DURAN®. For heating and cooling liquids. Thermostatting liquid is circulating between the double walls of the beaker jacket. With glass olives (O.D. 12mm) for thermostat hoses. Coolant ram pressure: 0.5bar at maximum, operating temperature: +300°C at maximum. Special sizes available on request.

Temperature hoses with special triple insulation and two M16 x 1 connections. The ends are covered with silicone caps for protection. Max. pressure 6 bar (at 20 °C), 4 bar (at 350 °C).

Bath liquids.Use of the appropriate liquids for heat transfer listed here offers many advantages:Safe to use, non toxic, and generally odourless formulationsResistance to ageing and viscosity changes with low susceptibility to corrosion.Silicone oils (SIL).Non-flammable, with long operational life.Synthetic heat transfer fluids (Synth).Usually formulated from a hydrocarbon base with low viscosity within the recommended working temperature range.Viscosity.For optimal temperature stability the bath fluid must be of low viscosity.Fire point.Fluids can spontaneously ignite above a certain temperature. EN 61010 stipulates that the maximum working temperature of the liquid should be 25 °C below its' fire point.Heating up range.Prolonged use is not permitted as the self-heating effect within these liquids may cause the overtemperature protection system of the pump unit to operate and shut down the pump.Operating temperature range.Thermostats may only be operated for an extended time in this range under certain conditions. Viscosity must not exceed 30 mPas. Otherwise pumps will not achieve their stated performance figures.Working temperature range.The long-term use range for peak thermostatic bath performance. Maximum viscosity level is approx. 5 mPas.

Prevents premature rusting and the growth of algae. Ideal for use in circulators, water baths, shaking water baths or heating baths. For routine applications from 5 to 90 °C.

Huber thermal fluids are recommended because they have the best possible thermodynamic and environmental characteristics. Safe reliable operation relies on compliance with safety standards to ensure optimal results.Temperature ranges refer to use in closed systems.

E-grade - innovative activation keys for the functionality to suit your budget and process requirementsEvery application requires particular functions. If the circulator is to be used in a range of applications it will generally require greater functionality. The required functionality grows with the complexity of the application. The innovative "E-grade" has the answer. Models with the Pilot ONE Controller have a comprehensive range of functions suited to the classical temperature control applications. The E-grade allows the functionality to be extended at any time to suit new process requirements and budget. E-grade stands for electronic upgrade and it is simple to do: To extend the functionality a unit specific code is entered via the controller. This code is specific to the serial number of the unit and is either already entered at the factory for new units or it can be activated at a later date. The code is sent by email. There is no requirement for a hardware or software update.The E-grade "Explore" for Unistats is more than just another functions package. It makes important information available to users of Unistat temperature control systems. Temperature values and temperature differentials as well as for the actual heating power, cooling power and pump power within the system are displayed on the touch-panel. E-grade "Explore" is an evolution of the existing Unistat technology. Existing sensors are utilised to make important process temperature and power data visible. In addition to making the data visible on the display of the device, it can also be accessed via the digital interfaces for further processing. Application examples for E-grade® "Explore": Process and product development and optimisation Use-Tests of raw materials, quality control Enhanced data collection for scale-up trials

Long-term tested for safe and reliable operation. Low toxicityLow viscosityHigh stabilityAlmost odor-freeGood thermal conductivityLow corrosion susceptibilityWide temperature ranges

Long-term tested for safe and reliable operation.Low toxicityLow viscosityHigh stabilityAlmost odor-freeGood thermal conductivityLow corrosion susceptibilityWide temperature ranges

Heat transfer liquid based on mineral oil. Ideal for applications in open and closed temperature control circuits, as well as for surface-sensitive applications.Temperature range for open systems: 40 to 230 °CTemperature range for closed systems: 40 to 300 °CSilicone-free medium

Heat transfer liquid based on silicone oil. Ideal for applications in open and closed temperature control circuits.Temperature range for open systems: -95 to 60 °CTemperature range for closed systems: -95 to 160 °CChemically inert and environmentally friendly synthetic silicone oilLow viscosity, for temperatures below 0 °CNon-corrosiveConforms with REACH and RoHsNot suitable for use with silicone tubing.

Heat transfer liquid based on mineral oil. Ideal for applications in closed temperature control circuits and surface-sensitive applications.Low viscosity, for temperatures below 0 °CSilicone-free mediumNon-corrosiveConforms with REACH and RoHsNot suitable for use with EPDM tubing.

Heat transfer liquid based on silicone oil. Ideal for applications in baths and open temperature control circuits.Chemically inert and environmentally friendly synthetic silicone oilLow viscosity, for temperatures below 0 °CConforms with REACH and RoHsNot suitable for use with silicone tubing.

Heat transfer liquid based on silicone oil. Ideal for applications in closed temperature control circuits.Chemically inert and environmentally friendly synthetic silicone oilLow viscosity, for temperatures below 0 °CThermally stabilized, for use at temperatures above 200 °CNon-corrosiveConforms with REACH and RoHsNot suitable for use with silicone tubing.

Water-based heat transfer liquid. Ideal for applications in open temperature control systems for non-flammable liquids. Stabilized against contamination.

Heat transfer liquid based on silicone oil. Ideal for applications in baths and open temperature control circuits.Chemically inert and environmentally friendly synthetic silicone oilNon-corrosiveConforms with REACH and RoHsNot suitable for use with silicone tubing.

Heat transfer liquid based on polyethylene glycol. Ideal for applications in baths and open temperature control circuits.Cold water solubility in measurement and calibration applicationsConforms with REACH and RoHsCannot be used with bath vessels made of polycarbonate.

Heat transfer liquid based on silicone oil. Ideal for applications in baths and open temperature control circuits.Chemically inert and environmentally friendly synthetic silicone oilLow viscosity, for temperatures below 0 °CConforms with REACH and RoHsNot suitable for use with silicone tubing.

Heat transfer liquid based on silicone oil. Ideal for applications in baths and open temperature control circuits.Thermally stabilized, for use at temperatures above 200 °CColourless heat transfer liquid enables visual control during temperingChemically inert and environmentally friendly synthetic silicone oilNon-corrosiveConforms with REACH and RoHsNot suitable for use with silicone tubing.

Heat transfer liquid with high heat capacity. Ideal for applications in open and closed temperature control circuits.Water-glycol mixture with very good frost resistanceConforms with REACH and RoHsDo not use on devices with cascade cooling.

Heat transfer liquid based on silicone oil. Ideal for applications in baths and open temperature control circuits.Colourless heat transfer liquid enables visual control during temperingChemically inert and environmentally friendly synthetic silicone oilNon-corrosiveConforms with REACH and RoHsNot suitable for use with silicone tubing.

Heat transfer liquid based on mineral oil. Ideal for applications in open and closed temperature control circuits.Temperature range for open systems: 30 to 200 °CTemperature range for closed systems: 30 to 350 °CNot suitable for use with EPDM tubing.

Stabilising agent for water baths, thermostats etc.Should be prepared with distilled water if possible.Attention: Toxic to aquatic organisms with long-term effects. Avoid release into the environment.

The ProfiNet interface is a protocol converter from ProfiNet to RS232. Application interfaces RS232, 422, and 485. Bus interface ProfiNet 2Port. Mounting on DIN top-hat rail.

Temperature hoses with special single insulation and two M16 x 1 connections. The ends are covered with silicone caps for protection. Max. pressure 6 bar (at 20 °C), 4.6 bar (at 200 °C).

DURAN®. For heating and cooling liquids. Thermostatting liquid is circulating between the double walls of the beaker jacket. With glass-screw connections GL14 with PTFE olives (O.D. 9mm, T-GL2000 with GL18 and O.D. 11mm) for thermostat hoses. Coolant ram pressure: 0.5bar at maximum, operating temperature: +120°C at maximum. Special sizes available on request.

Huber thermal fluids are recommended because they have the best possible thermodynamic and environmental characteristics. Safe reliable operation relies on compliance with safety standards to ensure optimal results.

Further thread adapters available on request

Long-term tested for safe and reliable operation.Low toxicityLow viscosityHigh stabilityAlmost odor-freeGood thermal conductivityLow corrosion susceptibilityWide temperature ranges

Stabilising concentrate with blue indicator for water circulation systems, such as water baths or circulators. Prevents the growth of algae, bacteria and mould. Also suitable for closed temperature control systems.Prevents odour formationNo foam formation100 % water soluble

Protective agent for the prevention and control of algae formation in bath thermostatsRecommended dosage: 5 mL / 10 litres of water2 % poly(dimethylimino)-2-hydroxy-1,3-propanediyl chlorideUse biocidal products with care. Always read the label and product information before use.

For external thermoregulation applications, standard cable length 1.5 m