LAUDA Heating and cooling systems
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HEATING AND COOLING SYSTEMS FROM − 150 TO 550 

THE COMPLETE SPECTRUM OF PERFECT TEMPERATURE CONTROL In accordance with the principle of ‘Modular Engineering’, LAUDA plans and     uilds process cooling units, heat transfer units and secondary circuit units   b   recisely in accordance with the customer’s wishes: process-oriented, precisely   p  n accordance with the regulations, and with compliance with the strictest of i safety standards. LAUDA installations heat and cool within the temperature     ange of − 150 to 550 °C, with an accuracy of up to one tenth of a degree r Celsius. In order to meet the constantly growing requirements of...

LAUDA Worldwide LAUDA Technology Ltd. Tinwell Business Park • Steadfold Lane • Tinwell Stamford PE9 3UN • Großbritannien T +44 (0)1780 243 118 • info@lauda-technology.co.uk LAUDA DR. R. WOBSER GMBH & CO. KG Pfarrstraße 41/43 • 97922 Lauda-Königshofen Deutschland • T +49 (0)9343 503-0 • info@lauda.de LAUDA-Noah, LP Malaja Pirogowskaja Str. 5 • 119435 Moscow LAUDA Production China Co., Ltd. Room A , 2nd floor, Building 6 • No. 201 MinYi Road Song Jiang District • 201612 Shanghai • China LAUDA-Brinkmann, LP 1819 Underwood Boulevard •Delran, NJ 08075 • USA 308 Digital Drive • Morgan Hill, CA...

TAILOR-MADE HEATING, COOLING AND FREEZING   ROM − 150 TO 550 °C F Expert advice – right from the start At LAUDA we know that the right temperature is crucial to the quality of the end product. Right from the start, you can rely on highly competent specialists and individual advice. Common element – modular engineering Exact project planning and modular engineering   are the key to your tailor-made system. In close consultation with you, we design and develop exactly the solution you need. Tailor-made systems – highest quality standards The best planning is useless if the implementation is  ...

LAUDA  Areas of application by industry PHARMACEUTICAL INDUSTRY AUTOMOTIVE INDUSTRY In the automotive sector, temperature control is mainly found  in test and inspection rigs and material tests. All automobile components are exposed to particularly high temperature   luctuations. This is why component testing on special test   f  benches is so essential. The replication of environmental conditions such as high or low temperatures is an important  part of material testing. Typical fields of application • Test and inspection rigs • Material tests Typical fields of application • Bioreactors •...

LAUDA HEATING AND COOLING SYSTEMS Planning components LAUDA UNIT TYPES Overview Common element – modular engineering Your tailor-made solution is created by combining proven components appropriate to the required application. Precise planning and exact project engineering of all  interfaces ensure that the setpoint and actual values match. Each individual LAUDA    planning component has been proven many times over and undergoes continuous further development. In this way, we can guarantee a high quality standard.   LAUDA heat transfer units always consist of the electric heater module and a...

Important factors for selecting the optimum temperature control system 1. The temperature range for the required application must be specified. Ideally, some details about the process and the equipment should already be available. The maximum and minimum heat transfer fluid temperatures are not only determined by the temperature profile of the actual process: Only with the corresponding performance record as well as the type and geometry of the equipment can the required temperature differences on the heat transfer surfaces be determined. These differences are required for energy transfer -...

LAUDA MODULES General information Technical refinements and innovations Technical refinements and innovations are standard at LAUDA, as well as economical and customer-specific solutions with sophisticated project engineering and a comprehensive, modular and adaptable range of heating and cooling systems. As modern manufacturing processes require ever wider temperature ranges, systems today are operated as far as possible with only one heat transfer fluid – as it were, with no switch-over. Precise coordination of equipment, process and temperature control system minimizes process times and...

LAUDA MODULES Overview BASIC MODULES AIR-COOLED REFRIGERATION MODULES External application The control result depends on the object to be controlled and is taken into account during the planning phase Controller Temperature control means avoiding fluctuations and controlling temperature processes. Single stage compressor Single stage refrigeration system with air-cooled condenser for generating temperatures from −35 to 20 °C. Three-way valve Where steady regulation is particularly required, the three-way valve is capable of mixing two flows exactly. Pump Pumps are responsible for...

LAUDA HEAT TRANSFER UNITS Application example ‘Thin film evaporator’ Temperature control of a thermal thin film evaporator Depending on the required outflow temperature, heat transfer units use either thermal oil, water or water/glycol as the heat transfer fluids. Electrically heated, they produce a temperature controlled flow of liquid. Heating and cooling systems in the heat transfer unit line always consist of the electric heater module and a maximum of one additional heat exchanger module (cooler). In this way, also in combination with a process cooling unit, a Heating and cooling...

LAUDA PROCESS COOLING UNITS Application example ‘Test benches’ Conditioning of test benches in the automotive industry LAUDA process cooling units, of the SUK series, consist of compressor, pump, expansion vessel, evaporator, volume flow controller and condenser. Depending on the lowest working temperature, single stage (down to −35 °C) or two stage compressors (down to −50 °C), are used. At very low temperatures down to − 100 °C, two cooling systems in cascade connection are used. The performance of the refrigerant condenser, cooled with cooling water or air, is controlled continuously and...