•   Support Multiple Signal Input —— Voltage, Current, Power, Pressure, Frequency, Temperature, Humidity, Flow, Liquid level, Vibration, Rotating speed, etc.

•   Wireless Penetration = 3 standard industrial plants.

•   Free IoT Platform & Monitoring —— via WiFi / 4G / GPRS / Ethernet / NBIOT —— one-click connects to the IoT platform to realize remote monitoring of PC and mobile phone. Integrated RS232, RS485, Ethernet communication interface, and USB for easy connectivity to your PC.

7 inch color touch screen, 70MB internal storage

•   Numerical

•   Bar graph

•   Curve

•   History

•   Alarm record

•   Comprehensive

The T3 wireless data acquisition can be extended up to 256 channels with USB-1608 modules.

Temperature and humidity loggers are installed in public areas such as halls and platform areas in subway stations to monitor the temperature and humidity of the station in real-time. At the same time, the equipment regularly uploads the data to the management background.

Operators can adjust the temperature and switch of each air-conditioning system in the station in time-based on the measured data to ensure the comfort of the public area of the station.

USB-1608 wireless module: one in each room. It is used to collect the data of the thermocouple temperature and the black bulb temperature sensor in each room and send the collected data wirelessly to the wireless collector.

T3 Wireless data recorder: installed in the second or third room, used to receive data from 4 wireless acquisition cards and can display and record the data. In addition, it also supports a 4G wireless transmission function, which can be transmitted to the Internet of Things platform, and remotely using a mobile phone or computer to view real-time/historical data.

This case also uses a USB-1608 module and T3 wireless data acquisition.

First, the temperature sensor collects data and sends the data to the T3 wireless receiving end through the ZIGBEE wireless method. After then the receiving end transmits it to the central server through the network.

Then through the IoT monitoring system for data analysis, display, storage, alarm, historical query, and other functions. The system can automatically perform functions such as equipment statistics, equipment transfer, SMS alarm, and maximum temperature calculation.