Freeze Dryer-FDVHT, Pilot Scale, For Low Temperature Freeze Drying
| Cat. No. | Specification | Unit | Price | Quantity |
|---|---|---|---|---|
| FD01495524-01 | Cold Trap Temp: -80°C, Capacity: 4L | EA | Inquiry |
|
| FD01495524-02 | Cold Trap Temp: -120°C, Capacity: 12L | EA | Inquiry |
|
Product Description
Features
[FDVHT-8004]
• The heat plate made of high vacuum jacket maintains uniform temperature distribution through the medium moving at ultra-high speed
• Removes sources of contamination such as heat transfer oil, eliminates silicone oil and heat transfer pumps for economical maintenance and management
• Special purpose model developed for low temperature freeze drying
• Compact design allows pre-freezing within the shelf without separate devices such as ultra-low temperature freezers
• Freeze drying is possible using a T-manifold (Lab-Scale)
• Can be used for Lab scale + Pilot scale purposes
[FDVHT-12012]
• Freeze organic solvent samples by cooling the drying chamber shelf to below -115°C
• Strongly captures solvent vapor at temperatures below -120 °C in the cold trap, blocking entry into the vacuum pump
• Maintains a stable vacuum level by long-term use of the vacuum pump, enabling organic solvent capture
• The heat plate made of high vacuum jacket maintains uniform temperature distribution through the medium moving at ultra-high speed
• Patent no. 10-1303656 (Freeze Dryer Patent -70°C~-120°C Simultaneous Cooling System)
• Patent no. 10-1514319 (Heating and Cooling Device for Freeze Dryer)
• The heat plate made of high vacuum jacket maintains uniform temperature distribution through the medium moving at ultra-high speed
• Removes sources of contamination such as heat transfer oil, eliminates silicone oil and heat transfer pumps for economical maintenance and management
• Special purpose model developed for low temperature freeze drying
• Compact design allows pre-freezing within the shelf without separate devices such as ultra-low temperature freezers
• Freeze drying is possible using a T-manifold (Lab-Scale)
• Can be used for Lab scale + Pilot scale purposes
[FDVHT-12012]
• Freeze organic solvent samples by cooling the drying chamber shelf to below -115°C
• Strongly captures solvent vapor at temperatures below -120 °C in the cold trap, blocking entry into the vacuum pump
• Maintains a stable vacuum level by long-term use of the vacuum pump, enabling organic solvent capture
• The heat plate made of high vacuum jacket maintains uniform temperature distribution through the medium moving at ultra-high speed
• Patent no. 10-1303656 (Freeze Dryer Patent -70°C~-120°C Simultaneous Cooling System)
• Patent no. 10-1514319 (Heating and Cooling Device for Freeze Dryer)
Specifications
| Model No. | FDVHT-8004 | FDVHT-12012 | |||
|---|---|---|---|---|---|
| Main Body | Cold Trap Temp | -80°C | -120°C | ||
| Capacity | 4L | 12L | |||
| Shelf Temp | -50°C~ + 50°C (Standard) | -115°C~ + 25°C (Standard) | |||
| Dimensions, mm (OUT) | W440 x D660 x H735 | W1704 x D1410 x H1710 | |||
| Chamber Size, mm | W300 x D380 x H285 | W505 x D750 x H455 | |||
| Trap Size | W300 x D380 x H50 | W505 x D750 x H200 | |||
| Shelf/Tray | 4EA / 3EA | 5EA / 4EA | |||
| Tray size, mm | W238 x D238 x H40 | W467 x D467 x H40 | |||
| Vacuum pump(Pumping Speed) | 100L/min | 600L/min | |||
| Programmable Controller | 5.7* TFT-LCD Controller-Korean, English / RS-485 data port with interface - data acquisition via user's PC / Low & High alarm / Event list / LCD Touch Screen + SD card 40 pattern 99 segment, 999 cycle | ||||
| Pump Protection System | Built-in(Automatic pump start & stop control system for vacuum pump) | ||||
| Defrost | Auto | Auto | |||
| Weight | 115kg | 1,180kg | |||
| Electric(AC) | 220V 1Phase | 380V 3Phase | |||
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