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2019 WEINZIERL ENGINEERING GmbH 

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Operation and installation manual

 

KNX IO 532 (1D1O)

 

(Art. # 5313)

 

Combined dimming/switching actuator with 1 LED dimming PWM output and 1 switching output 
 

 
 

 

KNX IO 532 (1D1O) 

 
Application area 

The KNX IO 532 (1D1O) is a compact combined dim-
ming/switching actuator with 1 PWM dimming output for LEDs 
and 1 bi-stable relay output. 

The dimming actuator can be used e.g. for LED panels or 
stripes. Besides controlling the dimmer by switching, rel. dim-
ming and dimming value, several optional functions are integrat-
ed, including scenes, automatic, slumber function or staircase 
light. 

The switching actuator provides the function for universal outputs 
including scene control, timer, staircase lighting and heating 
valves (PWM for thermoelectric valve drives). 

Two push buttons and three LEDs allow a local operation and a 
visualization of the device state. 

In addition to the output channels the device includes 16 inde-
pendent functions for logic or timer control. 

 

1.  Installation and connection 

The KNX IO 532 is designed for installation on a DIN rail (35 
mm) with a width of 1 units (18 mm). An installation-friendly 
design with pluggable screw terminals helps to reduce the cost 
of commissioning. It features the following controls and displays:

 

        

 

 

This device is powered by the KNX bus. An external power 
supply is not necessary. 

 The device is not working without bus power.

 

 
 
 
 
 
 
 
 

A. 

KNX Programming mode

 

The KNX programming mode is activated/deactivated either by 
pressing the flushed KNX programming button 

 

or by simulta-

neously pressing the buttons 

 

and

 

. Accessing the pro-

gramming mode via the device front buttons can be enabled / 
disabled via the ETS® by changing the value of Prog. mode on 
device front. 

When the programming mode is active, the programming LED 

❷ 

and LED Ch/M 

 light red. 

 

B. 

Manual operation and status display 

The LED Ch/M 

 

lights up or flashes if the device is successful-

ly powered by the KNX bus. 

Pressing button A 

 long switches to manual operation of the 

dimming actuator channel (channel A). This is indicated by 
cyclic, one-time flashing of the LED Ch/M 

 in orange. 

Pressing button B 

 long switches to manual operation of the 

switching actuator channel (channel B). This is indicated by 
cyclic, two-time flashing of the LED Ch/M 

 in orange. 

In manual operation, the respective channel can be switched on 
by pressing the button On 

 and switched off by pressing 

button Off

 ❽ 

short. In addition, the dimming actuator can be 

dimmed brighter with long button press on 

 and darker with 

long button press on 

The manual operation mode can be exit by pressing the buttons 
(Esc) 

 

and

 

 simultaneously. 

LED A 

 indicates the status of the dimming actuator. It lights 

up when the channel is switched on and is off when the channel 
is switched off. Similarly, LED B 

 indicates the status of the 

switching actuator (channel B). 

Summary of the states of LED Ch/M 

 

2.  Reset to factory device settings 

It is possible to reset the device to its factory settings: 

 

Disconnect the KNX Bus connector 

❶ 

from device 

 

Press the KNX programming button 

 

and keep it 

pressed down 

 

Reconnect the KNX Bus connector 

❶ 

of device 

 

Keep the KNX programming button

 ❸

 

pressed for at 

least another 6 seconds 

 

A short flashing of all LEDs (

❷❹❺❻

) visualizes the 

successful reset of the device to factory default settings. 

LED Status 

Meaning 

LED lights green 

Device is working in standard operation mode. 

LED lights red 

Programming mode is active. 

LED flashes 1x orange 

Programming mode is not active. 
Manual operation is active, switching/dimming of 
dimming actuator (channel A) possible. 

LED flashes 2x orange 

Programming mode is not active. 
Manual operation is active, switching of switching 
actuator (channel B) possible. 

LED flashes red 

Programming mode is not active. 
Manual operation is not active. 
The device is not properly loaded, e.g. after an 
interrupted ETS download. 

LED flashes green 

The device is currently loaded by the ETS. 

EN 

 KNX bus connector 

 

Programming LED 

 

Button f. programming mode 

 LED A/On (multicolor)  

 LED Ch/M (multicolor)  

 LED B/On (multicolor)  

 Button A/On 

 Button B/Off 

 Pluggable screw terminals 

 
 

 

Содержание 1D1O

Страница 1: ... Pressing button A long switches to manual operation of the dimming actuator channel channel A This is indicated by cyclic one time flashing of the LED Ch M in orange Pressing button B long switches to manual operation of the switching actuator channel channel B This is indicated by cyclic two time flashing of the LED Ch M in orange In manual operation the respective channel can be switched on by ...

Страница 2: ...stance of the output Between 0 and 100 the switching losses caused by the PWM are added Overall there is a maximum power loss in the upper dimming range The rated power of 144W refers to the maximum permitted ambient temperature for free installation If there are other devic es next to the dimming actuator that emit heat the power that can be connected is reduced Alternatively the devices can also...

Страница 3: ...e dimmer output switches off and an ON telegram is sent via the respective object The output is disabled for the duration of the error state if it is resolved the respective object sends an OFF telegram and the dimmer can be used normally again Overload is triggered from a load of 8A overtemperature from a measured temperature of 85 C in the load section If no value is received by the load section...

Страница 4: ...value scene slumber function or sequencer During manual override values of object 20 are ignored each manual override restarts the fallback time After the fallback time set in the parameter has elapsed the values received on object 20 are processed again Via object 19 the automatic can be switched on or off at any time it also serves as a state object for automatic mode Slumber function The slumbe...

Страница 5: ...ays visible values are used Dimming value on ON telegram night If the dimmer is in night mode this value is activated by ON telegram via object 11 and suitable parameterization Dimming value on OFF telegram night If the dimmer is in night mode this value is activated by OFF telegram via object 11 and suitable parameterization Fade time for day night switching This fade time is only active if switc...

Страница 6: ... of the dimmer Use brightness max value of red green blue The largest value of the 3 bytes is used to control the brightness of the dimmer Minimal value for changing color by object This parameter can be used to configure which minimum dim ming value can be set via object 14 If a value below the mini mum value is received the dimmer is controlled with the minimal value Maximal value for changing c...

Страница 7: ...dims to orientation light The period refers to a complete dimming pro cess of 0 100 Reaction on OFF telegram Here it can be set how the staircase function behaves in the event of an OFF telegram The following options are available Ignore No reaction of the channel on OFF telegram Switch off Switch to switch off value from the parameters Switch to switch off delay The delay time is started with OFF...

Страница 8: ...KNX Size Direction GO 18 Dimmer A Scene Activ Lrn 18 001 1 Byte From KNX Fade time on activation of scene Here the period can be set in which the received scene is dimmed to The period refers to a complete dimming process of 0 100 Scene 1 16 These parameters can be used to configure the reaction of the channel when the respective scene is received It is available No reaction Dimming value The outp...

Страница 9: ...rior dimming abs Set value 5 001 1 Byte From KNX If the lock was activated by object 22 other received telegrams for dimmer automatic mode slumber scene function and se quencer are not executed In addition to the lock object 3 priority objects become visible when the lock function is activated with which the dimmer can be controlled independently of the lock This makes it possible to set an initia...

Страница 10: ... On next activated step The sequence is continued with the next activated step the next step can be activated by object or time controlled Off time Only visible if the sequence is to be continued after off time with this parameter the off time can be configured Step after man operation This step is executed when resuming after manual operation the function of the set step is always executed regard...

Страница 11: ...t the same time Start by scene number When using this start condition the following object becomes visible Group object Type KNX Size Direction GO 31 Dimmer A Sequence scene Activate step 18 001 1 Byte From KNX A telegram with the set scene on this object activates the respec tive step the sequence is then continued according to its config uration from this step onwards All steps with this start c...

Страница 12: ...unctions Group object Type KNX Size Direction GO 75 Actuator B Lock Activate 1 001 1 Bit From KNX GO 76 Actuator B Prior output Switch 1 001 1 Bit From KNX Example of the priority object In the case of events in public buildings or in restaurants the normal operation can be set into an inoperative state by the lock group object Thus it is possible to lock during the lecture or concert switches tha...

Страница 13: ...lected on the parameter page Actuator B General delayed switching times can be con figured The Actuator B On Off Delay parameter page is displayed for this purpose Group object Type KNX Size Direction GO 71 Actuator B Output Switch 1 001 1 Bit From KNX N Actuator B On Off delay On delay time The duration of the switch on delay is configured in this parame ter Input 1 0 Output T 1 0 Off delay time ...

Страница 14: ...in Stuck protection With the stuck protection it is intended to prevent the valve from being damaged by corrosion or calcification that it can no longer be moved In case stuck protection is enabled this is only trig gered if the value is permanently 0 or 100 On every other control value the servo already moves so there is no need for a stuck protection Control value 0 Open servo for the set time C...

Страница 15: ...nction type Timer The timer specific parameters and group objects are available Function type Logic The logic specific parameters and group objects are available These additional logic and timer functions can be linked to one another by means of the associated group objects This also allows to create complex structures For this purpose the output of a function is set to the same group address as t...

Страница 16: ... output is triggered on 1 if the two inputs are not equal Gate type NAND gate The output is triggered on 1 if one or both inputs are switched off 0 Gate type NOR gate The output is triggered on 1 if both inputs are switched off 0 Gate type XNOR gate The output is triggered on 1 if both inputs are equal Gate type INVERTER Input on 1 is converted into output off 0 Input off 0 is con verted into outp...

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