KTE-1000BA
STANDARD REFRIGERATION EQUIPMENT
Equipment Introduction
Composition of Compressor, Condenser (with fan motor), Receiver, Filter-dryer, Sight glass, Solenoid Valve, Manual Expansion Valve, Evaporator (with fan motor), High, Low pressure gauge
These devices run as set up circuit in control panel
The DAQ program supplies tools which measure temperature, pressure, enthalpy and the amount of exchanged heat in each position in real time, and then saves the data in an Excel file, so that data can be shown and analyzed in graphical form
Equipment Characteristics
System Cycle Configuration
Compressor → Condenser → Filter Dryer → Sight Glass → Expansion Valve → Evaporator → Compressor
Operation Modes
The system can be operated in manual control, temperature control, or pump-down modes, using either sequence control circuits or a PLC-based control system.
Performance Measurement & Monitoring
The system provides automatic measurement of refrigeration performance, data acquisition, and real-time system monitoring through dedicated software.
Temperature Measurement
Temperature can be measured using K-type thermocouples at the following points:
Compressor inlet and outlet
Condenser inlet and outlet
Expansion valve inlet and outlet
Evaporator outlet
Inside chamber
Ambient (outside air)
Pressure Measurement
Pressure can be measured within a range of –1 to 35 bar using installed pressure sensors at:
Compressor inlet and outlet
Condenser outlet
Expansion valve inlet
Experimental Parameters
Refrigeration effect
Compressor work
Condensing effect
Evaporating latent heat
Amount of flash gas at expansion valve outlet
Dryness fraction and humidity at expansion valve outlet
Coefficient of Performance (COP)
Measured temperature and pressure data
Data Storage
Measured data can be recorded at one-minute intervals, and saved as an Excel file for up to 1,440 minutes by clicking the “SAVE” button.
Education Contents
Performance Measurement and Analysis of a Standard Refrigeration System Using Software
Performance Measurement and Analysis of a Standard Refrigeration System According to Condensation Temperature Variation
Performance Measurement and Analysis of a Standard Refrigeration System According to Evaporation Temperature Variation
Configuration and Operation of Temperature Control Sequence Circuits in a Standard Refrigeration System
Configuration, Operation, and PLC Programming for Temperature Control of a Standard Refrigeration System
Practical Configuration and Operation of Pump-Down Sequence Control Circuits in a Standard Refrigeration System
Practical Configuration, Operation, and PLC Programming of Pump-Down Control in a Standard Refrigeration System
Component of Mechanical Standard Refrigeration System
Control Panel Device Component of Standard Refrigeration System
Pressure Switch of Standard Refrigeration System
Magnetic Contactor
Structure of DA 100 (Data acquisition) Program
System Diagram
Standard Refrigeration System Configuration
Compressor → Condenser → Filter Dryer → Sight Glass → Solenoid Valve → Manual Expansion Valve → Evaporator → Compressor
Measurement Functions
Measurement of temperature, pressure, and enthalpy
Data Visualization
Real-time P–h diagram generation
Performance Analysis
Refrigerating effect (qₑ)
Compressor work (Aᵥ)
Condensation effect (q꜀)
Coefficient of Performance (COP)
Data Saving Function
Automatic storage of measured and calculated data, with the ability to save data files in Excel format for further analysis
Diagram Capture Function
Capture and storage of P–h diagrams as image files, allowing documentation and comparison of operating conditions
Features of DA100 program
Real-time monitoring of temperature and pressure data measured throughout the refrigeration system
Real-time monitoring of enthalpy data in the refrigeration cycle
Real-time calculation and visualization of performance parameters, including:
Refrigeration effect
Compressor work
Evaporating latent heat
Amount of flash gas at the expansion valve outlet
Dryness fraction at the expansion valve outlet
Coefficient of Performance (COP)
Automatic data logging and storage of temperature, pressure, and enthalpy data, with export capability to Microsoft Excel format
Generation of P–h (Pressure–Enthalpy) diagrams based on measured temperature and pressure data
Refrigeration Cycle
Video Clips for Product Usage
