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− | VivaldiMyTimer [[File: Raspberry.png]]
| + | [[File: VivaldiMyTimer_Raspberry.png]] |
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| The cable and a relay. | | The cable and a relay. |
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− | VivaldiMyTimer [[File: Kabel.png]]
| + | [[File: VivaldiMyTimer_Kabel.png]] |
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| The components there are largely Reichelt: Here the cart | | The components there are largely Reichelt: Here the cart |
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| On other mail address I will send no messages. | | On other mail address I will send no messages. |
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− | German support is provided here: [1] | + | German support is provided here: [http://www.kaffee-netz.de/threads/vorstellung-projekt-vivaldi-mytimer-wlan-wifi.81665/] |
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− | English support page is here: [2] | + | English support page is here: [http://s1cafe.com/viewtopic.php?f=26&t=2084] |
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| Here is an example of the surface through the browser is an iPhone called: | | Here is an example of the surface through the browser is an iPhone called: |
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− | VivaldyMytimer [[File: iphone.png]]
| + | [[File: VivaldiMyTimer_iphone.png]] |
− | Installation | + | |
| + | == Installation == |
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| In my Vivaldi I have the Raspberry inserted into the machine. For reason of the temperatures in the machine I can only recommend in insulated tanks but this. For uninsulated kettles I recommend to put back to the Vivaldi the Raspberry. But if the machine is open anyway, an insulation with Armaflex is done but also fast. | | In my Vivaldi I have the Raspberry inserted into the machine. For reason of the temperatures in the machine I can only recommend in insulated tanks but this. For uninsulated kettles I recommend to put back to the Vivaldi the Raspberry. But if the machine is open anyway, an insulation with Armaflex is done but also fast. |
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− | 1. First, the machine must be opened: | + | '''1.''' First, the machine must be opened: |
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− | VivaldiMyTimer [[File: Offen.jpg]]
| + | [[File: VivaldiMyTimer_Offen.jpg]] |
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− | 2. Connect the cable from the control unit to control electronics should be made clear so that the control electronics can be pulled to the rear: | + | '''2.''' Connect the cable from the control unit to control electronics should be made clear so that the control electronics can be pulled to the rear: |
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− | VivaldiMyTimer [[File: Offen2.jpg]]
| + | [[File: VivaldiMyTimer_Offen2.jpg]] |
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− | VivaldiMyTimer [[File: Offen3.jpg]]
| + | [[File: VivaldiMyTimer_Offen3.jpg]] |
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− | 3. The plugs should be labeled so that they too will find the right place on the control electronics. | + | '''3.''' The plugs should be labeled so that they too will find the right place on the control electronics. |
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− | VivaldiMyTimer [[File: Blackbox.jpg]]
| + | [[File: VivaldiMyTimer_Blackbox.jpg]] |
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− | 4. Open the box of the control electronics: | + | '''4.''' Open the box of the control electronics: |
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− | VivaldiMyTimer [[File: Elektronik.jpg]]
| + | [[File: VivaldiMyTimer_Elektronik.jpg]] |
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− | 5. By means of an adapter cable, we dress the necessary pins out. | + | '''5.''' By means of an adapter cable, we dress the necessary pins out. |
| Important here is the direction of the markings. | | Important here is the direction of the markings. |
| The nose of the female connector and the recess of the plug strip facing upwards! | | The nose of the female connector and the recess of the plug strip facing upwards! |
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− | VivaldiMyTimer [[File: Adapter1.jpg]]
| + | [[File: VivaldiMyTimer_Adapter1.jpg]] |
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− | VivaldiMyTimer [[File: Adapter2.jpg]]
| + | [[File: VivaldiMyTimer_Adapter2.jpg]] |
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− | . 6 We need only the veins 1 (red) and 11 for the relay on / off. | + | '''6.''' We need only the veins 1 (red) and 11 for the relay on / off. |
| For the "backwash" option we need the wires 2 and 7 (7 is the double reference, 2 and 5 (single reference) would go). | | For the "backwash" option we need the wires 2 and 7 (7 is the double reference, 2 and 5 (single reference) would go). |
| For the "Boilerabschakltung" option we need the wires 2 and 9. FIG. | | For the "Boilerabschakltung" option we need the wires 2 and 9. FIG. |
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| The two veins we are stuck in a shrink tube. | | The two veins we are stuck in a shrink tube. |
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− | VivaldiMyTimer [[File: Adapter3.jpg]]
| + | [[File: VivaldiMyTimer_Adapter3.jpg]] |
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− | VivaldiMyTimer [[File: Adapter4.jpg]]
| + | [[File: VivaldiMyTimer_Adapter4.jpg]] |
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− | 7. Insert adapter cable. | + | '''7.''' Insert adapter cable. |
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− | VivaldiMyTimer [[File: Adapter5.jpg]]
| + | [[File: VivaldiMyTimer_Adapter5.jpg]] |
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− | 8. Option 1: | + | '''8.''' Option 1: |
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| Preparing for automatic load detection (only necessary if this function is desired) | | Preparing for automatic load detection (only necessary if this function is desired) |
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| For this purpose, the plug next to the ribbon cable is severed and lengthened the green wire, so that it can be connected later on our relays: | | For this purpose, the plug next to the ribbon cable is severed and lengthened the green wire, so that it can be connected later on our relays: |
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− | VivaldiMyTimer [[File: Dose.jpg]]
| + | [[File: VivaldiMyTimer_Dose.jpg]] |
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− | 9. Now the cable between relay and Raspberry is assembled. | + | '''9.''' Now the cable between relay and Raspberry is assembled.<br /> |
| I chose solder connections. But there are also a number of relays with screw manufacturers. So then no soldering would be necessary during the conversion. | | I chose solder connections. But there are also a number of relays with screw manufacturers. So then no soldering would be necessary during the conversion. |
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− | For the timer | + | '''For the timer''' |
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− | Raspberry Pin2 (+ 5V) ---> VCC relays | + | Raspberry Pin2 (+ 5V) ---> VCC relays<br \> |
− | Raspberry Pin 14 (ground) ---> relays GND | + | Raspberry Pin 14 (ground) ---> relays GND<br \> |
| Raspberry Pin 15 (Gpio22) ---> relays | | Raspberry Pin 15 (Gpio22) ---> relays |
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− | Option 1: Switching automatic load / reference manual | + | '''Option 1: Switching automatic load / reference manual''' |
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| This option is recommended. We only need another artery and a relay board with two relay only costs about 1, - EUR more than the board with only one relay. | | This option is recommended. We only need another artery and a relay board with two relay only costs about 1, - EUR more than the board with only one relay. |
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− | Option 2: Energy Meter | + | '''Option 2: Energy Meter''' |
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− | As a second function, a power meter to be installed. It sends each consumed kWh depending on the model 1000 or 2000 pulses to the Raspberry. | + | As a second function, a power meter to be installed. It sends each consumed kWh depending on the model 1000 or 2000 pulses to the Raspberry.<br \> |
− | These pulses we can evaluate and let the consumption and the kWh-price costs Show. | + | These pulses we can evaluate and let the consumption and the kWh-price costs Show.<br \> |
− | For the meter about 20, - EUR | + | For the meter about 20, - US$ |
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− | Raspberry Pin 5 (Gpio03) ---> meter S0 + | + | Raspberry Pin 5 (Gpio03) ---> meter S0 +<br \> |
| Raspberry pin 6 (ground) ---> meter S0 - | | Raspberry pin 6 (ground) ---> meter S0 - |
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− | Option 3:. Shot Timer Shot VAT administration | + | '''Option 3:. shot timer incl. shot administration''' |
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| A relay in parallel with the solenoid valve provides us with the necessary contact. | | A relay in parallel with the solenoid valve provides us with the necessary contact. |
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| PINs: | | PINs: |
− | Raspberry Pin 3 (Gpio02) ---> RELAY5 closers | + | Raspberry Pin 3 (Gpio02) ---> RELAY5 closers<br \> |
| Raspberry pin 6 (ground) ---> RELAY5 NO (PIN same as in option 2) | | Raspberry pin 6 (ground) ---> RELAY5 NO (PIN same as in option 2) |
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− | Option 4: Rückspülautomatik | + | '''Option 4: back flush automatic''' |
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− | Raspberry Pin2 (+ 5V) ---> Relay3 VCC | + | Raspberry Pin2 (+ 5V) ---> Relay3 VCC<br \> |
− | Raspberry Pin 14 (ground) ---> GND Relay3 | + | Raspberry Pin 14 (ground) ---> GND Relay3<br \> |
| Raspberry Pin 18 (Gpio24) ---> Relay3 IN | | Raspberry Pin 18 (Gpio24) ---> Relay3 IN |
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− | The contact of the relay goes to the control panel wires 2 and 7. FIG. | + | The NO contact of the relay goes to the control panel wires 2 and 7. |
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− | Option 5: Boiler shutdown | + | '''Option 5: Boiler shutdown''' |
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− | Raspberry Pin2 (+ 5V) ---> Relay4 VCC | + | Raspberry Pin2 (+ 5V) ---> Relay4 VCC<br \> |
− | Raspberry Pin 14 (ground) ---> GND Relay4 | + | Raspberry Pin 14 (ground) ---> GND Relay4<br \> |
| Raspberry Pin 22 (GPIO25) ---> Relay4 IN | | Raspberry Pin 22 (GPIO25) ---> Relay4 IN |
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− | The contact of the relay goes to the control panel wires 2 and 9. FIG. | + | The NO contact of the relay goes to the control panel wires 2 and 9. |
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− | 10. For the cables we need a recess on the housing. | + | '''10.''' For the cables we need a recess on the housing.<br \> |
| I have this extended directly to the female RCA connector and then pulled through the cable. | | I have this extended directly to the female RCA connector and then pulled through the cable. |
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− | VivaldiMyTimer [[File: Gehaeuse1.jpg]]
| + | [[File: VivaldiMyTimer_Gehaeuse1.jpg]] |
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− | VivaldiMyTimer [[File: Gehaeuse2.jpg]]
| + | [[File: VivaldiMyTimer_Gehaeuse2.jpg]] |
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− | 11. The sealed casing can be protected with an insulating anything against any moisture. | + | '''11.''' The sealed casing can be protected with an insulating anything against any moisture.<br \> |
| (Due to the many holes on the chassis that's more of an alibi work;)) | | (Due to the many holes on the chassis that's more of an alibi work;)) |
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− | VivaldiMyTimer [[File: Gehaeuse3.jpg]]
| + | [[File: VivaldiMyTimer_Gehaeuse3.jpg]] |
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− | 12. Connection of the relay board | + | '''12.''' Connection of the relay board |
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| GPIO22 turns the machine on and off. | | GPIO22 turns the machine on and off. |
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| The connection diagram can be seen in the photo below the veins. | | The connection diagram can be seen in the photo below the veins. |
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− | VivaldiMyTimer [[File: Relais1.jpg]]
| + | [[File: VivaldiMyTimer_Relais1.jpg]] |
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| Here is a photo of the not connected relays. | | Here is a photo of the not connected relays. |
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| Anyone who uses three relays, is prepared for the coming option "automatic cleaning program". | | Anyone who uses three relays, is prepared for the coming option "automatic cleaning program". |
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− | VivaldiMyTimer [[File: Relais2.jpg]]
| + | [[File: VivaldiMyTimer_Relais2.jpg]] |
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− | 13. The completed attached relay should be protected against short circuits, as we put it in with the casing of the control electronics. | + | '''13.''' The completed attached relay should be protected against short circuits, as we put it in with the casing of the control electronics.<br \> |
| I have used a shrink tube. Wrap with electrical tape should also rich. | | I have used a shrink tube. Wrap with electrical tape should also rich. |
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− | VivaldiMyTimer [[File: Relais3.jpg]]
| + | [[File: VivaldiMyTimer_Relais3.jpg]] |
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− | 14. Here there is still space for our relays. | + | '''14.''' Here there is still space for our relays.<br \> |
| Now the housing of the control unit can be closed again. | | Now the housing of the control unit can be closed again. |
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− | VivaldiMyTimer [[File: Relais4.jpg]]
| + | [[File: VivaldiMyTimer_Relais4.jpg]] |
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− | 15. Now only missing the Stomanschluß for our Raspberry. | + | '''15.''' Now only missing the Stomanschluß for our Raspberry.<br \> |
| For this we cut out the extension simply the clutch off and connect it to the power cord of Vivaldi. | | For this we cut out the extension simply the clutch off and connect it to the power cord of Vivaldi. |
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− | VivaldiMyTimer [[File: Strom1.jpg]]
| + | [[File: VivaldiMyTimer_Strom1.jpg]] |
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− | 16. Option 2: electricity meter (only if necessary) | + | '''16.''' Option 2: electricity meter (only if necessary) |
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− | Now can also be installed easily the electricity meter. | + | Now can also be installed easily the electricity meter.<br \> |
| Just the power cord of Vivaldi pull something into the machine until it reaches to the cup warmer. | | Just the power cord of Vivaldi pull something into the machine until it reaches to the cup warmer. |
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− | VivaldiMyTimer [[File: Strom2.jpg]]
| + | [[File: VivaldiMyTimer_Strom2.jpg]] |
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− | L is the brown wire direction outlet. | + | L is the brown wire direction outlet.<br \> |
| N the blue wire towards outlet. | | N the blue wire towards outlet. |
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| The outputs are labeled accordingly. | | The outputs are labeled accordingly. |
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− | S0 + goes to Raspberry Pin5 (GPIO3). | + | S0 + goes to Raspberry Pin5 (GPIO3).<br \> |
| S0 + goes to Raspberry Pin6 (mass). | | S0 + goes to Raspberry Pin6 (mass). |
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| If the electricity meter as a display my have, so must not be visible, as we read the values on the Raspberry. | | If the electricity meter as a display my have, so must not be visible, as we read the values on the Raspberry. |
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− | VivaldiMyTimer [[File: Stromzaehler.jpg]]
| + | [[File: VivaldiMyTimer_Stromzaehler.jpg]] |
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− | 17. Option 3: Shot Timer (only if desired) | + | '''17.''' Option 3: Shot Timer (only if desired) |
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| We engage the shot timer from the relay for the solenoid valve. Obtain Due to the size and a potential free contact, I have used a reed relay with built-in freewheeling diode. | | We engage the shot timer from the relay for the solenoid valve. Obtain Due to the size and a potential free contact, I have used a reed relay with built-in freewheeling diode. |
Zeile 303: |
Zeile 304: |
| The solder points on which we can solder the relay we see in the following image. !! Caution !! Unfortunately, the cores (+/-) are reversed on the photo. After correction I forgot to make a new image. | | The solder points on which we can solder the relay we see in the following image. !! Caution !! Unfortunately, the cores (+/-) are reversed on the photo. After correction I forgot to make a new image. |
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− | Shot Timer [[File: Platine.JPG]]
| + | [[File: Shottimer_Platine.JPG]] |
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| And here the used reed relays. That there are also favorable at Reichelt (SIL No. 7271-D 12V). The designation reads: SA12-1A72-71D | | And here the used reed relays. That there are also favorable at Reichelt (SIL No. 7271-D 12V). The designation reads: SA12-1A72-71D |
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− | Shot Timer [[File: Reedrelais.JPG]]
| + | [[File: Shottimer_Reedrelais.JPG]] |
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− | 18. Now everything can be reassembled. | + | '''18.''' Now everything can be reassembled.<br \> |
− | The Raspberry I tucked in my top of the cup warmer. | + | The Raspberry I tucked in my top of the cup warmer.<br \> |
− | The SD card is facing up, so I can easily make a firmware change. | + | The SD card is facing up, so I can easily make a firmware change.<br \> |
| With cable ties of the ammeter and the Raspberry can be fixed. | | With cable ties of the ammeter and the Raspberry can be fixed. |
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− | VivaldiMyTimer [[File: Einbauort.jpg]]
| + | [[File: VivaldiMyTimer_Einbauort.jpg]] |
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− | 19th Now we need the software. The Image I'll put here on the board are available. Link follows.
| + | '''19.''' Now we need the software. The Image I'll put here on the board are available. Link follows. |
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− | With the tool "Win32 Disk Imager" it is written to the SD card. | + | With the tool "Win32 Disk Imager" it is written to the SD card.<br \> |
− | Then plug in the Raspberry and connect via cable to the network. | + | Then plug in the Raspberry and connect via cable to the network.<br \> |
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| Now the plug into the socket of Vivaldi. | | Now the plug into the socket of Vivaldi. |
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| After 2 minutes, the web interface should be under http: // Vivaldi / be accessible. | | After 2 minutes, the web interface should be under http: // Vivaldi / be accessible. |
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− | The login is: viv | + | The login is: viv<br \> |
| Password: viv | | Password: viv |
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Zeile 332: |
Zeile 333: |
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− | 20. In the "Settings" menu, which is accessible through the gear icon at the bottom right, the system settings can be made. | + | '''20.''' In the "Settings" menu, which is accessible through the gear icon at the bottom right, the system settings can be made. |
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− | Here, the SSID and the WAP-Key of the WLAN network is entered. Then the power plug (power) must be taken shortly and the LAN cables are pulled. | + | Here, the SSID and the WAP-Key of the WLAN network is entered. Then the power plug (power) must be taken shortly and the LAN cables are pulled.<br \> |
| Insert power plug. | | Insert power plug. |
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| After 2 minutes, the web interface should be accessible via WLAN. | | After 2 minutes, the web interface should be accessible via WLAN. |
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− | Note: Probably only works WPA2. | + | '''Note:''' Probably only WPA2 works without problems. |
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Zeile 345: |
Zeile 346: |
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| If everything works you have done it and the housing can be closed. | | If everything works you have done it and the housing can be closed. |
− | Others
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− | Powered by Webaufruf
| + | == Others == |
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− | Here the possibility the Vivaldi to switch directly over Webaufruf. | + | Powered by web interface |
| + | |
| + | Here the possibility the Vivaldi to switch directly over web interface.<br \> |
| This can be used for various automation. eg FHEM | | This can be used for various automation. eg FHEM |
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− | Switching on: http: // username: password@vivaldi/gpio_on.php | + | Switching on: http: // username: password@vivaldi/gpio_on.php<br \> |
| Off: http: // username: password@vivaldi/gpio_off.php | | Off: http: // username: password@vivaldi/gpio_off.php |
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Zeile 363: |
Zeile 365: |
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| Use "sudo Raspi-config" to change timezone. | | Use "sudo Raspi-config" to change timezone. |
| + | |
| + | |
| + | == '''printserver''' == |
| + | |
| + | You can configure the build in printserver with: http://vivaldi:631 |