Search results
Overview. R32 refrigerant is a lower global warming potential (GWP) alternative to R410A commonly used in new air conditioning systems. Globally, small air conditioning systems are rapidly transitioning from R410A to R32.
R32 is a chlorine-free, ozone-safe fluorocarbon whose boiling point is -52°C. R32 is a component of R410a, a blend refrigerant widely used in developed coun-tries as a main alternative to HCfC-22, an ozone depleting refrigerant. But R410a has a high global Warming Potential (hereafter, gWP) of 2088, so a new refrigerant
10 gru 2018 · The Facts. R-32 Pressure Chart. Knowing the pressure and the temperatures associated to the machine you are working on is essential to being able to diagnose any possible issues. Without knowing the temperatures you are more or less walking blind. These pressure checks give you the facts so that you can move onto the next step of your diagnosis.
• Refrigerant component for refrigerant blends like R407 types and R410a R32 is a refrigerant that addresses a range of environmental and safety considerations: • Zero Ozone Depletion Potential (ODP) • Lower global Warming Potential (gWP) – about one third of R410a • R32 allows for reduced refrigerant charge, compact design and high
R32 refrigerant is a low global warming potential (GWP) alternative to R410A commonly used in new air conditioning systems. Globally, small air conditioning systems are rapidly transitioning from R410A to R32.
R32 has a flammable range of around 15 points so it meets the definition of the GHS for a Category 2.1 gas. Ammonia has similar flammability characteristics to R32and is also a Class 2L refrigerant.
Hazard Classification. Standard 34 assigns an identifying reference letter and number to each refrigerant to classify it according to the hazard involved in its use. The capital letter designates a toxicity class based on allowable exposure. The numeral denotes flammability. For example, Standard 34 defines two safety classifications for toxicity.
