Delegates for Mistral's Training sessions are expected to possess at least a rudimentary knowledge of the principles of Refrigeration. Intensive, Graduate level competence in all of the topics listed below takes at least three years in full time higher education.

Training Topics (2 day Course).

Access Registration Code
Air Boundary Layer
Air Change Rates
Air Conditioning
Albedo Factor
Balance Point
Beer and Wine Cellars
Blast Chilling and Blast Freezing
British Thermal Unit
Compressors and Compressor Packs
Computer Misuse Act 1990
Computer Operating System issues
Condensation
Condensers
Condensing Units
Conductivity
Customising program settings
Darcy Weisbach system of pipe sizing
Database editing and management
Default program settings
De-Frost Cycle
De-Frost Systems
De-Frost Running Load
Dew Point
Diurnal Cycle
Dual Risers
Dynamic Error Trapping principles
EN 328
Energy (understanding of)
Evaporatoration
Evaporators
Expansion Valves
Experimentation by cloning for economy
Exporting data
Fan Load
File saving and retrieval
Fin Spacing (in coils)
Focused Help Page system
Food Pathalogical issues
Frost heave
Ground Source Energy
Heat
Heat Transfer Coefficient
Heater Mats
Heat Pumps
Help Pages (dynamic linking)
Humidity
Installing and removing computer programs
Insulation Properties
K Factor
Kelvin Scale
Laminar Flow
Latent Heat
Licensing and Copyright issues
Load Calculation explored
Meteorology
Miscellaneous Loads
Mollier diagram
Multiple rooms and 'Zoning'
Negative Heat Gains
Pathological matters of food storage
Presentation reports
Pressure Drop in pipework
Pressure Drop pipe length equivalence
Pressure Relief Valve
Product Load
Program Manuals
Program Navigation and 'Intelligent Logic' principles
Properties of materials
Psychrometrics
Quality Assurance procedures and the role of software
Quotations to meet prospect specifications and to help win orders ethically
RAC equipment nominal conditions (standard conditions ratings to EN 328)
Radiation
Rankine Scale
Reflectance
Refrigerant Pipesizing
Refrigeration Cycle
Resistivity
Respiration values and heat gain loads
Reynolds Number
Right Clicking (and everything that is revealed!)
Ring Mains
Running Load
Saturated Suction Temperature
Secondary Circuits
Short cuts (logically controlled)
Special Feature codes and input limit over-rides
Specific Heat
Split Systems
Sub-cooling
Superheat
Temperature
Thermodynamic and physical properties of perishable materials
Turbulent flow
U Value
Unitary Refrigeration and Air Conditioning design and application
Units, constants, factors and empirical values
Water Table Temperature

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