Brine Chiller

Brine Chiller Specification

Refrigerating Capacity
28 kW

Motor
2 HP

Air Flow
3400 m/hr

Material
Powder Coated Mild Steel

Application
Industrial Process Cooling, Chemical & Pharmaceutical Industry

Condition
New

Type
Automatic Brine Chiller

Dimension (L*W*H)
1800 mm x 850 mm x 1350 mm

Power Supply
Three Phase, 50 Hz

Voltage
380 V / 415 V

Cooling Type
Water/Air Cooled

Nozzle Material
Stainless Steel

Cooling Coil Material
Copper/SS (Stainless Steel)

Water Flowing Rate
50 LPM

Water Pump Motor
Centrifugal Type, High-Efficiency

Noise Control
Low Noise Operation

Compressor
Hermetically Sealed Scroll / Semi-Hermetic Reciprocating Compressor

Evaporator Type
Shell & Tube Heat Exchanger

Safety Features
High/Low Pressure Switches, Overload Protection

Circuit Protection
MCB & Standard Electricals

External Finish
Epoxy Powder Coated

Expansion Valve
Thermostatic Expansion Valve

Refrigerant
R404A / R407C / R134A

Flow Meter
Integrated Electromagnetic Flow Meter

Installation
Ready to Install, Plug & Play

Insulation
High Density PUF

Control System
Digital Temperature Controller

Condenser
Air Cooled Finned Tube / Water Cooled Shell & Tube

Temperature Range
-10°C to +10°C

Brine Chiller Trade Information

Minimum Order Quantity
1 , , Unit

Supply Ability
1 , , Unit Per Week

Delivery Time
1 Week

About Brine Chiller

Specification

Tonnage	65 TR
Tank Capacity	1000 Litre
Phase	Three Phase
Cooling Capacity	10000 Litre/Hour
Brand	MS Cool Engineers
Automation Grade	Automatic
Voltage	440 V
Country of Origin	Made in India
Body Material	Mild Steel
Frequency	50/60 Hz
Chiller Type	Air Cooled
Surface Finish	Color Coated

Precision Cooling for Industrial Needs

The brine chiller offers a highly regulated temperature range from -10C to +10C, making it an essential asset for industries with sensitive cooling requirements. It utilizes a robust digital temperature controller and incorporates advanced thermal management for consistent, reliable operation.

High-Efficiency Design and Safety

Engineered with a hermetically sealed scroll or semi-hermetic reciprocating compressor, this chiller ensures high efficiency. Safety is prioritized with features like high/low pressure switches, overload protection, circuit protection via MCB, and standard electricals, minimizing risks during operation.

Robust Construction and Ease of Installation

Constructed with epoxy powder coated mild steel, high-density PUF insulation, and stainless steel/copper contact parts, the chiller offers lasting durability. Its plug & play, ready-to-install design simplifies deployment in various plant settings, reducing installation time and effort.

FAQ's of Brine Chiller:

Q: How does the digital temperature controller ensure accurate cooling in the brine chiller?

A: The digital temperature controller continuously monitors and adjusts the system to maintain the set temperature within the -10C to +10C range, providing precise and consistent cooling tailored to industrial process needs.

Q: What are the main benefits of using a shell & tube heat exchanger as the evaporator type?

A: A shell & tube heat exchanger provides superior heat transfer efficiency, robustness, and reliability when compared to other evaporator types, making it well-suited for demanding industrial cooling applications.

Q: When is a brine chiller like this typically used in an industrial setting?

A: This brine chiller is commonly employed when process cooling is required, such as in the chemical and pharmaceutical sectors, where precise temperature control and high reliability are essential.

Q: Where can this automatic brine chiller be installed?

A: Designed for indoor or outdoor industrial environments across India, the chiller's powder-coated finish and plug & play construction accommodate a wide range of facility layouts and conditions.

Q: What is the installation process for this plug & play brine chiller?

A: Installation is straightforward: the unit arrives ready to use, requiring only connection to power and process lines, thanks to its pre-assembled design and integrated pumps and controls.

Q: How do the safety features protect the chiller during operation?

A: Safety measures such as high/low pressure switches, overload protection, and MCB circuit protection actively monitor and safeguard the chiller, preventing mechanical or electrical issues from escalating.

Q: What advantages does the integrated electromagnetic flow meter provide?

A: The built-in electromagnetic flow meter allows precise monitoring of water flow, ensuring optimal system performance and efficient cooling, while aiding in early detection of flow-related issues.

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