SPECIFICATIONS

Name

 

Biomedical Freezer

 

Model

MDF-U333

MDF-U537

MDF-U537D

External dimensions

W614 x D733 x H1620 (mm)

W804 x D772 x H1802 (mm)

W804 x D772 x H1802 (mm)

 

 

 

W658 x D607 x H589 (mm)

Internal dimensions

W490 x D485 x H1290 (mm)

W658 x D607 x H1272 (mm)

Upper chamber

W658 x D607 x H603 (mm)

 

 

 

Lower chamber

Effective capacity

274 L

482 L

452 L

Exterior

 

Painted steel

 

Interior

 

Styrol resin

 

Insulation

Rigid polyurethane foamed-in place

Outer door

 

Painted steel

 

Lock

 

1

 

Caster

 

4

 

Leveling leg

 

2

 

Evaporator

Tube on sheet type (also used as a shelf)

Access port

Diameter 30 mm

Diameter 30 mm

Diameter 30 mm

1 on left side

1 on back side

2 on back side

 

Condenser

 

Wire and tube type

 

Compressor

Hermetic type, 225 W

Hermetic type, 350 W

Refrigerant

R-134a

R-407D

Temperature controller

Electronics controller (between -18 and -40oC)

Temperature display

Digital display (between -50 and +50oC)

Temperature sensor

 

Thermistor sensor

 

Temperature alarm

Flash of digital indicator and alarm lamp, Buzzer, (Remote alarm)

 

1 set of key, 1 scraper

1 set of key, 1 scraper

 

4 card holders

14 card holders

Accessories

4 large baskets

6 large baskets for upper chamber

W446 x D369 x H220 (mm)

W290 x D536 x H136 (mm)

 

 

1 small basket

8 small baskets for lower chamber

 

W487 x D221 x H155 (mm)

W290 x D536 x H100 (mm)

Weight

81 kg

131 kg

136 kg

Battery

For power failure alarm, Nickel hydrogen battery, DC 6V, 1100mAh, Automatic charge

Optional component

Automatic temperature recorder (MTR-G85)

Mounting kit for automatic temperature recorder (MPR-S7, MDF-S740T)

 

Note: Design or specifications will be subject to change without notice.

 

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Sanyo MDF-U333 instruction manual Specifications, MDF-U537D

MDF-U333, MDF-U537 specifications

Sanyo's MDF-U537 and MDF-U333 are high-performance laboratory freezers designed for the secure storage of sensitive biological samples, medical supplies, and other critical materials. These models are renowned for their reliability, energy efficiency, and advanced technologies.

The Sanyo MDF-U537 offers a temperature range of -20°C to -86°C, making it versatile for various applications, including long-term storage of vaccines, enzymes, and other temperature-sensitive materials. With a capacity of 528 liters, it is spacious enough to accommodate numerous samples while maintaining organized storage. This model features a dual-layer door system that ensures minimal temperature fluctuations when accessing stored items.

One of the standout features of the MDF-U537 is its advanced microprocessor control system, which provides precise temperature management. This system is complemented by a digital display that allows for easy monitoring of internal conditions. Additionally, the freezer is equipped with an alarm system that notifies users of any temperature deviations or door openings, ensuring the integrity of the stored samples.

On the other hand, the Sanyo MDF-U333 is a more compact model, boasting a capacity of 330 liters, which makes it suitable for smaller labs with limited space. The MDF-U333 also maintains a temperature range of -20°C to -86°C, ensuring optimal storage conditions for a variety of biomedical applications.

Both models incorporate eco-friendly refrigerants, aligning with modern sustainability standards while maintaining energy efficiency. The insulation used in both the MDF-U537 and MDF-U333 is designed for superior thermal performance, minimizing energy consumption and operational costs.

Moreover, these freezers come equipped with a comprehensive monitoring system that includes temperature logging features, allowing users to maintain compliance with industry regulations. The robust build quality ensures durability, making them reliable choices for long-term, continuous use in demanding laboratory environments.

In summary, the Sanyo MDF-U537 and MDF-U333 are exceptional laboratory freezers characterized by their energy-efficient design, extensive storage capacities, and advanced temperature management technologies. These models represent the forefront of reliable sample preservation in the biotechnology and medical research fields, offering peace of mind for researchers and laboratory personnel.