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Water Cooled Chiller System

Name: Water Cooled Chiller System
Brand: AMI COOLING SYSTEM
Price: 100000.00 INR
Availability: InStock

Price 100000.00 INR/ Unit

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MOQ : 1 Piece

Water Cooled Chiller System Specification

Application
Industrial Cooling, Process Cooling, HVAC

Material
Other

Motor
3 Phase Induction Motor

Refrigerating Capacity
18 TR (63 kW)

Condition
New

Type
Water Cooled Chiller System

Power Supply
3 Phase, 50 Hz

Cooling Type
Water Based Cooling

Nozzle Material
Stainless Steel

Cooling Coil Material
Copper

Water Flowing Rate
2.5 m/h

Water Pump Motor
0.5 HP

Compressor
Hermetic Scroll Type

Refrigerant
R-407C / R-134a

Controller
Microprocessor Based Digital Controller

Condenser Type
Shell and Tube

Weight
Approx. 400 kg

Evaporator Type
Shell and Tube

Temperature Control Range
7C to 25C

Expansion Device
Thermostatic Expansion Valve

Display
LED/ LCD Digital Display

Installation
Indoor

Chiller Frame Construction
Heavy Duty Structural Frame

Safety Features
Overload Protection, High/Low Pressure Cutoff, Phase Protection

Water Cooled Chiller System Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
Gujarat

About Water Cooled Chiller System

Water Cooled Chiller System

We Are Leading Manufacturer & Supplier Of Water Cooled Chiller System From Ahemdabad

Technical Specifications

Minimum Order Quantity	1 Unit
Motor	1 to 200 HP
Phase	Three Phase
Application	Plastic industry
Type	Automatic
Temperature	+30 degree Celsius to -10 degree Celsius
Power	120 to 2300 KW

Efficient Shell and Tube Heat Exchange

This water cooled chiller system employs shell and tube evaporator and condenser types, which facilitate optimal heat transfer and durability. These components are designed to handle consistent, high-capacity workloads in tough industrial environments, making them suitable for a wide range of applications including process and HVAC cooling.

Advanced Control and Safety Mechanisms

The microprocessor-based digital controller delivers precise temperature management within a 7C to 25C range. Safety is a priority, with overload protection, high/low pressure cutoffs, and phase protection, ensuring reliable and secure operation throughout its lifespan.

Durable Structure and Silent Performance

Constructed with a powder-coated mild steel frame, this chiller withstands rigorous use. It integrates a low-noise hermetic scroll compressor and delivers noise levels below 70 dB, making it suitable for indoor environments where quiet operation is essential.

FAQs of Water Cooled Chiller System:

Q: How does the water cooled chiller system achieve effective industrial cooling?

A: The system utilizes shell and tube heat exchangers for both the evaporator and condenser, ensuring exceptional heat transfer efficiency for process and HVAC applications. Water as the cooling medium and a thermostatic expansion valve aid in delivering consistent cooling performance.

Q: What are the main benefits of the microprocessor-based digital controller used in this chiller?

A: The microprocessor-based controller allows accurate temperature control between 7C and 25C, monitoring critical parameters in real time. Its user-friendly digital LED/LCD display ensures ease of operation and diagnostics, enhancing system reliability.

Q: When should this water cooled chiller system be installed?

A: Ideal for industrial and process environments with significant cooling requirements, it is best installed indoors where water-based cooling is feasible and stable power supply (3 Phase, 415 V AC, 50 Hz) is available.

Q: Where is the water cooled chiller system typically used?

A: It finds primary applications in industrial cooling processes, refrigeration, and HVAC systems within manufacturing sites, data centers, and commercial buildings across India and other regions requiring reliable cooling solutions.

Q: What process does the system use for temperature regulation?

A: Temperature regulation is managed by a microprocessor-based controller, which adjusts the flow of refrigerant via a thermostatic expansion valve and ensures stable operation through continuous monitoring of pressure and overload conditions.

Q: How does the system ensure operational safety and equipment longevity?

A: Built-in safety features such as overload protection, high and low pressure cutoffs, and phase protection safeguard both the equipment and the workplace. Durable construction using powder-coated mild steel further extends the systems lifespan even in demanding settings.

Technical Details