What are high ambient strategies? | Free CO2 Transcritical Refrigeration Training Part 2

In this comprehensive training session on CO2 transcritical refrigeration, we delve into the realm of high ambient strategies.
Exploring advanced technologies and innovative approaches, we uncover how these strategies are revolutionizing refrigeration systems, particularly in warm climates.
From high pressure ejectors to cutting-edge PXG 1300 technology, each concept is dissected and explained in detail.
Join us as we navigate through the complexities of CO2 systems, learning how to optimize efficiency, reduce energy consumption, and meet evolving regulatory standards.
Whether you're a seasoned technician or a curious newcomer, this training offers invaluable insights into the future of refrigeration technology.
Topics:
High pressure ejectors
PXG 1300 technology
Adiabatic cooling
Mechanical subcooling
Low pressure ejectors
Flooded evaporator strategy
CO2 condensing units
Value proposition for customers
Training and education programs
Simplification of system components
Test Yourself:
Which technology replaces the high pressure valve and flash gas bypass valve?
a) Adiabatic cooling
b) High pressure ejectors
c) PXG 1300 technology
d) Mechanical subcooling
What is the primary purpose of mechanical subcooling in CO2 transcritical systems?
a) Increasing flash gas
b) Reducing system efficiency
c) Cooling the CO2 fluid
d) Enhancing compressor workload
Which strategy aims to reduce the amount of energy consumed in warm climates?
a) Low pressure ejectors
b) Flooded evaporator strategy
c) Adiabatic cooling
d) PXG 1300 technology
How does a flooded evaporator strategy impact compressor efficiency?
a) Decreases compressor workload
b) Increases pressure ratio
c) Elevates superheat levels
d) Reduces energy savings
What is emphasized as crucial for technicians and engineers looking to excel in CO2 refrigeration?
a) Investing in customer relations
b) Pursuing advanced compressor courses
c) Obtaining specific controller trainings
d) Growing knowledge through training and education programs
👉 Visit the Refrigeration Mentor Website to learn more
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[@kinTeRossecReT]

PX G1300 is really really cool Trevor. Thanks for sharing.

[@RefrigerationMentor]

You’re welcome and thanks for watching. Check out our upcoming events at www.refrigerationmentor.com

[@user-of5gy7lu8v]

Master, please give multi subtitle for me, love from indonesian❄️

[@EkremOncirak]

Can someone explain TONS?

[@g.donuts3551]

1 Ton is equivalent to 12,000 Btu/H.

[@RefrigerationMentor]

1 TR (ton) = 3.51 kW = 12,000 Btus/hr = 3,516 W