Industrial Chiller

Industrial Chiller Specification

Motor
0.75 HP

Material
Mild Steel, Powder Coated

Application
Industrial Process Chilling, Cooling for Plastic Injection, Laser Machines, Pharmaceuticals

Air Flow
4300 m/h

Refrigerating Capacity
5 Ton (18 kW)

Condition
New

Type
Air Cooled Industrial Chiller

Dimension (L*W*H)
1350 x 720 x 1280 mm

Power Supply
Three Phase

Voltage
380-415V, 50Hz

Cooling Type
Air Cooled

Nozzle Material
Brass

Cooling Coil Material
Copper

Water Flowing Rate
1.8 m/h

Water Pump Motor
0.75 HP (Heavy Duty)

Noise Control
Below 70 dB

Compressor
Hermetically Sealed Scroll Type

Evaporator
Shell & Tube Type

Installation
Floor Mounted

Ambient Temperature Range
5°C to 45°C

Tank Capacity
40 Litres

Weight
185 kg

Inlet/Outlet Pipe Size
1 inch

Refrigerant
R-22 (Optional: R-407C / R-134a / R-410A)

Controller Type
Digital Temperature Controller

Color
White & Blue

Condenser
Air Cooled, Finned Copper Tube with Aluminum Fins

About Industrial Chiller

A chiller is a machine that removes heat from a liquid or air and transfers it to a cooling medium, such as water or air. Chillers are used in a variety of settings, including commercial buildings, factories, and industrial processes.

Here are some things to know about chillers:

How they work: Chillers use a refrigeration cycle to absorb heat from a liquid and release it elsewhere. The liquid is then circulated through a building to absorb heat and cool the space.
Types: There are different types of chillers, including vapor compression, absorption, and adsorption chillers. Chillers can also be air-cooled or water-cooled.

Uses : Chillers are used in a variety of applications, including:

Metal finishing: Chillers can remove excess heat from processes like electroplating and electroless plating.
Injection molding: Chillers can supply a stream of supercooled fluid to cool the mold during plastic part manufacturing.
Plastic manufacturing: Chillers can help maintain the quality of plastic products during the extrusion process.

Systems: Chillers can be open-loop or closed-loop systems. Open-loop systems expose water to the outside, while closed-loop systems keep the liquid flowing through a sealed system.

Advanced Digital Temperature Control

The integrated digital temperature controller ensures precise and consistent temperature management for industrial cooling processes. Its user-friendly interface supports optimal cooling efficiency and energy savings, making it ideal for high-accuracy requirements.

Efficient Air-Cooled Performance

Utilizing a finned copper tube condenser with aluminum fins, this chiller offers superior heat dissipation. Its air flow rate of 4300 m3/h enables effective cooling even in demanding ambient conditions ranging from 5C to 45C.

Durable Build and Floor Installation

Constructed from mild steel with a powder-coated finish, the chiller is robust and corrosion-resistant. Its compact design (1350 x 720 x 1280 mm) and floor-mounted configuration facilitate stable installation and minimal space usage in industrial settings.

FAQ's of Industrial Chiller:

Q: How does the digital temperature controller help maintain precise cooling?

A: The digital temperature controller enables accurate temperature settings and regulation, ensuring that the chiller consistently delivers the desired cooling for process requirements and protects equipment from thermal fluctuations.

Q: What industries commonly benefit from this air cooled industrial chiller?

A: This chiller is widely used in sectors such as plastics, pharmaceuticals, and laser technology. Its reliable temperature control makes it suitable for applications like plastic injection molding, laser machine cooling, and process chilling.

Q: When is installation of this chiller recommended?

A: Installation is recommended during setup or expansion of industrial processes requiring consistent cooling, especially when ambient temperatures range between 5C to 45C and high reliability is essential.

Q: Where should the chiller be installed for optimal performance?

A: For best results, the chiller should be floor mounted in an area with good air circulation, away from direct sunlight or heat sources, and close to the process equipment that requires cooling.

Q: What is the process for selecting the appropriate refrigerant for this chiller?

A: The chiller supports multiple refrigerants (R-22, R-407C, R-134a, R-410A). Selection depends on cooling requirements, environmental policies, and local regulations regarding refrigerant use.

Q: How is noise controlled in this industrial chiller?

A: This unit is engineered to operate below 70 dB, utilizing a hermetically sealed scroll compressor and optimized air flow design to minimize operational noise, ensuring a quieter industrial environment.

Q: What are the benefits of the shell & tube type evaporator used in the chiller?

A: The shell & tube evaporator offers efficient heat exchange, robust construction suitable for industrial use, and ease of maintenance, contributing to reliable long-term performance and energy-efficient cooling.

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