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HyperCOOL 3110 Freeze Dryers & Cooling Traps
- Ultimate Chamber Temp (at RT) : -110℃ - ICE condensing capacity: 3kg - Chamber Volume : 4 L - Trap (Chamber) Size (Ø x L) : 165 x 202 mm - Dimension(W x D x H): 400 x 660 x 570 mm - Weight: 72 kg |
Product Features
• Effective for fast freeze drying of any samples
• HyperVAC-MAX empowered by HyperCOOL guarantees capacity and performance at higher level.
• HyperCOOL by itself, when equipped with manifolds or chambers, becomes a versatile freeze dryer.
• Extended applications for concentrating wider range or larger volume of solvents.
• The compatible vacuum rotary vane pump generates vacuum down inside the chamber.
• Up to 8 external bottles can be accommodated by the manifolds of HyperCOOL.
• Automatic De-Vac and De-Ice functions installed
• HyperVAC-MAX empowered by HyperCOOL guarantees capacity and performance at higher level.
• HyperCOOL by itself, when equipped with manifolds or chambers, becomes a versatile freeze dryer.
• Extended applications for concentrating wider range or larger volume of solvents.
• The compatible vacuum rotary vane pump generates vacuum down inside the chamber.
• Up to 8 external bottles can be accommodated by the manifolds of HyperCOOL.
• Automatic De-Vac and De-Ice functions installed
System Diagram of HyperCOOL Freeze Drying System
Applications
• Study and QC of dried foods like dried fruits, meats, etc.
• Stock of bacteria, virus, fungi, etc.
• Seed preservation of plants or mushrooms
• Improved preservation of flowers and dry display study
• Pharmaceutical study and production
• Research and production of vaccine and antidote
• Tissue or cell preparation for EM analysis
• Medical research
• Stock of bacteria, virus, fungi, etc.
• Seed preservation of plants or mushrooms
• Improved preservation of flowers and dry display study
• Pharmaceutical study and production
• Research and production of vaccine and antidote
• Tissue or cell preparation for EM analysis
• Medical research
Model |
HC3110 |
Ultimate chamber temp (at RT) (℃) |
-110 |
Chamber volume (L) |
4 |
Trap (Chamber) size (Ø x L) |
165 x 202 |
ICE condensing capacity (kg) |
3 |
ICE condensing performance (kg/day) |
2.5 |
Compressor |
1/3 HP x 2 |
Refrigerant |
R507/R1150 |
Digital readout |
Time, Temperature |
Function |
Keylock, Defrost, Vacuum, Time |
Power requirement (Resting, VA) |
819 |
Power supply(V/Hz) |
220 V/50~60 Hz (110 V optional) |
Dimension (W x D x H, mm) |
400 x 660 x 570 |
Weight (kg) |
72 |
Cat. No. |
HHC-3110 (HHC-3110-110) |
| Cat. No. | Description |
 HHC3110-M4B |
Manifold Type Freeze Drying System
-55°C / -110°C with 4 Valves Basic incl. a Rotary Vane Pump,
Oil Mist Trap & Connections
HHC-3110 + HHC-CPB + HHC-MFB-4V + HHC-VH + HVP-W2V20 + HVP-WOF150 |
 HHC3110-CHR |
Chamber Type Freeze Drying System
-110°C with 3 Shelves Rack incl. a Rotary Vane Pump, Oil Mist Trap & Connections
HHC-3110 + HHC-CPB + HHC-CH30P + HHC-CR25 + HHC-VH + HVP-W2V20 + HVP-WOF150 |
 HHC3110-CH4VR |
Multi-Type Freeze Drying System
-110°C with 3 Shelves Rack & 4 Valves Chamber incl. a Rotary Vane Pump,
Oil Mist Trap & Connections
HHC-3110 + HHC-CPB + HHC-CH30-4V + HHC-CR25 + HHC-VH + HVP-W2V20 + HVP-WOF150 |
 HHC3110-CH8VR |
Multi-Type Freeze Drying System
-110°C with 3 Shelves Rack & 8 Valves Chamber incl. a Rotary Vane Pump,
Oil Mist Trap & Connections
HHC-3110 + HHC-CPB + HHC-CH30-8V + HHC-CR25 + HHC-VH + HVP-W2V20 + HVP-WOF150 |
 HHC3110-M4EC |
Multi-Purpose, Vacuum Concentration and Freeze Drying System
-110°C with 3 Shelves Rack & 8 Valves Chamber incl. a Rotary Vane Pump, Oil Mist Trap,
Connections & a Table B
HVC-2200 + HVCT-MB + HHC-3110 + HHC-CPB + HHC-MFB-4V + HHC-MFE4V + two HHC-VH + HVP-W2V20 + HVP-WOF150 |
 HHC3110-CH8VRC |
Multi-Purpose, Vacuum Concentration and Freeze Drying System -110°C with 3 Shelves Rack & 8 Valves Chamber incl. a Rotary Vane Pump, Oil Mist Trap, Connections & a Table B
HVC-2200 + HVCT-MB + HHC-3110 + HHC-CPB + HHC-CH30-8V + HHC-CR25 + two HHC-VH + HVP-W2V20 + HVP-WOF150 |
| HyperCOOL Cover Plate |
|
| Cat. No. | Description |
 HHC-CPP |
HHC-CPP HyperCOOL HC3055, HC3110 Trap Plate for Connection Vacuum Hose to Vacuum Concentrator |
 HHC-CPP-A |
HyperCOOL HC3055, HC3110 Trap Plate for Connection Vacuum Hose to Vacuum Concentrator with Table A (GVCT-MA) |
 HHC-CPB |
HyperCOOL HC3055, HC3110 Acrylic Base for Manifold or Chamber |
 HHC-CPM |
HyperCOOL HC3055, HC3110 Acrylic Base for HC-MFB-8V |
| HyperCOOL Manifold |
|
| Cat. No. | Description |
 HHC-MFB-4V |
4-Valve Manifold Basic with four rubber valves on a stainless steel bar, 30 cm |
 HHC-MFB-6V |
6-Valve Manifold Basic with six rubber valves on a stainless steel bar, 30 cm |
 HHC-MFE-4V |
4-Valve Manifold Extension with four rubber valves on a stainless steel bar, 20 cm |
 HHC-MFE-6V |
6-Valve Manifold Extension with six rubber valves on a stainless steel bar, 20 cm |
 HHC-MFB-8V |
8-Valve Manifold Basic with 8 rubber valves on a stainless steel bar, 30 cm |
| Chamber and Rack |
|
| Cat. No. | Description |
 HHC-CH30P |
Acrylic Chamber Trunk and Plain Top, ø30 cm, height 40 cm |
 HHC-CH30-4V |
Acrylic Chamber Trunk and Top with 4 Rubber Valves, ø30 cm, height 40 cm |
 HHC-CR25 |
Stainless Steel Rack with 3 Sets of Shelves and Trays, ø25cm (Trays can be inserted up to 5) |
 HHC-CR-TS |
A Set of a Tray and a Shelve |
 HHC-CH30-8V |
Acrylic Chamber Trunk and Top with 8 Rubber Valves, ø30 cm, height 40 cm |
Freeze Drying Glass Flask
FD2009 |
Freeze Drying Glass Flask 40 mL (Ø45 mm) |
FD2010 |
Freeze Drying Glass Flask 80 mL (Ø 45 mm) |
FD2011 |
Freeze Drying Glass Flask 120 mL (Ø 45 mm) |
FD2012 |
Freeze Drying Glass Flask 150 mL (Ø 45 mm) |
FD2013 |
Freeze Drying Glass Flask 300 mL (Ø 45 mm) |
FD2013-1 |
Freeze Drying Glass Flask 300 mL (Ø 70 mm) |
FD2014 |
Freeze Drying Glass Flask 600 mL (Ø 70 mm) |
FD2015 |
Freeze Drying Glass Flask 900 mL (Ø 70 mm) |
FD2016 |
Freeze Drying Glass Flask 1,200 mL (Ø 70 mm) |
FD2017 |
Freeze Drying Glass Flask 2,000 mL (Ø 70 mm) |
-HyperCOOL Catalog-
| hanil_hypercool.pdf |
-HyperCOOL Brochure-
| hyper_series.pdf |
-HyperCOOL User Manual-
| hypercool_hc3055_3110_ver0.1_20180502_eng.pdf |