Haier -150°C Cryogenic Freezer

The DW-150W209 Cryogenic Freezer offers customers a safe, convenient, and economical long-term storage solution. As a technologically innovative product in the field of IoT deep cryogenic refrigeration, it is not only environmentally friendly but also the most energy-saving in the industry (up to 30%).

Safety

• Multiple alarms that transmit in real-time through a mobile IoT APP
• Multiple security lock design (key lock, padlock, electromagnetic lock, and fingerprint lock)
• Uses a self-regulating pressure control system to ensure a stable internal pressure environment for the refrigeration system

Energy Saving

• Hydrocarbon Energy Saving and dual compressors 4-stage cascade refrigeration saves energy and works more efficiently
• Power consumption as low as 25 kWh / 24 h
• HC refrigerants have zero Global Warming Potential (GWP) and the LBA polyurethane foam has lower GWP than most HFC commonly used, combined they deliver superior environmental protection

Superior Temperature Performance

• Temperature Uniformity is less than ±5ºC with a setting temperature of -150ºC
• Superior insulation performance with VIP and Polyurethane foam, multiple door seals, wide cabinet opening, and inner lids to prevent cold loss
• Adaptable to a wide range of ambient temperatures from 10ºC to 32ºC, and for a short period can be applied to the ambient temperature of 38ºC

Low Sound Level (55 dB)

• Specialized refrigeration system design using whisper-quiet fans and compressors
• Freezer chassis designed to absorb vibration and sound

Key Design Features

• Displays show the inner temperature, voltage, ambient temperature, and other data
• Equipped with USB and RS485 interfaces, it enables the download of temperature monitoring data of the past 15 years and allows the networking of multiple freezers
• Ergonomic Design: adjustable foot, integrated stainless steel hinge, access port, integrated lid and handle, magnetic front cover
• Compatible with various freezer racks
• Heat Exchange Circulation System