operation Comfort operation 3 1bit Controlling variable Heating (switching) 5 2 byte Base setpoint value Telegram temperature 6 2 byte Actual temperature Telegram actual temperature 7 2 byte Current setpoint value Telegram temperature 8 1bit Mode of operation Reset of the local conditions 9 1 bit Rocker button 1 Telegram switching 11 1 bit Rocker button 2 Telegram switching 13 1 bit Rocker button 3 Telegram switching 15 1 bit Actuator group A Telegram switching 16 1 bit Actuator group B Telegram switching 17 1 bit Actuator group C Telegram switching 18 1 bit Actuator group D Telegram switching 19 1 bit Actuator group E Telegram switching with 4 light scenes with dimming actuator types No. Type Object name function 15 1 byte Actuator group A Telegram brightness value 16 1 byte Actuator group B Telegram brightness value 17 1 byte Actuator group C Telegram brightness value 18 1 byte Actuator group D Telegram brightness value 19 1 byte Actuator group E Telegram brightness value March 2001

20 Parameters The default setting of the values is in bold type General: function of the auxiliary button no function Storage of light scenes Setting of the RTR Setting of the RTR and storage of light scenes Factor for delay time between telegram 10 with light scenes [0 255] (basis 140ms) for rocker button 1 to 3 separately: Function of the rocker button Switching sensor Dimming sensor Blinds sensor Value Continuous ventilation Specification of set point temperature Switch over standby/comfort For rocker button 4 and 5: Rocker button is assigned with < NOTE two light scenes for actuator types A to F: Type of actuator group Switching or blinds actuator (1 bit) Dimming actuator (8 Bit) for each light scene separately: with switch or blinds actuator types: pre-setting of actuator group OFF / UP ON /DOWN with dimmer actuator types: pre-setting of actuator group 0 % / 5 % / / 95 % / 100 % March

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