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--- en:sw:01-mervis:connecting-to-extension-xg18-hidden [2020/04/23 11:38] – [2.2 Manual addition using a library device] jan_kozak
+++ en:sw:01-mervis:connecting-to-extension-xg18-hidden [2021/08/05 12:40] (current) – avsetula
@@ Line 1: / Line 1: @@
 ====== Connecting the Extension xG18 to Mervis IDE ======
-Are you looking for an affordable temperature measurement solution, need to read the temperature at longer distances, or want to automate a boiler room? Then the Extension xG18 is the ideal solution.
+<WRAP group>
+<WRAP half column 81%>
+Are you looking for an affordable temperature measurement solution, need to read the temperature at longer distances, or want to automate a boiler room? Then the [[https://www.unipi.technology/unipi-extension-xg18-p331|Extension xG18]] is the ideal solution.
 This compact module is designed as a simple and reliable tool capable of reading temperature from up to 8 Unipi 1-Wire temperature sensors (DS18B20). Modbus RTU protocol on RS-485 serial line is used to provide the data to the control system.
+</WRAP>
+<WRAP half column 15%>
+;;#
+<html><span class="dev-tag dev-patron">Patron</span></html> \\
+<html><span class="dev-tag dev-neuron">Neuron</span></html> \\
+<html><span class="dev-tag dev-gate">Gate</span></html> \\
+<html><span class="dev-tag dev-axon">Axon</span></html> \\
+<html><span class="dev-tag dev-extens">Extension</span></html>
+;;#
+</WRAP>
+</WRAP>
 Each 1-Wire channel is dedicated for just the one 1-Wire sensor with a RJ45 connector, which highly increases reliabily of the measurements.
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 The following guide will lead you through both hardware and software settings, and will also show you how to set it up in Mervis IDE.
-==== Prerequisites ====
+<WRAP center round box>
-  * [[https://www.unipi.technology/axon-c20 | Unipi controller]] running [[en:files:software:os-images:00-start | Mervis OS v2.3.0]] or newer
+<html><span class="kbBlue-H4alt">Prerequisites:</span></html>
-  * [[https://www.unipi.technology/accessories-c4|24V DC power supply]]
+  * [[https://www.unipi.technology/axon-c20 | Unipi controllers]] and [[en:files:software:mervis:00-start|Mervis IDE v2.3.0]]
+  * [[https://www.unipi.technology/accessories-c4|24 V⎓ power supply]]
   * local network connectivity (any network switch or router)
-  * Extension xG18 module
+  * [[https://www.unipi.technology/en/rozsirujici-moduly-c40|Extension xG18 module]]
   * at least one Unipi 1-Wire temperature sensors with an RJ45 connector
+</WRAP>
 ===== 1 Connecting xG18 to an Unipi PLC =====
-Extension xG18 communicates with the PLC using a two-wire RS-485 connection. The module can be powered by the same power source as the PLC (if the power supply's specification allows it). Alternatively, you can use a standalone 5-24V DC power supply. As to temperature sensors, simply plug them into the available RJ45 ports.
+Extension xG18 communicates with the PLC using a two-wire RS-485 connection. The module can be powered by the same power source as the PLC (if the power supply's specification allows it). Alternatively, you can use a standalone 5-24 V⎓ power supply. As to temperature sensors, simply plug them into the available RJ45 ports.
+{{ :en:sw:01-mervis:connecting-to-extension-xg18-001-en.png?nolink&800 |}}
-{{ :en:sw:01-mervis:connecting-to-extension-xg18-001-en.png?nolink |}}
 ===== 2 Attaching the xG18 to a Mervis IDE project =====
 Create a new project or integrate the device into an already-existing one. Follow the steps below:
+<WRAP center round box 95%>
+In case of adding the module to an already existing Modbus RTU channel, make sure the communication parameters (parity speed, etc.) are set correctly. If so, continue with [[#automatic_detection_using_module_autodetect|Chapter 2.1]].
+</WRAP>
-You can use an existing Modbus RTU channel (if you have one). In this case, you need only to ensure all communication parameters (bitrate, parity etc.) are set correctly.
+Alternatively, create a new channel. Right-click on the PLC's name and choose **Add Channel**. Set its name to **Modbus_RTU**.
-Alternatively create a new channel. Right-click on the PLC's name and choose ''Add Channel''. Set its name to **Modbus_RTU**.
 {{ :en:sw:01-mervis:connecting-to-extension-xg18-002-en.png |}}
@@ Line 40: / Line 58: @@
 {{ :en:sw:01-mervis:connecting-to-extension-xg18-004-en.png |}}
-==== 2.1 Automatic detection using module autodetect ====
+Now we need to add a device to the channel. You can do it bu Autodetection, or, if you don't have the xG18 at hand, manually.
+==== 2.1 Automatic detection using module autodetect ====
 Right-click on the Modbus_RTU channel and choose **Unipi - modules autodetect**.
@@ Line 58: / Line 78: @@
 {{ :en:sw:01-mervis:connecting-to-extension-xg18-008-en.png |}}
-==== 2.2 Manual addition using a library device ====
+==== 2.2 Manual addition using a library device ====
 Right-click on the Modbus_RTU channel and click on **Add Library Device**.
 {{ :en:sw:01-mervis:connecting-to-extension-xg18-009-en.png |}}
-Expand the **Unipi technology** folder and then the underlyin **RS-485 Extensions** folder. A list of devices will appear where you will find the **Extension xG18**. Add it to the Selected devices it either by double-clicking on it or by using the > button. Confirm by clicking on **OK**.
+Expand the **Unipi technology** folder and then the underlying **RS-485 Extensions** folder. A list of devices will appear where you will find the **Extension xG18**. Add it to the Selected devices it either by double-clicking on it or by using the > button. Confirm by clicking on **OK**.
 {{ :en:sw:01-mervis:connecting-to-extension-xg18-010-en.png |}}
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 {{ :en:sw:01-mervis:connecting-to-extension-xg18-013-en.png |}}
 ===== 3 Device configuration =====
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 The following communication parameters can be set via DIP switches:
-  * Address .................................. 1 – 15 (Address 0 = SW configuration from Modbus registers is used)
+  * Address .................................. 1–15 (Address 0 = SW configuration from Modbus registers is used)
   * Baud rate ............................... 9600 / 19200 baud
   * Parity ....................................... none / even
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 {{ :en:sw:01-mervis:connecting-to-extension-xg18-015-en.png |}}
 ==== 3.2 Hardware configuration of communication parameters through DIP switches ====
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 {{ :en:sw:01-mervis:connecting-to-extension-xg18-018-en.png |}}
 ===== 4 Practical example =====