- Whisper quiet with a sound level of 52 dBA, enabling end users to work alongside the refrigerator without distraction
- Unique V-drive technology is designed to detect usage patterns such as door openings when a higher compressor speed is needed and periods of stability where the compressor runs at a lower speed, saving energy without compromising protection
- Up to 50% less energy usage than conventional refrigerant models*
- Natural, R290 refrigerants and water-blown foam make the TSX Series compliant with the U.S. Environmental Protection Agency’s Significant New Alternatives Policy (SNAP)
- Manufactured in an award-winning, zero-waste to landfill facility
- Temperature range of -35° to -15°C, factory setpoint at -30°C
- Lower HVAC costs as a result of less heat emission into the environment*
- Easy to use microprocessor control with setpoint security and alarms
- Compatible with wireless monitoring systems and remote alarm contacts
- Standard door locks provide comfort and assurance
- Ergonomic door handle
- Optional chart recorders available
- Warranty varies by country, please contact us for details
Wireless Monitoring Solution
Thermo Scientific™ DeviceLink HUB™, our easy-to-install solution, works with the Thermo Fisher Cloud to monitor conditions inside your TSX Series Laboratory Refrigerators and Freezers.
DeviceLink HUB™ connects users to their equipment, allowing them to receive critical lab equipment data and equipment notifications on their mobile and web applications:
- Display temperature
- Ambient temperature
- Alarm and alerts notification
DeviceLink HUB™ is available in the following regions:
- United States and Canada
- 28 members of the European Union
- Iceland, Liechtenstein, Norway, and Switzerland
Thermo Scientific™ TSX Series high-performance -30°C auto defrost freezers are designed with features that support sample protection and sustainability objectives for the storage of clinical and laboratory-grade storage requiring -30°C. The Series’ V-drive technology is designed to provide temperature uniformity that continually adapts to user patterns, offering significant energy savings without compromising protection.