cooling option

Immersion circulators and baths for the research laboratory

cooling option

Refrigeration circulators down to -40 °C

cooling option

Refrigeration circulators down to -95 °C

Classic Open Bath and Circulation Thermostats

A range of classically constructed laboratory circulators with open baths covering the temperature range of -90 °C to 300 °C

  • Temperature range

    Heating and cooling models for working temperatures from -90 to +300 °C

  • Heat and cool

    Different device classes with heating and cooling capacities up to 7 kW

  • Flexible

    Suitable for internal and external temperature control applications

  • Safety built in

    Warning and safety functions according to DIN 12876

  • Functional

    Extensive basic functions and function extension by E-grade

  • Environmentally compatible

    Environmentally compatible with natural refrigerants

Huber Immersion thermostat

Immersion thermostats

Immersion thermostats are the basis for many device combinations with polycarbonate or stainless steel bath vessels. There is a universally usable screw clamp in the scope of delivery for the thermostats to be very easily mounted on any desired vessels. Negative temperatures of down to -30°C can be realised in combination with a a refrigerated bath. All models are fitted with a powerful pressure/suction pump and meet the requirements of Safety Class III (FL) for use with flammable fluids. A pump adapter for external temperature control and cooling coils for a cooling water connection can be obtained as accessories.

Huber Open Bath

Bath thermostats

Economically priced heating circulation thermostats of the model ranges KISS and CC with baths made out of polycarbonate (up to +100°C) or stainless steel (up to +200°C). The filling volumes of the baths range from 6 to 25 litres dependent on the model. The thermostats achieve a high temperature stability and are fitted with overtemperature and low level protection in line with Safety Class 3/FL according to DIN 12876. A powerful circulation pump ensures optimal stirring and temperature homogenity in the bath and also allows temperature control of externally attached applications using a pump adapter (accessory). Bath: A = Polycarbonate ; B = Stainless steel.

Huber Circulation Thermostats

Circulation thermostats

Heat circulation thermostats are specially designed for temperature control of externally attached applications with a small volume. The devices are fitted with bath vessels made of stainless steel or transparent polycarbonate and have rear-side pump connections as standard as well as a stainless steel bath cover with a filling opening. All models are fitted with an overtemperature and low level protection system according to safety class III/FL (DIN 12876) for use with flammable fluids. A powerful pressure-suction pump ensures optimal heat transfer to external attached applications.

Huber visco bath

Visco baths

Visco baths are suitable for measurement tasks using capillary viscometers or for use of densitometers. The devices are fitted with transparent polycarbonate baths and have a cooling coil for countercooling as standard. Various functions can be activated via E-grade.

Huber Immersion thermostat

Bridge thermostats

The bridge thermostats are suitable for use with a range of baths. The variable speed pressure/suction pump with VPC Technology is ideal for external thermoregulation applications. Models with bigger heating capacities are suitable for larger baths. The telescopic arms can be extended up to 884 mm.

Huber Bath & circulation thermostats

Bath & circulation thermostats

Bath & circulation thermostats are suitable for temperature control of externally connected applications. There is furthermore the option to insert objects like samples, sensors, etc. directly into the open thermostat bath. The devices are fitted with long-life bath vessels made out of high quality stainless steel and have pump connections on the rear as standard. All models are fitted with an overtemperature and low level protection system according to safety class III/FL (DIN 12876) for use with flammable fluids. A powerful pressure-suction pump ensures optimal heat transfer to external attached applications.

Huber Ministats Cooling Circulators

Ministats & Cooling circulators

Huber cooling circulators in the classic construction with a temperature control bath performs typical heating and cooling tasks in the laboratory securely and reproducibly. Model for temperatures of -90 to 200°C and with different cooling and heating capacities are available as air or water-cooled variants. Natural refrigerants can also be used on request for particularly environmentally friendly operation. The range of cooling circulators is supplemented by the smallest cooling circulators in the world – the Ministats. The devices allow operation in the tightest of spaces with its small dimensions, for example in a laboratory fumes or inside technical plants.

View Huber Classic Open Bath and Circulation Thermostats Product Specifications

Product Specifications

 

Why not book a demo? Choose a date and time that suits you

Book an online demo
How to achieve efficient temperature control when using JLRs - On Demand

Webinar: How to achieve efficient temperature control when using Jacketed Lab Reactors

When it comes to chemical reactions in both R&D and production processes, achieving the right temperature is crucial. In this webinar we will be joined by Dr Paddy Delaney from Huber to discuss the factors that influence temperature control when using jacketed lab reactors as well as advice on how to improve the performance of your system.

Watch webinar on demand
The benefits of Jacketed Lab Reactors and considerations when choosing a system - On Demand

Webinar: The benefits of Jacketed Lab Reactors and considerations when choosing a system

Watch a preview here

When purchasing a jacketed lab reactor setup for scaling up your process, there are many considerations to be made.

In this webinar we cover the fundamental points of specifying the right reactor and ancillary devices to ensure that you get the optimal performance of your jacketed lab reactor system for scale-up and process development.

Watch webinar on demand