Sanyo MDF-U730M instruction manual Contents

Page 2

CONTENTS

INTRODUCTION

P. 2

PRECAUTIONS FOR SAFE OPERATION

P. 3

ENVIRONMENTAL CONDITIONS

P. 7

FREEZER COMPONENTS

P. 8

Control panel

P. 10

INSTALLATION SITE

P. 11

INSTALLATION

P. 12

START-UP OF UNIT

P. 12

TEMPERATURE SETTING

P. 13

KEY LOCK FUNCTION

P. 13

REMOTE ALARM TERMINAL

P. 14

ALARM TEMPERATURE SETTING

P. 15

ALARMS & SAFETY FUNCTIONS

P. 16

DEFROSTING

P. 17

MAINTENANCE

P. 17

REPLACEMENT OF BATTERY

P. 18

TROUBLESHOOTING

P. 19

DISPOSAL OF UNIT

P. 20

TEMPERATURE RECORDER (OPTION)

P. 25

SPECIFICATIONS

P. 28

PERFORMANCE

P. 29

SAFETY CHECK SHEET

P. 30

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Contents MDF-U730M Contents Introduction Precautions for Safe Operation Unqualified personnel may cause electric shock or fire Abnormal operation may cause electric shock or fire Precautions for Safe Operation Environmental Conditions Freezer Components 12 13 1718Freezer Components Control panel Installation Site START-UP of Unit InstallationOperation after power failure Fixing the unitTemperature Setting KEY Lock FunctionRemote Alarm Terminal Alarm Temperature Setting Indication after operationAlarms & Safety Functions Alarms and safety functionsMaintenance DefrostingRemoval of nickel-metal-hydride battery Replacement of BatteryLocation of a nickel-metal-hydride battery Troubleshooting Malfunction Check/RemedyRecycle of battery Disposal of UnitEnglish GermanFrench SpanishItalian PortugueseDutch SwedishTemperature Recorder Option MTR-4015LHClip Big MTR-G85 Specifications MDF-U730MPerformance Safety check sheet 0326501002900-3
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MDF-U730M specifications

Sanyo, a renowned brand in the field of scientific equipment, has developed a range of high-performance medical and laboratory refrigerators and freezers, including the MDF-U730M, MDF-136, MDF-U730, MDF-436, and MDF-236 models. These units are designed to meet the strict requirements of healthcare facilities, research laboratories, and biological storage applications.

The Sanyo MDF-U730M is a top-of-the-line ultra-low temperature freezer offering outstanding temperature stability and energy efficiency. It features a temperature range of -50°C to -86°C, making it ideal for storing sensitive biological samples. This model is equipped with advanced microprocessor control, which ensures accurate temperature regulation. The unit also includes a built-in alarm system for monitoring and alerts in case of temperature fluctuations, ensuring sample safety.

The MDF-136 is a compact yet spacious model designed for everyday use in labs where space may be limited. It offers a temperature range of -10°C to -20°C and is equipped with an efficient refrigeration system, providing consistent and reliable cooling. This unit has a robust design, featuring positive air circulation which enhances temperature uniformity throughout the interior.

The MDF-U730 offers versatile storage with an adjustable shelving system to accommodate various sample sizes. It is ideal for long-term storage, with a temperature range extending from -50°C to -86°C. This U730 model is also highly praised for its energy-efficient properties, helping institutions control operational costs while maintaining optimal sample integrity.

The MDF-436 stands out due to its dual refrigeration system, ensuring fast temperature recovery after door openings. With a temperature range of 2°C to 8°C, it is perfect for storing vaccines and sensitive pharmaceuticals. This model incorporates a user-friendly interface as well as a detailed digital display for easy temperature monitoring.

Lastly, the MDF-236 is known for its compact design, combining reliability with exceptional performance. It operates efficiently within the same temperature range as the MDF-436, making it suitable for similar applications. Its compact size makes it an excellent choice for laboratories with space constraints while still providing ample storage for essential materials.

Overall, Sanyo's lineup of MDF series freezers and refrigerators is characterized by their robust construction, advanced technology, and a focus on energy efficiency and temperature stability, ensuring the safe storage of vital biological materials in laboratory and medical environments.