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Ice Plant Test Rig Machine

Name: Ice Plant Test Rig Machine
Brand: YESHA LAB EQUIPMENTS
Price: 25000 INR
Availability: InStock

Price 25000 INR/ Piece

Get a Price/Quote

MOQ : 1 , , Piece

Ice Plant Test Rig Machine Specification

Application
Industrial ice formation study

Equipment Type
Ice Plant Test Rig Machine

Power Supply
240 V, Electric

Usage
cube testing

Capacity
2000 Kg/hr

Automation Grade
Semi-Automatic

Machine Weight
150 Kilograms (kg)

Condensing Unit
Mounted bottom

Safety Controls
Overload relay

Usage/Application
Industrial

Insulation Material
PU Foam

Refrigerant
R134a compatible

Test Chamber
Transparent acrylic

Observation Windows
2 rectangular

Panel Display
Digital

Material
MS (Mild Steel)

Temperature Sensors
Provided

Evaporator Type
Plate type

Condenser
Air cooled

Caster Wheels
Yes

Circuit Breaker
Present

Tank Capacity
20-25 liters

Input Frequency
50 Hz

Compressor Type
Hermetic sealed

Power Source
Electric

Cooling Coil
Copper tubing

Ice Plant Test Rig Machine Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
15 Pieces Per Day

Delivery Time
1 Days

Main Domestic Market
All India

About Ice Plant Test Rig Machine

Ice Plant Test Rig Machine is the one which works on simple compression refrigeration cycle and uses R134-a or R404-A as a refrigerant. It is also useful for understanding working of vapour compression system, its performance and controlling usage as well. Ice Plant Test Rig Machine can be availed from us at feasible rates among our competitors.

Specification

Control type	PLC control
Power Source	Electric
Voltage (V)	240 V
Power (W)	Up to 15 kW

Advanced Ice Formation Study

Engineered for both industrial and research applications, this Ice Plant Test Rig Machine allows comprehensive and controlled analysis of ice formation processes. The transparent acrylic chambers and observation windows enable direct visual monitoring, greatly enhancing experimentation and learning outcomes in laboratory settings.

Durable Construction and Efficient Performance

With a sturdy MS frame, PU Foam insulation, and copper cooling coil, the design guarantees longevity and high thermal efficiency. The hermetic sealed compressor, air-cooled condenser, and bottom-mounted condensing unit support reliable, round-the-clock operation without overheating, making it ideal for extended usage.

User-Friendly and Safe Operation

The fully digital panel display provides accurate system monitoring, while integrated safety measures-such as overload relays and circuit breakers-protect users and equipment. The equipment's semi-automatic controls, caster wheels, and temperature sensors ensure ease of use and mobility, suitable for demanding laboratory environments.

FAQ's of Ice Plant Test Rig Machine:

Q: How does the Ice Plant Test Rig Machine operate and what is its primary function?

A: The Ice Plant Test Rig Machine operates by circulating refrigerant (R134a compatible) through a copper tubing coil and plate type evaporator, inducing rapid ice formation within the acrylic test chamber. Its primary function is to demonstrate and facilitate the study of industrial ice formation processes for laboratory and research testing.

Q: What safety features are incorporated into this machine?

A: The system includes an overload relay and circuit breaker for electrical protection, along with temperature sensors to monitor thermal conditions. These controls ensure both user and equipment safety during prolonged operations.

Q: Where can this equipment be installed and used effectively?

A: The machine is suitable for industrial facilities, research institutions, and teaching laboratories. Its mobility, provided by caster wheels, and standard 240V electric supply make it adaptable to a variety of laboratory or industrial environments across India.

Q: When is it necessary to use observation windows and what benefits do they offer?

A: Observation windows are essential during testing and research to visually inspect ice formation and operational changes in real-time. This feature aids troubleshooting, enhances experimental accuracy, and supports educational demonstrations.

Q: What is the process of ice formation in this test rig?

A: The process begins with the compressor circulating refrigerant through the coil and evaporator in the test chamber. The cold surfaces induce the water inside the chamber to freeze, forming ice cubes which can be observed and measured for testing purposes.

Q: How is the machine maintained for optimal performance?

A: Routine maintenance involves checking refrigerant levels (R134a), ensuring the air-cooled condenser remains dust-free, inspecting the seals on the test chamber, and verifying that the digital panel and temperature sensors function correctly. Regular surveillance of the overload relay and circuit breaker is also advised.

Q: What are the main benefits of using this semi-automatic test rig for industrial or research applications?

A: The semi-automatic rig provides a controlled, safe, and efficient platform for analyzing ice production. It enhances research accuracy, supports hands-on laboratory training, and offers automated safety features for reliable, user-friendly operation.

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