Dual-chamber freezers with inverter-controlled compressors
Axofreeze -86°C Ultra-Low Temperature Freezer MF-86V838TDV, 838 l, Energy-Saving Model with Touchscreen
Capacity 600 boxes, 60,000 samples, Power consumption 7.9 kWh/day at -75°C
Product information
Axofreeze MF-86V838TDV: Maximum Sample Safety Through Redundant Cooling
The Axofreeze MF-86V838TDV offers 838 liters of capacity, providing space for up to 60,000 samples. The innovative redundant dual cooling system ensures consistent storage at -80°C even in the event of a compressor failure. Thanks to VIP+ vacuum panels and frequency-controlled compressors, this model achieves outstanding energy efficiency of just 7.9 kWh/day with maximum quiet operation.
This highly efficient, energy-saving model is the ideal choice for biobanks, clinical laboratories, and the pharmaceutical industry. Discover professional laboratory solutions at axon-labortechnik.de and optimize your sample logistics. Request your no-obligation quote now!
Frequently Asked Questions About the Axofreeze MF-86V838TDV
How does the redundancy in the dual cooling system work?
The system operates with two completely independent cooling circuits, each equipped with its own compressor. In normal operation, both circuits share the load, which increases efficiency. Should one circuit fail, the second automatically takes over full cooling capacity and keeps the temperature stable at -80°C. This provides double protection for highly sensitive sample materials.
What advantages do the VIP+ insulation and HC refrigerants offer?
The 90 mm thick VIP+ vacuum insulation massively reduces heat ingress from outside compared to standard insulation, which lowers power consumption. Combined with natural hydrocarbon refrigerants (HC), a GWP value of zero is achieved. This protects the environment and makes operation of the ultra-low temperature freezer particularly sustainable. In addition, the warm-up time during a power outage is significantly extended.
How is complete documentation of storage conditions ensured?
Control is performed via a 10.1-inch touchscreen, which visualizes all relevant data and stores it via a USB interface for up to 10 years. An integrated battery maintains the display and alarm system for approximately 48 hours during a power outage. The device can also be integrated directly into a central laboratory monitoring network via the RS485 interface. Alarms are reported visually, acoustically, and via remote contact.