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System Components
Fig. 1: Stainless Steel Cryocassettes
Fig. 2: Celsius
S³ Module
®
10
Operating Instructions Celsius
_Manual_Benchtop_Freeze_Thaw_System_S--6004-t210308_85034-538-54.indb 10
_Manual_Benchtop_Freeze_Thaw_System_S--6004-t210308_85034-538-54.indb 10
3.4
Cryocassette
The Cryocassette minimizes the amount of product used within the
Cryowedge. The Cryowedge can then be filled with buffer while the
Cryocassette is filled with product. The design of the Cryocassette
maintains the freezing and thawing characteristics of the Cryowedge to
ensure scalability to the production Cryovessels. The Cryocassette also
serves as a scalable stability container.
Working volume
Materials of construction
Body
Boat
Sterilization
Finish
3.5
Celsius
S³ Module
®
The Celsius
S³ Module provides the capability to model Celsius
®
FT16 systems with as little as 20 mL of product. The configuration of the
heat transfer surfaces within the module provide the same bi-directional
heat flux as seen in the FT100 system utilizing frame and Celsius
designs.
Capacity
Working volume
Materials of construction
Shell
Base
Shell frame cover
End plates
Internal shell insulation
HTF connection end cover
Cover
HTF piping maximum design
pressure
Connections
Weight
S
Benchtop System
®
3
— 10 – 100 mL, depending on the size of
the cassette
— Available in 30 mL and 100 mL sizes
316L stainless steel
— polypropylene (30 mL) or
— polyethylene (100 mL)
Customer autoclavable
10 µ-in Ra, EP
1 – 10 product samples
20 mL to 1 L, depending on size of
Celsius
Paks
®
302-304 stainless steel Shell
6061-T6 aluminum
5052 aluminum
Rigid PVC foam sheet
Silicone foam rubber
Delrin
Transparent PVC
4.1 barg (60 psig)
HTF in, HTF out with installed quick-
disconnect couplings; drain
Approximately 18 kg (40 lbs)
FT100 and
®
Pak
®
01.04.2022 09:52:12
01.04.2022 09:52:12
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