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SCIENTIFIC REFRIGERATION HAS SPECIAL REQUIREMENTS TO MAINTAIN THE INTEGRITY AND QUALITY OF CONTENTS.
Maxx Scientific models deliver tight solid state temperature control with self-diagnostic alerts.
Units are supplied with a desiccant pouch inside the unit absorbs moisture, reducing the refrigeration load and helping maintain the needed consistent storage environment.
Early awareness of a potential problem lets the concern be repaired or nessed quickly.
Digital controllers meet the required tight temperature regulations and are easily set and monitored (user friendly.) Analog controllers do not meet tight performance requirements.
Maxx models are equipped to handle the tight temperature controls required for precise scientific work such as lab and pharmacy work and vaccine storage.
Different Applications Have Different Temperature Requirements:
1. Refrigerator (4°C, range 1°C to 8°C)
2. Freezer (-20°C, range -8° to -25°C)
Using commercial refrigeration (rather then Scientific) costs the industry over $50,000,000 annually due to inadequate storage conditions that force those medicinal products to be discarded.
Auto defrost ensures the refrigeration system operates at maximum/peak effectiveness without operator intervention. *Cold wall passive cooling can be impacted by ice buildup on the walls and requires more attention to maintain performance.
Cabinet air temperature rises more quickly than product temperature. Air temperature reading is a more precise way to control/ regulate the refrigeration system. Showing product temperature provides a more stable result since it changes less and slower then the environment.
Casters facilitate cleaning under the appliance. Fixed legs help level the appliance. In a seismic (earthquake prone) location either flanged feet bolted to the floor or a passive restraint cable are required.
