The thermodynamic characteristics of Unistats offers cutting edge performance regardless of the application, excelling even under heavily changing system conditions
When it comes to chemical reactions in R&D and production processes the right temperature is critical, so reliable temperature control is dependent on effective thermal transfer and it is essential to maximise yield quality and productivity.
The thermodynamic characteristics of Unistats offers cutting edge performance regardless of the application, excelling even under heavily changing system conditions.
In temperature control importance is placed on the primary functions of a system such as heating and cooling power, but often secondary attributes play a decisive role in performance. Huber systems offer users numerous functions and settings which make control simpler. These settings allow very fine tuning of the application.
Compared to conventional heating and cooling circulators, Unistats achieve greater efficiency and reduce resource consumption. The efficient energy management system keeps electrical power consumption to a minimum. Reduced operating costs and minimal use of water further saves on utility consumption. The hydraulically sealed construction of the Unistat range prevents the formation of oil vapours and oxidation, extending the lifetime of costly thermal fluids by years.
The Pilot ONE can be removed from the Unistat and mounted remotely to allow flexible control. Further features such as: the programmer, adaptive cascade control, ramp functions, calendar start, individual user menus, sensor calibration and analogue and digital interfaces for integration in process control systems round off the Unistats functionality.