Closed Circulator Systems

Supplier: NICKEL ELECTRO

Immersion cooler without temperature control designed to be used in conjunction with Clifton NE4 stirred or circulating water baths, the unit runs continuously with the bath providing the temperature control. The immersion coil fits into the rear access hole behind the thermostirrer without loss of working area.

Supplier: THERMO ELECTRON LED

The VersaCool™ Refrigerated circulating bath features a new headless design, suitable for use as a recirculating refrigerated bath or heated circulator to circulate fluid from the bath to specific applications.

Supplier: HUBER

Many applications depend on a reliable source of cooling. Circulating chillers in the Unichiller® range offer an ideal solution for environmentally friendly and economical cooling in laboratory and industry. There are over 50 air- and water-cooled models to choose from, with cooling powers from 0,3 to 50 kW. Efficient energy management ensures low operating costs and reduced usage of valuable fresh water. Huber circulating chillers are a resource saving solution which give a quick return on investment.

Supplier: THERMO ELECTRON LED

CFC-free refrigerated bath circulators provide cooling for open and closed applications. These bath circulators with a stainless-steel reservoir can be configured with six different controller options, so the user can choose the right model for the application.

Supplier: HUBER

The TC range of immersion coolers are a flexible solution for a variety of cooling tasks. They are universally used for rapid cooling of fluids. Typical applications include counter-cooling for heat circulation thermostats or replacing cooling by dry ice, they are also an environmentally friendly alternative to mains water cooling. The TC immersion coolers are suitable for unsupervised use, for cooling tasks which require continuous cooling or as a variant with temperature control and a PT100 probe.

Supplier: HUBER

These compact refrigerated circulators with insulated refrigeration baths are ideal for direct temperature control from −90 up to +200 °C. The low bath volume and high heating and cooling capacity means short heating and cooling rates, which can be increased by using the optional displacement inserts. Optional calibration inserts enable circulators to be used as calibration baths.

Supplier: HAAKE

SC100- A10 refrigerated bath circulator provides efficient cooling for open and closed applications, with temperatures ranging from −10 to +100°C and maximum bath volume of 6 litres.

Supplier: HUBER

Unichillers offer better efficiency, stable pressure and delivery performance with a constant cooling water temperature compared to traditional tap water cooling. Chillers also reduce water consumption and help conserve the environment whilst lowering operating costs.

Supplier: HUBER

This air-cooled chiller provides a dedicated cooling service to all small bench top rotary evaporators and features a unique space-saving L-form. When placed on a rotary evaporator the RotaCool requires almost no additional space.

Supplier: HUBER

Unistats® are the ideal solution for fast and precise thermal control of externally connected applications. These compact units enable previously unachievable performance, offer rapid temperature change and allow use over a wide temperature range without requiring a fluid change. There are over 60 models to choose from in sleek tower housings, or flat-build with cooling powers from 0,7 to 130 kW. Whatever the application, Unistats® provide professional scale up offering the same stable process conditions from the development lab to production systems. Units have a range of safety functions, provide flexible communication via USB and LAN interfaces and give comprehensive warning alarms. Units are ideal for use with reactor systems, autoclaves, pilot and mini plant systems, scale up developments, double wall reactors, distillation systems, material testing and use in combinational chemistry and the semiconductor industry.

Supplier: HUBER

BFT5 is a special heating and cooling thermostat ideal for beer-forcing test. This unit is fitted with True Adaptive temperature control and programmer for automatic temperature cycles. The beer is artificially ages with changing temperature between 0 and 60 °C in a 24 hour cycle. The unit features a pressure suction pump, programmer with calender and clock function.

Supplier: HUBER

These compact hotbox heating circulators are ideal for installation in production systems. All models have self-optimising True Adaptive Control for temperature. Units feature a PT100 sensor connection, digital filling level indicator, and circulation pump. All models feature the Pilot ONE® controller which offers a brilliant 14,5 cm touchscreen with graphic functions and a comfortable navigation menu in 11 languages and USB and Ethernet connections.

Supplier: HUBER

Many applications require a reliable source of cooling. Circulating chillers in the Unichiller® range offer an ideal solution for environmentally friendly and economical cooling in laboratory and industry. There are over 50 air and water cooled models to choose from, with cooling powers from 0,3 to 50 kW. Efficient energy management ensures low operating costs and reduced use of valuable fresh water. These circulating chillers are a resource saving solution which give a quick return on investment.

Supplier: HUBER

Unistat® technology guarantees precise, reproducible temperature control results, short heating and cooling times and large temperature ranges without the need for fluid change. All important parameters can be seen at a glance and temperature curves are displayed in graphic real time. Unistats® are equipped with up-to-date pump technology for optimal heat transfer. The pump self-regulates to ensure the best possible circulation and flow and delicate glass reactors are protected from breakage by the pumps soft start-up feature. Unistat® technology provides economic operation with reduced operating costs and efficient energy management. Unistats® are hydraulically sealed so the service life of the temperature control fluid is dramatically increased by preventing oil loss through vapours and oxidation, saving resources.