Sanyo MDF-U32V instruction manual Remote Alarm Terminal

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REMOTE ALARM TERMINAL

The terminal of the remote alarm is installed at the lower left side of the unit. The alarm is outputted from this terminal. Contact capacity is DC 30V, 2 A.

Contact output:

 

between COM. and N.O.

between COM. and N.C.

At normal

Open

Close

At abnormal

Close

Open

Note:

The alarm is actuated when the power cord is disconnected from the outlet or the power switch is OFF.

REMOTE ALARM

N.O. COM N.C.

MAX DC30V 2A

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Contents MDF-U32V Page Contents Symbol shows Precautions for Safe OperationMay cause bad effect on your health or environment Prevent accidents such as suffocation Water Page Environmental Conditions Freezer Components Space for optional component Ultra LOW Control panel and keypadInstallation site InstallationFix the unit InstallationAdjust the leveling foot Remove the packaging materials and tapesOptional Components Temperature recorderBack-up system Inventory rack START-UP of Unit Key lock function Temperature SettingChamber temperature Alarm temperature setting Alarms and safety functions Alarms & Safety FunctionsSetting of Alarm Resume Time Remote Alarm Terminal Monitor of running status Monitor of Freezer StatusChange of Compressor Delay Time Cleaning of condenser filter Routine MaintenanceCleaning of cabinet Defrosting of inside wall Disposal of Unit TroubleshootingRemoval of nickel-metal-hydride battery Recycle of Rechargeable BatteryLocation of a nickel-metal-hydride battery Performance SpecificationsSafety check sheet 7FB6P10134200

MDF-U32V specifications

The Sanyo MDF-U32V is a high-performance laboratory freezer designed to meet the stringent requirements for preserving sensitive samples. This model is particularly popular in medical, pharmaceutical, and research environments, where maintaining low temperatures is crucial. One of its standout features is its superior cooling performance, capable of maintaining a temperature range as low as -30 degrees Celsius. This capability ensures that biological samples, vaccines, and other temperature-sensitive items are stored safely and effectively.

Equipped with a highly efficient compressor, the MDF-U32V utilizes advanced technology to provide rapid cooling and stable temperature control. The freezer is designed with a cycle system that minimizes temperature fluctuations, offering peace of mind to users who rely on stable storage conditions. The insulation used in the MDF-U32V aids in energy conservation, reducing the overall running costs while maintaining optimal performance.

One of the significant innovations in the Sanyo MDF-U32V is its user-friendly digital control panel. This interface allows for precise temperature setting and monitoring, making it easy for lab personnel to operate. Additionally, the system features an alarm for temperature deviations, ensuring that users are alerted immediately to any changes that could compromise sample integrity.

The MDF-U32V also boasts a spacious interior with adjustable shelving, providing flexibility in sample organization. The interior is designed for easy cleaning, which is an important feature in laboratory settings where contamination risks must be minimized. Furthermore, the solid construction of the freezer is designed to withstand demanding environments, ensuring durability and longevity.

Another noteworthy characteristic is the noise level of the MDF-U32V, which operates quietly, making it suitable for use in settings where noise might be a concern. The freezer is also equipped with an automatic defrost function, reducing maintenance needs and improving reliability.

In summary, the Sanyo MDF-U32V is an exemplary choice for those looking for a dependable laboratory freezer. With its excellent cooling capabilities, advanced digital controls, durable design, and efficient performance, it stands out as a reliable solution for preserving valuable samples in a variety of professional environments. Whether for biological research, clinical applications, or pharmaceutical storage, the MDF-U32V meets the high standards necessary for scientific success.