Refrigeration Components For Basic Experiments

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Refrigeration Components For Basic Experiments Specification

Weight
approx. 20 Kilograms (kg)

Feature
Highly Efficient

Accuracy
100 %

Type
REFRIGERATION COMPONENTS FOR BASIC EXPERIMENTS

Usage
Laboratory

About Refrigeration Components For Basic Experiments

REFRIGERATION COMPONENTS FOR BASIC EXPERIMENTS

Enables in conjunction with, and the accessory set the design and performance of various basic experiments related to refrigeration.

Commercial components are used in practical experiments. These components are mounted on plates ready to be connected and are arranged clearly in the frame of.

The set includes simple refrigeration components, such as expansion elements and filters, as well as electrical components, e.g. switches and thermostat. The super heater included in the set is a heat exchanger ensuring the complete evaporation of the refrigerant before entering the compressor whilst the liquid refrigerant is supercooled upstream of the expansion element. The control behaviour of the expansion element is monitored at the flow meter. Manometers provide an insight to the pressure ratios in the refrigeration circuit. Via pressure and temperature measurements the change of state of the refrigerant can be tracked and entered into the log p-h diagram. The temperature is measured by inter laboratory thermometers.

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

Design of different simple refrigeration circuits
Design, operation and adjustment of components
Sight glass with filter/drier
Flow meter
Delivery and intake manometer
Assembly aid
Superheater
Pressure-controlled expansion valve
Thermostatic expansion valve
3-pin circuit breaker
Electric two-point thermostat with
Switch hysteresis
Suction line receiver
Read and understand technical drawings and
Operating instructions
Fault finding

Specification

Components for the setup of simple refrigeration circuits in conjunction with Refrigeration Training System Unit
Heat exchanger as superheater
3-pin circuit breaker
Assembly aid: 4-port directional valve with sight glass
Sight glass with humidity indicator
Pressure-controlled expansion valve
Thermostatic expansion valve
2 thermostats with different temperature ranges
Components mounted on plates ready to connect
Abrasion-proof symbols and labels on plates

Technical Data

Pressure-controlled expansion valve
Pressure range: 1...7bar
Thermostatic expansion valve
Evaporation temperature: -45°...20°C
Valve insert rated capacity: 0,3kW
Circuit breaker, 3-pin: 3kW
2 electric thermostats
-5...25°C
-25...5°C
Heat exchanger
Capacity: approx. 2.5kW at -10°C evaporation
Temperature

Measuring ranges

Pressure, high pressure side: -1...24bar
Pressure, low pressure side: -1...9bar
Flow rate: 3...41kg/h

Dimensions and Weight

Plate height: 297mm
Weight: approx. 20kg

Precision and Reliability for Lab Experiments

These refrigeration components are designed to provide consistent and accurate results in laboratory environments. Their 100% accuracy ensures dependable measurements and outcomes, making them indispensable for basic refrigeration experiments in educational and research settings.

Built for Efficiency and Durability

Featuring advanced engineering and quality materials, our refrigeration components offer highly efficient performance while withstanding the rigors of frequent laboratory usage. Their robust design ensures longevity and operational stability, optimizing the learning and experimentation process.

FAQs of Refrigeration Components For Basic Experiments:

Q: How should the refrigeration components for basic experiments be set up in a laboratory?

A: To ensure proper functionality, position the components on a stable work surface and connect according to the supplied guide. Follow all recommended safety protocols and verify connections before starting any experiment.

Q: What are the main applications of these refrigeration components in laboratory settings?

A: These components are primarily used in educational laboratories to demonstrate basic refrigeration principles, allowing students to conduct thermodynamics and cooling cycle experiments.

Q: When is it ideal to use these refrigeration components for teaching or research purposes?

A: They are best utilized during introductory and intermediate laboratory courses on refrigeration, or when conducting controlled research studies related to cooling mechanisms and thermal management in educational institutions.

Q: Where are these refrigeration components manufactured and supplied from?

A: Our components are manufactured in India and distributed globally as we serve as a leading exporter, manufacturer, and supplier for quality laboratory equipment.

Q: What is the process for maintaining these refrigeration components?

A: Routine maintenance involves checking all connections, ensuring cleanliness of coils and housing, and verifying that no parts are obstructed or damaged. Periodic checks will maximize performance and longevity.

Q: How does the high efficiency of these refrigeration components benefit laboratory experiments?

A: High efficiency ensures energy savings and consistent temperature control, resulting in precise experimental conditions and improved accuracy of results for educational and research applications.

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