Description
For orders with more than two probes, please contact us to confirm availability!
USB interface type: HID driverless type, supports Windows systems, plug and play, good compatibility.
You can choose the number of probes as needed, with a maximum support of 16 probes. Additional probes will incur additional charges; please contact us.
HID mode, driverless, supports secondary development (real-time temperature acquisition sample code is available in VB, VC, C#, Delphi, and other language development packages).
Free accompanying temperature acquisition software is provided: it can record data to text in real time and view temperature curves in real time.
TF card type: In addition to supporting the USB interface type’s online function, it also supports the addition of a separate TF card (only supports TF cards smaller than 32G and formatted as FAT16 or FAT32) to achieve offline data storage. It supports storing XLS or Txt file formats. Offline stored data does not support curve display and must be read and processed from the TF card manually.
Network interface type: The device supports UDP and JSON communication, and communication protocols are provided (network interface type only). Sample code for calling the real-time temperature acquisition dynamic library in VB, VC, C#, Delphi, and other languages for Windows systems is also provided. The dynamic library calling method is compatible with USB temperature sensors.
Note: The network interface type device requires a network IP address. If you are unfamiliar with network IP allocation, please purchase the USB interface type.
The probe uses an original imported DS18B20 temperature sensor chip.
The measurement temperature range is -55°C to +125°C. This is equivalent to 67°F to 257°F in Fahrenheit. The accuracy is ±0.5°C within the range of -10°C to +85°C.
Applications:
1. Suitable for temperature measurement and control in cold storage, grain silos, storage tanks, telecommunications rooms, power rooms, cable trays, etc.
2. Temperature measurement and control in confined spaces such as bearings, cylinder blocks, textile machinery, and air conditioners.
3. Automotive air conditioners, refrigerators, freezers, and medium- and low-temperature drying ovens.
4. Heat metering for heating/cooling pipelines, individual heat energy metering for central air conditioning systems, and temperature measurement and control in industrial fields.
