Product Overview
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Inspired by temperature High precision temperature control solutions for research and industry

The tango factory in Offenburg Welcome to Huber High-precision temperature control solutions – inspired by temperature, driven by customer needs Since 1968 we have been developing and producing high-precision temperature control systems for research and production in diverse industries and market sectors. Worldwide, our products ensure accurate control and reproducible temperatures in the range -125 to 425°C. Our product programme offers environmentally-friendly solutions with systems manufactured using natural refrigerants and recyclable materials. Our customers all over the world report...

KISS Function/Features Controller OLE Controller Various Connections Display and operation Thermoregulation Controller parameter tuning Calibration program for control sensor (internal, process) Monitoring (Level protection, over temperature protection2) Adjustable limit alarms VPC (Variable Pressure Control)3 Venting program Compressor automatic control Set point limits Programmer Ramp function Temperature control mode (internal, process) Maximum heating / cooling power adjustable Temperature display Display mode Display resolution Graphic display of temperature curves Calendar,...

4 Optional, only available factory fitted (additional charge) 5 Standard on Unistats, otherwise via optional Com.G@te or POKO/ECS interface 6 Via optional Com.G@te

 Petite Fleur, Grande Fleur and Tango for the research laboratory  Unistats for process technology

Dynamic temperature control -125 °C ... +425 °C

Unistats are predestined for demanding demanding temperature control applications in all industries Unistats embody responsive performance and fast dynamics for demanding applications Unistat® – The Original Unistats cannot be compared with conventional temperature control technology. Thermodynamically, there is no better solution. The introduction of the Unistat technology in 1989 has initiated a revolution in fluid temperature control. Unistats are the ideal solution when it comes to fast and highly precise temperature control of externally connected applications. Compared to traditional...

Dynamic temperature control systems Responsive thermodynamics for fast control behaviour for chemical processes Extremely fast heating and cooling rate due to small internal volumes Broad working temperature ranges without liquid change and long life Process stability and reproducible results at any time for solid research work Intelligent TAC function continually monitors performance and automatically tunes the PID parameters for optimum control Wide range of models with covering different temperature ranges and cooling capacities of up to 130 kW for laboratory and production

The entry level in the world of Unistats.The compact dimensions and excellent thermodynamics make the Petite Fleur, Grande Fleur and Tango ideal for precise temperature control of research reactors. * * * * Down to -45 °C Working temperature Up to 0,7 kW Cooling power Up to 55 l/min Pump capacity Pilot ONE Touch screen controller © Petite Fleur, Grande Fleur 1 integrated VPC pressure control w = water-cooled | eo = externally open | wl = air-/water-cooled

The Unistats of the series 400 are ideal for applications in process and chemical engineering, such as temperature control of reactors, autoclaves, miniplant/pilot systems, reactor blocks and calorimeters. Down to -45 °C Working temperature Up to 3,5 kW Cooling power Up to 105 l/min Pump capacity Pilot ONE Touch screen controller Options on request: natural refrigerant Flat build models 1 integrated VPC pressure control 2 VPC pressure control via optional bypass

Unistats of model 500 series with cooling capacities up to 21 kW are ideally suited for temperature control applications in process and chemical engineering as well as for demanding material testing and temperature simulations in different industry sectors. Down to -55 °C Working temperature Up to 21 kW Cooling power Up to 105 l/min Pump capacity Pilot ONE Touch screen controller Flowrate l/min - Pump curve according to DIN 12876 with water at 20 °C Options on request: natural refrigerant Flat build models 2 VPC pressure control via optional bypass

The Unistats of 600 series are our most powerful devices and offer very high cooling capacities of up to 130 kW. These devices are the first choice for applications with high cooling requirements for temperatures down to -60 °C. Down to -60 °C Working temperature Up to 130 kW Cooling power Up to 130 l/min Pump capacity Pilot ONE Touch screen controller Model Working Options on request: natural refrigerant, Flat build models, additional heating capacity, air cooled units 2 VPC pressure control via optional bypass

Unistats of the 700 and 800 series are characterised by low-end working temperatures down to -85 °C with compact dimensions. These devices are suited mainly for temperature applications with moderate cooling capacity ©Down to -85 °C Working temperature OUp to 55 l/min Pump capacity ©Pilot ONE Touch screen controller Options on request: natural refrigerant 1 integrated VPC pressure control

The Unistats of 900 and 1000 series are optimised for low temperature applications down to -120 °C. These devices are suited for temperature syntheses as well as material tests and temperature simulations with very low temperatures. Down to -120 °C Working temperature Up to 36 kW Cooling power Up to 130 l/min Pump capacity Pilot ONE Touch screen controller Options on request: natural refrigerant 1 integrated VPC pressure control 2 VPC pressure control via optional bypass

Unistats of the T300 and T400 series control temperatures in a highly precise and space-saving manner up to + 425 °C. They set the standard for safety, ease of use and temperature control speed. HT models are equipped with stepper motor controlled water cooling. Up to +425 °C Temperature range Up to 48 kW Heating power Up to 60 l/min Pump capacity Pilot ONE Touch screen controller Integrated VPC pressure control 2 VPC pressure control via optional bypass 3 lowest working temperature 15 K above ambient temperature w = water-cooled | HT = controlled cooling