Refrigeration Training System, Base Unit

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Refrigeration Training System, Base Unit Specification

Feature
Highly Efficient

Accuracy
100 %

Dimension (L*W*H)
600x300x700(refrigeration chamber) / 670x550x380 (condensing unit) Millimeter (mm)

Weight
45 Kilograms (kg)

Warranty
1 year

Type
REFRIGERATION TRAINING SYSTEM, BASE UNIT

Usage
Laboratory

About Refrigeration Training System, Base Unit

REFRIGERATION TRAINING SYSTEM, BASE UNIT

With this training system practical experiments relating to the operation of a refrigeration system can be implemented by dealing with differently configured compression refrigeration circuits. The components used are common in refrigeration and therefore closely related to practice.

The base unit includes the main components of a refrigeration circuit: a condensing unit with compressor, condenser and receiver and a refrigeration chamber with integrated evaporator, fan for forced ventilation and an electric defrost heater. A pressure switch protects the compressor against excessive pressure. The refrigerant flow can be modified via shut-off valves.

Together with the components from. heat exchanger, flow meter or manometer, simple refrigeration circuits are realised. For continued experiments additional refrigeration components from are used, e.g. post-injection valve, capacity controller or defrost timer. All components of the training system have ball valves at the connections. Using the required accessory kit the components are connected into a complete refrigeration system. For the complete experimental setup, laboratory workplace with frame for mounting the components and power supply, is required. The CFC-free refrigerant R134a serves as working medium.

With the service set additional exercises for the filling and evacuation of refrigeration systems are carried out. The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments.

The unit shall perform the following experiments and investigations:

Learning Objectives / Experiments

In conjunction with :

Refrigeration Components for Basic Experiments
Refrigeration Components for Advanced Experiments
Maintenance Set
Design of compression refrigeration circuit
Draining and filling of refrigeration systems
Operation of refrigeration components
Cyclic process of cold production
Fault finding
Different operating modes of the receiver
with and without receiver
pump-down
filling the refrigeration circuit
Compare different expansion elements
A structured curriculum and a detailed representation of the range of experiments is available in our product brochure Refrigeration Training System

Specification

Base unit for the refrigeration training system
Extension with components from for basic experiments using simple refrigeration circuits
Extension with components from for advanced experiments in refrigeration systems
Condensing unit, consisting of hermetic compressor, condenser, receiver, pressure switches and shut-off valves
Insulated refrigeration chamber with integrated evaporator, electric defrost heater and condensate drip tray
Refrigeration chamber, condensing unit and power supply equipped with shock-proof lab jacks
Refrigerant R134a, CFC-free

Technical Data

Air-cooled condensing unit
Power consumption: 367W at -10/32C
Refrigeration capacity: 731W at -10/32C
Max. volumetric air flow rate: 850m/h
Receiver: 1,4L
Evaporator with fan
Capacity: 190W at t=2C, deltaT=8K
Cooling surface: 1,81m
Max. volumetric air flow rate: 140m/h
Electric defrost heater: 50W/m

Dimensions and Weight

LxWxH: 600x300x700mm (refrigeration chamber)
LxWxH: 670x550x380mm (condensing unit)
Weight: approx. 45kg

Accurate and Practical Training Solution

This base unit is engineered to offer precise and effective training for learners in the refrigeration domain. Its 100% accuracy ensures reliable demonstration of real-world refrigeration cycles, enabling students and trainees to observe each step in detail. Designed to be durable and efficient, it stands out in laboratory environments, helping to build essential skills.

Robust Construction and Design

Boasting a total weight of 45 kg, the unit consists of both a refrigeration chamber and a condensing unit, with dimensions suited for typical laboratory spaces. Attention to design means both components are accessible and easy to operate, while the sturdy construction ensures lasting performance under frequent educational use.

Full Support and Warranty

Supplied by experienced exporters, manufacturers, and suppliers in India, the system comes with a one-year warranty, ensuring peace of mind and quick support in case of technical concerns. This commitment to quality and after-sales service makes it a reliable investment for any institution.

FAQs of Refrigeration Training System, Base Unit:

Q: How does the Refrigeration Training System enhance laboratory learning?

A: The system allows students to observe and interact with real-life refrigeration cycles, providing practical knowledge that reinforces theoretical lessons learned in class.

Q: What components are included with the base unit?

A: The unit comprises a refrigeration chamber and a condensing unit, with respective dimensions of 600x300x700 mm and 670x550x380 mm, ensuring comprehensive educational demonstrations.

Q: When should maintenance be performed on the system?

A: Regular maintenance is recommended every six months for optimal performance, with additional checks as outlined in the user manual provided upon purchase.

Q: Where is this training system commonly used?

A: It is primarily used in laboratory settings within educational institutions, including technical colleges and training centers focused on refrigeration technology.

Q: What is the process of setting up the base unit in the lab?

A: Setup involves positioning both the refrigeration chamber and condensing unit according to the instruction manual, connecting all provided components, and verifying power and operational safety before demonstration.

Q: How can users benefit from the one-year warranty?

A: The one-year warranty offers free repair or replacement for any manufacturing defects, ensuring dependable support and minimizing downtime in the laboratory.

Q: What makes this refrigeration training system highly efficient for laboratory use?

A: Its design prioritizes energy efficiency and robust performance, enabling repeated experimental cycles while maintaining accuracy and reliability for students and instructors alike.

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