Dynamic Temperature Control Systems
Precise temperature control has a significant influence on performance and quality in chemical process engineering.
Chillers
Circulating chillers offer an ideal solution for environmentally friendly and economical cooling in laboratory and industry.
Baths and Circulators
Baths and circulators for heating applications up to +300 °C are available, as well as models for heating and cooling applications from -90 °C to +200 °C.
Special Solutions
The product group "Special solutions“ includes thermo-regulation solutions for special applications.
Beer Force Ageing Test Baths
The product group “Special solutions“ includes thermoregulation solutions for special applications. We offer a special heating and cooling thermostat for the Beer Forcing test. The unit is fitted with a programmer for automatic temperature cycles.
The changing the temperature between 0 and 60 °C in a cycle time of 24 hours artificial aging of the beer is achieved. All models meet the requirements of Safety Class III (FL). The housing and all parts which come into contact with the fluid are made out of high quality stainless steel.
>Pilot ONE controller with Plug & Play technology
>Precise temperature control
>5.7“ touchscreen and comfortable menu navigation
>Over temperature and low level protection
>Safety class III/FL (DIN 12876)
>Powerful pressure/suction pump
>Programmer with calendar and clock functions
>RS232 interface and Pt100 connection
N.B: Model description: W=water cooled, P=strong pressure pump, H=heater integrated, EO=external open, T=Tower housing, OLÉ=Basic controller
Unimotive- Temperature Control Systems for Automotive applications
The Unimotive model series is specially designed for applications in the automotive industry. The temperature control systems are constructed for operation with water-ethylene glycol mixture with corrosion protection (for example Glysantin®) down to -45°C.
Typical applications include temperature simulations as well as material testing and temperature-dependent stress and load tests for automotive parts and functional components. The optionally available “Flow Control Cube” enables precise flow rate measurement and control.
Unimotive units are ideally suited for integration into test benches, where they ensure reproducible temperatures, e.g. for quality control, battery testing, as well as for temperature control of climate and vacuum chambers and calibration tasks.
Unimotive models feature unique thermodynamics for highly accurate and reproducible results. The proven Unistat technology also allows very short heating and cooling times and excellent temperature control accuracy. All Unimotive models are operated via a colour 5.7″ touchscreen display with convenient menu navigation.
>Direct operation with water-ethylene glycol mixture with corrosion protection (for example Glysantin®)
>Pilot ONE controller with 5.7“ touchscreen and comfortable menu navigation
>Precise temperature control
>Fastest heating and cooling rates
>Adaptive temperature control, self-optimising
>Robust, magnetic coupled circulation pump
>2 x USB (Host and Device), Ethernet and RS232 interfaces
>Efficient operation saves working time and operating costs
>Proven Unistat technology
>E-grade “Professional” included
N.B: Model description: W=water cooled, P=strong pressure pump, H=heater integrated, EO=external open, T=Tower housing, OLÉ=Basic controller
Cold Trap for Evaporation Tasks
The CT50 Single OLÉ cold trap means that evaporation tasks in the laboratory are now even easier and cheaper. It has been specially developed to offer highly efficient solvent recovery in laboratory conditions.
The CT50 cold trap can be connected to rotary evaporators or any other application requiring low temperatures for solvent recovery. The CT50 cold trap offers direct, rapid cooling as well as low operating costs. Its compact design takes up minimal space on the laboratory bench.
Thanks to the natural refrigerant, the cold trap works in an environmentally friendly manner. It is also robust and durable due to the high-quality materials used in its manufacture.
>Highly efficient solvent recovery
>Operating temperatures as low as -50°C
>Direct, rapid cooling with a high cooling rate
>For rotary evaporators and other distillation equipment
>Bright, large OLED display
>Simple operation with menu navigation
>USB and RS232 interfaces
>Drip tray included
>Natural refrigerant
N.B: Model description: W=water cooled, P=strong pressure pump, H=heater integrated, EO=external open, T=Tower housing, OLÉ=Basic controller
Hotbox Circulation heaters
The Hotbox series provide heating circulators with the functionality of the Pilot ONE controller for thermoregulating externally open applications.
Circulation heaters with Pilot ONE for temperature control of external open systems in a compact construction and suitable for installation in plant. With a circulation pump made out of stainless steel. Adjustable overtemperature protection according to DIN 12876.
>High efficiency
>Precise temperature control
>Powerful circulation pump
>Intelligent energy management
>Reliable continuously operation with warning functions
>Pilot ONE controller with 5.7″ touchscreen
>Digital filling level indicator
>2 x USB (Host and Device), Ethernet and RS232 interfaces
>Compact construction; suitable for installation in plant
N.B: Model description: W=water cooled, P=strong pressure pump, H=heater integrated, EO=external open, T=Tower housing, OLÉ=Basic controllers
Circulation heat exchangers
Heat exchanger system HTS with a circulation pump for primary side connection to an existing supply of cooling water. These compact circulation coolers provide a cooling circuit with a stable pressure and delivery stream as well a precisely adjustable operating temperature.
The cooling capacity is generated using a plate heat exchanger over the attached cooling water. Since there is no active chiller present the devices run quietly, in an energy saving manner, and represent an economic alternative to conventional chillers.
HTS systems are suitable for exact temperature control of external applications such as Peltier elements, bioreactors, etc.
>Efficient circulation pump
>Efficient thermal transfer
>Compact, space-saving design
>Budget-friendly pricing
>Robust stainless steel construction
>Easy to fill and empty
N.B: Model description: W=water cooled, P=strong pressure pump, H=heater integrated, EO=external open, T=Tower housing, OLÉ=Basic controller
