IOT4 - User contributions [en]

IOT4ERP

2020-08-07T08:29:30Z

Admin:

IOT4ERP

Compact Wifi RFID reader supporting 125khz and NFC tags.
* Can connect multiple ERP system (Odoo etc).
* Supporting SSL connections.

IOT4ERP

2020-08-07T08:28:49Z

Admin:

IOT4ERP

-- Compact Wifi RFID reader supporting 125khz and NFC tags.
-- Can connect multiple ERP system (Odoo etc).
-- Supporting SSL connections.

IOT4ERP

2020-08-07T08:28:32Z

Admin: Created page with "IOT4ERP Compact Wifi RFID reader supporting 125khz and NFC tags. Can connect multiple ERP system (Odoo etc). Supporting SSL connections."

IOT4ERP

Compact Wifi RFID reader supporting 125khz and NFC tags.
Can connect multiple ERP system (Odoo etc).
Supporting SSL connections.

Main Page

2020-08-07T08:25:41Z

Admin:

=='''Products'''==

==='''GNSS:'''===

[[GA-001]] LEA-M8 based GNSS receiver development board

[[GA-002]] MAX-M8 based GNSS receiver development board

[[GA-003]] NEO-M8 based GNSS receiver development board

[[Using with NeoGPS and Arduino]]

==='''Smart Home devices:'''===

[[IOTSH01DS]]

[[IOT4SH01RELAY]]

[[IOT4SH01BMP]]

[[IOT4SH01BME]]

[[IOT4SH02DS]]

[[IOT4SH02Relay]]

[[IOT4SH02Blinder]]

[[REST API]]

=== '''ERP Devices:''' ===

[[IOT4ERP]]

=== '''Usage examples:''' ===

*[[Domoticz]]
*[[Domoticz smart thermostat]]
*[[Home assistant]]
*[[Node-RED]]
*[[Node-RED Dashboard]]
*[[Munin IOT4SH01DS]]

*[[TASMOTA]]
*[[Home Assistant]]

[https://www.iot4.eu/?post_type=product Shop]
[https://www.iot4.eu/ Iot4 Ltd]

Munin IOT4SH01DS

2020-08-07T08:23:20Z

Admin: Created page with "X"

Main Page

2020-08-07T07:50:16Z

Admin:

=='''Products'''==

==='''GNSS:'''===

[[GA-001]] LEA-M8 based GNSS receiver development board

[[GA-002]] MAX-M8 based GNSS receiver development board

[[GA-003]] NEO-M8 based GNSS receiver development board

[[Using with NeoGPS and Arduino]]

==='''Smart Home devices:'''===

[[IOTSH01DS]]

[[IOT4SH01RELAY]]

[[IOT4SH01BMP]]

[[IOT4SH01BME]]

[[IOT4SH02DS]]

[[IOT4SH02Relay]]

[[IOT4SH02Blinder]]

[[REST API]]

=== '''Usage examples:''' ===

*[[Domoticz]]
*[[Domoticz smart thermostat]]
*[[Home assistant]]
*[[Node-RED]]
*[[Node-RED Dashboard]]
*[[Munin IOT4SH01DS]]

*[[TASMOTA]]
*[[Home Assistant]]

[https://www.iot4.eu/?post_type=product Shop]
[https://www.iot4.eu/ Iot4 Ltd]

Main Page

2020-08-07T07:48:45Z

Admin: Reverted edits by 192.168.128.5 (talk) to last revision by JustineKnowles

[/sport/teampages/liverpool.html Liverpool]have dramatically reversed their decision to accept government funding after chief executive Peter Moore admitted: 'we came to the wrong conclusion.'<br>The Anfield club announced on Saturday they intended to take advantage of the Coronavirus Job retention scheme introduced by Chancellor Rishi Sunak, with more than half of their [/sport/sportsnews/article-8187475/Liverpool-reveal-placed-staff-furlough-insist-employees-paid.html non-playing staff being furloughed].<br><br>It was a move that led to ferocious criticism from fans and former players.<br>Fenway Sports Group - Liverpool's owners, who are based in Boston - engaged in discussions with Moore, Liverpool Mayor Joe Anderson, Metro Mayor Steve Rotherham and influential fans' union Spirit of Shankly after becoming aware of the backlash.<br> Liverpool have performed a dramatic U-turn on their decision to furlough non-playing staff<br> Liverpool chief executive Peter Moore penned a letter to supporters to clarify the situation<br> RELATED ARTICLES [# Previous] [# 1] [# Next] [/sport/football/article-8192253/Liverpool-REFUSE-refund-Atletico-fans-did-not-travel-Anfield-visitors-paying-15k.html Liverpool 'REFUSE to refund Atletico Madrid fans who stayed...] [/sport/football/article-8191345/Luke-Shaw-calls-Premier-League-season-declared-void-games-played-soon.html 'Scrap it and start again': Manchester United defender Luke...] [/sport/football/article-8192035/Liverpool-decision-furlough-staff-disgust-Kenny-Dalglish-claims-Danny-Murphy.html 'Kenny Dalglish will be disgusted... it's totally against...] [/sport/football/article-8191301/Liverpool-owners-worth-5BILLION-did-furlough-staff.html Fenway Sports Group are worth £5BILLION and own Liverpool...] <br><br><br><br>Share this article<br>Share<br>1.7k shares<br><br><br><br> The talks - which also involved Billy Hogan, the club's Chief Commercial Officer and [http://ultimetletterdesign.greatwebsitebuilder.com/ ultimetletterdesign.greatwebsitebuilder.com] Chief Finance Officer Andy Hughes but not manager Jurgen Klopp or senior players - resulted in Moore releasing an open letter to supporters on the club's official website to explain they had made an error of judgment.<br>Moore wrote: 'Allowing for perspective in these unprecedented and harrowing times, it is important to address an issue we, as an organisation, have been involved in since the weekend.<br>'We have consulted with a range of key stakeholders as part of a process aimed at achieving the best possible outcome for all concerned.<br>'A range of possible scenarios were considered, including but not restricted to: applying to the Coronavirus Job Retention Scheme which pays 80 per cent of salary and guaranteeing the 20 per cent payment; applying to the Coronavirus Job Retention Scheme with a guarantee to reimburse monies received at a later date and, thirdly, finding an alternative means to cover our furlough costs.<br>'It is as a direct result of this extensive consultation - and our own internal deliberations at various levels throughout the Club - that we have opted to find alternative means despite our eligibility to apply for the Coronavirus Job Retention Scheme.<br> Liverpool owner John W Henry came in for huge criticism following their initial decision<br><div class="art-ins mol-factbox floatRHS sport" data-version="2" id="mol-3b6c8930-7835-11ea-bba2-89098132c435" website will NOT furlough non-playing staff as club perform U-turn

TASMOTA

2019-11-20T15:37:50Z

Admin: Created page with "IOT4SH01 Device template: {"NAME":"IOT4SH01DS","GPIO":[255,255,255,255,255,255,255,255,255,4,255,255,255],"FLAG":15,"BASE":18}"

IOT4SH01 Device template:

{"NAME":"IOT4SH01DS","GPIO":[255,255,255,255,255,255,255,255,255,4,255,255,255],"FLAG":15,"BASE":18}

Main Page

2019-11-20T15:37:17Z

Admin:

=='''Products'''==

==='''GNSS:'''===

[[GA-001]] LEA-M8 based GNSS receiver development board

[[GA-002]] MAX-M8 based GNSS receiver development board

[[GA-003]] NEO-M8 based GNSS receiver development board

[[Using with NeoGPS and Arduino]]

==='''Smart Home devices:'''===

[[IOTSH01DS]]

[[IOT4SH01RELAY]]

[[IOT4SH01BMP]]

[[IOT4SH01BME]]

[[IOT4SH02DS]]

[[IOT4SH02Relay]]

[[IOT4SH02Blinder]]

[[REST API]]

=== '''Usage examples:''' ===

*[[Domoticz]]
*[[Domoticz smart thermostat]]
*[[Home assistant]]
*[[Node-RED]]
*[[Node-RED Dashboard]]
*[[Munin IOT4SH01DS]]

*[[TASMOTA]]
*[[Home Assistant]]

[https://www.iot4.eu/?post_type=product Shop]
[https://www.iot4.eu/ Iot4 Ltd]

REST API

2018-09-27T19:53:24Z

Admin:

===REST API===

===Need to enable on the Admin page:===

[[File:Admin_set.png|300px|thumb|Enable on the admin page]]

===After you can ask the available values:===

http://<ip_address>/apis?apikey=B7B0189A937E2951

[[File:Apis.png|300px|thumb|Request the available APIs]]

===With this can you ask discret values:===

http://<ip_address>/api/temperature?apikey=B7B0189A937E2951

[[File:Api_temp.png|300px|thumb|Request the temperature]]

REST API

2018-09-27T19:52:34Z

Admin:

===REST API===

===Need to enable on the Admin page:===

[[File:Set_admin.png|300px|thumb|Enable on the admin page]]

===After you can ask the available values:===

http://<ip_address>/apis?apikey=B7B0189A937E2951

[[File:Apis.png|300px|thumb|Request the available APIs]]

===With this can you ask discret values:===

http://<ip_address>/api/temperature?apikey=B7B0189A937E2951

[[File:Api_temp.png|300px|thumb|Request the temperature]]

REST API

2018-09-27T19:52:07Z

Admin:

===REST API===

===Need to enable on the Admin page:===

[[File.png|300px|thumb|Enable on the admin page]]

===After you can ask the available values:===

http://<ip_address>/apis?apikey=B7B0189A937E2951

[[File:Apis.png|300px|thumb|Request the available APIs]]

===With this can you ask discret values:===

http://<ip_address>/api/temperature?apikey=B7B0189A937E2951

[[File:Api_temp.png|300px|thumb|Request the temperature]]

REST API

2018-09-27T19:51:44Z

Admin:

===REST API===

===Need to enable on the Admin page:===

[[Admin_set.png|300px|thumb|Enable on the admin page]]

===After you can ask the available values:===

http://<ip_address>/apis?apikey=B7B0189A937E2951

[[Image:Apis.png|300px|thumb|Request the available APIs]]

===With this can you ask discret values:===

http://<ip_address>/api/temperature?apikey=B7B0189A937E2951

[[File:Api_temp.png|300px|thumb|Request the temperature]]

REST API

2018-09-27T19:51:31Z

Admin:

===REST API===

===Need to enable on the Admin page:===

[[Admin_set.png|300px|thumb|Enable on the admin page]]

===After you can ask the available values:===

http://<ip_address>/apis?apikey=B7B0189A937E2951

[[Apis.png|300px|thumb|Request the available APIs]]

===With this can you ask discret values:===

http://<ip_address>/api/temperature?apikey=B7B0189A937E2951

[[File:Api_temp.png|300px|thumb|Request the temperature]]

REST API

2018-09-27T19:50:47Z

Admin:

REST API

2018-09-27T19:50:15Z

Admin:

===REST API===

===Need to enable on the Admin page:===

[[File:Admin_set.png|800px|thumb|Enable on the admin page]]

===After you can ask the available values:===

http://<ip_address>/apis?apikey=B7B0189A937E2951

[[File:Apis.png|800px|thumb|Request the available APIs]]

===With this can you ask discret values:===

http://<ip_address>/api/temperature?apikey=B7B0189A937E2951

[[File:Api_temp.png|800px|thumb|Request the temperature]]

REST API

2018-09-27T19:48:54Z

Admin:

REST API

2018-09-27T19:47:57Z

Admin:

File:Api temp.png

2018-09-27T19:46:29Z

Admin:

File:Apis.png

2018-09-27T19:44:06Z

Admin:

REST API

2018-09-27T19:43:35Z

Admin:

REST API

Need to enable on the Admin page:

[[File:Admin_set.png|800px|thumb|left|Enable on the admin page]]

After you can ask the available values:

http://<ip_address>/apis?apikey=B7B0189A937E2951

With this can you ask discret values:

http://<ip_address>/api/temperature?apikey=B7B0189A937E2951

REST API

2018-09-27T19:39:32Z

Admin:

REST API

Need to enable on the Admin page:

[[File:Admin_set.png|800px|thumb|left|Enable on the admin page]]

REST API

2018-09-27T19:38:51Z

Admin:

REST API

[[File:Admin_set.png|200px|thumb|left|alt text]]

File:Admin set.png

2018-09-27T19:37:31Z

Admin:

REST API

2018-09-27T19:37:06Z

Admin: Created page with "REST API"

REST API

Main Page

2018-09-27T19:34:52Z

Admin: /* Smart Home devices: */

=='''Products'''==

==='''GNSS:'''===

[[GA-001]] LEA-M8 based GNSS receiver development board

[[GA-002]] MAX-M8 based GNSS receiver development board

[[GA-003]] NEO-M8 based GNSS receiver development board

[[Using with NeoGPS and Arduino]]

==='''Smart Home devices:'''===

[[IOTSH01DS]]

[[IOT4SH01RELAY]]

[[IOT4SH01BMP]]

[[IOT4SH01BME]]

[[IOT4SH02DS]]

[[IOT4SH02Relay]]

[[IOT4SH02Blinder]]

[[REST API]]

=== '''Usage examples:''' ===

*[[Domoticz]]
*[[Domoticz smart thermostat]]
*[[Home assistant]]
*[[Node-RED]]
*[[Node-RED Dashboard]]
*[[Munin IOT4SH01DS]]

[https://www.iot4.eu/?post_type=product Shop]
[https://www.iot4.eu/ Iot4 Ltd]

IOT4SH01BME

2018-03-28T15:53:53Z

Admin: Created page with "==IOTSH01BME series temperature sensor== 400px ===Hardware features:=== *Included an I2C connected BME280 enverioment sensor *Power supply c..."

==IOTSH01BME series temperature sensor==

[[File:Iot4sh01bmpe.png|thumb|400px]]

===Hardware features:===

*Included an I2C connected BME280 enverioment sensor
*Power supply cable length: 1.5m
*Power supply voltage: 100V-240V
*Power supply frequency: 50-60Hz
*Power consumption: 0.2 W
*Power supply protection: double protection
*Yearly power consumption: 1.8 kWh
*Dimmensions: 85mm x 55mm x 35mm

=== Communication features ===

*802.11 b/g/n
*soft-AP
*Up to 5 different networks can be defined
*Supports static IP
*Scans for strongest network if more than one defined
*MQTT enabled
*Domoticz integration via MQTT
*Home Assistant integration via MQTT
*Fast asynchronous HTTP Server
**Configurable port
**Basic authentication
**Web-based configuration
**Sensor data from the web interface
**Websockets-based communication between the device and the browser
**Backup and restore settings option
**Upgrade firmware from the web interface
*REST API (enable/disable from web interface)
*GET sensor data

=== First time configuration ===

If the device dont find usable Wifi network, she will create a Soft AP to able configure the device. The name of this AP is starting IOT4SHxxxxxxxxxx , like on the picture.

[[File:IMG 0705.PNG|400px]] [[File:IMG 0706.PNG|400px]]

=== To connect this SSID use the default password: '''Littlepig''' ===

'''When your device was connected to the AP, need to open in the browser the address ''http://192.168.4.1/'' .'''

[[File:IMG 0707.PNG|400px]]

'''Use the default username: ''admin'' and password: ''Littlepig''. '''

If logged in successfully select the '''Wifi''' page.

[[File:IMG 0712.PNG|500px]]

# Set your SSID name
# Set the password for it
# ''' Update the configuration '''
# Reconnect the device to the network

IOT4SH01BMP

2018-03-28T15:53:29Z

Admin:

==IOTSH01BMP series temperature sensor==

[[File:Iot4sh01bmpe.png|thumb|400px]]

===Hardware features:===

*Included an I2C connected BMP280 sensor
*Power supply cable length: 1.5m
*Power supply voltage: 100V-240V
*Power supply frequency: 50-60Hz
*Power consumption: 0.2 W
*Power supply protection: double protection
*Yearly power consumption: 1.8 kWh
*Dimmensions: 85mm x 55mm x 35mm

=== Communication features ===

*802.11 b/g/n
*soft-AP
*Up to 5 different networks can be defined
*Supports static IP
*Scans for strongest network if more than one defined
*MQTT enabled
*Domoticz integration via MQTT
*Home Assistant integration via MQTT
*Fast asynchronous HTTP Server
**Configurable port
**Basic authentication
**Web-based configuration
**Sensor data from the web interface
**Websockets-based communication between the device and the browser
**Backup and restore settings option
**Upgrade firmware from the web interface
*REST API (enable/disable from web interface)
*GET sensor data

=== First time configuration ===

If the device dont find usable Wifi network, she will create a Soft AP to able configure the device. The name of this AP is starting IOT4SHxxxxxxxxxx , like on the picture.

[[File:IMG 0705.PNG|400px]] [[File:IMG 0706.PNG|400px]]

=== To connect this SSID use the default password: '''Littlepig''' ===

'''When your device was connected to the AP, need to open in the browser the address ''http://192.168.4.1/'' .'''

[[File:IMG 0707.PNG|400px]]

'''Use the default username: ''admin'' and password: ''Littlepig''. '''

If logged in successfully select the '''Wifi''' page.

[[File:IMG 0712.PNG|500px]]

# Set your SSID name
# Set the password for it
# ''' Update the configuration '''
# Reconnect the device to the network

File:Iot4sh01bmpe.png

2018-03-28T15:52:45Z

Admin:

IOT4SH01BMP

2018-03-28T15:51:51Z

Admin:

==IOTSH01BMP series temperature sensor==

[[File:Iot4sh01ds.png|thumb|400px]]

===Hardware features:===

*Power supply cable length: 1.5m
*Power supply voltage: 100V-240V
*Power supply frequency: 50-60Hz
*Power consumption: 0.2 W
*Power supply protection: double protection
*Yearly power consumption: 1.8 kWh
*Dimmensions: 85mm x 55mm x 35mm

=== Communication features ===

*802.11 b/g/n
*soft-AP
*Up to 5 different networks can be defined
*Supports static IP
*Scans for strongest network if more than one defined
*MQTT enabled
*Domoticz integration via MQTT
*Home Assistant integration via MQTT
*Fast asynchronous HTTP Server
**Configurable port
**Basic authentication
**Web-based configuration
**Sensor data from the web interface
**Websockets-based communication between the device and the browser
**Backup and restore settings option
**Upgrade firmware from the web interface
*REST API (enable/disable from web interface)
*GET sensor data

=== First time configuration ===

If the device dont find usable Wifi network, she will create a Soft AP to able configure the device. The name of this AP is starting IOT4SHxxxxxxxxxx , like on the picture.

[[File:IMG 0705.PNG|400px]] [[File:IMG 0706.PNG|400px]]

=== To connect this SSID use the default password: '''Littlepig''' ===

'''When your device was connected to the AP, need to open in the browser the address ''http://192.168.4.1/'' .'''

[[File:IMG 0707.PNG|400px]]

'''Use the default username: ''admin'' and password: ''Littlepig''. '''

If logged in successfully select the '''Wifi''' page.

[[File:IMG 0712.PNG|500px]]

# Set your SSID name
# Set the password for it
# ''' Update the configuration '''
# Reconnect the device to the network

IOT4SH02Relay

2018-03-28T15:50:39Z

Admin: /* Relays: */

==IOTSH02Relay series==

[[File:Iot4sh02.JPG|thumb|400px]]
[[File:Iot4sh02 points.jpg|thumb|400px]]
Iot4sh02 points.jpg
===Hardware features:===

*Switchable maximum voltage: 240V AC
*Switchable maximum current: 2A
*Power supply cable length: 1.5m
*Power supply voltage: 100V-240V
*Power supply frequency: 50-60Hz
*Power consumption: 0.2 W
*Power supply protection: double protection
*Yearly power consumption: 1.8 kWh
*Dimmensions: 85mm x 55mm x 35mm
*Two relay 125V AC / 5A

===Relays:===

Included 2 maximum 125V AC / 5Amper SPDT relay.
Both relays have a common, normaly open and normaly close connection. The C is the common, NO normaly open, NC normaly close.
[https://en.wikipedia.org/wiki/Relay Wiki Relays]

=== Communication features ===

*802.11 b/g/n
*soft-AP
*Up to 5 different networks can be defined
*Supports static IP
*Scans for strongest network if more than one defined
*MQTT enabled
*Domoticz integration via MQTT
*Home Assistant integration via MQTT
*Fast asynchronous HTTP Server
**Configurable port
**Basic authentication
**Web-based configuration
**Relay switching data from the web interface
**Websockets-based communication between the device and the browser
**Backup and restore settings option
**Upgrade firmware from the web interface
*REST API (enable/disable from web interface)
*GET and PUT relay status

=== First time configuration ===

If the device dont find usable Wifi network, she will create a Soft AP to able configure the device. The name of this AP is starting IOT4SHxxxxxxxxxx , like on the picture.

[[File:IMG 0705.PNG|400px]] [[File:IMG 0706.PNG|400px]]

=== To connect this SSID use the default password: '''Littlepig''' ===

'''When your device was connected to the AP, need to open in the browser the address ''http://192.168.4.1/'' .'''

[[File:IMG 0707.PNG|400px]]

'''Use the default username: ''admin'' and password: ''Littlepig''. '''

If logged in successfully select the '''Wifi''' page.

[[File:IMG 0712.PNG|500px]]

# Set your SSID name
# Set the password for it
# ''' Update the configuration '''
# Reconnect the device to the network

IOT4SH02Relay

2018-03-28T15:50:21Z

Admin:

==IOTSH02Relay series==

[[File:Iot4sh02.JPG|thumb|400px]]
[[File:Iot4sh02 points.jpg|thumb|400px]]
Iot4sh02 points.jpg
===Hardware features:===

*Switchable maximum voltage: 240V AC
*Switchable maximum current: 2A
*Power supply cable length: 1.5m
*Power supply voltage: 100V-240V
*Power supply frequency: 50-60Hz
*Power consumption: 0.2 W
*Power supply protection: double protection
*Yearly power consumption: 1.8 kWh
*Dimmensions: 85mm x 55mm x 35mm
*Two relay 125V AC / 5A

===Relays:===

Included 2 maximum 125V AC / 5Amper SPDT relay.
Both relays have a common, normaly open and normaly close connection. The C is the common, NO normaly open, NC normaly close.
[https://en.wikipedia.org/wiki/Relay link Wiki Relays]

=== Communication features ===

*802.11 b/g/n
*soft-AP
*Up to 5 different networks can be defined
*Supports static IP
*Scans for strongest network if more than one defined
*MQTT enabled
*Domoticz integration via MQTT
*Home Assistant integration via MQTT
*Fast asynchronous HTTP Server
**Configurable port
**Basic authentication
**Web-based configuration
**Relay switching data from the web interface
**Websockets-based communication between the device and the browser
**Backup and restore settings option
**Upgrade firmware from the web interface
*REST API (enable/disable from web interface)
*GET and PUT relay status

=== First time configuration ===

If the device dont find usable Wifi network, she will create a Soft AP to able configure the device. The name of this AP is starting IOT4SHxxxxxxxxxx , like on the picture.

[[File:IMG 0705.PNG|400px]] [[File:IMG 0706.PNG|400px]]

=== To connect this SSID use the default password: '''Littlepig''' ===

'''When your device was connected to the AP, need to open in the browser the address ''http://192.168.4.1/'' .'''

[[File:IMG 0707.PNG|400px]]

'''Use the default username: ''admin'' and password: ''Littlepig''. '''

If logged in successfully select the '''Wifi''' page.

[[File:IMG 0712.PNG|500px]]

# Set your SSID name
# Set the password for it
# ''' Update the configuration '''
# Reconnect the device to the network

IOT4SH02Relay

2018-03-28T15:46:26Z

Admin:

==IOTSH02Relay series==

[[File:Iot4sh02.JPG|thumb|400px]]
[[File:Iot4sh02 points.jpg|thumb|400px]]
Iot4sh02 points.jpg
===Hardware features:===

*Switchable maximum voltage: 240V AC
*Switchable maximum current: 2A
*Power supply cable length: 1.5m
*Power supply voltage: 100V-240V
*Power supply frequency: 50-60Hz
*Power consumption: 0.2 W
*Power supply protection: double protection
*Yearly power consumption: 1.8 kWh
*Dimmensions: 85mm x 55mm x 35mm
*Two relay 230V AC / 5A

=== Communication features ===

*802.11 b/g/n
*soft-AP
*Up to 5 different networks can be defined
*Supports static IP
*Scans for strongest network if more than one defined
*MQTT enabled
*Domoticz integration via MQTT
*Home Assistant integration via MQTT
*Fast asynchronous HTTP Server
**Configurable port
**Basic authentication
**Web-based configuration
**Relay switching data from the web interface
**Websockets-based communication between the device and the browser
**Backup and restore settings option
**Upgrade firmware from the web interface
*REST API (enable/disable from web interface)
*GET and PUT relay status

=== First time configuration ===

If the device dont find usable Wifi network, she will create a Soft AP to able configure the device. The name of this AP is starting IOT4SHxxxxxxxxxx , like on the picture.

[[File:IMG 0705.PNG|400px]] [[File:IMG 0706.PNG|400px]]

=== To connect this SSID use the default password: '''Littlepig''' ===

'''When your device was connected to the AP, need to open in the browser the address ''http://192.168.4.1/'' .'''

[[File:IMG 0707.PNG|400px]]

'''Use the default username: ''admin'' and password: ''Littlepig''. '''

If logged in successfully select the '''Wifi''' page.

[[File:IMG 0712.PNG|500px]]

# Set your SSID name
# Set the password for it
# ''' Update the configuration '''
# Reconnect the device to the network

File:Iot4sh02 points.jpg

2018-03-28T15:45:53Z

Admin:

IOT4SH02DS

2018-03-28T15:38:23Z

Admin: Created page with "==IOTSH02DS series== 400px ===Hardware features:=== *Switchable maximum voltage: 240V AC *Switchable maximum current: 2A *Power supply cable len..."

==IOTSH02DS series==

[[File:Iot4sh02.JPG|thumb|400px]]

===Hardware features:===

*Switchable maximum voltage: 240V AC
*Switchable maximum current: 2A
*Power supply cable length: 1.5m
*Power supply voltage: 100V-240V
*Power supply frequency: 50-60Hz
*Power consumption: 0.2 W
*Power supply protection: double protection
*Yearly power consumption: 1.8 kWh
*Dimmensions: 85mm x 55mm x 35mm

=== Communication features ===

*802.11 b/g/n
*soft-AP
*Up to 5 different networks can be defined
*Supports static IP
*Scans for strongest network if more than one defined
*MQTT enabled
*Domoticz integration via MQTT
*Home Assistant integration via MQTT
*Fast asynchronous HTTP Server
**Configurable port
**Basic authentication
**Web-based configuration
**Relay switching data from the web interface
**Websockets-based communication between the device and the browser
**Backup and restore settings option
**Upgrade firmware from the web interface
*REST API (enable/disable from web interface)
*GET and PUT relay status

=== First time configuration ===

If the device dont find usable Wifi network, she will create a Soft AP to able configure the device. The name of this AP is starting IOT4SHxxxxxxxxxx , like on the picture.

[[File:IMG 0705.PNG|400px]] [[File:IMG 0706.PNG|400px]]

=== To connect this SSID use the default password: '''Littlepig''' ===

'''When your device was connected to the AP, need to open in the browser the address ''http://192.168.4.1/'' .'''

[[File:IMG 0707.PNG|400px]]

'''Use the default username: ''admin'' and password: ''Littlepig''. '''

If logged in successfully select the '''Wifi''' page.

[[File:IMG 0712.PNG|500px]]

# Set your SSID name
# Set the password for it
# ''' Update the configuration '''
# Reconnect the device to the network

IOT4SH02Relay

2018-03-28T15:37:57Z

Admin:

==IOTSH02Relay series==

[[File:Iot4sh02.JPG|thumb|400px]]

===Hardware features:===

*Switchable maximum voltage: 240V AC
*Switchable maximum current: 2A
*Power supply cable length: 1.5m
*Power supply voltage: 100V-240V
*Power supply frequency: 50-60Hz
*Power consumption: 0.2 W
*Power supply protection: double protection
*Yearly power consumption: 1.8 kWh
*Dimmensions: 85mm x 55mm x 35mm
*Two relay 230V AC / 5A

=== Communication features ===

*802.11 b/g/n
*soft-AP
*Up to 5 different networks can be defined
*Supports static IP
*Scans for strongest network if more than one defined
*MQTT enabled
*Domoticz integration via MQTT
*Home Assistant integration via MQTT
*Fast asynchronous HTTP Server
**Configurable port
**Basic authentication
**Web-based configuration
**Relay switching data from the web interface
**Websockets-based communication between the device and the browser
**Backup and restore settings option
**Upgrade firmware from the web interface
*REST API (enable/disable from web interface)
*GET and PUT relay status

=== First time configuration ===

If the device dont find usable Wifi network, she will create a Soft AP to able configure the device. The name of this AP is starting IOT4SHxxxxxxxxxx , like on the picture.

[[File:IMG 0705.PNG|400px]] [[File:IMG 0706.PNG|400px]]

=== To connect this SSID use the default password: '''Littlepig''' ===

'''When your device was connected to the AP, need to open in the browser the address ''http://192.168.4.1/'' .'''

[[File:IMG 0707.PNG|400px]]

'''Use the default username: ''admin'' and password: ''Littlepig''. '''

If logged in successfully select the '''Wifi''' page.

[[File:IMG 0712.PNG|500px]]

# Set your SSID name
# Set the password for it
# ''' Update the configuration '''
# Reconnect the device to the network

IOT4SH02Relay

2018-03-28T15:27:13Z

Admin:

==IOTSH02Relay series==

[[File:Iot4sh02.JPG|thumb|400px]]

===Hardware features:===

*Switchable maximum voltage: 240V AC
*Switchable maximum current: 2A
*Power supply cable length: 1.5m
*Power supply voltage: 100V-240V
*Power supply frequency: 50-60Hz
*Power consumption: 0.2 W
*Power supply protection: double protection
*Yearly power consumption: 1.8 kWh
*Dimmensions: 85mm x 55mm x 35mm

=== Communication features ===

*802.11 b/g/n
*soft-AP
*Up to 5 different networks can be defined
*Supports static IP
*Scans for strongest network if more than one defined
*MQTT enabled
*Domoticz integration via MQTT
*Home Assistant integration via MQTT
*Fast asynchronous HTTP Server
**Configurable port
**Basic authentication
**Web-based configuration
**Relay switching data from the web interface
**Websockets-based communication between the device and the browser
**Backup and restore settings option
**Upgrade firmware from the web interface
*REST API (enable/disable from web interface)
*GET and PUT relay status

=== First time configuration ===

If the device dont find usable Wifi network, she will create a Soft AP to able configure the device. The name of this AP is starting IOT4SHxxxxxxxxxx , like on the picture.

[[File:IMG 0705.PNG|400px]] [[File:IMG 0706.PNG|400px]]

=== To connect this SSID use the default password: '''Littlepig''' ===

'''When your device was connected to the AP, need to open in the browser the address ''http://192.168.4.1/'' .'''

[[File:IMG 0707.PNG|400px]]

'''Use the default username: ''admin'' and password: ''Littlepig''. '''

If logged in successfully select the '''Wifi''' page.

[[File:IMG 0712.PNG|500px]]

# Set your SSID name
# Set the password for it
# ''' Update the configuration '''
# Reconnect the device to the network

IOT4SH02Relay

2018-03-28T15:26:48Z

Admin:

==IOTSH02Relay series==

[[File:Iot4sh02.jpg|thumb|400px]]

===Hardware features:===

*Switchable maximum voltage: 240V AC
*Switchable maximum current: 2A
*Power supply cable length: 1.5m
*Power supply voltage: 100V-240V
*Power supply frequency: 50-60Hz
*Power consumption: 0.2 W
*Power supply protection: double protection
*Yearly power consumption: 1.8 kWh
*Dimmensions: 85mm x 55mm x 35mm

=== Communication features ===

*802.11 b/g/n
*soft-AP
*Up to 5 different networks can be defined
*Supports static IP
*Scans for strongest network if more than one defined
*MQTT enabled
*Domoticz integration via MQTT
*Home Assistant integration via MQTT
*Fast asynchronous HTTP Server
**Configurable port
**Basic authentication
**Web-based configuration
**Relay switching data from the web interface
**Websockets-based communication between the device and the browser
**Backup and restore settings option
**Upgrade firmware from the web interface
*REST API (enable/disable from web interface)
*GET and PUT relay status

=== First time configuration ===

If the device dont find usable Wifi network, she will create a Soft AP to able configure the device. The name of this AP is starting IOT4SHxxxxxxxxxx , like on the picture.

[[File:IMG 0705.PNG|400px]] [[File:IMG 0706.PNG|400px]]

=== To connect this SSID use the default password: '''Littlepig''' ===

'''When your device was connected to the AP, need to open in the browser the address ''http://192.168.4.1/'' .'''

[[File:IMG 0707.PNG|400px]]

'''Use the default username: ''admin'' and password: ''Littlepig''. '''

If logged in successfully select the '''Wifi''' page.

[[File:IMG 0712.PNG|500px]]

# Set your SSID name
# Set the password for it
# ''' Update the configuration '''
# Reconnect the device to the network

File:Iot4sh02.JPG

2018-03-28T15:26:03Z

Admin:

GA-002

2017-08-13T20:05:51Z

Admin: /* UBlox MAX-M8W based Multi GNSS module */

[[File:Ga002.png|thumb|300px|GA-002]]

== UBlox MAX-M8W based Multi GNSS module ==

'''UBLOX MAX-M8W GPS/QZSS GLONASS BeiDou 18Hz receiver Reference Board with SMA antenna connector for your mini UAV systems, Robots, RC, FPV,Arduino, Raspberry or other projects. Ultra small and light.'''

The MAX-M8 series of standalone concurrent GNSS modules is built on the exceptional performance of the u-blox M8 engine in the industry proven MAX form factor. With dual-frequency RF front-end, the u-blox M8 concurrent GNSS engine is able to intelligently use the highest amount of visible satellites from two GNSS (GPS, GLONASS and BeiDou) systems for more reliable positioning. The MAX-M8 series is ideal for performance driven applications. The MAX-M8 series provides high sensitivity and minimal acquisition times while maintaining low system power. The MAX-M8Q provides best performance for passive and active antennas designs. Sophisticated RF-architecture and interference suppression ensure maximum performance even in GNSS-hostile environments. The MAX-M8 combines a high level of integration capability with flexible connectivity options in a miniature package. This makes MAX-M8 perfectly suited for industrial applications with strict size and cost requirements. The MAX-M8Q is also halogen free (green) which makes it also a perfect solution for consumer applications. The DDC (I2C compliant) interface provides connectivity and enables synergies with most ublox cellular modules

'''GA-002 MAX-M8W breakout board features:'''

*72-channel u-blox M8 concurrent GNSS receiver GPS/QZSS L1 C/A, GLONASS L10F, BeiDou B1, SBAS L1 C/A: WAAS, EGNOS, MSAS
*Industry leading –167 dBm sensitvity, navigation sensitivity –164 dBm
*Uart (Tx,Rx), and I2C interface
*Superior anti-spoofing and anti-jamming
*SMA antenna connector
*Time pulse LED
*Battery for HOT module start
*Dimensions: 25x35 mm
*Weight 6 gramm
*Fully assembled and ready to use

'''MAX-M8W features:'''

*72-channel u-blox M8 concurrent GNSS receiver GPS/QZSS L1 C/A, GLONASS L10F, BeiDou B1, SBAS L1 C/A: WAAS, EGNOS, MSAS
*Nav. update rate:
*Single GNSS: up to 18 Hz
*Concurrent GNSS: up to 10 Hz
*Position accuracy
*2.0 m CEP
*Acquisition1 Cold starts:         26 s 27 s
*Aided starts:                         2 s 4 s
*Reacquisition:                        1 s 1 s
*Sensitivity1 Tracking & Nav:       –167 dBm –164 dBm
*Cold starts:                             –148 dBm –147 dBm
*Hot starts:                              –156 dBm –156 dBm
*Assistance AssistNow GNSS Online
*AssistNow GNSS Offline (up to 35 days)
*AssistNow Autonomous (up to 6 days)
*OMA SUPL & 3GPP compliant
*TCXO Oscillator
*Built-In RTC crystal
*On-chip LNA
*Anti jamming Active CW detection and removal
*Memory Onboard ROM
*Supported Active and passive antennas
*Odometer Travelled distance

Multiple GNSS constellation usable with the development module with Windows location device or with serial interface.

Can use it with Arduino and other development systems.

[[File:Ga002 méretek.png|thumb|300px|GA-002 size]]
Size: 25x35mm

[[File:Ga002 connection.JPG |thumb|300px|Connecting TTL serial module]]

== After connecting the device and want to use the Galileo network need to set the NMEA protocol version first: ==

[[File:Ucenter nmea.png|500px]]

== When the NMEA is set, need to enable the wanted GNSS constellations at the GNSS page: ==

[[File:Ucenter gnss.png|500px]]

== To save the configuration into the module select the CFG page, and save into the BBR (battery backuped ram) ==

[[File:Ucenter cfg.png|500px]]

== The module sending the NMEA sentences accross the serial port ==

[[File:Serial_nmea.png|500px]]

== Example NMEA output ==

<pre>
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,25,0*6A
$GPGSV,4,2,13,20,24,126,49,21,40,201,,23,00,329,,25,48,133,46,0*68
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,15,40,26,137,34,0*68
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,23,71,16,039,42,72,11,088,37,77,41,181,,0*7A
$GLGSV,3,2,10,78,65,290,,79,29,326,23,81,17,245,,86,00,055,,0*7F
$GLGSV,3,3,10,87,52,038,44,88,66,276,24,0*7E
$GAGSV,2,1,07,02,65,271,15,11,54,057,43,12,06,057,31,14,,,48,0*49
$GAGSV,2,2,07,19,06,036,32,22,14,237,22,30,21,318,28,0*4A
$GNGLL,4753.61700,N,02022.78161,E,181629.00,A,D*79
$GNRMC,181630.00,A,4753.61699,N,02022.78159,E,0.060,,300317,,,D,V*18
$GNVTG,,T,,M,0.060,N,0.112,K,D*3C
$GNGGA,181630.00,4753.61699,N,02022.78159,E,2,12,0.76,174.4,M,38.4,M,,0000*43
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.26,0.76,1.00,1*0E
$GNGSA,A,3,79,87,71,72,,,,,,,,,1.26,0.76,1.00,2*05
$GNGSA,A,3,30,11,12,02,19,,,,,,,,1.26,0.76,1.00,3*0C
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,25,0*6A
$GPGSV,4,2,13,20,24,126,49,21,40,201,,23,00,329,,25,48,133,46,0*68
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,13,40,26,137,34,0*6E
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,23,71,16,039,42,72,11,088,37,77,41,181,,0*7A
$GLGSV,3,2,10,78,65,290,,79,29,326,22,81,17,245,,86,00,055,,0*7E
$GLGSV,3,3,10,87,52,038,44,88,66,276,24,0*7E
$GAGSV,2,1,07,02,65,271,18,11,54,057,42,12,06,057,31,14,,,48,0*45
$GAGSV,2,2,07,19,06,036,31,22,14,237,22,30,21,318,29,0*48
$GNGLL,4753.61699,N,02022.78159,E,181630.00,A,D*7B
$GNRMC,181631.00,A,4753.61699,N,02022.78158,E,0.047,,300317,,,D,V*1D
$GNVTG,,T,,M,0.047,N,0.087,K,D*34
$GNGGA,181631.00,4753.61699,N,02022.78158,E,2,12,0.76,174.4,M,38.4,M,,0000*43
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.26,0.76,1.00,1*0E
$GNGSA,A,3,79,87,71,72,,,,,,,,,1.26,0.76,1.00,2*05
$GNGSA,A,3,30,11,12,02,19,,,,,,,,1.26,0.76,1.00,3*0C
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,24,0*6B
$GPGSV,4,2,13,20,24,126,49,21,40,201,,23,00,329,,25,48,133,46,0*68
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,20,40,26,137,34,0*6E
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,22,71,16,039,42,72,11,088,37,77,41,181,,0*7B
$GLGSV,3,2,10,78,65,290,,79,29,326,22,81,17,245,,86,00,055,,0*7E
$GLGSV,3,3,10,87,52,038,44,88,66,276,23,0*79
$GAGSV,2,1,07,02,65,271,20,11,54,057,42,12,06,057,31,14,,,48,0*4E
$GAGSV,2,2,07,19,06,036,31,22,14,237,22,30,21,318,29,0*48
$GNGLL,4753.61699,N,02022.78158,E,181631.00,A,D*7B
$GNRMC,181632.00,A,4753.61700,N,02022.78161,E,0.018,,300317,,,D,V*1F
$GNVTG,,T,,M,0.018,N,0.033,K,D*31
$GNGGA,181632.00,4753.61700,N,02022.78161,E,2,12,0.78,174.4,M,38.4,M,,0000*45
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.29,0.78,1.02,1*0D
$GNGSA,A,3,79,87,71,72,,,,,,,,,1.29,0.78,1.02,2*06
$GNGSA,A,3,30,11,12,02,19,,,,,,,,1.29,0.78,1.02,3*0F
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,24,0*6B
$GPGSV,4,2,13,20,24,126,49,21,40,201,30,23,00,329,,25,48,133,46,0*6B
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,23,40,26,137,34,0*6D
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,22,71,16,039,42,72,11,088,37,77,41,181,,0*7B
$GLGSV,3,2,10,78,65,290,,79,29,326,20,81,17,245,,86,00,055,,0*7C
$GLGSV,3,3,10,87,52,038,44,88,66,276,22,0*78
$GAGSV,2,1,07,02,65,271,21,11,54,057,42,12,06,057,32,14,,,48,0*4C
$GAGSV,2,2,07,19,06,036,31,22,14,237,23,30,21,318,29,0*49
$GNGLL,4753.61700,N,02022.78161,E,181632.00,A,D*73
$GNRMC,181633.00,A,4753.61700,N,02022.78163,E,0.014,,300317,,,D,V*10
$GNVTG,,T,,M,0.014,N,0.026,K,D*39
$GNGGA,181633.00,4753.61700,N,02022.78163,E,2,12,0.78,174.4,M,38.4,M,,0000*46
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.29,0.78,1.02,1*0D
</pre>

GA-002

2017-08-13T20:05:32Z

Admin: /* UBlox MAX-M8W based Multi GNSS module */

[[File:Ga002.png|thumb|300px|GA-002]]

== UBlox MAX-M8W based Multi GNSS module ==

'''UBLOX MAX-M8W GPS/QZSS GLONASS BeiDou 18Hz receiver Reference Board with SMA antenna connector for your mini UAV systems, Robots, RC, FPV,Arduino, Raspberry or other projects. Ultra small and light.'''

The MAX-M8 series of standalone concurrent GNSS modules is built on the exceptional performance of the u-blox M8 engine in the industry proven MAX form factor. With dual-frequency RF front-end, the u-blox M8 concurrent GNSS engine is able to intelligently use the highest amount of visible satellites from two GNSS (GPS, GLONASS and BeiDou) systems for more reliable positioning. The MAX-M8 series is ideal for performance driven applications. The MAX-M8 series provides high sensitivity and minimal acquisition times while maintaining low system power. The MAX-M8Q provides best performance for passive and active antennas designs. Sophisticated RF-architecture and interference suppression ensure maximum performance even in GNSS-hostile environments. The MAX-M8 combines a high level of integration capability with flexible connectivity options in a miniature package. This makes MAX-M8 perfectly suited for industrial applications with strict size and cost requirements. The MAX-M8Q is also halogen free (green) which makes it also a perfect solution for consumer applications. The DDC (I2C compliant) interface provides connectivity and enables synergies with most ublox cellular modules

'''GA-002 MAX-M8Q breakout board features:'''

*72-channel u-blox M8 concurrent GNSS receiver GPS/QZSS L1 C/A, GLONASS L10F, BeiDou B1, SBAS L1 C/A: WAAS, EGNOS, MSAS
*Industry leading –167 dBm sensitvity, navigation sensitivity –164 dBm
*Uart (Tx,Rx), and I2C interface
*Superior anti-spoofing and anti-jamming
*SMA antenna connector
*Time pulse LED
*Battery for HOT module start
*Dimensions: 25x35 mm
*Weight 6 gramm
*Fully assembled and ready to use

'''MAX-M8W features:'''

*72-channel u-blox M8 concurrent GNSS receiver GPS/QZSS L1 C/A, GLONASS L10F, BeiDou B1, SBAS L1 C/A: WAAS, EGNOS, MSAS
*Nav. update rate:
*Single GNSS: up to 18 Hz
*Concurrent GNSS: up to 10 Hz
*Position accuracy
*2.0 m CEP
*Acquisition1 Cold starts:         26 s 27 s
*Aided starts:                         2 s 4 s
*Reacquisition:                        1 s 1 s
*Sensitivity1 Tracking & Nav:       –167 dBm –164 dBm
*Cold starts:                             –148 dBm –147 dBm
*Hot starts:                              –156 dBm –156 dBm
*Assistance AssistNow GNSS Online
*AssistNow GNSS Offline (up to 35 days)
*AssistNow Autonomous (up to 6 days)
*OMA SUPL & 3GPP compliant
*TCXO Oscillator
*Built-In RTC crystal
*On-chip LNA
*Anti jamming Active CW detection and removal
*Memory Onboard ROM
*Supported Active and passive antennas
*Odometer Travelled distance

Multiple GNSS constellation usable with the development module with Windows location device or with serial interface.

Can use it with Arduino and other development systems.

[[File:Ga002 méretek.png|thumb|300px|GA-002 size]]
Size: 25x35mm

[[File:Ga002 connection.JPG |thumb|300px|Connecting TTL serial module]]

== After connecting the device and want to use the Galileo network need to set the NMEA protocol version first: ==

[[File:Ucenter nmea.png|500px]]

== When the NMEA is set, need to enable the wanted GNSS constellations at the GNSS page: ==

[[File:Ucenter gnss.png|500px]]

== To save the configuration into the module select the CFG page, and save into the BBR (battery backuped ram) ==

[[File:Ucenter cfg.png|500px]]

== The module sending the NMEA sentences accross the serial port ==

[[File:Serial_nmea.png|500px]]

== Example NMEA output ==

<pre>
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,25,0*6A
$GPGSV,4,2,13,20,24,126,49,21,40,201,,23,00,329,,25,48,133,46,0*68
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,15,40,26,137,34,0*68
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,23,71,16,039,42,72,11,088,37,77,41,181,,0*7A
$GLGSV,3,2,10,78,65,290,,79,29,326,23,81,17,245,,86,00,055,,0*7F
$GLGSV,3,3,10,87,52,038,44,88,66,276,24,0*7E
$GAGSV,2,1,07,02,65,271,15,11,54,057,43,12,06,057,31,14,,,48,0*49
$GAGSV,2,2,07,19,06,036,32,22,14,237,22,30,21,318,28,0*4A
$GNGLL,4753.61700,N,02022.78161,E,181629.00,A,D*79
$GNRMC,181630.00,A,4753.61699,N,02022.78159,E,0.060,,300317,,,D,V*18
$GNVTG,,T,,M,0.060,N,0.112,K,D*3C
$GNGGA,181630.00,4753.61699,N,02022.78159,E,2,12,0.76,174.4,M,38.4,M,,0000*43
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.26,0.76,1.00,1*0E
$GNGSA,A,3,79,87,71,72,,,,,,,,,1.26,0.76,1.00,2*05
$GNGSA,A,3,30,11,12,02,19,,,,,,,,1.26,0.76,1.00,3*0C
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,25,0*6A
$GPGSV,4,2,13,20,24,126,49,21,40,201,,23,00,329,,25,48,133,46,0*68
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,13,40,26,137,34,0*6E
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,23,71,16,039,42,72,11,088,37,77,41,181,,0*7A
$GLGSV,3,2,10,78,65,290,,79,29,326,22,81,17,245,,86,00,055,,0*7E
$GLGSV,3,3,10,87,52,038,44,88,66,276,24,0*7E
$GAGSV,2,1,07,02,65,271,18,11,54,057,42,12,06,057,31,14,,,48,0*45
$GAGSV,2,2,07,19,06,036,31,22,14,237,22,30,21,318,29,0*48
$GNGLL,4753.61699,N,02022.78159,E,181630.00,A,D*7B
$GNRMC,181631.00,A,4753.61699,N,02022.78158,E,0.047,,300317,,,D,V*1D
$GNVTG,,T,,M,0.047,N,0.087,K,D*34
$GNGGA,181631.00,4753.61699,N,02022.78158,E,2,12,0.76,174.4,M,38.4,M,,0000*43
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.26,0.76,1.00,1*0E
$GNGSA,A,3,79,87,71,72,,,,,,,,,1.26,0.76,1.00,2*05
$GNGSA,A,3,30,11,12,02,19,,,,,,,,1.26,0.76,1.00,3*0C
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,24,0*6B
$GPGSV,4,2,13,20,24,126,49,21,40,201,,23,00,329,,25,48,133,46,0*68
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,20,40,26,137,34,0*6E
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,22,71,16,039,42,72,11,088,37,77,41,181,,0*7B
$GLGSV,3,2,10,78,65,290,,79,29,326,22,81,17,245,,86,00,055,,0*7E
$GLGSV,3,3,10,87,52,038,44,88,66,276,23,0*79
$GAGSV,2,1,07,02,65,271,20,11,54,057,42,12,06,057,31,14,,,48,0*4E
$GAGSV,2,2,07,19,06,036,31,22,14,237,22,30,21,318,29,0*48
$GNGLL,4753.61699,N,02022.78158,E,181631.00,A,D*7B
$GNRMC,181632.00,A,4753.61700,N,02022.78161,E,0.018,,300317,,,D,V*1F
$GNVTG,,T,,M,0.018,N,0.033,K,D*31
$GNGGA,181632.00,4753.61700,N,02022.78161,E,2,12,0.78,174.4,M,38.4,M,,0000*45
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.29,0.78,1.02,1*0D
$GNGSA,A,3,79,87,71,72,,,,,,,,,1.29,0.78,1.02,2*06
$GNGSA,A,3,30,11,12,02,19,,,,,,,,1.29,0.78,1.02,3*0F
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,24,0*6B
$GPGSV,4,2,13,20,24,126,49,21,40,201,30,23,00,329,,25,48,133,46,0*6B
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,23,40,26,137,34,0*6D
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,22,71,16,039,42,72,11,088,37,77,41,181,,0*7B
$GLGSV,3,2,10,78,65,290,,79,29,326,20,81,17,245,,86,00,055,,0*7C
$GLGSV,3,3,10,87,52,038,44,88,66,276,22,0*78
$GAGSV,2,1,07,02,65,271,21,11,54,057,42,12,06,057,32,14,,,48,0*4C
$GAGSV,2,2,07,19,06,036,31,22,14,237,23,30,21,318,29,0*49
$GNGLL,4753.61700,N,02022.78161,E,181632.00,A,D*73
$GNRMC,181633.00,A,4753.61700,N,02022.78163,E,0.014,,300317,,,D,V*10
$GNVTG,,T,,M,0.014,N,0.026,K,D*39
$GNGGA,181633.00,4753.61700,N,02022.78163,E,2,12,0.78,174.4,M,38.4,M,,0000*46
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.29,0.78,1.02,1*0D
</pre>

GA-002

2017-08-13T20:03:15Z

Admin: /* UBlox MAX-M8W based Multi GNSS module */

[[File:Ga002.png|thumb|300px|GA-002]]

== UBlox MAX-M8W based Multi GNSS module ==

UBLOX MAX-M8W GPS/QZSS GLONASS BeiDou 18Hz receiver Reference Board with SMA antenna connector for your mini UAV systems, Robots, RC, FPV,Arduino, Raspberry or other projects. Ultra small and light.

The MAX-M8 series of standalone concurrent GNSS modules is built on the exceptional performance of the u-blox M8 engine in the industry proven MAX form factor. With dual-frequency RF front-end, the u-blox M8 concurrent GNSS engine is able to intelligently use the highest amount of visible satellites from two GNSS (GPS, GLONASS and BeiDou) systems for more reliable positioning. The MAX-M8 series is ideal for performance driven applications. The MAX-M8 series provides high sensitivity and minimal acquisition times while maintaining low system power. The MAX-M8Q provides best performance for passive and active antennas designs. Sophisticated RF-architecture and interference suppression ensure maximum performance even in GNSS-hostile environments. The MAX-M8 combines a high level of integration capability with flexible connectivity options in a miniature package. This makes MAX-M8 perfectly suited for industrial applications with strict size and cost requirements. The MAX-M8Q is also halogen free (green) which makes it also a perfect solution for consumer applications. The DDC (I2C compliant) interface provides connectivity and enables synergies with most ublox cellular modules

MAX-M8Q breakout board features:

72-channel u-blox M8 concurrent GNSS receiver GPS/QZSS L1 C/A, GLONASS L10F, BeiDou B1, SBAS L1 C/A: WAAS, EGNOS, MSAS
Industry leading –167 dBm sensitvity, navigation sensitivity –164 dBm
Uart (Tx,Rx), and I2C interface
Superior anti-spoofing and anti-jamming
SMA antenna connector
Time pulse LED
Battery for HOT module start
Dimensions: 25x35 mm
Weight 6 gramm
Fully assembled and ready to use

MAX-M8W features:

72-channel u-blox M8 concurrent GNSS receiver GPS/QZSS L1 C/A, GLONASS L10F, BeiDou B1, SBAS L1 C/A: WAAS, EGNOS, MSAS
Nav. update rate:
Single GNSS: up to 18 Hz
Concurrent GNSS: up to 10 Hz
Position accuracy
2.0 m CEP
Acquisition1 Cold starts:         26 s 27 s
Aided starts:                         2 s 4 s
Reacquisition:                        1 s 1 s
Sensitivity1 Tracking & Nav:       –167 dBm –164 dBm
Cold starts:                             –148 dBm –147 dBm
Hot starts:                              –156 dBm –156 dBm
Assistance AssistNow GNSS Online
AssistNow GNSS Offline (up to 35 days)
AssistNow Autonomous (up to 6 days)
OMA SUPL & 3GPP compliant
TCXO Oscillator
Built-In RTC crystal
On-chip LNA
Anti jamming Active CW detection and removal
Memory Onboard ROM
Supported Active and passive antennas
Odometer Travelled distance
Multiple GNSS constellation usable with the development module with Windows location device or with serial interface.
Can use it with Arduino and other development systems.

[[File:Ga002 méretek.png|thumb|300px|GA-002 size]]
Size: 25x35mm

[[File:Ga002 connection.JPG |thumb|300px|Connecting TTL serial module]]

== After connecting the device and want to use the Galileo network need to set the NMEA protocol version first: ==

[[File:Ucenter nmea.png|500px]]

== When the NMEA is set, need to enable the wanted GNSS constellations at the GNSS page: ==

[[File:Ucenter gnss.png|500px]]

== To save the configuration into the module select the CFG page, and save into the BBR (battery backuped ram) ==

[[File:Ucenter cfg.png|500px]]

== The module sending the NMEA sentences accross the serial port ==

[[File:Serial_nmea.png|500px]]

== Example NMEA output ==

<pre>
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,25,0*6A
$GPGSV,4,2,13,20,24,126,49,21,40,201,,23,00,329,,25,48,133,46,0*68
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,15,40,26,137,34,0*68
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,23,71,16,039,42,72,11,088,37,77,41,181,,0*7A
$GLGSV,3,2,10,78,65,290,,79,29,326,23,81,17,245,,86,00,055,,0*7F
$GLGSV,3,3,10,87,52,038,44,88,66,276,24,0*7E
$GAGSV,2,1,07,02,65,271,15,11,54,057,43,12,06,057,31,14,,,48,0*49
$GAGSV,2,2,07,19,06,036,32,22,14,237,22,30,21,318,28,0*4A
$GNGLL,4753.61700,N,02022.78161,E,181629.00,A,D*79
$GNRMC,181630.00,A,4753.61699,N,02022.78159,E,0.060,,300317,,,D,V*18
$GNVTG,,T,,M,0.060,N,0.112,K,D*3C
$GNGGA,181630.00,4753.61699,N,02022.78159,E,2,12,0.76,174.4,M,38.4,M,,0000*43
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.26,0.76,1.00,1*0E
$GNGSA,A,3,79,87,71,72,,,,,,,,,1.26,0.76,1.00,2*05
$GNGSA,A,3,30,11,12,02,19,,,,,,,,1.26,0.76,1.00,3*0C
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,25,0*6A
$GPGSV,4,2,13,20,24,126,49,21,40,201,,23,00,329,,25,48,133,46,0*68
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,13,40,26,137,34,0*6E
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,23,71,16,039,42,72,11,088,37,77,41,181,,0*7A
$GLGSV,3,2,10,78,65,290,,79,29,326,22,81,17,245,,86,00,055,,0*7E
$GLGSV,3,3,10,87,52,038,44,88,66,276,24,0*7E
$GAGSV,2,1,07,02,65,271,18,11,54,057,42,12,06,057,31,14,,,48,0*45
$GAGSV,2,2,07,19,06,036,31,22,14,237,22,30,21,318,29,0*48
$GNGLL,4753.61699,N,02022.78159,E,181630.00,A,D*7B
$GNRMC,181631.00,A,4753.61699,N,02022.78158,E,0.047,,300317,,,D,V*1D
$GNVTG,,T,,M,0.047,N,0.087,K,D*34
$GNGGA,181631.00,4753.61699,N,02022.78158,E,2,12,0.76,174.4,M,38.4,M,,0000*43
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.26,0.76,1.00,1*0E
$GNGSA,A,3,79,87,71,72,,,,,,,,,1.26,0.76,1.00,2*05
$GNGSA,A,3,30,11,12,02,19,,,,,,,,1.26,0.76,1.00,3*0C
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,24,0*6B
$GPGSV,4,2,13,20,24,126,49,21,40,201,,23,00,329,,25,48,133,46,0*68
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,20,40,26,137,34,0*6E
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,22,71,16,039,42,72,11,088,37,77,41,181,,0*7B
$GLGSV,3,2,10,78,65,290,,79,29,326,22,81,17,245,,86,00,055,,0*7E
$GLGSV,3,3,10,87,52,038,44,88,66,276,23,0*79
$GAGSV,2,1,07,02,65,271,20,11,54,057,42,12,06,057,31,14,,,48,0*4E
$GAGSV,2,2,07,19,06,036,31,22,14,237,22,30,21,318,29,0*48
$GNGLL,4753.61699,N,02022.78158,E,181631.00,A,D*7B
$GNRMC,181632.00,A,4753.61700,N,02022.78161,E,0.018,,300317,,,D,V*1F
$GNVTG,,T,,M,0.018,N,0.033,K,D*31
$GNGGA,181632.00,4753.61700,N,02022.78161,E,2,12,0.78,174.4,M,38.4,M,,0000*45
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.29,0.78,1.02,1*0D
$GNGSA,A,3,79,87,71,72,,,,,,,,,1.29,0.78,1.02,2*06
$GNGSA,A,3,30,11,12,02,19,,,,,,,,1.29,0.78,1.02,3*0F
$GPGSV,4,1,13,02,12,046,50,05,24,071,49,12,07,127,39,16,09,306,24,0*6B
$GPGSV,4,2,13,20,24,126,49,21,40,201,30,23,00,329,,25,48,133,46,0*6B
$GPGSV,4,3,13,26,36,304,36,29,74,042,53,31,44,250,23,40,26,137,34,0*6D
$GPGSV,4,4,13,41,09,111,44,0*5A
$GLGSV,3,1,10,70,02,353,22,71,16,039,42,72,11,088,37,77,41,181,,0*7B
$GLGSV,3,2,10,78,65,290,,79,29,326,20,81,17,245,,86,00,055,,0*7C
$GLGSV,3,3,10,87,52,038,44,88,66,276,22,0*78
$GAGSV,2,1,07,02,65,271,21,11,54,057,42,12,06,057,32,14,,,48,0*4C
$GAGSV,2,2,07,19,06,036,31,22,14,237,23,30,21,318,29,0*49
$GNGLL,4753.61700,N,02022.78161,E,181632.00,A,D*73
$GNRMC,181633.00,A,4753.61700,N,02022.78163,E,0.014,,300317,,,D,V*10
$GNVTG,,T,,M,0.014,N,0.026,K,D*39
$GNGGA,181633.00,4753.61700,N,02022.78163,E,2,12,0.78,174.4,M,38.4,M,,0000*46
$GNGSA,A,3,02,05,12,20,25,29,16,26,41,40,31,,1.29,0.78,1.02,1*0D
</pre>

Using with NeoGPS and Arduino

2017-06-08T12:52:21Z

Admin: Created page with " <source lang=c++> #include <NMEAGPS.h> #define MAPLESERIAL #define DEBUG_PORT Serial #define PLATFORM "DUE" HardwareSerial &GPSport = Serial2; #define USING_GPS_PORT "Ser..."

<source lang=c++>
#include <NMEAGPS.h>

#define MAPLESERIAL

#define DEBUG_PORT Serial
#define PLATFORM "DUE"
HardwareSerial &GPSport = Serial2;
#define USING_GPS_PORT "Serial2"

static NMEAGPS gps;

//----------------------------------------------------------------

static void printL( Print & outs, int32_t degE7 );
static void printL( Print & outs, int32_t degE7 )
{
// Extract and print negative sign
if (degE7 < 0) {
degE7 = -degE7;
outs.print( '-' );
}

// Whole degrees
int32_t deg = degE7 / 10000000L;
outs.print( deg );
outs.print( '.' );

// Get fractional degrees
degE7 -= deg*10000000L;

// Print leading zeroes, if needed
int32_t factor = 1000000L;
while ((degE7 < factor) && (factor > 1L)){
outs.print( '0' );
factor /= 10L;
}

// Print fractional degrees
outs.print( degE7 );
}

static void doSomeWork();

static void doSomeWork( const gps_fix & fix )
{
// This is the best place to do your time-consuming work, right after
// the RMC sentence was received. If you do anything in "loop()",
// you could cause GPS characters to be lost, and you will not
// get a good lat/lon.
// For this example, we just print the lat/lon. If you print too much,
// this routine will not get back to "loop()" in time to process
// the next set of GPS data.

if (fix.valid.location) {

if ( fix.dateTime.seconds < 10 )
DEBUG_PORT.print( '0' );
DEBUG_PORT.print( fix.dateTime.seconds );
DEBUG_PORT.print( ',' );

// DEBUG_PORT.print( fix.latitude(), 6 ); // floating-point display
// DEBUG_PORT.print( fix.latitudeL() ); // integer display
printL( DEBUG_PORT, fix.latitudeL() ); // prints int like a float
DEBUG_PORT.print( ',' );
// DEBUG_PORT.print( fix.longitude(), 6 ); // floating-point display
// DEBUG_PORT.print( fix.longitudeL() ); // integer display
printL( DEBUG_PORT, fix.longitudeL() ); // prints int like a float

DEBUG_PORT.print( ',' );
if (fix.valid.satellites){
DEBUG_PORT.print("Satellites:");
DEBUG_PORT.print( fix.satellites );
}

DEBUG_PORT.print( ',' );

DEBUG_PORT.print( fix.speed(), 6 );
DEBUG_PORT.print( F(" kn = ") );
DEBUG_PORT.print( fix.speed_kph(), 6 );
DEBUG_PORT.print( F(" kph") );

} else {
// No valid location data yet!
DEBUG_PORT.print( '?' );
}

DEBUG_PORT.println();

} // doSomeWork

static void GPSloop();
static void GPSloop()
{
while (gps.available( GPSport ))
doSomeWork( gps.read() );

} // GPSloop

void setup() {
// put your setup code here, to run once:
Serial.begin(115200);
GPSport.begin(9600);
delay(1000);
}

void loop() {
GPSloop();
}

</source>

Main Page

2017-06-08T12:51:54Z

Admin: /* Products */

=='''Products'''==

==='''GNSS:'''===

[[GA-001]] LEA-M8 based GNSS receiver development board

[[GA-002]] MAX-M8 based GNSS receiver development board

[[GA-003]] NEO-M8 based GNSS receiver development board

[[Using with NeoGPS and Arduino]]

==='''Smart Home devices:'''===

[[IOTSH01DS]]

[[IOT4SH01RELAY]]

[[IOT4SH01BMP]]

[[IOT4SH01BME]]

[[IOT4SH02DS]]

[[IOT4SH02Relay]]

[[IOT4SH02Blinder]]

=== '''Usage examples:''' ===

*[[Domoticz]]
*[[Domoticz smart thermostat]]
*[[Home assistant]]
*[[Node-RED]]
*[[Node-RED Dashboard]]
*[[Munin IOT4SH01DS]]

[https://www.iot4.eu/?post_type=product Shop]
[https://www.iot4.eu/ Iot4 Ltd]

Category:Smarthome

2017-06-06T10:04:59Z

Admin: Created page with "Smart Home devices and tutorials"

Smart Home devices and tutorials

Node-RED

2017-06-06T10:04:31Z

Admin:

<h2>Installing Node-RED</h2>
'''First install the [https://nodejs.org/en/download/ Node.js].'''

When that working install the [http://nodered.org/docs/getting-started/installation Node-RED] ,
with command:
<source>
sudo npm install -g --unsafe-perm node-red
</source>

<h2>Running the Node-RED</h2>
If installed globally (-g) , just simply need to enter the command:

<source>
$ node-red

Welcome to Node-RED
===================

25 Feb 22:51:09 - [info] Node-RED version: v0.14.6
25 Feb 22:51:09 - [info] Node.js version: v4.6.0
25 Feb 22:51:09 - [info] Loading palette nodes
25 Feb 22:51:10 - [warn] ------------------------------------------
25 Feb 22:51:10 - [warn] [rpi-gpio] Info : Ignoring Raspberry Pi specific node
25 Feb 22:51:10 - [warn] ------------------------------------------
25 Feb 22:51:10 - [info] Settings file : /home/nol/.node-red/settings.js
25 Feb 22:51:10 - [info] User Directory : /home/nol/.node-red
25 Feb 22:51:10 - [info] Server now running at http://127.0.0.1:1880/
25 Feb 22:51:10 - [info] Creating new flows file : flows_noltop.json
25 Feb 22:51:10 - [info] Starting flows
25 Feb 22:51:10 - [info] Started flows
</source>

If you started a '''screen''' before the command can run it in the background.

<h2>Using the Node-RED</h2>

You can open it in a browser http://home.local:1880 if you installed the Avahi daemon, else can open on the http://device_ip:1880.

<h2>Domoticz Wacthdog with notification Email</h2>

<source lang=json>
[{"id":"c865297.04cbbd8","type":"mqtt in","z":"1ca87a70.def406","name":"domoticz_out","topic":"domoticz/out","qos":"0","broker":"4d90d7c6.0e6488","x":268,"y":104,"wires":[["eb2aa9ff.0e6358","c0ddce19.226f1","6a3f7e96.f6296"]]},{"id":"eb2aa9ff.0e6358","type":"debug","z":"1ca87a70.def406","name":"","active":true,"console":"false","complete":"payload","x":554,"y":179,"wires":[]},{"id":"c2648e2c.adeab","type":"e-mail","z":"1ca87a70.def406","server":"smtp.gmail.com","port":"465","secure":true,"name":"1234@gmailcom","dname":"to_jrobi772","x":1010,"y":240,"wires":[]},{"id":"c0ddce19.226f1","type":"trigger","z":"1ca87a70.def406","op1":"","op2":"Nincs uj adat","op1type":"nul","op2type":"str","duration":"30","extend":true,"units":"s","reset":"","name":"watchdog","x":540,"y":240,"wires":[["643f2552.191abc"]]},{"id":"643f2552.191abc","type":"exec","z":"1ca87a70.def406","command":"sudo service domoticz.sh restart","addpay":true,"append":"","useSpawn":"","timer":"","name":"restart domoticz","x":760,"y":240,"wires":[["c2648e2c.adeab"],[],[]]},{"id":"4d90d7c6.0e6488","type":"mqtt-broker","z":"","broker":"localhost","port":"1883","clientid":"node_red_orangepi","usetls":false,"compatmode":true,"keepalive":"60","cleansession":true,"willTopic":"","willQos":"0","willPayload":"","birthTopic":"","birthQos":"0","birthPayload":""}]
</source>

If you import this will be look like this picture:

[[File:Watchdog.png|500px]]

Maybe need to update the mqtt_in mqtt server address, email settings and if you have few devices, in the watchdog timer need to set more second to trigger.

[[Category:Smarthome]]

Node-RED

2017-06-06T10:01:43Z

Admin:

Node-RED

2017-06-06T10:01:20Z

Admin:

<h2>Installing Node-RED</h2>
'''First install the [https://nodejs.org/en/download/ Node.js].'''

When that working install the [http://nodered.org/docs/getting-started/installation Node-RED] ,
with command:
<source>
sudo npm install -g --unsafe-perm node-red
</source>

<h2>Running the Node-RED</h2>
If installed globally (-g) , just simply need to enter the command:

<source>
$ node-red

Welcome to Node-RED
===================

25 Feb 22:51:09 - [info] Node-RED version: v0.14.6
25 Feb 22:51:09 - [info] Node.js version: v4.6.0
25 Feb 22:51:09 - [info] Loading palette nodes
25 Feb 22:51:10 - [warn] ------------------------------------------
25 Feb 22:51:10 - [warn] [rpi-gpio] Info : Ignoring Raspberry Pi specific node
25 Feb 22:51:10 - [warn] ------------------------------------------
25 Feb 22:51:10 - [info] Settings file : /home/nol/.node-red/settings.js
25 Feb 22:51:10 - [info] User Directory : /home/nol/.node-red
25 Feb 22:51:10 - [info] Server now running at http://127.0.0.1:1880/
25 Feb 22:51:10 - [info] Creating new flows file : flows_noltop.json
25 Feb 22:51:10 - [info] Starting flows
25 Feb 22:51:10 - [info] Started flows
</source>

If you started a '''screen''' before the command can run it in the background.

<h2>Using the Node-RED</h2>

You can open it in a browser http://home.local:1880 if you installed the Avahi daemon, else can open on the http://device_ip:1880.

<h2>Domoticz Wacthdog with notification Email</h2>

<source lang=json>
[{"id":"c865297.04cbbd8","type":"mqtt in","z":"1ca87a70.def406","name":"domoticz_out","topic":"domoticz/out","qos":"0","broker":"4d90d7c6.0e6488","x":268,"y":104,"wires":[["eb2aa9ff.0e6358","c0ddce19.226f1","6a3f7e96.f6296"]]},{"id":"eb2aa9ff.0e6358","type":"debug","z":"1ca87a70.def406","name":"","active":true,"console":"false","complete":"payload","x":554,"y":179,"wires":[]},{"id":"c2648e2c.adeab","type":"e-mail","z":"1ca87a70.def406","server":"smtp.gmail.com","port":"465","secure":true,"name":"1234@gmailcom","dname":"to_jrobi772","x":1010,"y":240,"wires":[]},{"id":"c0ddce19.226f1","type":"trigger","z":"1ca87a70.def406","op1":"","op2":"Nincs uj adat","op1type":"nul","op2type":"str","duration":"30","extend":true,"units":"s","reset":"","name":"watchdog","x":540,"y":240,"wires":[["643f2552.191abc"]]},{"id":"643f2552.191abc","type":"exec","z":"1ca87a70.def406","command":"sudo service domoticz.sh restart","addpay":true,"append":"","useSpawn":"","timer":"","name":"restart domoticz","x":760,"y":240,"wires":[["c2648e2c.adeab"],[],[]]},{"id":"4d90d7c6.0e6488","type":"mqtt-broker","z":"","broker":"localhost","port":"1883","clientid":"node_red_orangepi","usetls":false,"compatmode":true,"keepalive":"60","cleansession":true,"willTopic":"","willQos":"0","willPayload":"","birthTopic":"","birthQos":"0","birthPayload":""}]
</source>

If you import this will be look like this picture:
[[File:Watchdog.png|500px]]
Maybe need to update the mqtt_in mqtt server address, email settings and if you have few devices, in the watchdog timer need to set more second to trigger.

File:Watchdog.png

2017-06-06T09:57:48Z

Admin:

Node-RED

2017-06-06T09:50:33Z

Admin: