Refrigerant property lookup

R410A Refrigerant Properties

Look up R410A saturation pressure, enthalpy, latent heat, and vapor specific volume by temperature for quick HVAC, heat pump, and refrigeration cycle checks.

Instant saturation lookup

Select saturation temperature

Results update automatically using interpolated table values for R410A saturation properties.

R410A
  • Recommended interpolation range: -20 °C to 80 °C.

Interpolated result

Reference table

R410A saturation table

Temperature (°C) Pressure (kPa) hf (kJ/kg) hg (kJ/kg) hfg (kJ/kg) vg (m3/kg)
-20 185 35 210 175 0.05
0 500 50 240 190 0.045
10 680 60 255 195 0.043
20 900 70 270 200 0.041
30 1150 82 287 205 0.039
40 1450 95 305 210 0.037
50 1800 108 325 217 0.035
60 2200 122 347 225 0.033
70 2650 137 370 233 0.031
80 3150 153 395 242 0.029

Formulas

Refrigerant property relationships

Latent heat

hfg = hg - hf

Cooling effect uses enthalpy difference

Saturation state

Tsat corresponds to Psat

At saturation, liquid and vapor can coexist

R410A saturation properties are used for quick heat pump and air conditioning checks, evaporator and condenser estimates, pressure-temperature comparisons, and troubleshooting. Always verify final design values against manufacturer data and applicable refrigerant standards.

Reference

What the R410A values mean

Saturation pressure

The pressure at which R410A boils or condenses at the selected saturation temperature.

Liquid enthalpy

hf is the energy content of saturated liquid refrigerant at the saturation point.

Vapor enthalpy

hg is the energy content of saturated vapor refrigerant at the saturation point.

Specific volume

vg helps estimate vapor volume flow and compressor displacement requirements.

FAQ

R410A refrigerant questions

What is R410A refrigerant?

R410A is an HFC refrigerant blend widely used in residential and commercial air conditioning and heat pump systems.

Why is R410A pressure higher than many older refrigerants?

R410A operates at higher saturation pressures than refrigerants such as R22, so equipment, gauges, and service procedures must be rated for the refrigerant.

Can this table replace manufacturer refrigerant data?

No. Use this page for quick reference and early calculations. Final HVAC work should use manufacturer data, standards, and calibrated gauges.

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