Scienovo Drug Stability Test Chamber with Remote Monitoring Function

Drug stability test chambers are testing equipment used to simulate temperature, humidity, and light environments. They are primarily used in pharmaceutical companies, bioengineering, public health and epidemic prevention, chemical industries, and food processing. This equipment simulates the storage and transportation environment of pharmaceuticals by controlling climatic conditions, supporting accelerated testing, long-term testing, high humidity testing, and strong light exposure testing. It complies with the Chinese Pharmacopoeia and relevant WHO standards.

The equipment employs a microcomputer PID temperature controller and a constant temperature and humidity system, equipped with a high-end compressor, and has a humidity control range of 20~95%RH. Models feature a large color display screen, dual temperature limit protection, support real-time data monitoring, meet different volume requirements, and are GMP certified.

Equipped with a high-definition 7-inch touchscreen control panel. Real-time monitoring of operating status, displaying current temperature (humidity), temperature (humidity) setpoints, date, time, temperature (humidity) curves, and other operating parameters.

• Data Function:

The control panel has an internal data storage card capable of storing over 5 years of data and includes a USB interface for exporting historical data via USB flash drive in CSV and DB file formats.

2-4, Stability: A self-developed patented dual-temperature and humidity control system significantly improves temperature uniformity within the enclosure. (Patent No. 201922119609.1)

• Remote Control System:

Remote operation and setting of parameters such as temperature and humidity, data viewing, real-time curve graphs, alarm alerts, and alarm/fault analysis are possible via a WAFI module and a WeChat app.

• Variable Frequency Control System:

The refrigeration system uses a variable frequency compressor, reducing energy consumption by 70% compared to traditional refrigeration systems, significantly lowering power consumption, reducing operating costs, and extending compressor lifespan.

• Facial Recognition System:

Utilizing the latest intelligent facial recognition system, this system enhances instrument security, improves efficiency, and eliminates the problem of users being unable to operate the instrument if they forget their password.

• Door Lock Function:

Employing an electronic combination lock, unauthorized access to the door is impossible, preventing errors in experimental results caused by unauthorized personnel opening the door.