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Downloads  (23)
Downloads  (23)
Genetron Refrigerant 407C- The Most Efficient R-22 retrofit
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Honeywell Genetron retrofit refrigerant 422D
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Mise a niveau Systemes de refrigeration et climitasation au R-22
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Overview Brochure
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Low And Medium-temperature Refrigeration With Solstice® N40 | Brochure
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Driving Solstice® LBA Growth Through Capacity Expansion
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honeywell-refrigerants-solstice-n71l-Infographic.pdf
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825774 ADM BRO FP ze Scroll - Solstice ze A4 EN
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192813_AM_FLR_Genetron Rewards Leaflet Season'21
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3276 FP Refrigerants Solstice_N40 EU address brochure A4-v6
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Supermarket earns GreenChill Gold certification with Solstice® N40 refrigerant | case study
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UTC Ice Rink Sees Big Energy Savings with Solstice® N40 Retrofit| case study
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RRRink Improves Refrigeration Performance by Switching to Solstice® N40 | case study
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Commitment to Sustainability and R&D Leads to Breakthrough Solution for Midea | case study
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Choosing a right refrigerant and its not CO2 | Infographic
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4 Reasons to choose Solstice® N71 Refrigerant For Your Next Project | Infographic
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Solstice® L40X (R-455A) | Edeka | Case Study
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691936 ADM CAS FP Heating A4
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Solstice® 454B (R-454B) | Applications Guide
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Solstice® Referigerants | Applications Chart
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Better System Performance with Solstice® A2Ls For Food Retail | Infographic
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Honeywell Refrigerants | Choosing right and it is not CO2
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Solstice® L40X (R-455A) Applications Guide
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Downloads  (25)
Downloads  (25)
2166372 ADM TDS Solstice 454C A4
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2473650 ADM TDS SOLSTICE® 454B LTR
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Solstice® 454C | TDS
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Solstice® L40X (R-455A) | TDS
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Solstice® 454B (R-454B) | TDS
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Solstice® Refrigerants | Applications Guide
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Refrigerants Regulation: January 2020 | regulatory update
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HFO-1234ze Workplace Environmental Exposure Level | regulatory guideline
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Solstice® N71 (R-471A) | datasheet
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Driving Solstice® Growth Through Capacity Expansions
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Guide to retrofitting A/C systems from R-22 to R-422D or R-407C. Guide to retrofitting A/C systems from R-22 to R-422D or R-407C. Guide to retrofitting A/C systems from R-22 to R-422D or R-407C
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Guide to retrofitting A/C systems from R-22 to R-422D
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Genetron AZ20 Technical Brochure -Properties, Uses, Storage, and Handling
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Genetron® 422D - Another R-22 Retrofit Option
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Honeywell Genetron 407c Usage and Handling Guidelines
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NA MSDS
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Honeywell Solstice® Sell Sheet.pdf
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Genetron® 410A Technical Datasheet
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Genetron® 134a Technical Datasheet
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Solstice® N71 | Technical Data Sheet (TDS)
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Refrigerants Application Guide
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Solstice® L40X R-455A | datasheet
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Sell Sheet Title Here | Honeywell
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758376 ADM CAS Southwark A4
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Understanding A2L Refrigerants | Whitepaper
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VIDEO NAME
Low-Pressure Heat Transfer Fluids For Pumped Two-phase Cooling
Two-Phase Cooling Technology for Datacenter Cooling
Genetron Performax LT Retrofit in Cold Storage Warehouse & Commercial Buildings | case study 
Discover Ice Rink Refrigeration Solutions | brochure (video)
Supermarket Retrofit [Solstice N40] | Part 9: Retrofit 1
Supermarket Retrofit [Solstice N40] | Part 10: Retrofit 2
Adaptar una unidad condensadora de residencial R-22 con Genetron 422D en cinco sencillos pasos | entrenamiento técnico
Retrofit residential R-22 condensing unit with Genetron 422D in 5 easy steps | technical training
New Supermarkets Deserve Genetron® Performax LT Refrigerant | technical training
Le choix de  votre nouveau supermarché - Genetron® Performax LT | formation technique
Organic Rankine Cycle Overview | technical training
Replacing R-22 Refrigerant in A/C Applications: Part 1
Replacing R-22 Refrigerant in A/C Applications: Part 2
Replacing R-22 Refrigerant in A/C Applications: Part 3
Supermarket Retrofit [Solstice N40] | Part 6 : Setting Superheat and Subcooling for Refrigeration System
Introducing Solstice® N41 | brochure (video)
Solstice N41 Value Chain Benefits | brochure (video)
Solving Pressure Problems with Genetron® 422D |technical training
Série de vídeos sobre Retroajuste de refrigeração para supermercados a Solstice® N40 | treinamento técnico (vídeo)
Serie de videos para la reconversión de los sistemas de refrigeración en supermercados a Solstice® N40 | treinamento técnico (video)
Replace R-22 With Genetron Performax LT in Supermarket Retrofits | technical training
Le choix de réfrigérant pour les modifications à votre supermarché - Genetron® Performax LT | formation technical
Supermarket Retrofit [Solstice N40] | Part 1: Introduction
Supermarket Retrofit [Solstice N40] | Part 7: Preparation 1
Supermarket Retrofit [Solstice N40] | Part 8: Preparation 2
Supermarket Retrofit [Solstice N40] | Part2: Site Survey 1
Supermarket Retrofit [Solstice N40] | Part 3: Site Survey 2
Supermarket Retrofit [Solstice N40] | Part 5: Understanding PT Charts
Supermarket Retrofit [Solstice N40] | Part 4: Understanding Glide
R-134aの代わりにSolsticeyfを使用して自動車のエアコンシステムを充電する|技術研修
Utilisation de Solstice® yf sur le marché secondaire | entrainement technique (vidéo)
Verwendung von Solstice® yf im Aftermarket | technisches Training ( Video)
Utilizzo di Solstice® yf nell'aftermarket | allenamento tecnico (video)
애프터 마켓에서 Solstice® yf 사용 | 기술 교육 (비디오)
Using Solstice® yf in the Aftermarket| technical training 
Where can I purchase Honeywell refrigerants?

Please contact our sales team for Distributors in your area.

Region Contact Phone Email
Northeast US Jim Funk 973-307-7881 Jim.Funk@Honeywell.com
Central US Dan Davis 973-722-8929 Daniel.Davis3@Honeywell.com
West Coast Corey Smith 626-340-6834 Corey.Smith@Honeywell.com
Southeast US Rob Howard 770-331-2452 rob.howard@evdunbarco.com
Canada Marie Li-Ying 905 608 6325 marie.li-ying@honeywell.com
Argentina, Brazil and Chile Fernando Tanaka + 55 11 9 6641-8396 Fernando.Tanaka@Honeywell.com
Central America, Caribbean and Andean Region Nohora Clavijo + 57 310 3176121 nohorarocio.clavijo@honeywell.com
Mexico Marco Garcia +52 1 55 5452 7222 marco.garcia@honeywell.com
Where can I get refrigerant properties at specific conditions?

Refrigerant performance can be compared by downloading Genetron Properties Suite.

You can simulate your system with the right refrigerant and export the results to Excel. Compare performance of multiple refrigerants and much more – all for free:

  • Run simulations of 12 compression cycles: classical, cascade, multiple stage, liquid injected, vapor injected, transcritical, ORC etc.
  • Learn typical operating conditions for various cycles
  • Compare performance of multiple refrigerants for any cycle in a single step
  • Calculate properties of various refrigerants
  • Easily generate P-T tables for various refrigerants For assistance using the software please contact technical service at
    1-800-631-8138.
How can I compare performance of different refrigerants?

Refrigerant performance can be compared by downloading Genetron Properties Suite.

You can simulate your system with the right refrigerant and export the results to Excel. Compare performance of multiple refrigerants and much more – all for free:

  • Run simulations of 12 compression cycles: classical, cascade, multiple stage, liquid injected, vapor injected, transcritical, ORC etc.
  • Learn typical operating conditions for various cycles
  • Compare performance of multiple refrigerants for any cycle in a single step
  • Calculate properties of various refrigerants
  • Easily generate P-T tables for various refrigerants For assistance using the software please contact technical service at
    1-800-631-8138.
Where do I get safety data sheets for refrigerants?

Please go to https://hwll.co/msds and search for the ASHRAE number (ie R-448A) in the product box. If you get an error try using a different search engine.

How do I get customer service for different Honeywell products / divisions?

Please call 1-877-841-2840 and they will direct your call. You can also go to www.honeywell.com/contact-us and ask your question with an on-line form.

Can I top off an older legacy refrigerant with a new HFC or HFO blend?

No, mixing one refrigerant with another refrigerant is a violation of the U.S. EPA’s SNAP use conditions. In addition, mixing refrigerants would result in a mixture with unknown performance, and pressure/temperature relationship.

What is a “drop-in” refrigerant?

The term “drop-in” is an industry term that is commonly misunderstood and can lead to incorrect application of refrigerants.

The term “drop-in” does not mean that the refrigerant can be “dropped” on top of (mixed) with other refrigerants.
A refrigerant should never be mixed with another refrigerant.
Mixing refrigerants is a violation of the U.S. EPA’s SNAP program and U.S. Federal regulations. In addition, mixing refrigerants will change the refrigerant’s efficiency, capacity, flow rate, operating pressures, and oil return and can lead to operational and maintenance issues.
The replacement of the existing refrigerant must be done after all the existing refrigerant has been properly removed from the equipment.

The term “drop-in” does refer to a refrigerant that may be able to replace the existing refrigerant in a system without the need for an oil change or system alterations while maintaining energy and refrigeration capacity within tolerances. The drop-in refrigerant must be specifically designed to be a close match to the refrigerant being replaced. For example, Honeywell Genetron 422D can replace R-22 in simple HVAC systems but should not be used to replace other refrigerants or used in low temperature systems.
It is important to understand that systems with long connecting lines, accumulators, or receivers may not be a good candidate for a drop-in refrigerant.

 

Where can I get retrofit guidelines?

Please refer to the "Technical Documentation" section on the Refrigerants Resource Library page.

How do I set superheat with refrigerants with glide?

 You may download our PT chart app at the App Store or Google Play Store. This will give the correct values for setting superheat.

Where can I get line sizing information for Honeywell Refrigerants?

There are several simple line sizing web applications on the web. Be sure to use trusted and reputable sources. Many component manufactures also include line sizing calculations in their valve sizing software. Honeywell has a line sizing chart specifically for R-448A. Honeywell’s free Genepro software is available for more advanced line sizing calculations.

Can I get ODP and GWP values for refrigerants?

The Environmental Protection Agency maintains a list of global warming potentials (GWP) based upon the refrigerants use. It can be found here. Honeywell also has an application guide located here that gives the GWP of all our commercialized refrigerants. The GWP of all refrigerants is also available on Honeywell’s Genetron software.

How do I get warranty credit?

If you are a contractor you should return cylinder(s) to the distributor where you purchased them and receive your return deposit. Please be aware that the shrink wraps and seals must be intact to receive warranty credit for an empty cylinder (required for warranty only, not regular returns).

Do I need to change expansion valves as part of a refrigerant retrofit?

A typical retrofit of R-22 to R-407C or R-422D will not require an expansion valve change. In some cases with R-422D on HVAC systems a change of the orifice may be required. 
A retrofit of R-22 to R-448A will typically not required any expansion valve changes, however adjustment will be required.
A retrofit of R-404A to R-448A will typically not require an expansion valve change, however a change of the power element to an R-22 or R-448A element may be required. Significant expansion valve adjustment will be required.

Can refrigerants with glide be used on flooded systems?

A refrigerant with minimal glide can be used successfully on flooded systems. Within a flooded evaporator a refrigerant with a higher glide will likely result in the refrigerant in the vapor phase having a different composition than the refrigerant in the liquid phase. This is because the refrigerant(s) in the blend with the lower boiling point will evaporate at a higher rate than the higher temperature refrigerant(s). Since the refrigerant that then circulates in the system has a changed composition it can affect the system operation. Due to this, refrigerants with significant glide are generally not recommended for use in systems with flooded evaporators.

How do I get pressure / temperature data a specific increments?

Refrigerant pressure/temperature data can be generated in the Genetron Properties Suite.
The data can be generated at user selected ranges and increments. This data can then be downloaded for use in spreadsheets.

What is refrigerant glide?

Many modern refrigerants are a blend of different refrigerants. These refrigerants can have different boiling points at the same pressure. These refrigerant blends are called zeoptropes. With zeotropic refrigerant blends, the temperature in the evaporator will be colder at the start of the coil than at the end and the temperature in the condenser will be warmer at the beginning than at the end. Simply put, the differences in these temperatures is the glide. 

What oils are recommend for different refrigerants?

In general, CFCs and HCFCs will use mineral oil. HFCs and HFOs will typically use polyolester (POE) oils. The specific oil should be as recommended by the equipment or compressor manufacturer. Be aware that some special applications use a different oil such as PAG or PVE.

What to do about liquid line pressure drop and flashing?

In general, CFCs and HCFCs will use mineral oil. HFCs and HFOs will typically use polyolester (POE) oils. The specific oil should be as recommended by the equipment or compressor manufacturer. Be aware that some special applications use a different oil such as PAG or PVE.

What to do about liquid line pressure drop and flashing?

Liquid line sizes are usually calculated to equal 2 °F or less in equivalent pressure drop. If the evaporator is 15 feet or more below the receiver, the pressure from the liquid refrigerant will compensate for this pressure drop and flashing will not occur. If the evaporator is not 15 feet or more below the receiver, then refrigerant flashing may occur in the liquid line. The need for subcooling may be mitigated by the use of suction to liquid heat exchangers in the fixtures and through liquid line cooling through conditioned areas. If liquid flashing is causing operational issues, Honeywell recommends subcooling of the liquid to prevent liquid flashing. Subcooling at a minimum rate of 2 °F per 10 feet of elevation will prevent flashing. Additional subcooling or liquid insulation is recommended to offset warming of pipe through unconditioned areas.

Do I need to change relief valves as part of a refrigerant retrofit?

When retrofitting from R-22 to R-448A, the relief valve size may need to be increased.
When retrofitting from R-404A, R-507, R-408A, or R-402A to R-448A the relief valve size will be acceptable assuming the valve was sized correctly for the existing equipment.
When retrofitting from R-401A, R-409A, or R-134a to R-450A the relief valve(s) size may need to be increased.
When retrofitting from R-12 to R-450A the relief valve size will be acceptable assuming the valve was sized correctly for the existing equipment.
The relief valve will also need to be reviewed when retrofitting from R-401A or R-409A to R-134a.
When retrofitting from R-22 to R-422D the relief valve size (if equipped) may need to be increased.
Honeywell recommends replacing the relief valves in any case to ensure they are in good working order.
Please refer to manufacturer’s literature for sizing guidelines.

Genetron® Properties 1.4

Genetron v1.4.1 simulates your refrigeration cycle with the right refrigerant and export the results to Excel. Compare performance of multiple refrigerants, learn the line sizing and many more – all for free

Supermarket Calculator : Genetron Performax® LT (R-407F)

Compare Honeywell Genetron Performax LT to R-407A. Performax LT is the best capacity match to R-22 in low- and medium-temperature commercial refrigeration.

Supermarket Calculator: Solstice® N40 (R-448A)

Compare Solstice N40 to R-404A on energy consumption, and payback time, and more.