Refrigeration Components For Advanced Experiments

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Refrigeration Components For Advanced Experiments Specification

Temperature Range
-20C to 15C

Accuracy
100 %

Capacity
1 TR

Feature
Highly Efficient

Frequency
50 Hz

Model No
RAE-306

Power Source
Electric

Automation Grade
Semi-Automatic

Core Components
Compressor, Condenser, Expansion Valve, Evaporator

Measurement Range
Thermal Parameters, Pressure, Temperature, Flow

Voltage
220 V

Equipment Materials
Stainless Steel, Copper

Type
Refrigeration Components

Usage
Laboratory

Display Type
Digital

Dimension (L*W*H)
1250 mm x 800 mm x 650 mm

Weight
Approx. 45 kg

About Refrigeration Components For Advanced Experiments

REFRIGERATION COMPONENTS FOR ADVANCED EXPERIMENTS

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

The set includes complex refrigeration components, such as capacity controller, start-up controller, defrost timer, 4/2-way reversing valve and refrigeration controller. The 4/2-way reversing valve, for example, is used to reverse the circuit. This allows for the defrosting of an iced-up evaporator by operating it temporarily as condenser. Manometers provide an insight to the pressure ratios in the refrigeration circuit.

Via pressure and temperature measurements the changes 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

Setup of different refrigeration circuits
Design, operation and adjustment of components
Evaporation pressure, start-up, capacity and
Refrigeration controllers
Electric thermostat
Manual valve as expansion element
Post-injection valve
Solenoid valve with coil
4/2-way reversing valve
Power and auxiliary contactor
Time relay
Defrost timer
Hot gas defrosting
Read and understand technical drawings and
Operating instructions
Fault finding

Specification

Components for the setup of complex refrigeration circuits in conjunction with Base Unit for Refrigeration `Training System and components for Basic Experiments
Post-injection valve
Refrigeration controller with PTC sensor
defrost timer, timing interval 30min
Time relay
4/2-way reversing valve, solenoid valves
Electric thermostat as temperature controller
Power and auxiliary contactor

Technical Data

Rated controller capacity at t0=-10°C, tc=25°C
Evaporation pressure: 2,8kW at deltap=0,2bar
Start-up: 5,3kW at deltap=0,2bar
Capacity: 4,8 kW at offset=0,7bar
Suction line receiver: 0,3L, max. 28bar
Temperature controller: -5...35°C
Refrigeration controller: -40...110°C
Post-injection valve: -45...35°C
Time relay: response delay: 0,05s...100h

Measuring ranges

Pressure, evaporation: 0...5,5bar
Intake pressure: 0,2...6bar
Pressure, capacity controller: 0,2...6bar

Dimensions and Weight

Plate height: 297mm
Weight: approx. 25kg

Advanced Experimentation Made Simple

The RAE-306 refrigeration components are engineered for seamless integration into educational and research laboratories. With semi-automatic operation and comprehensive digital monitoring, users can efficiently observe and record thermal, pressure, and flow parameters for precise analysis and learning.

Robust Safety and Environmental Standards

Equipped with overload protection and a pressure relief valve, the RAE-306 prioritizes user safety during advanced experimentation. Its RoHS-compliant design and usage of R134a refrigerant underline a commitment to environmental responsibility along with laboratory safety.

Precision and Efficiency in Every Detail

The use of high-density polyurethane insulation, combined with microprocessor controls, assures superior stability and thermal accuracy throughout the range of -20C to 15C. The digital display enables users to maintain consistent experimental conditions for optimal data quality.

FAQs of Refrigeration Components For Advanced Experiments:

Q: How does the RAE-306 refrigeration component system operate in laboratory experiments?

A: The RAE-306 employs vapor compression technology using R134a refrigerant. It features a microprocessor-based semi-automatic control system, allowing precise adjustment and monitoring of core parameters like temperature, pressure, and flow, making it ideal for laboratory experiments and research testing.

Q: What safety features are integrated into the RAE-306 system?

A: The system comes with overload protection and a pressure relief valve to prevent equipment damage and ensure user safety during operation. These features are complemented by high-density polyurethane insulation, which helps maintain safe and efficient thermal conditions.

Q: When is it appropriate to use this equipment in a research setting?

A: The RAE-306 is suitable for use whenever detailed study and demonstration of refrigeration circuits, thermal parameters, or temperature control are necessary in educational or research laboratory environments. Its accuracy and reliability support both learning and investigative applications.

Q: Where can the RAE-306 be installed within a lab?

A: Designed as a table top unit with dimensions of 1250 mm x 800 mm x 650 mm, the RAE-306 fits comfortably on standard laboratory benches, enabling convenient and accessible use within educational or research facilities.

Q: What is the main benefit of the microprocessor-based control in the RAE-306?

A: The microprocessor control system enhances experimental accuracy by providing precise digital regulation and readout of essential parameters. This ensures consistent operating conditions, resulting in accurate and reproducible data for research and teaching purposes.

Q: How does the RAE-306 contribute to environmental responsibility?

A: RAE-306 is RoHS compliant and utilizes the eco-friendly R134a refrigerant, reducing environmental impact. Its efficient insulation and low operational noise further decrease energy consumption, making it a sustainable choice for laboratories.

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