Industrial Water Chiller

Industrial Water Chiller Specification

Height
6 Foot (ft)

Power Supply
380

Weight
2000 Kilograms (kg)

Voltage
440 Volt (v)

Color
white

Cooling Type
water Cool

Length
8 Foot (ft)

Width
4 Foot (ft)

Cooling Coil Material
Water

Water Flowing Rate
600

Noise Control
80 db

Compressor
Scroll

Industrial Water Chiller Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
2 Week

About Industrial Water Chiller

Key Features

Cooling Capacity: 100 TR ( 350-375 kW) at standard conditions
Compressor: High-efficiency screw compressor(s) semi-hermetic / hermetic type, robust for continuous industrial operations
Refrigerant: Options such as R-407C, R-134a, or R-410A (environmentally friendly, low Global Warming Potential)
Evaporator: Shell & tube / plate type heat exchanger for chilled water side designed for minimal pressure drop and effective heat transfer
Condenser: Water-cooled condenser, shell & tube or similar, with water circulation via cooling tower or closed loop system
Control System: PLC + digital / touch screen interface, with temperature display, alarms, safety interlocks (high/low pressure, flow switch, compressor overheat, phase failure etc.)
Capacity Control: Multi-step capacity modulation or unloading to match load (e.g. 100-75-50-25% stages) for better efficiency at part loads
Power Supply: 3-Phase, 380-415 V, 50 Hz (customizable if needed)
Operating / Ambient Conditions: Chilled water inlet/outlet typically 12 C7 C or similar, ambient/water-condensing side as per site conditions

Benefits & Advantages

High cooling capacity suitable for large industrial processes (plastics, injection molding, chemical, food processing, pharmaceuticals)
Good energy efficiency, especially under partial load operations
Reliable performance due to screw compressor design fewer moving parts, lower maintenance
Compact footprint relative to capacity, robust construction for industrial settings
Multiple safety features for protection of equipment and smooth operation

Technical Specifications (Typical / Model Example)

Parameter	Specification
Cooling Capacity	100 TR ( 350-380 kW)
Chilled Water Flow Rate	60-70 m/hr (depending on T)
Power Input	70-80 kW (depending on load, T, and compressor efficiencies)
Refrigerant Charge	60-90 kg (depends on refrigerant type and design)
Compressor Type	Semi-hermetic Screw Compressor(s)
Material of Construction	Mild Steel / Stainless Steel wetted parts; corrosion-resistant finishing
Control Panel	PLC based, human-machine interface (touch screen), safety protections (pressure, flow, etc.)
Dimensions / Weight	Model dependent; for example, approx 2.83.2 m (length) 1.11.5 m (width) 1.52.2 m (height); weight may be 1,500-2,500+ kg
Noise Level	Ideally < 80-85 dB (at standard measurement point), but model dependent
Warranty	12 months (standard), options for extended warranty or service contracts

Applications

Industrial process cooling (injection molding, extruders, chemical reactors)
HVAC / central air conditioning in large buildings, malls, resorts
Food & beverage, dairy processing, cold storage
Pharmaceutical manufacturing & laboratories

Supplier / Manufacturer Info

Brand: GLACILA
Location: West Bengal / India (or as per your factory)
Support: After-sales service, spare parts availability, technical support on installation & commissioning
Delivery Time: Typically 4-8 weeks (depending on model and customization)
Payment Terms: As per TradeIndia norms e.g. Cash in Advance / Letter of Credit / Stage Payments

Precision Water Cooling for Industry

This water chiller is engineered for demanding industrial tasks requiring stable cooling solutions. Powered by a scroll compressor, the system excels in energy efficiency and noise control. Its water-cooled technology provides consistent performance for equipment and processes, supporting various industrial applications.

Durable Design With Optimal Performance

Built with high-quality materials and a robust structure, the chiller offers long-lasting durability. Its powerful compressor and efficient water coil system ensure steady water flow and rapid cooling, helping maintain operational productivity while keeping energy consumption low.

Comprehensive Support Across India

Available from trusted manufacturers, service providers, and suppliers throughout India, this chiller is backed by expert assistance and tailored solutions. Whether you need installation, maintenance, or customization, specialists are ready to support your industrial requirements.

FAQs of Industrial Water Chiller:

Q: How does the Industrial Water Chiller maintain controlled cooling in industrial settings?

A: The chiller utilizes a scroll compressor and water-based cooling coils to deliver consistent temperature management. High water flow rates ensure rapid heat absorption, making it ideal for continuous industrial operations.

Q: What is the recommended usage of this water chiller?

A: It is designed for industrial environments where efficient and stable cooling is necessary, such as in manufacturing plants or processing facilities that require temperature-sensitive operations.

Q: When should the chiller be serviced to ensure peak performance?

A: Regular maintenance is advised, with inspections every six months to check for water flow efficiency, compressor health, and noise levels. Following manufacturer guidelines will prolong lifespan and maintain optimal operation.

Q: Where can I purchase or receive support for this chiller in India?

A: This water chiller is available through authorized manufacturers, service providers, and suppliers across India. They offer sales, installation, and technical support services tailored to your location and needs.

Q: What is the process for installation and setup of the water chiller?

A: Installation includes placement in a well-ventilated area, connecting to a compatible power supply (440V/380V), and ensuring proper water inlet and outlet connections for effective cooling and water flow.

Q: What benefits does this chiller offer over air-cooled models?

A: Water-cooled systems like this chiller provide superior efficiency, lower noise levels (80db), and better temperature consistency, making them more suitable for large-scale, high-capacity industrial demands.