Advanced Cooling Systems for Medical and Chemotherapy Devices for Reliable Function Liquid Chiller

• Customization: Available
• After-sales Service: Yes
• Warranty: One Year Warranty, Lifetime Technical Support
• Model NO.: DV2820E-C
• Principle: Rotary Compressor
• Application: Low Back Pressure Type
• Performance: Low Noise
• Mute: Mute
• Lubrication Style: Lubricated
• Drive Mode: Solar, Battery
• Configuration: Portable
• Power Source: DC Power
• Material: Stainless Steel
• Cooling Capacity: 200W (Lbp)
• Voltage: 24V
• Refrigerant: R134A
• Compressor: Qx2802vdl
• Transport Package: Export Wooden Box& Pallet
• Specification: 330x200x150mm(12.99x 7.87x5.9inch)
• Trademark: RIGID
• Origin: China
• HS Code: 8418699090
• Production Capacity: 50000/Year
• Package Size: 33.00cm * 33.00cm * 28.00cm
• Package Gross Weight: 10.000kg

Product Description

The Coaxial Liquid Chiller is a masterful blend of top-tier refrigeration components, featuring a highly efficient mini compressor that utilizes R134a or R290 refrigerants. This innovative system includes the smallest condenser, a cutting-edge coaxial tube evaporator, a robust filter drier, an advanced drive board, and a collection of expertly crafted refrigeration parts. These state-of-the-art refrigeration components are seamlessly integrated into a single, streamlined unit. The sophisticated design is the result of the meticulous craftsmanship of our talented engineers. This integration not only simplifies installation but also ensures that end users benefit from the most advanced microcooling solutions available today.

Technical Data

Model	DV2820E-C
Voltage	DC24V
Cooling Capacity	200W(LBP)
Rated Current	1~8.3A(Max 12A)
Compressor	QX2802VDL
Refrigerant	R134a
Size	330x200x150mm(12.99x 7.87x5.9inch)
Condensor Fan	92.58CFM
Weight	5.0kgs (11lbs)

Drawing

Detailed Photos

Advantage

• Space-Efficient Design: The innovative compactness of these chillers makes them perfect for fitting into confined spaces, such as labs with limited room. This space-saving design is ideal for environments where spatial efficiency is paramount.
• Precision Temperature Control: Leveraging cutting-edge temperature control technology, these chillers offer stable and consistent cooling, crucial for experiments and processes that demand unwavering precision.
• Versatile Applications: Engineered for versatility, these chillers are suitable for a myriad of applications, including biochemical assays, sample storage, and equipment cooling. They adeptly meet the demands of both scientific and industrial fields.
• Energy Efficiency: Crafted to significantly reduce energy usage while maintaining top-tier performance, these chillers provide substantial cost savings and promote environmental sustainability, aligning with green energy initiatives.

Application

Coaxial Liquid Chiller List

FAQ

1. What is a Coaxial Liquid Chiller?

A coaxial liquid chiller is an efficient heat exchange device with a design where the cooling liquid flows through an inner pipe, while the cooling medium (such as refrigerant) flows through the outer pipe. This configuration allows for efficient heat exchange between the two fluids in a compact design.

2. What are the advantages of a Coaxial Liquid Chiller?

• High heat exchange efficiency: The direct contact and heat exchange between the cooling liquid and refrigerant result in high thermal efficiency.
• Compact design: The coaxial design is more compact than traditional heat exchangers, making it ideal for space-limited applications.
• Low maintenance: Simple structure reduces the risk of leaks and failures.

3. What applications are Coaxial Liquid Chillers suitable for?

Coaxial liquid chillers are widely used in:

• Industrial cooling: For equipment or processes that require precise temperature control.
• Laboratory equipment: To provide stable cooling for laboratory instruments and devices.
• Medical equipment: For cooling systems in medical devices to ensure proper operation.
• Laser systems: For cooling lasers and preventing overheating.

4. How does a Coaxial Liquid Chiller work?

The operation of a coaxial liquid chiller is based on heat exchange. The cooling liquid (such as water or liquid nitrogen) flows through the inner pipe, while the refrigerant cools the outer pipe. The refrigerant absorbs heat from the cooling liquid and releases it into the external environment. The two fluids do not come into direct contact but exchange heat through the pipe wall.

5. How do I choose the right Coaxial Liquid Chiller?

When selecting a coaxial liquid chiller, consider the following factors:

• Cooling capacity: Choose a chiller with the appropriate cooling power for your application.
• Flow rate requirements: Select a chiller with the correct flow rates for both the cooling liquid and refrigerant.
• Temperature range: Ensure the chiller can operate within the required temperature range.
• Space limitations: Coaxial chillers are suitable for space-limited environments, so consider the available installation space.

6. What maintenance and care are required for Coaxial Liquid Chillers?

The maintenance of coaxial liquid chillers is relatively simple but should include regular checks:

• Cleaning: Periodically clean the heat exchange surfaces to remove deposits and dirt, ensuring efficient heat exchange.
• Check pipes: Ensure that there are no leaks or blockages in the cooling liquid and refrigerant pipes.
• Check refrigerant: Regularly check the refrigerant pressure and charge levels to ensure they are within the proper range.

7. Are Coaxial Liquid Chillers suitable for high-pressure applications?

Coaxial liquid chillers are generally designed for medium-to-low-pressure applications. If used in high-pressure systems, they must be specifically designed and constructed with materials and components capable of handling high pressures to ensure safety and durability.

8. How do Coaxial Liquid Chillers compare to other types of chillers (such as plate heat exchangers)?

• Heat exchange efficiency: Coaxial chillers usually offer higher heat exchange efficiency, making them ideal for compact applications, while plate heat exchangers are better suited for systems that require larger surface areas.
• Compactness: Coaxial chillers are more compact, suitable for environments with space limitations, while plate heat exchangers might be larger but easier to maintain and clean.
• Maintenance: Coaxial chillers have a simpler structure and are easier to maintain, though cleaning can be more difficult in cases of fouling.