-86⁰C Ultra Low Temperature Upright Freezer LUF-T511

Introduction

-86⁰C Ultra a large storage capacity of 718 liters for large volume sample storage. It features tight multi-layered sealing on inner and outer doors to minimize cold air loss. The integrated manual defrost system maintains consistent ultra-low temperatures. Our Ultra Low Temperature Upright Freezer is ideal for laboratories, pharmaceutical institutes, hospitals, and research institutions.

This laboratory freezers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

-86⁰C Ultra Low Temperature Upright Freezer  designed to store biological samples, vaccines, enzymes, cell cultures, and other temperature-sensitive materials. It is widely used in hospitals, scientific research institutions and biomedical engineering institutes.

Specifications

Capacity	718 L / 25.36 Cu. Ft
Temperature Range	-40°C to -86°C
Temperature Accuracy	0.1°C
Cabinet Type	Upright
Climate Class	N (16°C to 32°C)
Sound Level	49 dB
Defrost Type	Manual
Cooling System	Twin cooling
Refrigerant Type	Mix refrigerant
2ml Cryo Tube Quantity	50,000
External Material	High quality coated steel
Internal Material	Stainless steel
Controller	Microprocessor
Display Panel
Backup Battery Endurance	52 hours
Rated Current	12 A
Power	2210 W
Power Supply	115 V/60Hz or 220 to 240 V/50 Hz
Internal Dimensions (W×D×H)	740 × 720 × 1310 mm
Overall Dimensions (W×D×H)	1030 × 995 × 1980 mm
Net Weight	302 kg
Gross Weight	365 kg

Features

 

screen panel

Upright cabinet design 

Sensor failure detection

Microprocessor-based temperature control

Remote alarm output

FAQs

 

1. Does the -86°C Ultra Low Temperature Upright Freezer operate quietly in lab environments?

Yes, the -86°C Ultra Low Temperature Upright Freezer operates at a low noise level of 49 dB, which is comparable to a normal conversation. This makes it highly suitable for quiet lab environments, offices, or clinical settings where noise can be a concern. Its sound-dampening design ensures that it doesn’t interfere with daily work or concentration. This is especially useful in shared lab spaces or noise-sensitive areas. Despite its powerful cooling performance, it runs efficiently and quietly. Users can rely on it for both performance and comfort

2. How does the -86°C Ultra Low Temperature Upright Freezer maintain consistent ultra-low temperatures for sample protection?

-86°C Ultra Low Temperature Upright Freezer uses a dual cooling system for unmatched temperature stability. It maintains an ultra-low temperature range with a precision of ±0.1°C, reducing fluctuations that could affect samples. A high-efficiency insulation layer and durable inner doors help retain cold air even during door openings. The microprocessor controller continuously monitors internal conditions for precise regulation. freezer performs exceptionally in demanding conditions, ensuring reliability over long-term storage. Real-time data from the screen allows users to observe and adjust settings easily. This stability ensures critical samples are consistently preserved in compliance with scientific and clinical standards.

3. How is the -86°C Ultra Low Temperature Upright Freezer internal temperature displayed and monitored?

The -86?C Ultra Low Temperature Upright Freezer freezer is equipped with a clear and responsive display panel that shows real-time temperature readings. It works in conjunction with a microprocessor controller that maintains precise temperature regulation and offers easy setting adjustments. Users can view and track performance directly on the panel. Alerts and warnings are also shown on this interface for quick action. This provides a user-friendly control experience and enhances sample safety. The display remains active even during power interruptions, thanks to the backup battery.

4. In what types of environments is the -86°C Ultra Low Temperature Upright Freezer most effective?

The -86°C Ultra Low Temperature Upright Freezer is designed for operation in climate class N conditions. This makes it suitable for installation in standard lab environments, clinics, and pharmaceutical manufacturing zones. It functions effectively even in settings with moderate ambient temperature variations. The quiet operation at 49 dB ensures a noise-friendly workspace for research and clinical staff. unit's rugged construction and stainless steel interior also make it durable in high-traffic areas. It’s ideal for central laboratories, university research centers, and long-term biobanking facilities. These qualities make the a dependable choice for diverse scientific environments.

5. How does the -86°C Ultra Low Temperature Upright Freezer support remote monitoring and data logging?

Engineered -86°C Ultra Low Temperature Upright Freezer includes a built-in communication port for integration with external monitoring systems. This allows labs to track temperature data in real-time and receive alerts remotely when issues arise. With optional functionality, users can easily extract performance data for auditing and compliance. system supports advanced alarm logging and tracking for regulatory documentation purposes. Remote connectivity is crucial for pharmaceutical companies and labs following and standards. Data accessibility helps users ensure consistent sample conditions even when off-site. This makes the a smart solution for institutions requiring 24/7 monitoring and documentation.

6. Is the -86°C Ultra Low Temperature Upright Freezer energy efficient and environmentally responsible?

-86°C Ultra Low Temperature Upright Freezer uses a mix of eco-friendly refrigerants to reduce environmental impact while ensuring effective cooling. It’s engineered with energy-efficient components and high-performance insulation to lower power consumption. The twin cooling system operates only as needed, further conserving electricity. freezer meets international environmental and safety standards such as CE and UL. Efficient design reduces operating costs and supports sustainability goals in green-certified labs. Low energy draw makes it suitable for continuous use without excessive utility burden. Choosing supports both reliable sample storage and environmental responsibility.