Nt18b07 Manual |link|

Here’s how to set up the NT18B07 with popular platforms:

The NT18B07 is a specialized industrial data acquisition module designed to convert signals from up to seven Negative Temperature Coefficient (NTC) thermistors into standard digital Modbus RTU data over an RS485 serial network. Its primary function is to serve as a bridge between simple, analog temperature-sensing resistors and a digital Programmable Logic Controller (PLC), paperless recorder, or single-board computer like an ESP32.

The NT18B07’s combination of high channel count, robust industrial protocol (Modbus RS485), and support for inexpensive NTC thermistors makes it suitable for: nt18b07 manual

The NT18B07 air conditioner is a high-performance device designed to provide efficient cooling and heating. Some key features and specifications include:

| Icon | Menu Name | Functions | | :--- | :--- | :--- | | 📺 | Picture | Contrast, Brightness, Color, Tint, Sharpness, Color Temp (Cool/Normal/Warm) | | 🔊 | Sound | Bass, Treble, Balance, Surround Sound (On/Off), Auto Volume Leveling (AVL) | | ⏲ | Time | Sleep Timer (Off/10/20/...120 min), Auto Sleep, Time Zone (for ATSC) | | ⚙ | Setup | Menu Language (English/French/Spanish), Closed Captions (CC), Reset to Factory Default | | 📡 | Channel | Air/Cable selection, Auto Scan, Manual Scan, Channel Skip, Signal Strength meter | Here’s how to set up the NT18B07 with

If you want, I can create a printable one-page PDF manual, a parts diagram, or a labeled control layout for your specific unit — tell me which option.

The module functions as a Modbus Slave, meaning it responds to requests from a Master device (like a PLC or PC). Some key features and specifications include: | Icon

A user on the WAGO Community detailed their process for connecting the NT18B07 to a PFC100 controller. The key steps are summarized below:

The is a specialized 7-channel NTC temperature transmitter that converts signals from up to seven 10K NTC thermistors into the widely used MODBUS RTU protocol over an RS485 serial interface. Essentially, it allows you to digitize temperature readings from multiple analog sensors, making them accessible to Programmable Logic Controllers (PLCs), industrial paperless recorders, single-board computers like the Raspberry Pi, or microcontrollers such as the ESP32.