Gas R32 Vs R410A. The two gases are additionally divergent as far as their volumetric cooling limit. But an important problem is that the exhaust temperature of r32 is higher.
R22 To 410a Conversion Rona Mantar from ronamantar.com
The r32 refrigerant has three times lower gwp than r410a (2088). While there are many reasons for this switch, the main benefits of r32 are: Used in acs and refrigerators, r32 and r410a are common refrigerants.
It Is A Mixture Of R32 And R125 Gases;
R32 is also more energy efficient than r410a. Now, other companies like mitsubishi, hitachi, panasonic, toshiba, sharp and fujitsu general are also using r32 refrigerants in their air conditioners. The r32 refrigerant has three times lower gwp than r410a (2088).
R407C Is A Blend Of R32, R125 And R134A Refrigerants, Whereas R410A Uses R32 And R125, Which Enables It To Operate At These Higher Pressures.
The two gases are also different in terms of their volumetric cooling capacity. Flammability of r32 is 80% burning velocity less than r290 and slightly flammable when compared with r410a. R32 is developed by danfoss and has lowest gwp and zero odp.
In Regards To Performance, Both Refrigerants Are Comparable.
Presently, most of the air conditioner manufacturers in india are using r32, which has a global warming potential of 675. The two gases are additionally divergent as far as their volumetric cooling limit. R32 is moderately flammable than r410a and can catch fire under high heat in an open environment.
R410 Is Much Safer And Being Extensively Used In Vrv ( Variable Refrigerant Flow) Machines And Now Splits.
Hence, recycling it is difficult, leading to more strain on the environment. Due to their single component nature, r32 heat pumps use 20% less refrigerant compared to r410 heat pumps. R32 is also more energy efficient than r410a.
This Gas Refilling In Air Conditioners Is Difficult.
The amount is small, and the working pressure of r32 is higher, which means that the charging amount of r32 is lower in the same size pipeline (only 70% of r410a). A heat pump refrigerant requires only a little temperature change to convert from gas to liquid and back. This refrigerant is 3 times lower than the global warming potential in comparison with r410a.
