Winhycare -86°C Dual System

This product is specially designed and manufactured for long term storage of various biological product, including viruses, germs. erythrocytes, leucocyte and cutis. Applications can be found in blood banks, hospitals, epidemic prevention services, and research institutes, laboratories in electronic and chemical plants. bio-logical engineering institutes and marine fishery companies.

-86c dual system bloodbank refrigerator

FIELD PROVEN RELIABILITY

• Unique insulated inner door design for four separate storage compartments to minimize frost buildup inside the chamber.
• Specialized control system design for a well-balanced operation of dual refrigeration system.
• Positive filed proven reliability record.

SAFETY

• Malfunction alarms including high and low temperature, power failure, sensor error, clean-filter, and extremely high ambient, abnormal voltage, thermostat failure, low battery, condenser clean, door ajar.
• Capable of producing two types of alarm outputs, audible buzzer and visible flashing light.
• Door open feature standard and USB port for temperature date downloading standard on upright models.
• Remote alarm contacts.

KEY DESIGN FEATURES

•Microprocessor-controlled system designed for controlled rage of -40°C to -86°C for cabinet space with 1°C increment Settable high temperature and low temperature alarms.
•Automatic clean-filter alarm and sensor error alert.
•Adjustable storage shelf height Optional temperature recorder, storage racks and storage box
• Double security with two independent cooling system, when one system breakdown, the other system could maintain the inner temperature at -70°C.

INSTALLATION AND APPLICATION

• Wide rage operating voltage system from 187V to 242V designed to allow units installed in areas with poor voltage condition
• Suitable for 10°C to 32°Cambient temperature

ENERGY SAVING

• Unique door seal design for the minimum loss of cold temperature during a door opening.
• High performance VIP insulation panels to minimize cabinet heat gain and to improve temperature stability.