Welcome Customer !

Membership

Help

Tianjin Aojia Technology Co., Ltd
Custom manufacturer

Main Products:

instrumentb2b>Article

Tianjin Aojia Technology Co., Ltd

  • E-mail

    minjie.li@on-well.com

  • Phone

    13132556196

  • Address

    5-B-701, No.15 Rongyuan Road, Huayuan Industrial Zone, Tianjin

Contact Now
What are the main differences between wireless temperature verification devices and wired ones
Date: 2025-06-20Read: 26

In the pharmaceutical industry, with the implementation of the new pharmacopoeia, most pharmaceutical factories use it for temperature validation of high-temperature pressure sterilizers, sterilization validation of pharmaceutical packaging materials, and temperature and humidity validation in drug stability tests. In the food industry. Mainly export-oriented enterprises, used to record temperature and pressure data during the sterilization process of packaging cans or bags, in order to control and improve the process and optimize processing parameters.

Connection method and deployment flexibility:
Characteristics: Transmission method; Wireless temperature verification device: based on LoRa/4G wireless communication, eliminating physical wiring; Wired temperature verification system: relies on wired interfaces such as RS485/USB for connection.
Features: Deployment scenarios; Wireless temperature verification device: suitable for enclosed or mobile devices such as rotating sterilization cabinets and tunnel ovens; Wired temperature verification system: limited to fixed equipment only, wiring restricts activity range.
Characteristics: Installation complexity; Wireless temperature verification device: The probe is ready to use and the deployment efficiency is improved; Wired temperature verification system: requires wall drilling and wiring, with a long construction period.
Wireless temperature verification deviceKey points for operation and maintenance:
Calibration requirement: Calibrate every six months to ensure accuracy deviation ≤ ± 0.1 ℃ 68.
Installation specifications: The probe should be in close contact with the measured surface to avoid air gaps affecting the reading.
Data processing: Specialized software automatically generates temperature curve graphs and verification reports (in PDF/Excel format)