Cooling Tower

Cooling Tower Specification

Refrigerating Capacity
90 TR

Application
PVC

Motor
6HP

Material
PVC

Water Flowing Rate
590

Air Flow
3389 m3/hr

Condition
New

Type
Square

Dimension (L*W*H)
8x8 Foot (ft)

Size
8x8 Fit

Height
10 Foot (ft)

Power Supply
380

Product Type
Square

Voltage
440 Volt (v)

Weight
900 Kilograms (kg)

Cooling Type
Forced

Color
Blue

Width
8 Foot (ft)

Length
8 Foot (ft)

Nozzle Material
VPC

Cooling Coil Material
Copper

Water Pump Motor
5 HP

Noise Control
80 db

Compressor
Screw

Warranty
1 Year

Cooling Tower Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash on Delivery (COD)

Supply Ability
10 Units Per Week

Delivery Time
1 Week

Sample Available
No

Sample Policy
Free samples are available

Packaging Details
1 Wooden

Main Export Market(s)
Asia

Main Domestic Market
All India

Certifications
Goods

About Cooling Tower

GLACILA manufactures premium Square Shape Cooling Towers, designed for maximum cooling efficiency and durability. Built with FRP (Fiberglass Reinforced Plastic) casing, these towers are corrosion-resistant, weatherproof, and easy to maintain. With efficient water distribution, low drift loss, and energy-saving fan design, GLACILA cooling towers provide reliable performance in HVAC, plastic molding, chemical plants, steel industries, power plants, and cold storage units.

Key Features:
Square-shaped design for space optimization
FRP body corrosion & weather resistant
High cooling efficiency with low power usage
Easy access for cleaning & maintenance
Long service life with minimum water loss

Contact: +91 70763 59054 | info.glacila@gmail.com | www.glacila.com

Engineered for Efficient Cooling

This cooling tower is specifically designed to provide reliable and powerful cooling in demanding industrial environments, particularly in applications dealing with PVC. It utilizes a forced air cooling type, high-efficiency screw compressor, and copper cooling coils to consistently achieve optimal thermal management while remaining energy efficient. The robust construction and intelligent design promote durability and operational stability.

Comprehensive Features for Industrial Applications

With its sizable capacity, including a water flow rate up to 600 m/hr and air flow of 3389 m/hr, the tower suits large-scale operations. It is crafted with high-quality PVC and includes a VPC nozzle system for uniform water distribution. The 8x8 ft square structure makes installation straightforward across various industrial settings, ensuring easy integration into existing processes.

FAQs of Cooling Tower:

Q: How does the forced cooling type in this tower improve performance compared to other models?

A: The forced cooling type actively drives air through the system, increasing the efficiency of heat exchange and enabling faster, more consistent cooling. This results in reduced operational times and improved reliability compared to passive or natural draft cooling towers.

Q: What applications are ideally suited for this cooling tower?

A: This cooling tower is particularly well-suited for industrial applications involving PVC, thanks to its corrosion-resistant materials, high refrigerating capacity (90 TR), and robust construction, accommodating demanding, continuous operational conditions.

Q: When should routine maintenance be performed on this cooling tower?

A: Routine maintenance is recommended at least quarterly, or as specified in the manufacturers guidelines, to ensure optimal performance and extend the life of components such as pumps, motors, nozzles, and cooling coils.

Q: Where can this cooling tower be installed within a facility?

A: Thanks to its square footprint of 8x8 feet and height of 10 feet, the tower can be easily installed on rooftops, utility platforms, or ground-level pads with suitable support, as frequently seen in factories and processing plants.

Q: What is the typical process for commissioning this cooling tower?

A: Commissioning involves positioning the unit, connecting it to water and power supplies (380V main, 440V pump), checking for correct nozzle placement, priming and testing the pumps and motors, and ensuring all components function according to operational specifications before full-scale use.

Q: How is the cooling tower used in managing temperature for PVC applications?

A: The tower circulates and cools water which absorbs heat from PVC production processes. The efficient copper cooling coils and VPC nozzles help transfer this heat away quickly, stabilizing production temperatures and improving product quality.

Q: What are the main benefits of using this cooling tower for industrial cooling needs?

A: Key benefits include high efficiency with a 90 TR capacity, reliable, continuous operation, corrosion resistance from PVC and copper construction, lower noise output, and backed by a one-year warranty, making it a cost-effective solution for demanding industrial cooling.