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200 TR Rectangular FRP Cooling Tower

Name: 200 TR Rectangular FRP Cooling Tower
Brand: AGGARWAL COOLING TOWERS
Price: 180000 INR
Availability: InStock

Price 180000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

200 TR Rectangular FRP Cooling Tower Specification

Air Flow
Induced Draft

Motor
Heavy Duty Industrial Motor

Material
FRP (Fibre Reinforced Plastic)

Application
Process Cooling

Refrigerating Capacity
200 TR

Condition
New

Type
Rectangular FRP Cooling Tower

Dimension (L*W*H)
Approx. 14.5 x 8.5 x 12 ft

Power Supply
Three Phase

Voltage
415 V

Cooling Type
Counter Flow

Nozzle Material
PVC or Brass

Water Flowing Rate
200 m3/hr

Water Pump Motor
15 HP

Noise Control
Low Noise Design

Tower Type
FRP Tower

Maintenance
Easy Access Panels

Tower Shape
Rectangular

Fill Media
High Efficiency PVC

Inlet Louvers
Corrosion Resistant

Tower Design
Counter Flow

Color
Sky Blue

Fan Blade
Aluminium

Draft Type
Induced Draft

Installation
Outdoor

Structure Material
FRP

200 TR Rectangular FRP Cooling Tower Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

200 TR Rectangular FRP Cooling Tower About

Pick Yours today - the 200 TR Rectangular FRP Cooling Tower, a must-have for first-class cooling performance. This exceptional unit boasts a capitalised blend of a corrosion-resistant FRP structure, high-efficiency PVC fill media, and induced draft airflow to guarantee ravishing reliability. The sky blue design, aluminium fan blades, and easy-access panels make maintenance a breeze. Suitable for process cooling and ideal for industrial environments, it handles a water flow rate of 200 m3/hr driven by a 15 HP heavy-duty motor. Capitalise on low-noise, energy-efficient operation and experience the difference!

Versatile Applications of the 200 TR Rectangular FRP Cooling Tower

The 200 TR Rectangular FRP Cooling Tower is not only ideal for process cooling but is also suitable for a range of other applications, including HVAC for commercial buildings and heat rejection for manufacturing units. Designed for continuous, heavy-duty usage, it's the preferred solution where dependable cooling is required. Its construction ensures flexibility, making it well-suited for large-scale refrigeration, air conditioning, and chemical processes.

Premium Delivery and Sample Solutions for Immediate Needs

Stock ready and available for prompt dispatch, our 200 TR Rectangular FRP Cooling Tower is supplied from Indian ports with reliable transport services. We offer sample availability for your evaluation, ensuring you experience the premium quality firsthand. Tailored for India's main domestic markets, our efficient FOB port facilities guarantee you receive your cooling tower quickly and securely, every time.

FAQ's of 200 TR Rectangular FRP Cooling Tower:

Q: How does the induced draft design benefit the cooling process?

A: The induced draft design enhances airflow through the tower, ensuring efficient heat exchange and maximizing cooling capability while maintaining low noise levels.

Q: What are the main applications for the 200 TR Rectangular FRP Cooling Tower?

A: This cooling tower is commonly used for process cooling in industrial environments, refrigeration systems, and commercial HVAC applications.

Q: When is it advisable to use the counter flow cooling type?

A: Counter flow cooling is recommended when you require exceptional heat transfer efficiency and consistent cooling performance, especially in large-scale processes.

Q: Where can this cooling tower be installed?

A: This unit is designed for outdoor installation, making it suitable for factories, refineries, and large commercial facilities.

Q: What makes maintenance on this tower easy and convenient?

A: Easy access panels and corrosion-resistant components ensure hassle-free inspections and servicing, minimising downtime and effort.

Q: How can you capitalise on the efficiency of the high-efficiency PVC fill media?

A: The advanced PVC fill increases surface area for heat exchange, allowing maximum cooling even at high water flow rates, thus optimising your energy savings.

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