250 TR FRP Cooling Towers

250 TR FRP Cooling Towers Specification

Air Flow
96000 CFM

Refrigerating Capacity
250 TR (Tons of Refrigeration)

Application
Industrial/HVAC/Process Cooling

Material
FRP (Fibre Reinforced Plastic)

Motor
7.5 HP, 3 Phase

Condition
New

Type
Induced Draft, Counter Flow

Dimension (L*W*H)
2500 mm x 2500 mm x 2650 mm (Approx.)

Power Supply
3 Phase AC, 50 Hz

Voltage
415 V

Cooling Type
Wet Cooling

Nozzle Material
Polypropylene (PP)

Cooling Coil Material
PVC/Fibre-glass Structured Fill

Water Flowing Rate
750 LPM

Water Pump Motor
Not Included (External pump required)

Noise Control
65 - 70 dBA @ 1 meter

Compressor
Not Applicable (For Cooling Tower Application)

Structure
Hot Dip Galvanized Steel or FRP Casing

Weight (Approx.)
1200 kg

Usage
Continuous Industrial/Domestic Use

Inlet/Outlet Connection
Flanged

Fill Type
Honeycomb (PVC)

Water Distribution
Rotary Sprinkler with PVC/PP Nozzles

Fan Diameter
1400 mm

Fan Type
Dynamically Balanced Aluminium Axial Fan

Maintenance
Corrosion-resistant, Low Maintenance Design

Temperature Range
Inlet 37°C, Outlet 32°C (Design Conditions)

Drift Loss
Less Than 0.02% Of Circulating Water Flow

250 TR FRP Cooling Towers Trade Information

Minimum Order Quantity
1 , , Unit

Supply Ability
1 , , Unit Per Week

Delivery Time
1 Week

About 250 TR FRP Cooling Towers

Specification

Usage/Application	Industrial
Brand	MS Cool Engineers
Tower Material	Fiberglass Reinforced Polyester
Tower Type	Induced Draft
Automation Grade	Automatic
Voltage	440 V
Frequency	50/60 Hz
Country of Origin	Made in India
Phase	Three
Surface Finish	Color Coated
Tonnage	250 TR

Superior Cooling Performance

Equipped with a high-capacity fan and honeycomb PVC fills, this 250 TR cooling tower ensures optimal heat rejection, meeting demanding industrial and HVAC requirements. The advanced drift eliminators restrict water loss, preserving circulating water and maintaining system efficiency.

Durable and Low-Maintenance Structure

Built with hot dip galvanized steel or FRP casing, the cooling tower resists corrosion and harsh environmental wear. Its low maintenance design, combined with a rotary sprinkler system, allows for reliable operation and reduces downtime in continuous-use applications.

Flexible Industrial and Commercial Applications

The unit supports a wide range of usage scenarios, from process cooling in factories to climate control in large facilities. With a noise control feature and compatibility with 3-phase, 415V power supply, it is suitable for new installations or system upgrades in modern industrial enterprises.

FAQ's of 250 TR FRP Cooling Towers:

Q: How does the 250 TR FRP Cooling Tower ensure efficient cooling in industrial settings?

A: The tower uses a dynamically balanced aluminium axial fan and honeycomb PVC fills to maximize air-water contact and optimize heat transfer. Its induced draft, counter flow design, paired with a rotary sprinkler system and high airflow (96,000 CFM), guarantees consistent cooling even during heavy-duty operation.

Q: What are the maintenance requirements for this cooling tower model?

A: Designed with corrosion-resistant FRP or galvanized steel casing, the tower requires minimal maintenance. The honeycomb PVC fill and drift eliminators reduce scaling and water loss, and the rotary sprinkler with PVC/PP nozzles further lowers the need for frequent cleaning or servicing.

Q: When should this cooling tower be used in process cooling or HVAC applications?

A: This 250 TR cooling tower is ideal for continuous industrial process cooling and large-scale HVAC systems whenever reliable, sustained heat rejection is essential. It operates within an inlet temperature of 37C and outlet of 32C, supporting consistent temperature control in demanding environments.

Q: Where can the 250 TR FRP Cooling Tower be installed and operated?

A: The cooling tower is suitable for both indoor and outdoor installations across India, making it versatile for factories, commercial buildings, hospitals, refineries, and other places requiring continuous cooling. Its corrosion-resistant design is built to withstand varied climates and site conditions.

Q: What is the process of water distribution in this cooling tower?

A: Water is evenly distributed using a rotary sprinkler fitted with PVC/PP nozzles, ensuring uniform coverage onto the honeycomb fill media. This arrangement maximizes thermal efficiency and aids effective cooling of reciprocating water across all operating scenarios.

Q: How does the cooling tower contribute to noise reduction?

A: Noise levels are controlled to 65-70 dBA at a 1-meter distance, thanks to the dynamically balanced axial fan and the overall well-designed airflow architecture. This allows safe usage even in noise-sensitive areas like commercial complexes or public institutions.

Q: What are the primary benefits of choosing this model for cooling applications?

A: Key benefits include robust construction, energy-efficient operation, low drift loss, minimal maintenance needs, reduced noise, and adaptable installation solutions. These features deliver cost savings, reliable performance, and longevity in industrial and professional cooling setups.

Tell us about your requirement