Airflow and Ducting Trainer
Air distribution, duct resistance, airflow measurement, balancing and fan behaviour.
HVAC/R training systems
Practical refrigeration and air-conditioning trainers for technical learning.
Sedalia supports HVAC/R laboratories with training systems for refrigeration cycles, air-conditioning operation, airflow, heat exchange, pressure-temperature analysis, fault diagnosis, instrumentation and smart building integration.
Learning chain
Teach the full HVAC/R path from component operation to system monitoring.
Students need to see how compressors, coils, fans, valves, air paths, refrigerant circuits, electrical controls and energy use interact. HVAC/R trainers can support technician-level practice and engineering-level analysis.
- Visible refrigeration and air-conditioning cycle components.
- Pressure, temperature, airflow, humidity and electrical measurement points.
- Fault simulation for diagnosis and maintenance training.
- Optional BMS, SCADA and energy-monitoring integration.
Possible configurations
HVAC/R training platforms can be supplied in multiple configurations.
Air-Conditioning Trainer
Split system operation, electrical control, measurement and troubleshooting activities.
Refrigeration Cycle Trainer
Cycle observation, pressure-temperature relationship, compressor and heat exchanger learning.
Chiller / Water-Cooled Concepts
Water loop, heat rejection, flow, temperature and energy-efficiency studies.
Smart building integration
HVAC/R trainers can connect to BMS, SCADA and smart energy systems.
For advanced learning, HVAC/R trainers can be connected to a larger building services or smart energy ecosystem. Students can monitor temperatures, humidity, airflow, energy use, fault status and equipment operation from a central dashboard.
- Monitor supply and return air conditions.
- Track equipment run status, fault status and energy consumption.
- Use trend logging to compare operating conditions and efficiency.
- Support building services, facilities management and energy-management learning.
Example practical activities
Suitable for technician-level skills and engineering-level analysis.
1
Identify components
Recognise compressor, condenser, evaporator, expansion device, fans, valves and controls.
2
Measure operation
Record pressure, temperature, airflow, humidity, voltage, current and energy readings.
3
Diagnose faults
Compare normal and fault conditions using instruments and dashboard trends.
4
Analyse efficiency
Relate control settings, load changes and maintenance condition to performance.
Planning an HVAC/R or smart building training lab?
Share your target modules and practical outcomes. We can help structure the right trainer configuration.