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en:tech:gw60 [2021/01/19 09:25] – bullaren:tech:gw60 [2026/08/12 13:57] (current) – claude
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 If you want to include the shutters in home automation, you need a corresponding control. If you don't want to retrofit the roller shutters yourself, you can switch to electronic belt winders. These are fully developed but require an external power supply. There are several manufacturers on the market who also have a wireless remote control in their range. Almost all of them have in common that they rely on their own standards and need a headquarters from the respective manufacturer. If you want to avoid this, you have to find your own, open solution. If you want to include the shutters in home automation, you need a corresponding control. If you don't want to retrofit the roller shutters yourself, you can switch to electronic belt winders. These are fully developed but require an external power supply. There are several manufacturers on the market who also have a wireless remote control in their range. Almost all of them have in common that they rely on their own standards and need a headquarters from the respective manufacturer. If you want to avoid this, you have to find your own, open solution.
  
-{{ :tech:universalgurtwickler_ap-frontal.jpg?nolink&200|GW60}} +{{ :media:tech:gw60:universalgurtwickler_ap-frontal.jpg?nolink&200|GW60}} 
-{{:tech:universalhandsender-frontal-rgb.jpg?nolink&200 |ZB40}}+{{:media:tech:gw60:universalhandsender-frontal-rgb.jpg?nolink&200 |ZB40}}
  
 An inexpensive electronic belt winder is the [[https://www.superrollo-online.de/elektronische-rollladengurtwickler/superrollo-gw60/|GW60]] from SUPERROLLO. It can be expanded with a [[https://www.superrollo-online.de/elektronische-rollladengurtwickler/funkset-zb40/|RF Remote Control]] (433.92MHz) with Keeloq encryption. With this remote control, individual blinds or groups can be operated remotely. \\ An inexpensive electronic belt winder is the [[https://www.superrollo-online.de/elektronische-rollladengurtwickler/superrollo-gw60/|GW60]] from SUPERROLLO. It can be expanded with a [[https://www.superrollo-online.de/elektronische-rollladengurtwickler/funkset-zb40/|RF Remote Control]] (433.92MHz) with Keeloq encryption. With this remote control, individual blinds or groups can be operated remotely. \\
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 My solution looks like this: My solution looks like this:
  
-{{ :tech:schematic_gw60_zigbee.png?direct&600 |Schematic}}+{{ :media:tech:gw60:schematic_gw60_zigbee.png?direct&600 |Schematic}}
  
 On the left, the connection to the GW60 is originally designed as a spring contact. Unfortunately I couldn't find a supplier for these contacts and therefore switched to POGO Pins. They are available at [[https://www.ebay.de/itm/100x-vergoldete-6mm-Kupfer-Nadeln-Sonden-Spring-Pogo-Pin-Anschluss/372718361027?hash=item56c7bed9c3:g:TvkAAOSwXFldNB8B|Ebay] ] in almost all variants. A 6mm long version is used here. On the left, the connection to the GW60 is originally designed as a spring contact. Unfortunately I couldn't find a supplier for these contacts and therefore switched to POGO Pins. They are available at [[https://www.ebay.de/itm/100x-vergoldete-6mm-Kupfer-Nadeln-Sonden-Spring-Pogo-Pin-Anschluss/372718361027?hash=item56c7bed9c3:g:TvkAAOSwXFldNB8B|Ebay] ] in almost all variants. A 6mm long version is used here.
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 The button and the LED are provided for connection to the TRÅDFRI control unit. Once trained, we no longer need either. The available space is sufficient to accommodate all components.  The button and the LED are provided for connection to the TRÅDFRI control unit. Once trained, we no longer need either. The available space is sufficient to accommodate all components. 
  
-{{ :tech:gw60_zigbee_pcb.png?direct&200 |}}+{{ :media:tech:gw60:gw60_zigbee_pcb.png?direct&200 |}}
  
 In order for the cover to fit on the housing, the PCB should be only 1mm thick like the original. In order for the cover to fit on the housing, the PCB should be only 1mm thick like the original.
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 With a caliper, the housing is quickly created in Fusion360 and then looks like this: With a caliper, the housing is quickly created in Fusion360 and then looks like this:
  
-{{ :de:tech:gw60_zigbee_cover.png?nolink&400 |}}+{{ :media:tech:gw60:gw60_zigbee_cover.png?nolink&400 |}}
  
 As shown, it can be printed in the 3D printer without support structures. The small block on the right serves to protect the POGO pins and can be pushed onto them. As shown, it can be printed in the 3D printer without support structures. The small block on the right serves to protect the POGO pins and can be pushed onto them.
  
-{{:tech:gw60_zigbee_modul.jpg?direct&200|TRÅDFRI Module}} +{{:media:tech:gw60:gw60_zigbee_modul.jpg?direct&200|TRÅDFRI Module}} 
-{{:tech:gw60_all.jpeg?direct&200|GW60 mit TRÅDFRI Module}}+{{:media:tech:gw60:gw60_all.jpeg?direct&200|GW60 mit TRÅDFRI Module}}
    
 The PCB antenna looks out of the housing for better reception. Although the module disappears in the belt case when the GW60 is installed, I did not have any connection problems with the TRÅDFRI buttons or the gateway. The PCB antenna looks out of the housing for better reception. Although the module disappears in the belt case when the GW60 is installed, I did not have any connection problems with the TRÅDFRI buttons or the gateway.
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 The TRÅDFRI module is now electrically and mechanically connected to the GW60, but the GW60 controller cannot yet do anything with the data. To do this, the existing firmware must be expanded. The GW60 is controlled by a PIC16F690 with an on-board programming interface. The PICkit3, which is also available as a China replica, is an inexpensive programmer. The TRÅDFRI module is now electrically and mechanically connected to the GW60, but the GW60 controller cannot yet do anything with the data. To do this, the existing firmware must be expanded. The GW60 is controlled by a PIC16F690 with an on-board programming interface. The PICkit3, which is also available as a China replica, is an inexpensive programmer.
  
-{{ :tech:pickit3.png?direct&200 |PICkit3}} +{{ :media:tech:gw60:pickit3.png?direct&200 |PICkit3}} 
  
 To be able to read out the original firmware first, we have to connect the GW60 board to the PICkit3. The test pads on the back of the GW60 PCB are very helpful. There you can easily solder the 5 cables. To be able to read out the original firmware first, we have to connect the GW60 board to the PICkit3. The test pads on the back of the GW60 PCB are very helpful. There you can easily solder the 5 cables.
  
-{{ :tech:gw60_pickit3.png?direct&400 |GW60 Programing}}+{{ :media:tech:gw60:gw60_pickit3.png?direct&400 |GW60 Programing}}
  
 MICROCHIP provides a free IDE with the name [[https://www.microchip.com/en-us/development-tools-tools-and-software/mplab-x-ide|MPLAB X LAB]]. The MPLAP IPE programming software is part of this package. This enables the firmware including EEPROM etc. to be read out. MICROCHIP provides a free IDE with the name [[https://www.microchip.com/en-us/development-tools-tools-and-software/mplab-x-ide|MPLAB X LAB]]. The MPLAP IPE programming software is part of this package. This enables the firmware including EEPROM etc. to be read out.
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 If you have to update the software again, I've put the programming interface outside. But it is only nice-to-have... If you have to update the software again, I've put the programming interface outside. But it is only nice-to-have...
  
-{{ :tech:gw60_pgm_if.jpeg?direct&400 |}}+{{ :media:tech:gw60:gw60_pgm_if.jpeg?direct&400 |}}
  
 ==== Downloads ==== ==== Downloads ====
  
-  * {{:tech:GW60_ZIGBEE_BOM.pdf | Bill of Material (BOM)}} +  * {{:media:tech:gw60:gw60_zigbee_bom.pdf | Bill of Material (BOM)}} 
-  * {{:tech:GW60-ZIGBEE.brd.zip |PCB}} Eagle format (.brd) +  * {{:media:tech:gw60:gw60-zigbee.brd.zip |PCB}} Eagle format (.brd) 
-  * {{:tech:GW60_Zigbee v14.stl.zip| Housing}} (STL file)+  * {{:media:tech:gw60:gw60_zigbee_v14.stl.zip| Housing}} (STL file)
  
 ==== Donate ==== ==== Donate ====
  
-If you line my articles feel to donate a cappuccino or so...+If you like my articles feel to donate a cappuccino or so...
  
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en/tech/gw60.1611048334.txt.gz · Last modified: by bullar

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