ESYLUX CU-DIN KNK Series User Manual
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ESYLUX CU-DIN KNK Series User Manual

ESYLUX CU-DIN KNK Series User Manual

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MA00629501
06/2015
CU-DIN R 4-CH 16 A KNX
EC10430282
User manual
CU-DIN R 12-CH 16 A KNX
EC10430305
CU-DIN R 8-CH 16 A KNX
EC10430299

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Summary of Contents for ESYLUX CU-DIN KNK Series

  • Page 1 MA00629501 06/2015 User manual CU-DIN R 4-CH 16 A KNX CU-DIN R 8-CH 16 A KNX EC10430282 EC10430299 CU-DIN R 12-CH 16 A KNX EC10430305...

  • Page 2: Table Of Contents

    USER MANUAL Table of contents Description ....................4 Safety instructions ..................4 Product function ..................5 Hardware ....................6 Technical data ................6 Dimension drawings ................ 9 Wiring diagram ................10 Maintenance and cautions .............. 11 Software ....................12 Program functions diagram ............. 13 Defining object/association/group address ........
  • Page 3 6.2.13 Objects “Logic” ..............52 6.2.14 Objects “Heating” ............. 52 6.2.15 Objects “Forced position” ........... 53 Product disposal ..................53 ESYLUX manufacturer´s guarantee ............. 53 CU-DIN R 4-CH 16 A KNX CU-DIN R 8-CH 16 A KNX 3 / 54...

  • Page 4: Description

    1 Description The ESYLUX KNX/EIB series-switching actuator output modules are developed by ESYLUX. KNX/EIB BUS is used to communicate with other KNX devices. The database needs to be downloaded to the switch actuator by using ETS 3.0F/ETS4/ETS5; the document describes how to use the products. Our products are manufactured according to EMC, electrical safety and environmental standards.

  • Page 5: Product Function

    USER MANUAL 3 Product function The switch actuators can be used for 4, 8 and 12 channels independent AC/DC loads. The outputs for MAX 16 A can be switched ON or OFF on every output channel and can be switched manually too. The CU-DIN R 4-CH does not require an additional power supply.

  • Page 6: Hardware

    USER MANUAL 4 Hardware The technical properties of the ESYLUX KNX/EIB switch actuators are described in the following sections. Technical data Power supply  Operating voltage (supplied by 21–30 V the bus)  Current consumption EIB/KNX < 15 mA (operation) ...
  • Page 7 USER MANUAL DC current switching capability (ohmic 16 A / 12 V DC load) output life expectancy  Mechanical life > 1,000,000 > 100,000  Electrical life (230 V/cos phi = 0.8) Output switching delay without additional DC power  Max. delay time of relay per R 4-CH R 8-CH R 12-...
  • Page 8 USER MANUAL  Cable shoe 12 mm  Tightening torque Max. 0.8 Nm Operation and display  Red LED and EIB/KNX push For assignment of the physical address button all in one  Contact position indication Relay lever Temperature range ...

  • Page 9: Dimension Drawings

    USER MANUAL Note: All loads, at 230 V AC Motors 3 KW Lamps 3500 W  Incandescent lamp load Low-volt halogen lamps  Inductive transformer 1800 W 2000 W  Electronic transformer 3500 W  Halogen lamp 230V  Mercury-vapour lamp 2800 W 2800 W ...

  • Page 10: Wiring Diagram

    USER MANUAL Wiring diagram Note: On the input side, the device is to be protected against short circuits with a 16 A circuit breaker. 1. Label area 2. Programming button＆programming 3. KNX/EIB bus connector 4. Terminal for load connection 5. Contact position indication and manual operation 6 Additional power 24 V (max.

  • Page 11: Maintenance And Cautions

     Take care to damp-proof, quake-proof and dust-proof.  Avoid rain, other liquids or caustic gas.  Please contact professional maintenance staff or ESYLUX service centre for repair or fix.  Remove the dust regularly and do not wipe the unit with volatile liquids like alcohol, gasoline, etc.

  • Page 12: Software

    5 Software The ESYLUX KNX/EIB switch actuator database can be used with ETS3.0F, ETS4 and ETS5 for the programmation. The device types are CU-DIN R 4-CH, CU-DIN R 8-CH and CU-DIN R 12-CH and the database names are: EC10430282_ CU-DIN R 4-CH 16 A KNX.VD5...

  • Page 13: Program Functions Diagram

    USER MANUAL Program functions diagram CU-DIN R 4-CH 16 A KNX CU-DIN R 8-CH 16 A KNX 13 / 54 CU-DIN R 12-CH 16 A KNX...

  • Page 14: Defining Object/Association/Group Address

    USER MANUAL Defining object/association/group address The following table shows the max. number of communication objects, associations and group addresses. The object is assigned to certain functions of the channel output pages. If the functions are activated, the corresponding objects will be available. One or more group addresses can be assigned to an object.

  • Page 15: Function Parameter "General

    USER MANUAL Function parameter “General” Fig 1: “General” parameters window In the General parameters window, two parameters can be set:“Switching delay after recovery ” and “Cycle send general telegram”.  Operation delay after recovery (2–200 s) Can be used for a delay time of 2–200 s after the power is available again. The default value is 2 seconds.

  • Page 16: Function Parameter "Channel A

    USER MANUAL When the parameter is set to non-zero, the device will send telegram data cyclically on timeout. Send the value alternately between 0 and 1. Function parameter “Channel A” Fig 2: “Channel A” window In the “Channel A” parameter window, some common functions can be set up. After selecting a function and downloading the database to the device, the device will work in accordance with the selected function.

  • Page 17: Channel Mode "Switch Actuator

    USER MANUAL Channel mode “Switch actuator” Fig 3: Switch actuator window. More functions can be set up in this mode; the following section provides a detailed description of the Switch Actuator mode.  Normally connected type This parameter is the choice of the type of access load Normally closed Options: Normally opened...
  • Page 18 USER MANUAL Always respond: Always receive a response of the switch state when a channel telegram data is received. Only after change: Only receive a response of the switch state when channel stateis changed.  Save statistic for ON switching “time(hour-2bytes)” Statistics for channel ON time, useful for management and monitoring.
  • Page 19 USER MANUAL  Alarm when counter out (10–10,000,000) This parameter sets the value for the counter (out) alarm. Options: 10–10,000,000  Alarm telegram interval when counter out (1–255 s) This parameter sets the ON-counter overflow interval between alarm telegrams. 1–255 s Options: ...

  • Page 20: Channel Function

    USER MANUAL 5.5.1 Channel function The following will describe the parameters for setup of the channel. 5.5.2 Channel function parameters Fig 4: Channel function window In the factory-defaults each channel function is disabled. When enabled, the channel function will be available. ...
  • Page 21 USER MANUAL  Enable function "scene" If set to Enable, the scene function will be enabled. Options: Disable Enable Disable: The scene function is disabled. Enable: The scene function is enabled.  Enable function "threshold" If set to Enable, the threshold function will be enabled. Disable Options: Enable...

  • Page 22: Channel Function "Time

    USER MANUAL 5.5.3 Channel function “time” Fig 5: Time function window The time function includes three work modes as follows: Options: Flashing Staircase lighting ON/OFF delay CU-DIN R 4-CH 16 A KNX CU-DIN R 8-CH 16 A KNX 22 / 54 CU-DIN R 12-CH 16 A KNX...
  • Page 23 USER MANUAL 5.5.3.1 Channel function “Time-flashing” Fig 6: Time-flashing function window Channel will switch between ON and OFF in this mode.  Conditions of flash start/stop There are three control modes for this function. Options: Start with ON, stop with OFF Start with OFF, stop with ON Always flash, start with ON/OFF Start with ON, stop with OFF: Start flashing with ON and stop flashing with OFF.
  • Page 24 USER MANUAL  Time for off: (0–255 min) Duration in minutes in the OFF state.  Time for off: (0–59 sec) Duration in seconds in the OFF state  Flashing cycles (1–100, 0 – Unlimited) The number of flashing cycles, range between 0 and 100. 0 is unlimited. ...

  • Page 25: Channel Function "Time-Staircase Lighting

    USER MANUAL 5.5.3.2 Channel function “Time-staircase lighting” Fig 7: Time-staircase lighting function window For the staircase application.  Control staircase lighting Control staircase lighting with three modes. Options: Start with ‘1’, stop with ‘0’ Start with ‘1’, invalid with ‘0’; Start with ‘1’/‘0’, can't stop Start with ‘1’, stop with ‘0’: When the received telegram value is ‘1’, the staircase light is switched ON.
  • Page 26 USER MANUAL  Change staircase lighting time via bus Options: NO: Can’t change staircase lighting delay off time via bus, it can only be set by ETS. YES: Allow user to change staircase lighting delay off time via bus.  Alarm staircase lighting to bus Options: NO: No alarm.
  • Page 27 USER MANUAL 5.5.3.3 Channel function “Time-ON/OFF delay” Fig 8: Time-ON/OFF delay function window This function is including switch ON delay, switch OFF delay, protect ON delay and protect OFF delay. Some special devices are used in a protective operation mode for ON or OFF. ...

  • Page 28: Channel Function "Scene

    USER MANUAL  Delay for protection ON: (0–255 min) Duration in minutes of the protected ON delay.  Delay for protection ON: (0–59 sec) Duration in seconds of the protected ON delay.  Delay for protection OFF: (0–255 min) Duration in minutes of the protected OFF delay. ...
  • Page 29 USER MANUAL Fig 9: Scene function window 10 scenes can be configured for each channel. Each scene can be set to ON or OFF. The scene will be activated by receiving a telegram value from the bus. The value of the telegram (bit 0–6) is equal to a scene number. The seventh bit of the telegram must be 0 to start the scene.

  • Page 30: Channel Function "Threshold

    USER MANUAL  Output ON/OFF: Channel switch ON or OFF Options: ON: Channel is switched ON. OFF: Channel is switched OFF. 5.5.5 Channel function “Threshold” 5.5.5.1 Channel function “1 byte threshold” There are two threshold values: the upper threshold and lower threshold. They can be set between 0 and 255.
  • Page 31 USER MANUAL Fig 10: 1 byte threshold type function window There are two threshold values: threshold 1 and threshold 2. The threshold 1 and threshold 2 can be set between 0 and 255. The switch state can change according to the input threshold value. It has three ways to compare with the value of threshold.
  • Page 32 USER MANUAL  Threshold 2 value is 0–255 Set threshold 2 value between 0 and 255. Default is 180. Options: 0–255  “Threshold input (0–255)” after bus voltage recovery After a bus voltage recovery, the threshold value is set to the set value. 0–255 Options: ...
  • Page 33 USER MANUAL 5.5.5.2 Channel function “2 bytes threshold” Fig 11: 2 byte threshold type function window The 2 bytes threshold function is the same as the 1 byte threshold function.  Enable changes to threshold 1 over bus: Options: NO: Do not allow changes to threshold 1 via bus. YES: Allow changes to threshold 1 via bus.
  • Page 34 USER MANUAL  Threshold 2 value is (0–65,535) Set threshold 2 value between 0 and 65,535. Default is 180. Options: 0– 65,535  “Threshold input (0– 65,535)” after bus voltage recovery The default input threshold value is set after power on recovery Options: 0–...

  • Page 35: Channel Function "Blinds

    USER MANUAL 5.5.6 Channel function “Blinds” The blinds function needs two channels for the driver; the first channel controls blinds UP, and the second channel controls blinds DOWN. In the above combination. If blinds shall start going up, then channel A switches ON and channel B switches OFF.
  • Page 36 USER MANUAL Fig 12: Blinds function window The blinds function needs the combination of two channels working together. The first channel controls UP/Adjust/Stop of the blinds and the second channel controls DOWN/Adjust/Stop of the blinds. It runs by receiving telegram value ‘0’/’1’...

  • Page 37: Channel Function "Logic

    USER MANUAL  Control mode Options: Move UP/DOWN and Adjustment Move UP/DOWN Move UP/DOWN and Adjustment: This selection can control the blinds UP or DOWN and can adjust the blinds too. Move UP/DOWN: This selection can only control the blinds UP or DOWN ...
  • Page 38 USER MANUAL Note: A=channel A; L=Logic connection; R=result CU-DIN R 4-CH 16 A KNX CU-DIN R 8-CH 16 A KNX 38 / 54 CU-DIN R 12-CH 16 A KNX...
  • Page 39 USER MANUAL Fig 13: Logic function window The graphic on the right side describes two logic blocks; logic block 1 has two inputs which are “A” and connect 1 (“Con1”). The output of logic block 1 is connected to the input of logic block 2. Logic block 2 has two inputs which are connect 2 (“Con2”) and output of logic block 1.
  • Page 40 USER MANUAL  Logic connection 1 enable When enabling this parameter, the logic connection 1 will be in active state. The logic block 1 will be bypassed when connect 1 (“Con1”) is disabled. That means channel A will connect directly to logic block 2. Options: Disable Enable...

  • Page 41: Channel "Heating Actuator

    USER MANUAL Disable: Disable logic connection 2 Enable: Enable logic connection 2  Function of logic block 2 This logic block allows selection of “AND” or “OR” or “XOR” or “GATE” for Boolean calculation by user. Options: GATE AND: Boolean calculation according to “AND” rule. OR: Boolean calculation according to “OR”...
  • Page 42 USER MANUAL valve=0% (OFF) 1 bit PWM control: 10% (26) 20% (51) 30% (77) 40% (102) 50% (128) 60% (153) 70% (179) 80% (204) 90% (230) 100% (ON) 1 byte PWM control: valve=x (x: 0–255) X=0 (OFF) 1–25 (0%) 26–50 (10%) 51–76 (20%) 77–101 (30%) 102–127 (40%)
  • Page 43 USER MANUAL Fig. 14: Heating actuator window The channel will work in PWM mode. The PWM is controlled by 1 bit or 1 byte.  Normally connected type Normally closed Options: Normally opened Normally closed: Normally closed heating. Normally opened: Normally opened heating. ...
  • Page 44 USER MANUAL  Operation of switch after bus voltage recovery There are four options for bus voltage recovery as below. Options: Unchange Recovery Unchange: The channel switch position will be unchanged after bus voltage recovery. Recovery: After bus voltage recovery, the channel switch position will revert its state previous to the power-down.
  • Page 45 USER MANUAL No response: No response of switch state. Always respond: Always receives a response of the switch state when the channel telegram data is received. Only after change: Only receives a response of the switch state when the channel state is changed.

  • Page 46: Communication Objects Description

    USER MANUAL Communication objects description This section will introduce the communication objects, the objects will show by enabling the function. Note: take channel A as an example; other channels are the same as A. Objects “General” and “Output A” NO. Object name Function Flags Data type...

  • Page 47: All Objects With Channel A

    USER MANUAL All objects with channel A 6.2.1 Objects “Response” NO Object name Function Flags Data type Output A No response C R T EIS1 /Always respond DPT 1.001 /Only after 1 bit change This communication object uses the channel A response status, if channel status is ON, then the response status value is “1”, otherwise the status value is “0”.

  • Page 48: Objects "Alarm For On Timeout

    USER MANUAL 6.2.3 Objects “Alarm for ON timeout” NO Object name Function Flags Data type Output A Alarm for ON C R T EIS1 time out DPT 1.005 1 bit This communication object is used for alarm when ON-time out set range. Table 6.

  • Page 49: Objects "Staircase Light

    USER MANUAL 6.2.7 Objects “Staircase light” NO Object name Function Flags Data type Output A Staircase light C W U EIS1 DPT 1.001 1 bit This communication object is used to start or stop the staircase light. Table 10. Staircase light 6.2.8 Objects “Change staircase lighting time”...

  • Page 50: Objects "Scene

    USER MANUAL 6.2.10 Objects “Scene” NO Object name Function Flags Data type Output A Scene (8 bit) C W U EIS14 DPT 18.001 1 byte This communication object is used to control the scene. For scene control see the following explanation: Telegram value: 0-Call scene 1-Store scene (If the scene is allocated and the scene is the current switch...

  • Page 51: Objects "Blinds

    USER MANUAL Output A Change C W U EIS14 threshold 1 DPT 5.004 1 byte EIS10 DPT 7.001 2 bytes Change threshold 1 value via bus. Output A Change C W U EIS14 threshold 2 DPT 5.004 1 byte EIS10 DPT 7.001 2 bytes Change threshold 2 value via bus.

  • Page 52: Objects "Logic

    USER MANUAL 6.2.13 Objects “Logic” Object name Function Flags Data type Output A Logic C W U EIS1 connection 1 DPT 1.002 1 bit If this function has been activated, this communication object will show and the logic function is valid. The logic functions include: AND, OR, XOR and GATE.

  • Page 53: Objects "Forced Position

    ESYLUX distributor in your country (visit www.esylux.com for a complete overview) provides a guarantee against manufacturing/material defects in ESYLUX devices for a period of three years from the date of manufacture. This guarantee is independent of your legal rights with respect to the seller of the device.
  • Page 54 USER MANUAL because the guarantee has expired or the fault is not covered by the guarantee), then the guarantor may attempt to repair the device for you for a fee, keeping costs to a minimum. CU-DIN R 4-CH 16 A KNX CU-DIN R 8-CH 16 A KNX 54 / 54 CU-DIN R 12-CH 16 A KNX...

This manual is also suitable for:

Cu-din r 8-ch 16 a knxCu-din r 4-ch 16 a knxCu-din r 12-ch 16 a knx

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