Download IO RTD Ni10000 APK

Q: Is IO RTD Ni10000 safe for my device?

Yes, IO RTD Ni10000 follows the Google Play content guidelines to ensure safe use on your Android device.

Q: What is an XAPK file, and what should I do if the IO RTD Ni10000 I downloaded is an XAPK file?

A file with .xapk extension is a compressed package file. It is a container file format that incorporates APK and additional associated files required for the installation. The XAPK format was introduced to package the APK file and OBB file together for a seamless delivery and installation process. XAPK format can help reduce the package size of application. On mobile phones, users need to install the XAPK installer first, and then install XAPK files through that installer. You can find the installer here:<a href="https://apkcombo.com/how-to-install/" rel="nofollow" target="_blank">https://apkcombo.com/how-to-install/</a>. But on PC client, you just need to put the file on LDPlayer.

Q: Can I play IO RTD Ni10000 on my computer?

Yes, you can play IO RTD Ni10000 on your computer by installing LDPlayer, an Android emulator. After installing LDPlayer, simply drag and drop the downloaded APK file into the emulator to <a href='/apps/io-rtd-ni10000-on-pc.html'>start playing IO RTD Ni10000 on PC</a>. Alternatively, you can open the emulator, search for the game or app you want to play, and install it from there.

English

繁體中文 한국어 Tiếng Việt Pусский 日本語

IO RTD Ni10000

App for converting temperature to resistance and resistance to temperature.

i-o.tech

Tools

Download IO RTD Ni10000 APK

Version 1.0.2

Updated on 2024-04-20

Rating 4

Category Tools

Package name appinventor.ai_biblioteka_inzyniera_pl.IO_RTD_Ni10000

Downloads 5+

IO RTD Ni10000 Description

Application for converting temperature to resistance and resistance to temperature for the Ni10000 RTD sensor. It takes into account several standards and classes of sensors. Calculations are performed in several precisions. In the application, you can generate a table for a given temperature range with a given jump and a graph.

Open up