water chiller

Name: water chiller
Brand: 1WAY SOLUTION
Price: 198000.0 INR
Availability: InStock

Price 198000.0 INR/ Number

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MOQ : 1 Number

water chiller Specification

Material
PVC, Aluminum, Metal, Copper

Water Flowing Rate
200

Air Flow
200 L/s

Motor
1hp

Application
all industrial

Refrigerating Capacity
1ton

Condition
New

Usage
Industrial

Dimension (L*W*H)
1*1*1 Foot (ft)

Compressor
Emerson

water chiller Trade Information

Minimum Order Quantity
1 Number

Delivery Time
3 Days

About water chiller

Industrial water chillers (also called industrial chillers or process chillers) are refrigeration systems designed to remove heat from water or other fluids in industrial applications. They provide precise, continuous cooling for processes like manufacturing, plastics molding, laser cutting, food processing, pharmaceuticals, HVAC systems, and more. These chillers circulate chilled water (or glycol mixtures for low temperatures) to maintain stable temperatures, improve efficiency, and protect equipment.

We offer industrial water chillers ranging from 0.5 ton (small portable units) to 200 ton (large central systems), with all common options available to match your need

Robust Construction for Industrial Efficiency

Built with high-grade materials like PVC, aluminum, metal, and copper, this water chiller delivers exceptional durability and performance. The premium build quality ensures stability and long-lasting cooling operations in demanding industrial environments, making it a reliable addition to your equipment lineup.

Powerful Performance with Compact Design

Despite its compact size of 1x1x1 foot, this water chiller boasts an effective 1hp motor and Emerson compressor, providing a strong refrigerating capacity of 1 ton. Its streamlined airflow of 200 L/s and efficient water flow rate of 200 ensure rapid temperature control without occupying excessive space.

FAQ's of water chiller:

Q: How does the water chiller achieve efficient cooling in industrial applications?

A: The chiller utilizes a powerful 1hp motor and an Emerson compressor, circulating water at 200 L/s and ensuring a refrigerating capacity of 1 ton. Its high-quality construction materials enhance thermal conductivity and durability, enabling efficient and stable cooling for a variety of industrial processes.

Q: What materials are used in the construction of this water chiller, and how do they benefit performance?

A: The chiller is crafted from PVC, aluminum, metal, and copper. Copper enhances heat exchange, aluminum provides lightweight strength, metal ensures structural integrity, and PVC offers corrosion resistance. Together, these materials contribute to reliable, long-lasting, and efficient operation.

Q: When is it recommended to use this water chiller in industrial settings?

A: This water chiller is ideal for use whenever precise temperature control and cooling are required in industrial operations. It is suitable for continuous or demand-driven cooling in manufacturing, processing, or equipment maintenance, thanks to its robust design and reliable performance.

Q: Where can this water chiller be installed within an industrial environment?

A: With its compact dimensions of 1x1x1 foot, the chiller can be conveniently installed in tight spaces beside existing machinery or within utility zones in industrial facilities. Its portability and small footprint make relocation and integration straightforward.

Q: What is the standard process for operating and maintaining this water chiller?

A: To operate, connect the water inlet and outlet, ensure the chiller is properly powered, and activate the system. For maintenance, regularly clean the water paths, check the motor and compressor, and inspect for any material wear to uphold optimal performance and longevity.

Q: How can industrial facilities benefit from using this specific water chiller?

A: Industrial facilities benefit from its quick and efficient cooling, durable construction, and adaptability to multiple applications. The Emerson compressor ensures reliable operation, and the design minimizes downtime while maximizing operational efficiency.

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