Frozen-Temps-PCM-System-for-Cool-Cube™-08-(6-Panels)-CC-PCMS-F08
Frozen-Temps-PCM-System-for-Cool-Cube™-08-(6-Panels)-CC-PCMS-F08
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Frozen Temps PCM System for Cool Cube™ 28 (6 Panels)

For -15°C & Below Temps (PCM Panel Set)
SKU:
CC-PCMS-F28

A set of six panels containing phase change material (PCM) that is nontoxic & biodegradable. These panels for the Cool Cube™ 28 provide advanced thermal protection for frozen product due to a -21.5°C/-6.7°F melting point (temperature hold).

$389.00

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Controlled-Room-Temps-PCM-System-for-Cool-Cube™-28-(6-Panels)----CC-PCMS-R28

Controlled Room Temps PCM System for Cool Cube™ 28

A set of six panels containing phase change material (PCM) that is nontoxic & biodegradable. These panels for the Cool Cube™ 28 provide advanced thermal protection for room temp product due to a 21.5°C/70.7°F melting point (temperature hold).

Fridge-Temps-PCM-System-for-Cool-Cube-28-CC-PCMS-BV28

Fridge Temps PCM System for Cool Cube™ 28 (6 Panels)

A set of six panels containing phase change material (PCM) that is nontoxic & biodegradable. These panels for the Cool Cube™ 28 provide advanced thermal protection for refrigerated product due to a 4.5°C/40.1°F melting point (temperature hold).

The Frozen Temps PCM System for Cool Cube™ 28 (6 Panels) (CC-PCMS-F28) is used to create a -50° to -15°C environment within Cool Cube™ 28 models. This phase change material system of panels can be utilized to transition any Cool Cube™ 28 into one to manage frozen product – ideal for frozen vaccine such as varicella, MMRV and zoster, as well as Fresh Frozen Plasma (FFP). NOTE: An ultra-low freezer capable of holding a -25°C/-13°F or lower temperature is needed to prep the panels for maximum hold time.

Dimensions & Specs

Stacked (storage): 13¼” x 13¼” x 6”
Assembled Inside Pack-Out Space: 12” x 12” x 12”
Weight: 30 lbs.

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Cool Cube™ Components Defined

Relevant Literature

user-guide-pdf






User Guide



Warranty

Comparison
(FT-__)




Selection Chart
(All Models)



General Flyer

Prep Downloads

Cool Cube™ Series 20M Prep Chart

CLICK & PRINT DOWNLOADS (PDF)

Prep Methods

All Series-20M Prep Methods


Series 20M Prep Method: A – Ultra-Low Freezer Prep


Prep Time: Stage 1-25°C ≈ 24 hours or until PCM is solid




Series 20M - Prep Method A - Ultra-Low Freezer Prep to keep product frozen



1. Store panels in an ultra-low freezer so PCM (phase change material sealed inside the panel) is solid. Shake to verify.


Shake PCM Panel To Check


    • i.e. 24 hrs. @ -25°C turns PCM solid




If the freezer temperature is ever warmer than -25°C, panels may not get completely solid (due to the possibility of supercooling). If panels are stored within the temperature parameters of the product, but are still liquid, panels may be used but the hold time will decrease.




Before assembly, shake panels to estimate the state of the PCM. Solid PCM will keep product frozen in warm conditions the longest. If liquid is heard, panels may be used but hold times will decrease.







Series 20M Prep Method: B – Dry Ice to Freezer Prep


Unless the freezer is always below -23°C, PCM will never turn completely solid. Short-term use is still possible.


Prep Time: Stage 1 Time will depend on amount of dry ice used. Stage 2 ≈ 3 hours




Series 20M - Prep Method B - Dry Ice-Freezer Prep to keep product frozen

1. Place panels with dry ice until PCM (phase change material sealed inside the panel) is solid. Shake to verify.


Time varies dependent on the starting temperature of the panels, size of panels, and amount of dry ice used. CAUTION: Dry ice has a surface temperature of -78.5°C; handle with care.




2. Transfer panels into a fridge for a minimum of 3 hours before use to allow PCM inside to rise to the appropriate operating temperature. Panels may be stored in the fridge until needed for assembly or the PCM melts.


Shake PCM Panel To Check

If a freezer maintains -23°C or below, the PCM within the panels will not melt (melting point is -21.5°C), keeping the PCM solid indefinitely until pack-out. If the freezer maintains -21.5°C or above, periodically check for melting and restart stage 1 to ensure maximum hold times.




Before assembly, shake panels to estimate the state of the PCM. Solid PCM panels will keep product frozen in warm conditions the longest. Liquid PCM panels may be used but hold times will decrease.







Series 20M Prep Method: C – Regular Freezer Prep


Unless the freezer is always below -23°C, PCM will never turn completely solid. Short-term use is still possible.


Prep Time: Stage 1 ≈ 24 hours or until PCM is solid




Series 20M - Prep Method C - Standard Freezer Prep to keep product frozen



1. Store panels in a standard freezer (turned down to its lowest setting) for a minimum of 24 hours before use. Unless the freezer is always below -23°C, PCM will never turn completely solid (short-term use is still possible).


Shake PCM Panel To Check

    • If liquid…panel is at the freezer temp but above -20°C; anticipate shorter hold times.

    • If solid…panel is at the freezer temp but below -23°C; ideal for maximum hold times.

    • If solid/liquid combination…panel is at the freezer temp between -23° and -20°C; monitor longer use periods.




Although panels are liquid, the PCM inside is at the temperature of storage environment after 3 hours (i.e. stored in a -18°C freezer, the PCM panels are at -18°C). Assembling the Cool Cube™ with this additional thermal mass will keep product frozen, just for a shorter amount of time than the lab-validated results.




Before assembly, shake panels to estimate the state of the PCM. Solid PCM panels will keep product frozen in warm conditions the longest. Liquid PCM panels may be used but hold times will decrease.

Series 20M Info

Thermal Properties of Series 20M PCM Panels

Phase change materials (PCMs) are materials that absorb and release thermal energy during the process of melting and freezing. When a PCM melts, it absorbs the heat from the environment, yet its temperature stays at the melting point until totally liquid. Conversely, when a PCM freezes, it absorbs the cold from the environment, yet stays at its temperature until totally solid. This makes PCM an ideal, passive solution for a variety of applications that require temperature control. The most common PCM is water/ice. Ice is an excellent PCM for maintaining temperatures at 0°C. But water’s freezing point is fixed at 0°C (32°F), which makes it unsuitable for most temperature sensitive applications.




Cool Cube™ PCMs offer custom temperature holds based on their melting point. The PCM inside Series 20M panels has a melting point of -21.5°C/-6.7°F. When panels are solid, contents within the Cool Cube™ stay frozen (at freezer temps around -21.5°C) in hot conditions during an extended period of time. If panels have liquid inside, PCM is at the temperature of the storage environment, but will not prevent warming in hot conditions as effectively as solid panels.




Thermal Properties of Series 20M PCM Panels






Cool Cube™ User Guide


Cool Cube™ User Guide
Cool Cube™ User Guide
Cool-Cube%E2%84%A2-User-Guide-digital.pdf
Version: 02

Performance

Cool-Cube™-with-series-20m-PCM-&-Dims

Refrigerated Temps Hold Time:

Hold-temps-Series-20 PCM

Best Practices

PCM Panel Prep Steps Sequence

  • Always prep the PCM panels before use according to one of the described methods provided by VeriCor.








  • Ensure all components are clean and free of damage.








  • During prep, enable ample air flow around all panel sides (use spacers or racks).







    PCM Panel Spacing Customer Solution








  • Lay panels flat when “freezing”.








  • Freeze/melting times vary depending on number of panels being prepped and equipment specifications being used. Assemble using all six panels for maximum hold time.














  • Using less panels does not change the holding temperature but does decrease hold time.








  • Panels are reusable (10,000+ cycles). (End-of-life disposal: panels use a plastic #2, typically recycled by businesses/communities; PCM is nontoxic and readily biodegradable.)








  • Use a calibrated data logger or other temperature monitoring device to observe internal temperature.








  • Avoid unnecessary opening of the Cool Cube™ after loading payload. Opening of the Cool Cube™ will decrease hold time.








  • An infrared temperature thermometer can assist in ensuring the panels reach a safe pack-out temperature (good for finding out the approximate temperature of each panel).








  • Further the temps are away from the melting point, the quicker PCM will change states.





All Methods Download (Series 20M PCM)
Method A Download (Series 20M PCM)
Method B Download (Series 20M PCM)
Method C Download (Series 20M PCM)
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FAQs

Search FAQs


FT-28 Specific FAQ

The FT-28 when properly conditioned will last 94+ hours.
  1. Store panels in an ultra-low freezer* so PCM is solid (i.e. 24 hrs. @ -25°C).
  2. Before assembly, shake panels to verify PCM is solid. If liquid is heard, restart at step 2a to ensure longest hold time. Using liquid panels, or panels with a solid/liquid combination, deceases hold time
* If the freezer temperature is ever warmer than -25°C, panels may not turn completely solid (due to the possibility of supercooling). If panels are stored within the temperature parameters of the product, but are still liquid, panels may beused but the hold time will decrease
Store in coldest area of freezer; space out panels for good air flw; if stacking, insert a spacer (pencil, tongue depressor, etc.) in between each.

The time varies between prep methods:

    • Method A: ≈ 24 hours
    • Method B: ≈ 3 hours
    • Method C: ≈ 24 hours

In the user guide we recommend Method A, although all methods work. Choose the method that works best with your schedule and available resources.

If you store the PCM panels in your freezer they will be available to use whenever you need them. Shake the panels to see if they are solid. If they are slushy your freezer is not cold enough. If the panels are slushy they will still work, but the hold times will be decreased.

Prep Method A:

  1. Store panels in an ultra-low freezer* so PCM is solid (i.e. 24 hrs. @ -25°C).
  2. Before assembly, shake panels to verify PCM is solid. If liquid is heard, restart at step 2a to ensure longest hold time. Using liquid panels, or panels with a solid/liquid combination, deceases hold time
* If the freezer temperature is ever warmer than -25°C, panels may not turn completely solid (due to the possibility of supercooling). If panels are stored within the temperature parameters of the product, but are still liquid, panels may beused but the hold time will decrease
Click here for a detailed guide to all of the prep methods.

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Frozen Temperatures Specific Cool Cubes™

Your freezer must be below at least -15°C. -25°C or below is recommended to get the panels solid (for maximum hold time). The colder the storage environment, the less time is needed to condition the panels for use.
The PCM inside is NOT below its phase change temperature of -21.5°C/-6.7°F. Make sure that the freezer temperature is always below -23°C/-9.4°F.
Yes, but to get the panels truly hard the freezer must maintain a temperature lower than -23°C. Otherwise the panel will be at the temperature of the freezer and just won’t last as long.

Yes. The panels can be stored in a freezer for as long as you wish. If stored in the freezer they will be ready for use whenever you need them.

  • Only store the PCM panels in the freezer. It is not necessary to condition the VIP container.
    • Make sure to shake the panels to see if they are solid. If they are not solid your refrigerator is not cold enough. If the panels are still slushy they will still work, but they will not hold product for the optimum time frame.

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    General Cool Cube™

    Components

    Yes. All components are available for purchase. Click Here
    All components are available for purchase.
    A plastic panel filled with phase change material. Each Cool Cube™ comes with 6 PCM panels that make up the PCM System.
    The VIP (Vacuum Insulation Panel) System consists of 6 panels that form an insulation barrier for the Cool Cube™. Each panel is a specially formed rigid foam board, shrink wrapped, encased in a metallic plastic film, and sealed under vacuum.
    Phase Change Material – a substance with a high heat of fusion which, melting and solidifying at a certain temperature, is capable of storing and releasing large amounts of energy.
    Vacuum Insulation Panel – a form of thermal insulation consisting of a gas-tight enclosure surrounding a rigid core, from which the air has been evacuated.

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    Conditioning

    The PCM inside is NOT below its phase change temperature of 21.5°C/70.7°F. Make sure that the storage temperature is always below 20°C/68°F.
    The PCM inside is NOT below its phase change temperature of 4.5°C/40.1°F. Make sure that the storage temperature is always below 4°C/39.2°F.
    The PCM inside is NOT below its phase change temperature of -21.5°C/-6.7°F. Make sure that the freezer temperature is always below -23°C/-9.4°F.
    Yes for Cool Cubes™ at Fridge Temps. However before pack-out, the panels must sit-out and warm-up until they “sweat” so that they don’t make the cooler too cold.
    Yes for Cool Cubes™ at Fridge Temps. Make sure the refrigerator temperature is below 4°C to ensure panels turn solid.
    Yes, but to get the panels truly hard the freezer must maintain a temperature lower than -23°C. Otherwise the panel will be at the temperature of the freezer and just won’t last as long.
    Yes, but they will just take longer to condition (the middle panel will be the last to condition). For the quickest conditioning process, get as much air circulating around the panel as possible.
    If the panels must be stacked we recommend inserting a spacer (pencil, tongue depressor, etc.) between each panel.
    No, only the PCM panels.
    The PCM inside is above its phase change temperature.
    No. It is not necessary to condition the vacuum insulated panel (VIP) system. Storage at room temperature is recommended.

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    Maintenance

    With the two smaller models the fabric case can be hand-washed and air-dried. With the hard-sided models the case can be wiped down.

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    Pack Out

    Vacuum Insulation Panel – a form of thermal insulation consisting of a gas-tight enclosure surrounding a rigid core, from which the air has been evacuated.
    No, but all six panels will maintain a consistent temperature the longest. The fewer the panels, the shorter the temperature holding time.
    No. The PCM panels are replacements superior to the standard gel pack method of cooling.
    No. The PCM panels are replacements superior to the standard ice pack method of cooling.
    Not during use. But during storage/conditioning, electricity may be needed to maintain condition the panels properly.
    Yes. The large cooler can be locked with a small, steel padlock. The small and medium coolers have double zippers that can be fastened together with a small, cable padlock.
    Yes, if they have the same temperature parameters. No, if they require two different parameters.
    Yes, just not at the same time. Temperature controlling panels (the PCM System) can be purchased separately and swapped out depending on use.
    No. Although it is recommended to have a thermometer to monitor the temperature and some filler material (newspaper, bubble-wrap, etc.) to prevent contents from shifting.
    The “series” and color codes are: Series 4 (blue tab) maintains a refrigerated temperature. Series 20M (black tab) maintains a frozen temperature. Series 22 (tan tab) maintains a room temperature.

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    Purchasing Related FAQs

    Credit Cards

    Yes, all major credit cards are accepted.

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    Ordering

    Order thru the shopping cart on this website, GSA, Amazon or contact us for a formal quote or Purchase Order. For orders over $10,000 please contact us (866-469-6019).

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    Pricing

    Yes. Discounts start at 10 or more of the same model.

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    Shipping

    Usually 1 to 2 business days depending on stock.

    Duties: U.S. and Canada shipments are duty-free.

    Taxes: Determined and applied by the state or province (GST, PST, HST, etc.)

    • Paid by the customer directly to the Government of destination country.

    Brokerage: the fee associated with customs clearance for your inbound shipments.

    • Paid by the “Importer of Record” (customer) based on the value of the shipment to the designated broker.
    • Broker can be identified by the customer prior to shipment (so they use their own), otherwise FedEx will be the default broker.
    • There are ways to avoid broker fees, but there’s time and work involved (example).

    More in-depth resources:

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