Industrial Glycol Chiller

Industrial Glycol Chiller Specification

Refrigerating Capacity
12000 Kcal/hr

Application
Industrial Cooling Process Equipment, Chemical, and Pharmaceutical

Motor
1.5 HP

Material
Powder Coated Sheet Metal

Air Flow
5600 m/h

Condition
New

Type
Air Cooled Glycol Chiller

Dimension (L*W*H)
1450 x 700 x 1050 mm

Power Supply
Three Phase

Voltage
380-415 V

Cooling Type
Glycol with Air Cooled Condenser

Nozzle Material
PVC

Cooling Coil Material
Copper

Water Flowing Rate
500 LPH

Water Pump Motor
1.5 HP

Noise Control
Low Noise Design

Compressor
Hermetic Scroll Type

Temperature Range
-5°C to +25°C

Safety Features
Overload Protector, High/Low Pressure Cut Off

Ambient Operating Temp.
Up to 45°C

Condenser Type
Finned Tube Forced Air

Mounting
Caster Wheels for Mobility

Controller
Digital Temperature Controller

Refrigerant Type
R407C / R410A

Storage Tank Capacity
70 Liters

Industrial Glycol Chiller Trade Information

Minimum Order Quantity
1 , , Unit

Supply Ability
1 , , Unit Per Week

Delivery Time
1 Week

About Industrial Glycol Chiller

Specification

Tonnage	20 TR
Brand	MS Cool Engineers
Compressor Type	Glycol Chiller
Phase	Three
Automation Grade	Automatic
Voltage	440 V
Usage/Application	Industrial
Country of Origin	Made in India
Body Material	Mild Steel
Frequency	50/60 Hz
Surface Finish	Color Coated

Efficient and Precise Temperature Control

With a wide temperature range from -5C to +25C, this glycol chiller adapts seamlessly to different industrial operations. The advanced digital temperature controller maintains perfect accuracy for consistent cooling, meaning your process equipment, chemicals, and pharmaceuticals remain protected and efficient under varying operational conditions.

Designed for Durability and Safety

Engineered with powder coated sheet metal and reliable safety features, the chiller includes overload protection and high/low pressure cut-off systems. Whether running at full capacity or idling, built-in safeguards and robust construction minimize downtime and maximize operational safety in every industrial setting.

Mobility Meets Low Maintenance

Equipped with caster wheels, this air-cooled glycol chiller is easy to maneuver across industrial floors. The copper cooling coils and PVC nozzles are built for longevity, and the 70-liter storage tank allows for stable output with minimal maintenance, reducing operational inconvenience while increasing productivity.

FAQ's of Industrial Glycol Chiller:

Q: How does the digital temperature controller enhance chiller performance?

A: The digital temperature controller provides precise temperature regulation within the -5C to +25C range, ensuring optimal cooling for your industrial processes. It allows for accurate setpoint adjustments and displays real-time data, helping you maintain consistent, reliable cooling in all operating conditions.

Q: What are the primary benefits of using this industrial glycol chiller?

A: This glycol chiller offers consistent process cooling, supports ambient temperatures up to 45C, features low noise operation, and has various safety mechanisms such as overload protection and pressure cut-offs. Its mobility and robust design make it suitable for dynamic, high-demand industrial environments.

Q: Where is this glycol chiller typically installed and used?

A: It is usually installed in industrial plants, laboratories, or process manufacturing facilities in India. Typical applications include cooling of process equipment, chemical production, and pharmaceutical manufacturing, where precise temperature regulation and continuous cooling are essential.

Q: What is the process for setting up and operating the glycol chiller?

A: Simply position the unit using the caster wheels, connect it to your equipment via its copper cooling coil and PVC nozzles, fill the 70-liter tank, and set your desired temperature on the digital controller. Once powered on, the system automatically maintains the specified temperature range with minimal input.

Q: How does the chiller ensure safety during operation?

A: Safety is ensured through integrated overload protection, high/low pressure cut-off components, and a hermetically sealed scroll compressor. These features protect the system from electrical surges, excessive pressures, and ensure safe, reliable performance even during extended operations.

Q: What type of refrigerant is used, and why is it beneficial?

A: This chiller uses R407C or R410A refrigerants, both of which are energy-efficient and environmentally considerate, providing reliable cooling while minimizing environmental impact and adhering to industry standards for modern refrigeration systems.

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