Temperature control systems, available from Rheology Solutions , are designed to provide high performance and safety with greater ease of use and lower maintenance requirements.The architecture of a closed system provides many enhanced safety features for the user, the application and also the environment.
Following is an overview of the HAAKE DynaMax range of closed temperature control systems:
- Sealed architecture prevents the creation of fumes at high temperatures- No unpleasant odours in the lab- No oily film- No flammable fumes- Longer fluid life
- No hot surfaces at high set points (other than the hose connections)- Limits the likelihood of receiving a burn- Prevents damage to the controller
- Sealed architecture prevents condensation forming and getting into the fluid. Condensation can:- Cause instability and loss of cooling performance- Cause overflow as it adds to the fluid volume- Raise the freeze point when using glycols or alcohols- Create a frozen, time consuming mess when using silicon oils
- More powerful pumping than bath circulators- Up to 25 lpm and 1.5 bar (with water)- Up to 20 lpm and 1.4 bar (SIL 180)
- Longer fluid life, lowers the cost of ownership- Hot fluids in contact with air limits fluid oxidation- Cold fluids do not contact air therefore do not get fouled with atmospheric moisture- Eliminates the need for nitrogen purging- Less downtime required resolving fluid issuesHAAKE DynaMaxTM is suitable for high-end laboratory & pilot applications that combines rapid temperature changes with incredible stability.
Typical applications include:
- Jacketed reactor vessels
- Large rotary evaporators
- Reaction calorimetry
- Fermentation
- Analytical instrumentation coolingHAAKE