R1233zd
R-1233zd
Ultra low GWP (4.5) low pressure refrigerant for use in low pressure chillers where R-123 may have been used in the past or for organic rankine cycle applications.
Features and Benefits
- Ultra Low GWP – Long term sustainable and compliant with F-Gas legislation
- Excellent performance
- Single component refrigerant – can be used in direct expansion and flooded systems. No temperature glide.
Packaging and Supply
- Climalife supply R-1233zd in 14kg or 70kg returnable cylinders.
- Conforms to AHRI 700-2016 specifications.
- R-1233zd is a low pressure refrigerant and may require additional equipment to remove from the cylinder in cool ambient conditions.
Why Choose Climalife?
Climalife are a key player in the distribution of refrigerants and other climate control products, with a nationwide distribution network and product knowledge that is second to none.
Properties
Chemical Formula |
CF3CH=CHCl |
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Molecular Mass |
130.50 |
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Boiling Point (at 1 Atmosphere) |
18.3°C |
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Dew Point (at 1 Atmosphere) |
18.3°C |
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Saturated Liquid Density at 25°C |
1262.8 kg/m³ |
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Saturated Vapour Density at 1.013bar |
5.704 kg/m³ |
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Saturated Liquid Pressure at 25°C |
1.298 bar |
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Saturated Liquid Pressure at 50°C |
2.933 bar |
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Critical Temperature |
166.5°C |
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Critical Pressure |
36.237 bar |
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Critical Density |
480.2 kg/m³ |
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Critical Volume |
0.00208 m³/kg |
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Latent Heat of vapourisation at 1.013bar |
194.6 kJ/kg |
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Thermal Conductivity of Liquid at 25°C |
82.7 mW/(m.K) |
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Thermal Conductivity of Vapour at 25°C & 1.013bar |
10.6 mW/(m.K) |
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Surface tension at 25°C |
14.56 mN/m |
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Viscosity of Liquid at 25°C |
0.286 mPa.s |
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Viscosity of Vapour at 25°C & 1.013bar |
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0.010 mPa.s |
Specific heat of liquid at 25°C |
1.216 kJ/(kg.K) |
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Specific heat of vapour at 25°C and 1.013bar |
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0.8197 kJ/(kg.K) |
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Cp/Cv ratio at 25° and 1.013 bar |
1.105 |
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Lower Fammability Limit (LFL) in air (EN 378) |
None |
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Flash Point |
None |
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ISO 817 / ASHRAE 34 Safety Classification |
A1 |
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PED Fluid Group |
2 |
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Ozone Depletion Potential (ODP) |
0 |
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Global Warming Potential (GWP) IPCC AR4/IPCC AR5 |
5/1 |