Arduino Control Center Thermostat Example

Jumper wires (generic)

4-CHANNEL RELAY CONTROLLER FOR I2C

Arduino UNO

w5100 Ethernet shield

Arduino Control Center

Ethernet Shield w5100

Screw shield

Temperature Sensor

<h3 >Required hardware:</h3><ul ><li >Arduino UNO </li><li ><a href="http://www.ebay.com/itm/Ethernet-Shield-W5100-Arduino-Main-Board-2009-UNO-ATMega-328-1280-MEGA2560-/400356634583?hash=item5d371d6fd7">w5100 Ethernet shield</a> </li><li >2 x DS18B20 temperature sensor </li><li ><a href="http://www.ebay.com/itm/Proto-Screw-Shield-Arduino-Open-Source-Reset-Button-D13-LED-NEW-/201365176330?hash=item2ee24cc00a">Screw shield </a> </li><li >4 channel relay board </li><li >Dupont wire jumpers male-female, female-female </li><li >and(or) <a href="http://www.ebay.com/itm/Arduino-UNO-MEGA-Duemilanove-Sensor-Shield-V4-Digital-Analog-Module-Servo-Motor-/400489020120?hash=item5d3f017ad8">Sensor shield</a> (for easier connecting and following instructions)</li></ul>Required hardware without connected DS18B20 temperature sensors. <figure><img src=https://projects.arduinocontent.cc/edce00f9-aed5-4458-92ec-e65bbc2c62af.jpg /><figcaption> </figcaption></figure><a href="http://lanmisoft.com/ArduinoControlCenterDemo-Windows.php">DOWNLOAD WINDOWS</a><a href="http://lanmisoft.com/ArduinoControlCenterDemo-Linux.php">DOWNLOAD LINUX UBUNTU(17.04 , 32bit)</a>Entire project does not require soldering, all connections are made with wires and shields.Arduino Control Center zipped file, unpack and run the application, portable no installation.<h3 >Configure Arduino Uno with Ethernet shield for use:</h3><ul ><li ><a href="http://lanmisoft.com/images/examples/thermostat/select_board.jpg">Select Arduino board type </a></li><li ><a href="http://lanmisoft.com/images/examples/thermostat/select_firmware.jpg">Select firmware</a> for Arduino board type </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/select_port.jpg">Select communication serial port</a> </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/upload_firmware.jpg">Upload Arduino compiled sketches (firmwares)</a> with built in uploader, no Arduino IDE required </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/test_firmware.jpg">Test uploaded firmware</a>, read messages </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/generate_id.jpg">Generate Arduino ID number</a>, required </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/check_pc_ip.jpg">Find your PC IP address</a>, required for network shield setup </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/set_ip.jpg">Set Arduino PC IP address</a>, has to be within your LAN (local network) range. DHCP for Arduino UNO is disabled! </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/generate_mac.jpg">Generate Arduino MAC address</a>, required! Must be unique in LAN! </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/set_udp.jpg">Set UDP</a> <a href="http://lanmisoft.com/images/examples/thermostat/set_udp.jpg">(Arduino server) IP address</a> - this is YOUR PC IP address in this example! </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/upload_settings.jpg">Upload ID and network configuration</a> </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/view_setup.jpg">View Arduino board configuration</a> </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/finish_setup.jpg">Finish Arduino configuration</a> and add device to the ACC system </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/check_checkbox.jpg">Click on checkbox in the list</a> in order to open serial communication </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/ready_to_congigure_io.jpg">VOILA! You are ready</a> to configure Inputs and Outputs!</li></ul><div id="gallery"><img id="gallery" src=https://projects.arduinocontent.cc/bbe64f9d-54af-48b3-ab6d-b5a9afb5a1a4.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/a20a0fc2-c3af-4d20-a26c-adfb03d92a51.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/9a9e8925-55ae-4554-b5ed-e2af53c29e3e.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/739ce8a1-363e-4d23-a9fa-2c22ec643a44.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/de71d035-59e3-4f21-aeb0-00d7cf437185.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/fc9bbf01-c856-465a-b914-b965087332d6.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/8f0bffc8-e636-4a9e-acb5-3611b9322238.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/d0e0ac76-dc63-4fcd-9c11-45bc2af10853.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/00881c37-1c8c-43bd-9121-8cfb87ad59bd.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/e7cac997-1687-4f26-957a-209855b7cfbb.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/0a96350c-6d52-494b-99ef-aae732500c6d.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/782811e0-17f7-485a-a338-530749379489.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/c108709a-f927-42ff-8d7b-029a08df4c0b.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/c2204286-5051-4868-b9f6-54c9781001c9.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/14ed6ffb-377e-44a2-a5c7-d091ba99ef9c.jpg /><figcaption> </figcaption></div><h3 >Configure Inputs and Outputs:</h3><ul ><li ><a href="http://lanmisoft.com/images/examples/thermostat/add_18b20.jpg">Double click on pin list</a> (or right click-Configure pin) and add DS18B20 sensor (2 times, pin D6 and D7 </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/add_rele.jpg">Double click on pin list</a> (or right click-Configure pin) and add relays (4 times, pins A0-A3, see image) </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/rule_right_click.jpg">Right click on relay</a> and set the triggering rule for thermostat </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/create_rule.jpg">Triggering rule</a> preview </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/invert_output.jpg">If you relay board (like in this example)</a> trigger relay with LOW, you can INVERT output in order to show real relay status </li></ul>Required hardware with connected DS18B20 temperature sensors and relay board: <figure><img src=https://projects.arduinocontent.cc/312dba43-168c-467a-aeb3-bffb744e5130.jpg /><figcaption> </figcaption></figure><ul ><li >Relay board: A0-A3, analog pins will be set as digital outputs when you set pin as DIGITAL </li><li ><a href="http://www.ebay.com/itm/1-2M-DS18B20-Temperature-Sensitive-Module-Thermometer-Waterproof-Cable-Probe-/401234558213?var=&hash=item5d6b717d05:m:mpaN4aeDhJAiX3BkwnvU5Mg">DS18B20</a> data pin(DQ): First D6, second D7 </li></ul>VCC and GND for sensors connect to sensor shield V and G contacts (if you use sensor shield, or depends of what kind of hardware you use).<h3 >Setup and start HTTP and UDP servers:</h3><ul ><li ><a href="http://lanmisoft.com/images/examples/thermostat/server_menu.jpg">Open servers page</a> </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/udp_http_port.jpg">Set UDP and HTTP port( default 8082 and 80)</a> </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/start_servers.jpg">Start servers</a> </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/server_ip_shows.jpg">If setup is ok</a> you should see your Arduino IP address </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/invert_output.jpg">If you relay board (like in this example)</a> trigger relay with LOW, you can INVERT output in order to show real relay status. </li></ul><h3 >Create rules for relays:</h3><ul ><li ><a href="http://lanmisoft.com/images/examples/thermostat/rule_right_click.jpg">Right click</a> on output(relay) and click on &#34;Rule editor&#34; menu item </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/create_rule.jpg">Create rule</a> with available DS18b20 sensors </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/rule_mark.jpg">Rule mark</a> on output(relay) image </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/web_login.jpg">Login to web page</a> </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/web_preview.jpg">Web preview</a> for created configuration </li><li ><a href="http://lanmisoft.com/images/examples/thermostat/web_toogle_relays.jpg">Toogle relays </a> over network. If Arduino device has serial and network connection, serial connection has higher priority </li></ul><div class="se-component se-video-container __se__float-none" contenteditable="false" style="width: 100%;"><figure style="width: 100%; height: 56.25%; padding-bottom: 56.25%; margin: 0px;"><iframe frameborder="0" allowfullscreen="" src="http://lanmisoft.com/images/examples/thermostat/web_toogle_relays.jpg" data-proportion="true" data-percentage="100%,56.25%" data-size="100%,56.25%" data-align="none" style="width: 100%; height: 100%;" data-index="0" data-file-size="0" data-origin="100%,56.25%"></iframe></figure></div>

Arduino Control Center Thermostat Example

Demonstrating how to create a network monitored Arduino thermostat with ds18b20 sensor and relay board with Arduino Control Center.