About Cryogenic bath
Tank Capacity: 35 Litres, Work Space: 175 x 325 x 210mm (L x W x D)
Tank Size: 295 x 345 x 220mm (L x W x D)
Provide SS tray for Samples
SS tray size: 150 x 300mm
Model: Floor, Castor wheels for easy
movements. SS frame work
Temperature Range: 0C to -85C
Temperature Controller: Micro
processor based PID controller
Temperature Display: LED
Pt-100 sensor for temperature reading
Temperature controlling accuracy of 0.1C
Advanced Cooling TechnologyUtilizing a powerful hermetically sealed compressor system and high-density polyurethane insulation, the Cryogenic Bath achieves consistent, ultra-low temperatures as low as -80C with remarkable energy efficiency. The system accommodates a selection of bath media to match experimental requirements, providing versatility and reliability for demanding laboratory cooling needs.
Robust Safety and User-Friendly OperationSafety is engineered through features like an independent circuit, audio/visual alarms, over-temperature protection, and low-level cut-off mechanisms. The double-walled stainless steel chamber, paired with digital microprocessor controls and user-friendly interface, ensures confidence and ease of use for laboratory personnel during critical cryogenic experiments.
FAQ's of Cryogenic bath:
Q: How do I select the appropriate bath medium for this cryogenic bath?
A: The choice of bath medium-Methanol, Ethanol, or Ethylene Glycol mixtures-depends on your required operating temperature and safety considerations. Refer to your experiment's protocol and compatibility with both the sample type and bath medium before use. Each medium is suited for specific temperature ranges and chemical properties.
Q: What are the main benefits of using a stainless steel chamber with high-density polyurethane insulation?
A: The stainless steel chamber offers superior corrosion resistance, while the high-density polyurethane insulation minimizes heat loss, resulting in improved thermal efficiency, energy savings, and increased longevity of the bath. This design ensures consistent performance even during prolonged cooling cycles.
Q: When should I use the audio/visual low temperature alarm and over-temperature protection features?
A: These safety features are automatically activated to alert users of temperature deviations that could compromise sample integrity or equipment functionality. Always ensure alarms are enabled during operation to prevent accidental over-cooling or system failures.
Q: Where can this cryogenic bath be installed for optimal performance?
A: Install the cryogenic bath in a laboratory with a stable ambient temperature between +5C and +40C and sufficient ventilation to allow efficient heat exchange. Ensure proximity to a 220V AC, 50 Hz power outlet and that the installation site supports the bath's dimensions (600 x 450 x 900 mm).
Q: What process should be followed for setting the desired temperature?
A: To set the required temperature, use the digital microprocessor controller on the front interface. Input the desired value within the preset range (ambient to -80C), monitor the digital LED display, and wait until the bath stabilizes to the set temperature before beginning experiments.
Q: How does the cryogenic bath ensure energy efficiency and environmental safety?
A: The system employs a hermetically sealed compressor and CFC-free refrigerant, minimizing environmental impact while maximizing efficiency. High thermal efficiency is achieved through advanced insulation and intelligent control algorithms, resulting in reduced energy consumption during operation.