R-507A

R-507A is a high safety (A1) azeotropic HFC blend refrigerant gas. As it is an azeotropic product it has no glide and performs like a pure product. It is designed for retrofit replacement of R-502A and its subsequent replacements, and in R-22 applications for flooded systems. It is also used in new equipment. It is a very versatile refrigerant that covers refrigeration needs from preservation to freezing, as well as industrial process cooling applications.
Currently having a GWP above 2,500 has limited its application in Europe.

 Components

   Mixture of R-125, R-143a

 ASHRAE Name

   R-507A

Mi imagen

ODP

0

Mi imagen

GWP

3985

Mi imagen

Safety Group

A1

Mi imagen

Compatible Lubricants

POE

 Temperature Range:

High, Medium and Low.

 Alternatives to:

R-502A, its HCFC and R-22 substitutes via retrofit.

 Type of Alternative:

Drop-in.

 Applications

Transportes frigorificos
Refrigerated Transport.
Frio refrigeracion comercial
Commercial Refrigeration.
Sistemas inundados
Flooded Systems.
Frio refrigeracion industrial
Industrial Refrigeration.

Gases grit foto ficha 1

R-507A is a high safety (A1) azeotropic HFC blend refrigerant gas. As it is an azeotropic product it has no glide and performs like a pure product. It is designed for retrofit replacement of R-502A and its subsequent replacements, and in R-22 applications for flooded systems. It is also used in new equipment. It is a very versatile refrigerant that covers refrigeration needs from preservation to freezing, as well as industrial process cooling applications.
Currently having a GWP above 2,500 has limited its application in Europe.

 Frequently Asked Questions

Respuesta 1

Respuesta 2

Respuesta 3

Use of artificial intelligence: GRIT may use artificial intelligence tools to support the creation, editing, translation or enhancement of certain content. Images identified with the “IA” badge are illustrative representations created or modified with the assistance of artificial intelligence. All content is reviewed by human reviewers before publication.
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.

Strictly Necessary Cookies

Strictly Necessary Cookie should be enabled at all times so that we can save your preferences for cookie settings.