The Structural Characteristics Of Heating Cooling Systems SST-15 SST-20
The Structural Characteristics Of Heating Cooling Systems SST-15 SST-20
1, The ergonomic design of the heating refrigeration circulation machine Operation Panel makes it extremely comfortable, convenient and durable to operate.
2, The temperature control is accurate, the fluctuation degree is less than ±0.05℃.
3, Stable, safe and reliable with featured premium accessories and meticulous production,
4, The reasonable design of the heat preservation and temperature insulation structure enables high-temperature refrigeration. When approaching 200 ℃, the refrigeration control will started.
5, It adopts a fully closed circulatory system to ensure that there is no oil or mist at high temperature.
Anyway, Heating Cooling Systems SST-15 SST-20 is a high-performance product with comprehensive functions and simple operation. It will help customers expedite the experiment and save resources so that improve work efficiency.
Recommandations connexes
-
Semiconductor refrigeration temperature control system accessories
1099In the evaporator, since the liquid evaporates in the evaporator of the semiconductor refrigeration temperature control system, the process from liquid to gas, due to the change of the load, some of the refrigerant may not be completely evaporated...
Voir les détails -
-
Contrôle de la température pendant l'essai de la batterie d'un véhicule à énergie nouvelle
1161With the continuous implementation of energy saving and emission reduction policies, new energy power batteries are also continuously encouraged to develop, and liquid cooling systems have become an inevitable trend for new energy vehicles. The or...
Voir les détails -
Organic waste gas purification condensation shutdown note
1210If the organic waste gas is purified and condensed, if it encounters a fault during operation, it should be shut down and disposed of in time. Then, how can LNEYA organic waste gas purification and condensation be used once it is shut down? The or...
Voir les détails