Highly Dynamic Temperature Control Systems
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Julnbn The Temperature control company Highly Dynamic Temperature Control Systems

HIGHLIGHTS - Ideal for highly precise, external temperature control tasks from -93 °C to +250 °C - Wide working temperature ranges using one thermal fluid - Rapid heating and cooling - Powerful circulation pumps, electronically adjustable in stages or by setting the pressure value The PRESTO principle Expansion vessel (1) Heat exchanger: Heating section (2) Refrigeration section (3) Flexible set up Space saving design JULABO PRESTO are the only highly dynamic temperature control systems with closed side panels without ventilation slits. Save space by placing PRESTO units directly next to...

TEMPERATURE CONTROL SYSTEMS SAFETY COMFORT - Side panels without ventilation slits - Important interfaces directly accessible from the front - Easy to transport - Hydraulically sealed to prevent unpleasant vapors and odors - Actively cooled expansion vessel compensates for temperature-induced volume changes in the heat exchanger - Simple and safe filling procedure - Hot or cold thermal bath fluid does not come into contact with oxygen - Three user levels with password protection PERFORMANCE - Rapid heating and cooling - Heating capacity up to 36 kW - Cooling capacity up to 33 kW - Wide...

P RESTO for extremely wide temperature ranges PRESTO is the perfect solution if you need to cover wide working temperature ranges. The PRESTO are designed to work in wide temperature ranges with one and the same thermal fluid. Forget about frequently changing the bath fluid and reduce your stock. Filling is made easy: The filling funnel can be easily accessed from the top of the PRESTO allowing safe and easy filling. PRESTO systems are closed The closed system design of the PRESTO prevents the hot or cold thermal fluid from getting in contact with ambient air. This lowers oxidation of the...

CONTROL SOLUTION PRESTO with maximum performance Providing strong cooling and heating capacities, the PRESTO systems cover a working temperature range of -93 °C to +250 °C. Highly efficient components compensate exothermic and endothermic reactions in no time (extremely fast). The smaller active heat exchange volume ensures faster heat-up and cool-down times. PRESTO pump capacity PRESTO units generate the desired pressure at any time – to protect your applications and investments. The pumps even dynamically compensate for viscosity changes in the heat transfer fluid (except A30). Permanent...

BEST CHOICE FOR EVERY Heating capacity / kW Cooling capacity / kW +20 °C 0 °C -20 °C -30 °C -40 °C -60 °C -80 °C PRESTOA30

PRESTO – small and powerful For working temperatures from -45 °C to +250 °C All the advantages of the PRESTO series for a working temperature range of -45 °C up to +250 °C. - Heating capacity up to 2.7 kW - Cooling capacity up to 1.33 kW - Temperature stability ±0.01 °C ... ±0.05 °C - Built-in 5.7’’ industrial color touchscreen - Ports for USB, Ethernet, RS232, Modbus - Alarm output - External Pt100 sensor connection - Analog connections, RS485, Profibus DP (accessory) - econd external Pt100 sensor connection for A40 S and W40 (accessory) Units with this symbol work with environmentally...

Order No. Working temperature range °C Temperature stability °C Cooling capacity kW -20 °C 0.2 Heating capacity kW 2.7 Pump capacity Flow rate / Pressure Process volume min liters Cooling type Order No. Working temperature range °C Temperature stability °C Cooling capacity kW single stage, air cooled W x L x H 25 x 59 x 62 Heating capacity kW Pump capacity Flow rate / Pressure Process volume min. liters Cooling type Dimensions cm single stage, air cooled W x L x H 33 x 75 x 67 Cooling capacity kW -20 °C 0.4 Heating capacity kW 2.7 Pump capacity Flow rate / Pressure Process volume min liters...

PRESTO A45/A45t Air-cooled top performance For working temperatures from -45 °C to +250°C Top PRESTO performance down to -45 °C, increased heating power with the A45t. - Heating capacity up to 12 kW - Cooling capacity up to 3.5 kW - Temperature stability ±0.05 °C ... ±0.1 °C - Built-in 5.7'' industrial color touchscreen - Ports for USB, Ethernet, RS232, Modbus - Alarm output - External Pt100 sensor connection - Analog connections, RS485, Profibus DP (accessory) - Second external Pt100 sensor connection (accessory) Order No. Working temperature range °C Temperature stability °C +200 °C +20...

PRESTO W50/W50t Water-cooled and powerful For working temperatures from -50 °C to +250°C W50 and W50t instruments are able to compensate reactions very fast. Maximum heating and cooling performance paired with powerful pumps. - Heating capacity up to 12 kW - Cooling capacity up to 7.5 kW - Temperature stability ±0.05 °C ... ±0.1 °C - Built-in 5.7'' industrial color touchscreen - Ports for USB, Ethernet, RS232, Modbus - Alarm output - External Pt100 sensor connection - Analog connections, RS485, Profibus DP (accessory) - Second external Pt100 sensor connection (accessory) ADJUSTABLE PUMPS...

PRESTO W55 Water-cooled and powerful For working temperatures from -55 °C to +250 °C The powerful W55 regulates temperatures with high precision and convinces with faster cool-down and heat-up times. It is ideal for use in large external applications such as reactor temperature control, material stress testing or temperature simulation. By using highly efficient components, the PRESTO W55 compensates for exothermic and endothermic reactions even faster. - Heating capacity up to 15 kW - Cooling capacity up to 15 kW - Temperature stability ± 0.05 ... ±0.1 °C - Built-in 5.7'' industrial color...

PRESTO W56 / W56x and W58x Water-cooled and powerful For working temperatures from -56 °C to +250 °C The water-cooled PRESTO W56, W56x and W58x can temperature control applications with high performance requirements very quickly and efficiently. Even at low temperatures they have large power reserves for challenging external applications. The magnetically coupled pump allows the user to optimally adjust pump capacity to suit the application, even over large distances and height differences, as well as for pressure-sensitive applications. Use of the latest thermodynamic technologies means...