5L Low Pressure Cryostor Supply Tank 5L for LN2 Transfer Self-pressurizing Refueling Tank
Product Introduction
Cryostor series tank is mainly used for storing liquid nitrogen in central laboratories. It uses less liquid in the container to gasify to generate pressure, so that the container automatically discharges liquid, thus supplementing liquid for other containers. The stainless-steel structure can be applied to the most severe service environment, and improved thermal insulation and reduced evaporation loss. This series of products are completely equipped with a pressure booster valve, an exhaust valve, a drain valve, a pressure gauge, and equipped with four direction moving casters to facilitate the use and movement of containers in different places. A-type supply tank has the voltage stabilizing system and the solenoid valve, and is more perfect match with the vapor phase LN2 tank and Cryosmart series LN2 tank.
Product Features:
- Special neck design and excellent vacuum performance
- Low evaporation loss rate
- Protective operating ring
- Perfect safety structure
- Stainless steel material and durable product structure
- Swivel casters for easy movement
- Safe and efficient liquid level monitoring system (optional)
- Reliable and stable low temperature regulator (optional)
- Safe and worry-free automatic refill system (optional)
- Long five-year vacuum warranty
Model Parameter:
| Model | Cryostor 5 |
| Cryostor 5A | |
| Liquid nitrogen capacity(L) | 5 |
| Static evaporation(L/D) | 0.15 |
| Overall height(MM) | 652 |
| Outer diameter(MM) | 329 |
| Weight empty(KG) | 19 |
| Standard working pressure(Mpa) | 0.05 |
| Highest working pressure(Mpa) | 0.09 |
| Primary relief valve opening pressure(Mpa) | 0.099 |
| Secondary relief valve opening pressure(Mpa) | 0.15 |
| Indication range of pressure guage(Mpa) | 0-0.25 |
* A-type replenishment tank is equipped with the voltage stabilizing system and the solenoid valve.
* Static evaporation and static holding time are theoretical values. Actual evaporation and holding time will be affected by the container usage, atmospheric conditions and manufacturing tolerance.
