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2019 WEINZIERL ENGINEERING GmbH 

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Operation and installation manual

 

KNX PowerSupply USB 367

 

(Art. # 5219)

 

640 mA power supply for KNX bus with integrated bus choke, KNX node, 
diagnostic / logic functions and USB Interface 

 

 

 

 

 

 

 

KNX PowerSupply USB 367 

            

Application 

The KNX PowerSupply USB 367 is a 640 mA power supply with 
high efficiency and a small footprint of only 4 units (72 mm). The 
device has a bus choke and additionally provides an output for 
auxiliary power. An integrated USB Interface (connector Micro 
USB) allows the easy connection of a laptop or PC. 

The integrated KNX node monitors output current, bus voltage 
and the temperature in the enclosure. Various logic functions 
complete the feature set of this device. The configuration is done 
with the ETS®. An easy to read OLED display on the front panel 
enables you to display the operating parameters locally on the 
device.

 

USB Interface  

The KNX Power Supply USB 367 has an integrated KNX USB 
Interface for bus access. It is used for programming with ETS® 
(ETS3 or higher). 

Via the integrated USB interface the KNX Power Supply USB 
367 can be programmed locally with ETS5.5 (or higher). 

The integrated USB interface supports KNX Long frames for a 
faster download in KNX devices that support long frames. 

 
Installation and Connection 

The KNX PS USB 367 is designed for installation on DIN rail with 
a width of 4 units (72 mm). It features the following controls 

(

❻❼❽❾

) and displays (

❹❺

): 

 

Mains connection 

When connecting the mains voltage, the protective conductor 
(PE) must be connected, as it is used to equalize the potential of 
the bus voltage. 

Output bus voltage (KNX) 

The bus voltage is used to supply KNX devices for the medium 
twisted pair. The integrated bus choke separates the DC supply 
voltage from the bus signals. 

Output auxiliary voltage (30 V) 

This output is used to supply additional equipment. The output is 
galvanically connected to the bus voltage, but is not at the same 
potential. This means that "minus" bus and "minus" of the auxil-
iary voltage are not the same and must not be connected to 
each other. If required, the auxiliary voltage can be routed to the 
load via the second wire pair (yellow / white) of the KNX cable. 

All data on the output current relate, unless otherwise stated, to 
the sum of the currents of bus voltage and auxiliary voltage. 
 

Access of settings/status 

The settings/status of the device can be accessed/viewed via  

1. 

Direct setting/status display on the device (partly) 

2. 

ETS (Version 4.2 or higher)

 

 

The KNX Programming Mode is activated/deactivated  

by simultaneously pressing the buttons 

❼❾

 

– when 

activated the programming LED 

❺ 

lights up.  

Thanks to the integrated USB interface a laptop or PC 
can be connected via the micro USB      connector. 

Programming and status LED 

 

The red LED on the front panel is used to display the KNX pro-
gramming mode and errors. The LED can have  the following 
states: 

 

LED off: The programming mode is not active and 
there is no error (normal operating mode). 

 

LED lights up: The programming mode is active, 
any errors are not visualized/notified by the LED, 
but can be read on the display. 

 

LED flashes quickly: The programming mode is 
not active. The rapid flashing indicates one of the 
following faults: 

o

 

Overload (sum of the current of auxiliary 
and Bus power) 

o

 

The device is not loaded correctly, for 
example, cancelled a download. 

EN 

 

 Aux. 

Power Out 30 V DC 

 

KNX Bus Out 

 

Power In 230 V AC 

 OLED Display  

 LED for Programming Mode 

 Up Button 

 Down Button 

 Escape Button 

 Enter Button 

      Micro USB connector 
 
     

 

 

 

 

Summary of Contents for KNX PowerSupply USB 367

Page 1: ...ly KNX devices for the medium twisted pair The integrated bus choke separates the DC supply voltage from the bus signals Output auxiliary voltage 30 V This output is used to supply additional equipment The output is galvanically connected to the bus voltage but is not at the same potential This means that minus bus and minus of the auxil iary voltage are not the same and must not be connected to e...

Page 2: ... line of Weinzierl via a group object See parameter section for details Local download via USB The internal application can be loaded both with an additional interface via the KNX bus or locally via the integrated USB inter face When using an additional interface the download is done conventionally but there may not be any USB connection on KNX Power Supply USB 367 For local download via the integ...

Page 3: ...f the KNX voltage The default reset time is 30 seconds To stop the count down press escape G Submenu System Info This submenu displays information about the device serial number SN App ID App status App ST and Firm ware Revision Fw Rev H Sub menu Counters The operating status is logged automatically in the device and can be viewed in this sub menu All times as displayed in the format h m Operation...

Page 4: ... start To stop countdown press en ter again during countdown N Timer Switch on and off delay Timer that switches ON OFF after de fined duration in seconds set via the ETS After pressing enter count down will start and the timer will turn on After first countdown is finished press enter again to start countdown to turn off To stop countdown press enter again during countdown O Timer Impulse Stairca...

Page 5: ...er appears Each Weinzierl device with a display of this product range pro vides this parameter As soon as the device wakes up the asso ciated group telegram will be sent to the KNX bus which wakes up every other device whose display synchronization group object is associated to the same group address Operating control Enabled Disabled If enabled a parameter Cycle time 10 s 24 h and a group object ...

Page 6: ...cs values will be sent to the bus If Reset max values is triggered the values of diagnostic ob jects Current max and Temperature max are reset to the actual values and sent to the bus for confirmation B Alarm This parameter sets basic alarm functions Send alarm Disabled No group object for alarm states are available Send alarm On alarm On alarm and alarm end If activated the alarm state group obje...

Page 7: ... duration defined in Delay time s parameter The output value can be inverted by parameter Output Not inverted Inverted Input 1 0 Output 1 T 0 Each timer can be stopped by sending the opposite val ue to its input group object For example An already started switch on timer can be stopped by sending OFF 0 to its input group object Function type Logic The logic specific parameters and group objects ar...

Page 8: ...which is used by ETS is 55 This length has been specified as require ment for new KNX system devices An APDU length of 55 results in total length of a KNX telegram on twisted pair of 64 bytes and occupies the bus for about 90 ms The download is much faster if the USB interface is in stalled in the same line as the target device With each line coupler in between the download time growths Group Obje...

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