150 TR FRP Cooling Towers

150 TR FRP Cooling Towers Specification

Motor
7.5 HP/1440 RPM

Material
FRP (Fibre Reinforced Plastic)

Refrigerating Capacity
150 TR

Application
Industrial, HVAC, Process Cooling

Air Flow
56000 CFM

Condition
New

Type
Induced Draft, Counter Flow

Dimension (L*W*H)
3600 mm x 3600 mm x 4200 mm

Power Supply
Three Phase, 415 V, 50 Hz

Voltage
415 V

Cooling Type
Water Cooled

Nozzle Material
ABS Plastic

Cooling Coil Material
PVC Fill Pack

Water Flowing Rate
675 LPM

Water Pump Motor
10 HP/2880 RPM

Noise Control
Low Noise (below 68 dB)

Fan Type
Propeller Axial Fan

Tower Weight
Approx. 780 kg

Environmental Compliance
Meets IS:15964 Standard

Maintenance
Easy access for servicing

Fan Material
Aluminum alloy

Installation
Floor Mounted

Water Distribution System
Rotating Sprinkler

Frame Structure
Heavy Duty Galvanized Steel

Temperature Range
Inlet Water Temp: 37°C, Outlet Water Temp: 32°C

Inlet/Outlet Size
150 mm

Heat Exchange Area
High Efficiency PVC fill

Drift Loss
Less than 0.03%

150 TR FRP Cooling Towers Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1 Unit Per Week

Delivery Time
1 Week

About 150 TR FRP Cooling Towers

Specification

Usage/Application	Industrial
Brand	MS Cool Engineers
Tower Material	Fiberglass Reinforced Polyester
Tower Type	Induced Draft
Supply Phase	Three Phase
Voltage	440 V
Frequency	50/60 Hz
Surface Finish	Color Coated
Tonnage	150 TR

Advanced Cooling Efficiency

Featuring a 150 TR refrigerating capacity, high-efficiency PVC fill, and a rotating sprinkler system, this cooling tower maximizes heat removal from water. Paired with an aluminum alloy axial fan delivering 56,000 CFM airflow, it drives superior thermal performance and low drift loss (<0.03%), ensuring your cooling needs are met consistently and efficiently.

Durable & Low-Maintenance Design

Constructed with heavy-duty galvanized steel and FRP (Fibre Reinforced Plastic), this floor-mounted cooling tower is resilient against corrosion and wear. Easy service access simplifies routine maintenance, reducing downtime and enhancing operational reliability, while environmental standards compliance creates peace of mind for responsible operations.

Flexible Industrial Applications

Suitable for process cooling, industrial chillers, or HVAC systems, this system supports demanding environments. Its 675 LPM water flow, 150 mm inlet/outlet, and robust 7.5 HP motor enable flexible integration with existing plant infrastructure. The low-noise operation enhances workplace comfort and safety.

FAQ's of 150 TR FRP Cooling Towers:

Q: How is the 150 TR FRP Cooling Tower typically installed on-site?

A: This cooling tower is designed for simple floor-mounted installation. The heavy-duty galvanized steel frame ensures stability and strength, making it suitable for direct placement on industrial-grade flooring. Professional installation is recommended to connect piping and electrical supply safely.

Q: What are the primary benefits of the propeller axial fan with aluminum alloy construction?

A: The propeller axial fan, made of aluminum alloy, delivers powerful airflow at low energy consumption. Its corrosion resistance ensures longevity even under harsh conditions, while its low noise output keeps operational sound below 68 dB for improved worksite comfort.

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

A: Routine maintenance, like checking the fill pack, sprinkler system, and motor, should be performed quarterly or as recommended based on operating conditions. The tower's easy-access design simplifies these upkeep tasks, minimizing downtime and supporting long-term reliability.

Q: Where can this cooling tower be effectively utilized?

A: This model is versatile and well-suited for industrial sectors, HVAC cooling circuits, and process cooling plants. Its robust build and high capacity make it ideal for manufacturing, food processing, chemical, and other demanding environments in India.

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

A: Warm water enters through a 150 mm inlet, is distributed by a rotating sprinkler, and passes over a high-efficiency PVC fill pack. The induced draft system draws air via the axial fan, enhancing heat transfer and expelling the cooled water at 32C for recirculation.

Q: How does the tower control environmental impact and water loss?

A: This cooling tower features drift eliminators that limit drift loss to below 0.03%, minimizing water carryover into the atmosphere. Compliance with IS:15964 standards ensures environmentally responsible operation, crucial for industrial settings in India.

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