7.5 TR Air Cooled Chillers

7.5 TR Air Cooled Chillers Specification

Application
Industrial Cooling, Process Chilling

Motor
1.5 HP

Material
Powder Coated Steel

Air Flow
2800 CFM

Refrigerating Capacity
7.5 TR (26.4 kW)

Condition
New

Type
Air Cooled

Dimension (L*W*H)
1400 x 800 x 1350 mm

Power Supply
Three Phase

Voltage
380-415 VAC

Cooling Type
Closed Loop

Nozzle Material
Brass

Cooling Coil Material
Copper

Water Flowing Rate
2.2 m/hr

Water Pump Motor
Centrifugal, 1.5 HP

Noise Control
Low Noise Design

Compressor
Scroll Type

Water Tank Capacity
150 Liters

Energy Efficiency
High Efficiency Design

Paint Finish
Epoxy Coated

Phase Sequence Protection
Yes

Condenser Fan
Heavy Duty Axial Fan

Service Support
Onsite Technical Assistance

Controller Type
Digital Temperature Controller

Chiller Capacity Range
5 TR to 25 TR

Refrigerant
R-407C / R-410A

Heat Exchanger
Shell and Tube Type

Protection
Compressor Overload, High/Low Pressure Switch

Installation
Floor Mount

Ambient Temperature Range
5°C to 45°C

7.5 TR Air Cooled Chillers Trade Information

Minimum Order Quantity
1 , , Unit

Supply Ability
1 , , Unit Per Week

Delivery Time
1 Week

About 7.5 TR Air Cooled Chillers

Specification

Tonnage	7.5 TR
Phase	Three Phase
Brand	MS Cool Engineers
Voltage	440 V
Automation Grade	Automatic
Usage/Application	Industrial
Country of Origin	Made in India
Frequency	50/60 Hz
Surface Finish	Color Coated
Chiller Type	Air Cooled

Efficient Cooling for Industrial Needs

Experience consistent and high-efficiency cooling for a range of industrial applications with this 7.5 TR Air Cooled Chiller. Its advanced scroll compressor, digital temperature controller, and heat exchanger design work together to deliver reliable temperature control, while maintaining energy efficiency. The system is built to handle ambient temperatures from 5C to 45C, adapting easily to demanding conditions.

Advanced Safety and Longevity

Equipped with compressor overload protection, high/low pressure switches, and phase sequence protection, this chiller ensures safe, uninterrupted operation. The epoxy-coated, powder-finished exterior resists corrosion, while the closed-loop cooling system reduces maintenance needs. These safety and design features extend the product's operational life, making it a dependable choice for process chilling.

Tailored for Hassle-Free Operation

This air cooled chiller is designed for straightforward installation and maintenance. With a compact, floor-mountable structure and a centrifugal water pump, it is suitable for varied industrial spaces. Onsite technical assistance and a comprehensive control panel simplify usage for engineers and plant operators, making daily operations seamless and minimizing downtime.

FAQ's of 7.5 TR Air Cooled Chillers:

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

A: The digital temperature controller provides precise monitoring and regulation of the water temperature, leading to consistent process cooling and optimal energy use. This ensures efficient operation and prolongs equipment life by preventing temperature fluctuations.

Q: What are the main benefits of using an air cooled chiller with R-407C or R-410A refrigerant?

A: R-407C and R-410A refrigerants offer superior thermal performance and lower environmental impact. Combined with the air cooled design, these refrigerants ensure fast, energy-efficient cooling without the need for external water sources, making them eco-friendly choices.

Q: Where can this 7.5 TR air cooled chiller be installed?

A: This chiller is designed for floor mounting and is suitable for industrial and process chilling applications. Its compact footprint allows installation in factories, workshops, or commercial spaces, offering flexibility in placement to suit onsite requirements.

Q: What protections are included to ensure safe and reliable operation?

A: The chiller incorporates compressor overload protection, high/low pressure switches, and phase sequence protection. These features safeguard the compressor and entire unit from electrical faults and mechanical issues, enhancing reliability and system longevity.

Q: How does the shell and tube heat exchanger improve process chilling efficiency?

A: The shell and tube heat exchanger provides superior heat transfer capabilities, which accelerates cooling and improves energy efficiency. Its robust design also supports longevity and consistent performance in intensive industrial operations.

Q: What is the process for onsite service support if technical assistance is needed?

A: Manufacturers or suppliers provide prompt onsite technical support, ensuring any operational or mechanical issues are addressed quickly. This minimizes downtime and helps users maintain uninterrupted cooling processes.

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