ANB-TEX-IP67-DC60-3M - NB-IoT datalogger with external temperature sensor and industrial door contact
The ANB-TEX-IP67-DC60-3M is a compact datalogger featuring an external waterproof temperature sensor and an industrial door contact, designed for precise and continuous measurements in refrigeration applications. Thanks to wireless NB-IoT communication and battery power, the ANB-TEX-IP67-DC60-3M is ideal for visualizing temperature trends in combination with the number of door openings.
Temperature values are continuously recorded and automatically transmitted to the ATAL OnlineSensor platform, providing 24/7 access to insights, analysis, alarm notifications, and reports. The built-in smart buffering ensures that data are preserved even during temporary network interruptions.
Key advantages
- Datalogger with wireless NB-IoT communication
- External waterproof temperature sensor
- Industrial door contact
- 24/7 monitoring and supervision via OnlineSensor platform
- Battery powered
- Smart buffering with memory for 40,000 measurements
Applications
- Monitoring of refrigerators, freezers, and cold rooms
- Supervision of storage rooms for food and pharmaceutical products
- Temperature recording in laboratories, distribution centers, and critical areas
- Support for compliance with standards such as HACCP, GDP, and GLP
- Monitoring during cold and frozen transport of food and temperature-sensitive pharmaceuticals
Target group
The ANB-TEX-IP67-DC60-3M is designed for quality managers, facility managers, and technical supervisors who want to monitor both temperature and door activity. This datalogger is ideal for laboratories, pharmacies, cold and freezer rooms, storage facilities, logistics centers, and transport companies where both temperature stability and door opening events are critical.
With the ANB-TEX-IP67-DC60-3M, not only is temperature continuity clearly visible, but the impact of door openings becomes directly measurable. This ensures safety, quality, process control, and compliance in a simple and reliable way.