WAREMA 4M230.12 2Down REG Manual
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WAREMA 4M230.12 2Down REG Manual

WAREMA 4M230.12 2Down REG Manual

Sun shading actuator knx actuator
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Sun shading actuator
KNX Actuator 4M230.12 2Down
Manual
Valid from 1 April 2019
2029825_0•en

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Summary of Contents for WAREMA 4M230.12 2Down REG

  • Page 1 Sun shading actuator KNX Actuator 4M230.12 2Down Manual Valid from 1 April 2019 2029825_0•en...
  • Page 2 Legal information  Operating instructions, manuals and software are protected by copyright.  WAREMA and the WAREMA logo are registered trademarks of WAREMA Renkhoff SE.  All other brand or product names included in this document are registered trademarks of their respective owners.

  • Page 3: Table Of Contents

    Contents Table of contents Description ....................... 5 Technical data .......................6 Installation and commissioning ..............7 Information on installation ...................7 Information on installation and commissioning ..........7 Instructions for use ....................8 Maintenance......................8 Connection ......................9 Device structure ....................9 Display of operating status through power LED .......... 10 Display of operating status through channel LED ........
  • Page 4 Contents KNX Actuator 4M230.12 2Down REG We reserve the right to make technical modifications 2029825_0•en•2019-04-01...

  • Page 5: Description

    Description 1 Description The KNX Actuator 4M230.12 2Down REG is an electronic control device for the control of 4 motors with 3 limit switches (2 lower limit switches). 230 V AC is required for the power supply to the actuators and the drives.

  • Page 6: Technical Data

    The device is configured using the KNX software ETS (Engineering Tool Soft- ware). The product database required for this (.knxprod) can be found in the online catalogue of the ETS or on the Internet at http://www.warema.de/knx. Scope of delivery  Actuator 1.1 Technical data...

  • Page 7: Installation And Commissioning

    WAREMA Renkhoff SE cannot be held liable for any changes to the norms and standards after publication of the operating instructions. 2.2 Information on installation and commissioning Never expose the device to water (rain).

  • Page 8: Instructions For Use

    Installation / commissioning KNX -Actuator 4M230.12 2Down REG 2.3 Instructions for use WARIRN Risk of injury due to automatically moved components! The automatic control may cause system parts to start up and put people in danger. • Keep movement range of drives/curtains clear.

  • Page 9: Connection

    Installation / commissioning onnection The device is suitable for operation in dry interiors. Connection in accord- ance with the wiring diagram. Access to the drive for maintenance purposes must be guaranteed at all times. WATIIR During installation and line routing on the K X connection and the inputs, observe the regulations and standards applicable for SELV power circuits! The connections of the binary inputs including the auxiliary voltage output comply with the requirements for SELV power circuits.

  • Page 10: Display Of Operating Status Through Power Led

    Installation / commissioning KNX -Actuator 4M230.12 2Down REG 2.7 Display of operating status through power LED Behaviour Colour Normal operation. Green Bus connection/bus voltage available. Normal operation. Flashes Green No bus connection/bus voltage available. Device starts or is programmed via the ETS.

  • Page 11: Connection Example

    If interconnected, the motor will LiHH 5x1.5 JZ gy 600/1000V flexible, halogen-free accordingly be damaged. 230 V AC (not UV-resistant) to output B, C and D Fig. 2 Connection example KNX Actuator 4M230.12 2Down REG 2029825_0•en•2019-04-01 We reserve the right to make technical modifications...

  • Page 12: Transmission Protocol

    Transmission protocol KNX -Actuator 4M230.12 2Down REG 3 Transmission protocol 3.1 List of all group objects Flag abbreviations: Communication Read Write Ü Transmit Update Text Function Flags DPT type Size Software version Readable L-K- [217.1] DPT_Version 2 bytes Input 1 - Long-term Input/out- LSKÜ...
  • Page 13 Transmission protocol Text Function Flags DPT type Size Input 3 - Brightness Output L-KÜ [9.4] DPT_Value_Lux 2 bytes sensor Input 3 - Scene Input/out- L-KÜ [18.1] DPT_Scene- 1 byte Control Input 3 - Disable Input LSK- [1.1] DPT_Switch 1 bit object Input 4 - Long-term Output...
  • Page 14 Transmission protocol KNX -Actuator 4M230.12 2Down REG Text Function Flags DPT type Size Channel A - Con- Input LSK- [1.1] DPT_Switch 1 bit trol mode move to closed position Channel A - Control Input LSK- [1.1] DPT_Switch 1 bit mode move to posi-...
  • Page 15 Transmission protocol Text Function Flags DPT type Size Channel A - Shading Input/out- LSKÜ [9.4] DPT_Value_Lux 2 bytes limit value Channel A - Shading Input LSK- [1]1.xxx 1 bit limit value 1 = + | 0 = - Channel A - Shading Input LSK- [1]1.xxx...
  • Page 16 Transmission protocol KNX -Actuator 4M230.12 2Down REG Text Function Flags DPT type Size Channel A - Barrier Input LSK- [1.1] DPT_Switch 1 bit 3 - Disable object Channel A - Barrier 3 Input LSK- [1.1] DPT_Switch 1 bit - Wind disable object...
  • Page 17 Transmission protocol Text Function Flags DPT type Size Input 6 - Switching Input/out- LSKÜ [1.1] DPT_Switch 1 bit Input 6 - Dimming Input/out- LSKÜ [3.7] DPT_Control_ 4 bit relative Dimming Input 6 - 8 bit sensor Output L-KÜ [5] 5.xxx 1 byte Input 6 - Tempera- Output...
  • Page 18 Transmission protocol KNX -Actuator 4M230.12 2Down REG Text Function Flags DPT type Size Summer compen- Input LSK- [1.1] DPT_Switch 1 bit sation: Barrier (1 = disable) Adjusting variable Input LSK- [1.1] DPT_Switch 1 bit comparator 1: Input 1 Adjusting variable...
  • Page 19 Transmission protocol Text Function Flags DPT type Size Channel B - Control Input LSK- [1.1] DPT_Scaling 1 bit mode position mem- ory learning object Channel B - Control Input LSK- [1.1] DPT_Scaling 1 bit mode move to posi- tion memory Channel B - Control Input LSK-...
  • Page 20 Transmission protocol KNX -Actuator 4M230.12 2Down REG Text Function Flags DPT type Size Channel B - Shading Input/out- LSKÜ [9.4] DPT_Value_Lux 2 bytes limit value Channel B - Shading Output L-KÜ [1.1] DPT_Switch 1 bit status Channel B - Shading...
  • Page 21 Transmission protocol Text Function Flags DPT type Size Input 8 - Scene Output L-KÜ [18.1] DPT_Scene- 1 byte Control Channel A - Control Output L-KÜ [1] 1.xxx. 1 bit mode or manual status Channel B - Manual Input LSK- [1.8] DPT_UpDown 1 bit long-term shading position...
  • Page 22 Transmission protocol KNX -Actuator 4M230.12 2Down REG Text Function Flags DPT type Size Channel C - Barrier 1 Output L-KÜ [1.1] DPT_Switch 1 bit - Wind barrier status Channel C - Barrier Input LSK- [9.5] DPT_Val- 2 bytes 1 - Wind barrier...
  • Page 23 Transmission protocol Text Function Flags DPT type Size Channel C - Control Input LSK- [1.8] DPT_UpDown 1 bit mode long-term shading position Channel C - Control Input LSK- [1.8] DPT_UpDown 1 bit mode long-term closed position Channel C - Control Input LSK- [1.8] DPT_UpDown...
  • Page 24 Transmission protocol KNX -Actuator 4M230.12 2Down REG Text Function Flags DPT type Size Channel C - Shading Output L-KÜ [1.1] DPT_Switch 1 bit status Channel C - Shading Input LSK- [9.4] DPT_Value_Lux 2 bytes brightness measur- ing value 1 Channel C - Shading...
  • Page 25 Transmission protocol Text Function Flags DPT type Size Channel C - Manual Input LSK- [1.8] DPT_UpDown 1 bit long-term shading position Channel C - Manual Input LSK- [1.8] DPT_UpDown 1 bit long-term closed position Channel C - Manual Input LSK- [1.8] DPT_UpDown 1 bit short-term...
  • Page 26 Transmission protocol KNX -Actuator 4M230.12 2Down REG Text Function Flags DPT type Size Channel D - Barrier Input LSK- [1.1] DPT_Switch 1 bit 2 - Disable object Channel D - Barrier 2 Input LSK- [1.1] DPT_Switch 1 bit - Wind disable object...
  • Page 27 Transmission protocol Text Function Flags DPT type Size Channel D - Control Input LSK- [5.1] DPT_Scaling 2 bytes mode short-term Channel D - Control Input LSK- [5.1] DPT_Scaling 2 bytes mode moving po- sition Channel D - Control Input LSK- [1.1] DPT_Switch 1 bit mode move to shad-...
  • Page 28 Transmission protocol KNX -Actuator 4M230.12 2Down REG Text Function Flags DPT type Size Channel D - Shading Input LSK- [9.4] DPT_Value_Lux 2 bytes brightness measur- ing value 3 Channel D - Azimuth Input LSK- [9] 9.xxx 2 bytes Channel D - Eleva-...
  • Page 29 Transmission protocol Text Function Flags DPT type Size Channel D - Manual Input LSK- [1.8] DPT_UpDown 1 bit long-term closed position Channel D - Manual Input LSK- [1.8] DPT_UpDown 1 bit short-term Channel D - Manual Input LSK- [5.1] DPT_Scaling 1 byte moving position Channel D - Manual...

  • Page 30: Adjustment Of Parameters

    Parameter adjustment KNX -Actuator 4M230.12 2Down REG 4 Wdjustment of parameters The factory settings in the actuator are underlined. 4.1 Neneral settings First set the general parameters for the bus communication here (telegram rate, transmission delays). In addition, you can state whether all or only the changed settings are transmitted onto the bus during the programming of scenes.

  • Page 31: Inputs

    Parameter adjustment 4.2 Inputs Set the parameters for inputs 1 to 4 here. The other inputs are provided as standard for operation of the devic- es at the outputs (Channels A-D) and are therefore parameterized di- rectly during the adjustments to the output channels (see Chapter 4.3.1.6 on page 49 or Chapter 5 on page 51 ).

  • Page 32: Input As Bus Button

    Parameter adjustment KNX -Actuator 4M230.12 2Down REG 4.2.1 Input as bus button If an input is used as a free bus push button, it transmits a previously set value to the bus on activation. Various parameters for frequently-required bus functions have been integrated into the actuator program file. In this way, the inputs can very easily be configured as switches, drive controls, dimmers and for the transmission of values and for scene retrievals.
  • Page 33 Parameter adjustment Input for venetian blind, roller shutter, awning or window control If the input is used for the control of a drive via the bus, select the bus func- tion "venetian blind", "awning" "roller shutter" or "window" and determine the push button function and the control mode.
  • Page 34 Parameter adjustment KNX -Actuator 4M230.12 2Down REG Input as temperature sensor If the input is to be used as a temperature sensor, select the bus function "Temperature sensor" and determine which value between -30°C and +80°C is transmitted. By transmitting a temperature value, the set value of the tem- perature control can for example be changed.

  • Page 35: Outputs

    Parameter adjustment 4.3 Iutputs Adjustment possibilities for the individual outputs (channels A / B / C / D)  General specifications for the connected drive (see Chapter Channel settings – Blinds, page 32)  Control functions: Movement range limitations, barriers, type of control mode (see Chapter Control, page 33).

  • Page 36: Control

    Parameter adjustment KNX -Actuator 4M230.12 2Down REG Status object and drive position The status and current position can be transmitted on the bus. The status ob- ject shows through the transmission of 1 that the retracted or closed position has been left and is suitable for example for monitoring windows.
  • Page 37 Parameter adjustment Example Ventilation via a window should take priority over shading through an awning. The window is therefore parameterized as master and the awning as slave. Both of these have a zero position sensor which reports whether the drive is in a safe position or not.
  • Page 38 Parameter adjustment KNX -Actuator 4M230.12 2Down REG Actuator as slave Actuator is slave If not received, move into safe position Master status or zero position object Monitoring time period for master status 1 … 255; 10 (and zero position) object in s Moving position for slave in % if Input "Master zero position command“...
  • Page 39 Parameter adjustment Short-term limitation (for venetian blinds) In case of active short-term limitation, only short-term move commands are possible manually. If the function "Only permit step commands for slat adjust- ment" is simultaneously activated (channel settings - 4.3.1 on page 35), only the slats can still be adjusted manually and no longer the moving posi- tion of the venetian blind.

  • Page 40: Barriers

    Parameter adjustment KNX -Actuator 4M230.12 2Down REG 4.3.1.2 Barriers Disable objects The menu item only appears if a barrier with disable object has been config- ured under "Control". This determines what happens in case of object values 1 and 0. Using the free disable objects, a fire alarm scenario can for exam- ple be configured (creating escape routes through retraction of shading, smoke extraction via window).
  • Page 41 Parameter adjustment Wind barrier The menu item only appears if a wind barrier has been configured. The input object "wind barrier" is interlinked with the output object of a wind sensor. The input can be both a 1 bit object (smaller or larger than a limit value) as well as a 16 bit object (measuring value).
  • Page 42 Parameter adjustment KNX -Actuator 4M230.12 2Down REG Rain barrier The menu item only appears if a rain barrier has been configured under "Control" The input object "Rain barrier" is interlinked with the output object of a rain sensor. [Rain barrier]...

  • Page 43: External Control Mode

    Parameter adjustment 4.3.1.3 External control mode The menu item "Control mode" appears when the external automatic is se- lected for "Control". In this case, the position memory for automatic move- ment can be activated. The position specified here can be overwritten at any time via a learning object.

  • Page 44: Internal Control Mode

    Parameter adjustment KNX -Actuator 4M230.12 2Down REG 4.3.1.4 Internal control mode The menu item "Internal control mode" appears when the internal control mode is selected for "Control". The internal control mode functions take into account the brightness/position of the sun, the outside temperature and the inside temperature and also facilitate the time and dawn/dusk control.
  • Page 45 Parameter adjustment Dawn/dusk / time control The time control takes place via a group object. The input object "Dawn/dusk control" is interlinked with the output object of a brightness sensor. For the dawn/dusk control, both a 1 bit object (smaller or larger than a limit value) as well as a 16 bit object (measuring value) can be used.
  • Page 46 Parameter adjustment KNX -Actuator 4M230.12 2Down REG 16 bit input object (set/actual temperature): Using this function, the set value and actual value (measuring value) are read from the 16 bit object and evaluated. Type of temperature object 16 bit set/actual temperature Set value (SW) - actual value (MW) 1 …...
  • Page 47 Parameter adjustment Limit value via parameter: Set the limit value and the delay times for the shading (prevents constant up and down movements in case of quickly-changing light conditions). Shading limit value specification via Parameter Shading limit value in klux 0 …...
  • Page 48 Parameter adjustment KNX -Actuator 4M230.12 2Down REG Definition of the position of the sun via values: Enter the range (direction and height) within which the sun must be located to activate the shading. the discreet value of azimuth and eleva-...

  • Page 49: Scenes

    Parameter adjustment 4.3.1.5 Scenes The menu item "Scenes" only appears if "Yes" is selected for the settings for the drive channel "Use scenes". You can save different moving positions as scenes for each drive and re- trieve them via the bus. 16 scenes are available per drive. Use scenes No •...
  • Page 50 Parameter adjustment KNX -Actuator 4M230.12 2Down REG Input as bus button The settings accord with inputs 1 to 4 (see Chapter 4.2.1 on page 32). Input as actuator push button If the input is used for the control of the drive on this channel, then you must determine the push button function and the control mode.

  • Page 51: General Section

    Neneral 5 Neneral section ontrol modes for drive control If inputs are used as push buttons for the operation of shading or windows, different control modes can be set. ► Standard ► Standard inverted Control mode ► Comfort mode ► Dead man's switch Standard If pressed briefly, the drive moves stepwise or stops.
  • Page 52 Neneral KNX -Actuator 4M230.12 2Down REG Tap the button time 1 time 2 Release = no actions Stop/Step Stop/Step Up/Down Fig. 3 Diagram showing time intervals comfort mode Time 0 A stop/step command is transmitted Only the "stop/step" command is execut-...

  • Page 53: Connection Possibilities For Zero Position Sensors

    Neneral onnection possibilities for zero position sensors See also the Movement range limit section in the Chapter Control, page 33. The examples and group object numbers refer to the mutual master-slave interlocking of drives on the output channels A and B. Drive channel A is the master, zero position sensor at input 5 of the actuator, Drive channel B is the slave, zero position sensor at input 7 of the actuator: Zero position sensor...
  • Page 54 Neneral KNX -Actuator 4M230.12 2Down REG Drive channel A is the master, zero position sensor via bus, Drive channel B is the slave, zero position sensor at input 7 of the actuator: Zero position sensor Zero position sensor from drive 1...
  • Page 55 2029825_0•en•2019-04-01 We reserve the right to make technical modifications...
  • Page 56 WAREMA Renkhoff SE • Hans-Wilhelm-Renkhoff-Strasse 2 • 97828 Marktheidenfeld • Germany www.warema.de • info@warema.de...

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