Unipi technology Knowledge Base en:hw:05-sensors

1-Wire

anonymous@undisclosed.example.com (Anonymous) — Wed, 09 Apr 2025 16:24:02 +0000

@@ -35,10 +35,16 @@
  {{page>en:hw:05-sensors:1-wire-1wtib2-hidden}}
  {{ :files:img_breakline.png?nolink |}}
  
  ===== Temperature/relative air humidity sensor =====
- <WRAP center round important 95%>
+ <WRAP group center round box 95%>
+ {{ :files:img_warning-line_b.png?nolink |}}
+ <WRAP half column 13%>
+ {{ :en:hw:09_safety-instructions_pseudo-ISO-7010-attention.png?nolink |(!)}}
+ </WRAP>
+ <WRAP half column 83%>
  The following sensors featuring rel. air humidity sensor **are not compatible with [[https://www.unipi.technology/unipi-extension-xg18-p331|Unipi Extension xG18]] module**.
+ </WRAP>
  </WRAP>
  
  
  ==== 1W-TH-IB on-wall sensor ====

Analog

anonymous@undisclosed.example.com (Anonymous) — Tue, 10 Aug 2021 06:53:44 +0000

@@ -1,9 +1,9 @@
  ==%hide Analog ==   
     
  ====== Analog sensors ======
  Generally speaking, analog sensors utilize changes of **voltage**, **current** or **resistance** on output terminals. The sensors can be divided into two groups:
-   * __Active__ -> the output signal towards the GND is either voltage or current (most active sensors are powered by an external power source galvanically isolated from the PLC)
+   * __Active__ -> the output signal towards the GND is either voltage or current (most active sensors are powered by an external power source galvanically isolated from the unit)
    * __Passive__ -> the resistance between the output terminals changes depending on the measured parameter.
  
  <WRAP center round box>
  On the Unipi e-shop, you can find **reliable passive** analog sensors suitable for use in heating, air conditioning, industrial environment etc. These sensors are also a good choice for projects requiring the most precise and reliable sensors available.

Downloads

anonymous@undisclosed.example.com (Anonymous) — Fri, 07 Nov 2025 15:09:17 +0000

@@ -23,4 +23,17 @@
  
  
  ==== Firmware for IAQ sensors ====
  {{page>:en:files:software:iaq-fw-update-hidden}}
+ 
+ ===== Gateways (Discontinued) ===== 
+ 
+ ==== xG1W-2 - 1-Wire/Modbus RTU gateway ====
+   * A tool for configuring the module in Windows OS
+     * {{ files:products:extensions_gateyways:xg1w:1-wire-gwy-tool-v1.09.02.exe |1-WIRE-GWY-Tool-V1.09.02.exe}}
+     * {{ files:products:extensions_gateyways:xg1w:1-wire-gwy-fw-v1.2.zip |Firmware 1-wire-gwy-FW-v1.2}}
+   * {{ files:products:extensions_gateyways:xg1w:xg1w-2-manual.pdf |Technical documentation EN}}
+ 
+ ==== Opentherm/Modbus RTU gateway ====
+   * {{ :files:products:technical_manual_cz_rev07-2020.pdf |Technical documentation CZ}} / {{ :files:products:technical_manual_en_rev07-2020.pdf |Technical documentation EN}}
+   * {{ :files:products:mm-ot101_datasheet_rev07-2020_cze.pdf |Datasheet CZ}} / {{ :files:products:mm-ot101_datasheet_rev07-2020_en.pdf |Datasheet EN}}
+   * {{ files:products:extensions_gateyways:mm-ot101:mm-ot101-ce_certification.pdf |CE certification}}

Indoor Air Quality (IAQ)

anonymous@undisclosed.example.com (Anonymous) — Wed, 09 Apr 2025 16:24:50 +0000

@@ -18,14 +18,21 @@
  
  ===== Description of Unipi IAQ devices =====
  The sensors are suitable for usage in offices, schools, commercial buildings, factory halls with internal *LoRa/Wi-Fi networks, but also for household applications. When combined with other technologies the sensors provide the option to maintain stable air quality, creating a comfortable environment for work or relaxation. 
  
- <WRAP center round box>
+ <WRAP center round box 95%>
  //*LoRaWAN is available only for RLW-TH and RLW-THC variants//
  </WRAP>
  
- <WRAP center round info 100%>
+ <WRAP group center round box 95%>
+ {{ :files:img_warning-line_b.png?nolink |}}
+ <WRAP half column 13%>
+ {{ :en:hw:08_safety-instructions_pseudo-ISO-7010-info.png?nolink |(i)}}
+ </WRAP>
+ <WRAP half column 83%>
+ **Note:** \\
  For more information about possible applications of Unipi IAQ sensors with LoRa interface, visit [[https://www.unipi.technology/case_study/integration-of-an-iot-indoor-air-quality-sensor-with-lora-communication-364|Integration of an IoT indoor air quality sensor with LoRa communication]] case study.
+ </WRAP>
  </WRAP>
  
  
  ==== RW-TH ====