Low-Noise Operation High-Performance DC24V R134A Mini Water Chiller Medical Equipment Cooling

• Customization: Available
• After-sales Service: Yes
• Warranty: 1 Year Warranty and Life Long Technical Support
• Model NO.: DV1920E-P-S
• Principle: Rotary Compressor
• Application: Low Back Pressure Type
• Performance: Variable Frequency
• Mute: Mute
• Lubrication Style: Lubricated
• Drive Mode: Electric
• Configuration: Portable
• Power Source: DC Power
• Material: Stainless Steel
• Working Temperature: 0-43c Degree
• Refrigerant: R134A
• Custom Made: Yes
• Certification: RoHS, CE
• Application Fields: Medical Laser Device/Laboratory Equipment/Laser
• Transport Package: Export Standard Carton & Pallet
• Specification: 200x230x148mm (7.87x9.05x5.8 inch)
• Trademark: RIGID
• Origin: China
• HS Code: 8418699090
• Production Capacity: 50000/Year

Product Description

RIGID: Your Premier Mini Water Chiller Supplier

The Mini Water Chiller ingeniously integrates a high-efficiency refrigeration mini compressor with R134a coolant, the world's smallest condenser, a precision plate evaporator, filter drier, drive board, and other expertly crafted refrigeration components. These meticulously designed components are seamlessly integrated into a single, compact unit by our team of skilled engineers. This not only simplifies installation but also ensures that end users benefit from the latest advancements in micro cooling solutions.

Technical Data

Model	DV1920E-P-S
Cooling capacity	130W(LBP)
Voltage	DC 12V
Current	1~7.5A(Max 8.5A)
Compressor	QX1902VDL
Refrigerant	R134a
Size	200x230x148mm (7.87x9.05x5.8 inch)
Condensor Fan	92.58CFM
Weight	3.0kgs (6.6lbs)

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Advantage

• Space-Efficient Design: The sleek, compact design of these chillers allows them to fit effortlessly into even the most confined workspaces, making them the perfect solution for labs with limited space.
• Precision Temperature Control: Equipped with cutting-edge temperature regulation technology, these chillers deliver stable and consistent cooling, vital for processes and experiments requiring unwavering precision.
• Versatile Applications: Engineered for a broad spectrum of applications, from biochemical assays and sample storage to equipment cooling, they adeptly meet diverse scientific and industrial demands.
• Energy Efficiency: Strategically designed to minimize energy usage while maintaining exceptional performance, these chillers help in reducing costs and promoting environmental sustainability.

Application

Fluid Chiller, Water Dispenser, Portable Cooling Systems, Water Cycling Applications, Mini-Chilled Water Systems and other mobile freezer systems

Plate Liquid Chiller List

FAQ

1. What's the Plate Liquid Chiller?
RIGID Plate Liquid Chiller uses a plate heat exchanger to transfer heat between two fluids. It has the major advantage of extraordinary cooling performance because the fluids are spread out over the liquid tubes.

2. What are the advantages of a compact liquid chiller?

• Space-saving: Compact design suitable for applications with limited space.
• High efficiency: It can provide high cooling capacity despite its small size.
• Versatile applications: Can cool various devices or systems, suitable for labs, medical equipment, laser cooling, etc.

3. What applications are compact liquid chillers suitable for?

• Industrial applications: Laser cooling, machine cooling, injection molding machine cooling, etc.
• Scientific research and laboratories: Cooling for precision instruments and lab equipment.
• Electronics: Cooling for high-power power supplies, computers, servers, etc.
• Medical equipment: MRI machines, cryogenic devices, etc.

4. What is the working principle of a compact liquid chiller?

A compact liquid chiller cools a fluid (usually water or another liquid) through heat exchange with a refrigerant. The system consists of a compressor, evaporator, condenser, and capillary, with the fluid being cooled and transported to the areas requiring temperature reduction.

5. How do I maintain and service a compact liquid chiller?

• Regular inspection and cleaning: Regularly check refrigerant levels and electrical connections, and clean components such as the condenser and evaporator.
• Check for leaks: Ensure there is no leaks in the cooling system, particularly at connection points.

6.How do I choose the right cooling capacity for a compact liquid chiller?

When selecting a chiller, the cooling capacity should be based on the heat load and the cooling requirements of the equipment.

7.Does a compact liquid chiller require additional external cooling equipment?

Most compact liquid chillers come with all necessary cooling components (such as condensers and heat exchangers), but under high loads or extreme environmental conditions, external cooling support, like additional fans or radiators, may be needed.