Performance
Performance Outcomes
Focusing on results for your business.
Core Product Temperatues
Food held at safe compliant temperatures.
Energy Efficiency
Comply with international energy efficiency and electrical safety regulations.
Extended Shelf Life
Reduce food waste.
Total Cost of Life
Invest wisely.
Technology
Refrigeration and Heating, the FPG way.
FPG cabinets not only look fabulous. They perform.
Our cabinets deliver significant outcomes for your business:
The health and safety of your customers.
A lower total cost of life for the cabinets.
Reduced demand for power generated from ozone-depleting resources.

Maintaining core product temperatures
Tested in FPG environmental test labs to ensure consistent core product temperatures throughout the entire cabinet.
You can trust FPG for food-safe cabinets.
Engineering for high energy efficiency
Technology choices, design, and high-quality components combine to deliver high energy efficiency.
Enjoy lower power bills and reduce demand for power generated from ozone-depleting resources.
Extending the shelf life of food
Engineered with heating and refrigeration technologies which extend the shelf life of food. Decrease food waste while improving customer experience.
Extended Cabinet Lifetimes
High quality components and manufacture contribute to longer cabinet lifetimes. Maximise your return on investment.
Sustainability
Better for the planet. Improved sustainable outcomes include the transition to eco-friendly refrigerants such as R290 and the recyclability of components when the cabinet is retired.

Maintaining core product temperatures
Tested in FPG environmental test labs to ensure consistent core product temperatures throughout the entire cabinet.
You can trust FPG for food-safe cabinets.
Engineering for high energy efficiency
Technology choices, design, and high-quality components combine to deliver high energy efficiency.
Enjoy lower power bills and reduce demand for power generated from ozone-depleting resources.
Extending the shelf life of food
Engineered with heating and refrigeration technologies which extend the shelf life of food. Decrease food waste while improving customer experience.
Extended Cabinet Lifetimes
High quality components and manufacture contribute to longer cabinet lifetimes. Maximise your return on investment.
Sustainability
Better for the planet. Improved sustainable outcomes include the transition to eco-friendly refrigerants such as R290 and the recyclability of components when the cabinet is retired.
Performance by design.
Guaranteed core product temperatures for the lifetime of the cabinet.
Compliant Core Product Temperatures
FPG combines cabinet design and technology to deliver compliant core product temperatures:

REFRIGERATED
+2° – +4° C
Average for Climate Class 3
+25°C / 60%RH

CONTROLLED AMBIENT
+16° – +18° C
Tested in environmental test conditions
+25°C / 60%RH

HEATED
>+65°
Tested in environmental test conditions
+22°C / 65%RH

REFRIGERATED
+2° – +4° C
Average for Climate Class 3
+25°C / 60%RH

CONTROLLED AMBIENT
+16° – +18° C
Tested in environmental test conditions
+25°C / 60%RH

HEATED
>+65°
Tested in environmental test conditions
+22°C / 65%RH

Custom Core Product Temperatures
Need a different core product temperature?
We will fine tune the cabinet set point and test the cabinet in one of our on-site environmental test laboratories.
Talk to us about your temperature holding requirements.
Tried and tested.
Guaranteed core product temperatures for the lifetime of the cabinet.
Energy Efficiency
Since the outset, FPG has engineered for energy efficiency. We voluntarily publish energy usage data on our food display cabinet spec sheets.
Energy efficiency has a direct impact on how much you end up paying for power. The more energy efficient, the lower your power bill.
Improved energy efficiency also reduces demand for energy. Particularly when energy is generated by ozone-depleting resources, this is beneficial for the environment.
DESIGN AND ENGINEERING
Energy efficiency is the result of choices made during the design and engineering of a food display cabinet. These choices relate to:
- The physical design of the cabinet, for example, whether it is open or enclosed
- Construction materials, for example, the use of Low-E coated double-glazed glass to provide insulation for refrigerated cabinets
- The design and technology used in the refrigeration or heating system
The Low-E coating applied to the inner side of the external side glass absorbs the majority of incoming infrared radiation, preventing it from penetrating the cabinet. This captured energy is subsequently radiated back into the external environment. An additional advantage of this energy retention is the elevation of the external side glass temperature, which helps maintain it above the dew point, thereby significantly reducing the likelihood of condensation.
INTERNATIONAL REGULATIONS
All FPG food and drink display cabinets are tested and comply with international energy efficiency and electrical safety regulations.
International safety standards for electrical refrigerated appliances: IEC 60335-1, IEC 60335-2-89, and the equivalent country-specific standards including AS/NZS and BS EN.
International safety standards for electrical heated appliances: IEC 60335-1, IEC 60335-2-49, IEC 60335-2-50 and the equivalent country-specific standards including AS/NZS and BS EN
International standards for electromagnetic compatibility/emissions: CISPR 14-1, and the equivalent country-specific standards including AS/NZS CISPR and BS EN 55014-1.
Essential safety requirements: AS/NZS 3820 and AS/NZS 4417.
Energy efficiency for refrigerated appliances: MEPS (Australia/New Zealand).
REFRIGERATED CABINETS
FPG submits refrigerated cabinet test results to government agencies for review and listing in online energy efficiency databases including EPREL in Europe (enter FPG as the brand), and the Energy Rating database managed by the Greenhouse & Energy Minimum Standards Regulator (Australia) and EECA (New Zealand).
The links to energy efficiency databases are published on refrigerated cabinet spec sheets for complete transparency.
Read more about energy efficiency ratings.
Need help in understanding the energy efficiency of your FPG food display cabinet?
Please contact us. We’re here to help.


Extended Shelf Life
There are many variables that come into play when you are looking to extend the shelf life of food.
At FPG we focus on the variables we control: the refrigeration and heating systems. Our customers tell us that the shelf life of product can be doubled with FPG cabinets!
ENCLOSED REFRIGERATED CABINETS
A natural consequence of refrigeration is dehydration of unpackaged food.
FPG enclosed refrigerated cabinets are engineered in a special way to retain humidity. By retaining humidity, food is fresher for longer.
You can taste the difference.
ENCLOSED HEATED CABINETS
The gentle heating of FPG’s enclosed heated cabinets consistently holds hot food at core product temperature.
Other cabinets have short, high temperature heating coils which cause hot spots where the food continues to cook and dry out.
FPG heated cabinets have longer heating coils which provide greater coverage. The temperature can be reduced to deliver even, gentle heating throughout the cabinet.
OPEN FRONT HEATED CABINETS
FPG open front heated cabinets incorporate FPG’s unique IWave quartz infrared heating technology. IWave technology delivers a constant, even heat – the product lasts longer in better condition, without burning and drying out product.
Read more about FPG IWave
Extended Shelf Life
There are many variables that come into play when you are looking to extend the shelf life of food.
At FPG we focus on the variables we control: the refrigeration and heating systems. Our customers tell us that the shelf life of product can be doubled with FPG cabinets!
ENCLOSED REFRIGERATED CABINETS
A natural consequence of refrigeration is dehydration of unpackaged food.
FPG enclosed refrigerated cabinets are engineered in a special way to retain humidity. By retaining humidity, food is fresher for longer.
You can taste the difference.
ENCLOSED HEATED CABINETS
The gentle heating of FPG’s enclosed heated cabinets consistently holds hot food at core product temperature.
Other cabinets have short, high temperature heating coils which cause hot spots where the food continues to cook and dry out.
FPG heated cabinets have longer heating coils which provide greater coverage. The temperature can be reduced to deliver even, gentle heating throughout the cabinet.
OPEN FRONT HEATED CABINETS
FPG open front heated cabinets incorporate FPG’s unique IWave quartz infrared heating technology. IWave technology delivers a constant, even heat – the product lasts longer in better condition, without burning and drying out product.
Read more about FPG IWave

Engineered for Life.
Engineered to decrease total cost of life – guaranteed.
Total Cost of Life
The total cost of life for temperature-controlled food display cabinets includes multiple factors beyond just the initial purchase price.
FPG strongly recommends that you consider all factors to make an informed investment decision:
INITIAL PURCHASE COST
Only a small fraction of the total cost of life.
ENERGY CONSUMPTION
Look for energy-efficient models to reduce environmental impacts and power bills.
MAINTENANCE AND TECHNICAL SUPPORT
Regular maintenance and addressing any issues promptly are essential to maintaining the efficiency and effectiveness of your cabinet.
Read more on the value of preventative maintenance.
LIFESPAN
The durability of materials together with the build quality affect a cabinet’s lifespan. Look for reputable manufacturers and check the materials used in production.
OPERATIONAL COSTS
Consider how easy it is for your staff to clean the cabinet daily to maintain a healthy environment for food and drinks.
DEPRECIATION
Paying more upfront may mean paying less tax during the depreciation period of the cabinet. Consider all the financial ramifications of your cabinet investment decision.


Refrigeration Technologies
FPG integrates multiple technologies to develop compliant and energy efficient refrigerated display cabinets. They can be used to store refrigerated foods and drinks 24/7.
INTEGRAL REFRIGERATION SYSTEM
FPG refrigerated cabinets where the refrigerant is on-board (integral) are engineered with a vapour compression refrigeration system. This is a direct expansion system where the refrigerant is delivered directly to the heat exchange coil.
The Refrigeration Cycle
The refrigeration cycle is managed by the cabinet’s controller to constantly adjust the system to the inputs it receives. An example is the entering the set point temperature and the monitoring of actual temperatures as measured by integrated temperature probes.
Compression: The refrigerant enters the compressor as a low-pressure vapour. The compressor compresses it, raising its pressure and temperature.
Condensation: The high-pressure, high-temperature vapour moves to the condenser, where it releases heat and condenses into a high-pressure liquid.
Expansion: The liquid refrigerant passes through the expansion valve, where its pressure drops, and it cools significantly.
Evaporation: The cold, low-pressure liquid refrigerant enters the evaporator. It absorbs heat from the display area to be cooled, evaporating back into a low-pressure vapour. This vapour then returns to the compressor, and the cycle repeats.
Inverter Compressors
FPG engineers many of its refrigerated cabinets with Inverter Compressors which are fitted with variable speed drives (VSDs). The VSD adjusts the compressor’s speed to match cooling demand, offering greater energy efficiency and quieter operation.
REMOTE REFRIGERATION SYSTEM
A remote refrigeration system works by separating the main components of the refrigeration process.
The display cabinet which houses the evaporator coil is installed where required. The compressor and condenser are placed in a separate unit, often outside the building. An extensive pipe network transports the refrigerant between them.
Installation
Remote refrigeration systems are often installed by larger stores to deliver refrigerant to multiple refrigerated appliances. It is vitally important to ensure that the refrigerant load is calculated to enable the engineer to confirm that the system is spec’d to support all the appliances connected to it.
FPG will provide connectors to the evaporator coil appropriate to the refrigerant being used by the remote refrigeration system. We strongly recommend that the supplier of the remote refrigeration system takes responsibility of connecting the display cabinets to the system.
REFRIGERANTS
FPG refrigerated cabinets use refrigerants which meet regulations and/or customer requirements.
- Today, for enclosed integral refrigerated cabinets, we use R513A and environmentally friendly R290.
- For open front integral refrigerated cabinets, we offer R448A, R449A, and R290.
Details on the refrigerant type and charge are located on the cabinet’s serial label.
Cabinet installation requirements, particularly in relation to R290 refrigerant, are included in the cabinet manual provided with every cabinet and available on request.
AIRFLOWS INSIDE THE DISPLAY AREA
The refrigerated airflow inside enclosed cabinets is directed by the grilles at the front of the cabinet. The grilles at the rear take the return air. It is therefore very important to keep the grilles clear, to ensure the refrigeration system is working optimally.
In our open front refrigerated cabinets, the cold air circulating around the display area and across all shelves is protected by an engineered air curtain.
FPG FREEFLOW
Refrigerated cabinets need vents for:
- Fresh air intake required for the refrigeration system
- Expelling hot air as the refrigerant expels heat.
For cabinets installed in counters offset from the wall, FPG Freeflow air ventilation at the cabinet rear eliminates the need for a front ventilation panel. This enables a smooth, interrupted and clean finish to the customer-facing cabinet front.
PRE-FILTERS
Many FPG refrigerated cabinets are configured with a pre-filter. The pre-filter traps dust and debris caught up in the fresh air intake. It is the first line of defence in protecting the refrigeration system from clogging up. With regular cleaning of the pre-filter by operations staff the life of the cabinet can be extended.
TEMPERATURE PROBES
Temperature probes in refrigerated display cabinets are used to monitor and maintain the correct temperature to ensure food safety and quality.
They help in providing real-time data, which can be used to adjust the cooling system as needed, ensuring that the stored products remain within the desired temperature range.
The locations of temperature probes in FPG cabinets are disclosed in the Cabinet Manual. To request a copy of your Cabinet Manual, please contact FPG Customer Services at support@fpgworld.com noting the cabinet serial number.
AUTO CONDENSATE REMOVAL (ACR)
Condensate is a natural output of the refrigeration cycle.
Many FPG integral refrigerated cabinets are engineered with Auto Condensate Removal where the condensate is automatically evaporated. It’s very convenient.
Some cabinet models are supplied with a condensate container that is emptied by operational staff. Alternatively, the condensate can be plumbed to waste.
With cabinets connected to remote refrigeration systems, condensate is plumbed to mains waste.
MITIGATING CONDENSATION
FPG refrigerated cabinets are tested for Climate Class 3: 25°C/60%RH. They are built using low-E coated double glazed glass to provide more insulation to help mitigate condensation. Heating elements can also be installed on the low E-coated glass to further reduce the chance of condensation.
Air Conditioning Systems
If your environment is not Climate Class 3, then you may need to take steps to condition the environment – typically achieved via an air conditioning system that takes into account the heat output of all appliances in the store. If you add further appliances over time, we recommend that you check your air conditioning system to ensure it can cope with the extra heat being generated.
Read more about the science of condensation.
PREVENTATIVE MAINTENANCE
Preventative Maintenance is best practice to maintain the cabinet’s operational performance and extend its lifetime. It is also a condition of the FPG warranty for refrigerated cabinets.
The frequency of preventative maintenance can vary depending on the location and environment. FPG requires quarterly preventative maintenance at a minimum, unless otherwise agreed.
Read our story on the case for preventative maintenance.
Refrigeration Technologies
FPG integrates multiple technologies to develop compliant and energy efficient refrigerated display cabinets. They can be used to store refrigerated foods and drinks 24/7.
INTEGRAL REFRIGERATION SYSTEM
FPG refrigerated cabinets where the refrigerant is on-board (integral) are engineered with a vapour compression refrigeration system. This is a direct expansion system where the refrigerant is delivered directly to the heat exchange coil.
The Refrigeration Cycle
The refrigeration cycle is managed by the cabinet’s controller to constantly adjust the system to the inputs it receives. An example is the entering the set point temperature and the monitoring of actual temperatures as measured by integrated temperature probes.
Compression: The refrigerant enters the compressor as a low-pressure vapour. The compressor compresses it, raising its pressure and temperature.
Condensation: The high-pressure, high-temperature vapour moves to the condenser, where it releases heat and condenses into a high-pressure liquid.
Expansion: The liquid refrigerant passes through the expansion valve, where its pressure drops, and it cools significantly.
Evaporation: The cold, low-pressure liquid refrigerant enters the evaporator. It absorbs heat from the display area to be cooled, evaporating back into a low-pressure vapour. This vapour then returns to the compressor, and the cycle repeats.
Inverter Compressors
FPG engineers many of its refrigerated cabinets with Inverter Compressors which are fitted with variable speed drives (VSDs). The VSD adjusts the compressor’s speed to match cooling demand, offering greater energy efficiency and quieter operation.
REMOTE REFRIGERATION SYSTEM
A remote refrigeration system works by separating the main components of the refrigeration process.
The display cabinet which houses the evaporator coil is installed where required. The compressor and condenser are placed in a separate unit, often outside the building. An extensive pipe network transports the refrigerant between them.
Installation
Remote refrigeration systems are often installed by larger stores to deliver refrigerant to multiple refrigerated appliances. It is vitally important to ensure that the refrigerant load is calculated to enable the engineer to confirm that the system is spec’d to support all the appliances connected to it.
FPG will provide connectors to the evaporator coil appropriate to the refrigerant being used by the remote refrigeration system. We strongly recommend that the supplier of the remote refrigeration system takes responsibility of connecting the display cabinets to the system.
REFRIGERANTS
FPG refrigerated cabinets use refrigerants which meet regulations and/or customer requirements.
- Today, for enclosed integral refrigerated cabinets, we use R513A and environmentally friendly R290.
- For open front integral refrigerated cabinets, we offer R448A, R449A, and R290.
Details on the refrigerant type and charge are located on the cabinet’s serial label.
Cabinet installation requirements, particularly in relation to R290 refrigerant, are included in the cabinet manual provided with every cabinet and available on request.
AIRFLOWS INSIDE THE DISPLAY AREA
The refrigerated airflow inside enclosed cabinets is directed by the grilles at the front of the cabinet. The grilles at the rear take the return air. It is therefore very important to keep the grilles clear, to ensure the refrigeration system is working optimally.
In our open front refrigerated cabinets, the cold air circulating around the display area and across all shelves is protected by an engineered air curtain.
FPG FREEFLOW
Refrigerated cabinets need vents for:
- Fresh air intake required for the refrigeration system
- Expelling hot air as the refrigerant expels heat.
For cabinets installed in counters offset from the wall, FPG Freeflow air ventilation at the cabinet rear eliminates the need for a front ventilation panel. This enables a smooth, interrupted and clean finish to the customer-facing cabinet front.
PRE-FILTERS
Many FPG refrigerated cabinets are configured with a pre-filter. The pre-filter traps dust and debris caught up in the fresh air intake. It is the first line of defence in protecting the refrigeration system from clogging up. With regular cleaning of the pre-filter by operations staff the life of the cabinet can be extended.
TEMPERATURE PROBES
Temperature probes in refrigerated display cabinets are used to monitor and maintain the correct temperature to ensure food safety and quality.
They help in providing real-time data, which can be used to adjust the cooling system as needed, ensuring that the stored products remain within the desired temperature range.
The locations of temperature probes in FPG cabinets are disclosed in the cabinet manual.
AUTO CONDENSATE REMOVAL (ACR)
Condensate is a natural output of the refrigeration cycle.
Many FPG integral refrigerated cabinets are engineered with Auto Condensate Removal where the condensate is automatically evaporated. It’s very convenient.
Some cabinet models are supplied with a condensate container that is emptied by operational staff. Alternatively, the condensate can be plumbed to waste.
With cabinets connected to remote refrigeration systems, condensate is plumbed to mains waste.
MITIGATING CONDENSATION
FPG refrigerated cabinets are tested for Climate Class 3: 25°C/60%RH. They are built using low-E coated double glazed glass to provide more insulation to help mitigate condensation. Heating elements can also be installed on the low E-coated glass to further reduce the chance of condensation.
Air Conditioning Systems
If your environment is not Climate Class 3, then you may need to take steps to condition the environment – typically achieved via an air conditioning system that takes into account the heat output of all appliances in the store. If you add further appliances over time, we recommend that you check your air conditioning system to ensure it can cope with the extra heat being generated.
Read more about the science of condensation.
PREVENTATIVE MAINTENANCE
Preventative Maintenance is best practice to maintain the cabinet’s operational performance and extend its lifetime. It is also a condition of the FPG warranty for refrigerated cabinets.
The frequency of preventative maintenance can vary depending on the location and environment. FPG requires quarterly preventative maintenance at a minimum, unless otherwise agreed.
Read our story on the case for preventative maintenance.

Heating Technologies
ENCLOSED INLINE HEATED CABINETS
Enclosed Inline heated cabinets use tubular heating elements with low wattage density. This system provides even temperature distribution throughout the whole cabinet.
The advantages are gentle heating and longer shelf life of heated product.
ENCLOSED ISOFORM HEATED CABINETS
In enclosed Isoform heated cabinets, gentle fan-assisted Thermofin technology is used for heating (Thermofin element pictured). There are many advantages of this technology including fast heat up times and consistent temperatures across the whole of the display.
This enables the temperature set point to be reduced which means lower power use and lower power bills.
OPEN FRONT HEATED CABINETS - IWAVE
FPG open front heated cabinets incorporate FPG’s unique IWave quartz infrared heating technology (IWave element pictured).
Infrared is a proven heating technology with many applications in the food manufacturing and food service industries. Extremely energy efficient, it has been used in the restaurant business for more than 30 years.
“What’s special about infrared radiation is that it heats the object in its path rather than just heating the air. This makes infrared heating much more efficient than convection heating.”
FPG IWave offers a unique bundle of benefits for both retailers and consumers of hot food:
- Very high energy efficiency
IWave heats the product directly – it does not use energy to heat the surrounding air. The intelligent switching of the heating system (off/on) further contributes to the high energy efficiency.
- Fast operation
The infrared elements start working in seconds.
- Product temperature is better controlled
The product temperature is constant, avoiding high peaks and troughs.
- Shelf life is extended
It delivers a constant, even heat – the product lasts longer in better condition.
- Quiet operation
Infrared technology is blissfully silent.
- Low servicing requirements
With no moving parts, there is significantly less likelihood of the need for servicing.
- Safer
Display surfaces are maintained < +65°C and the air temperature inside the cabinet is lower than in many traditional fan-assisted cabinets.
FPG IWave is used in our popular Visair Heated and open front cabinets in the Inline and Isoform cabinet ranges.
