2019 year 6 moon 27 day – Manufacturer of temperature control instruments and equipmentLAUDAContinuously expanding its extensive product portfolio. With its forward-looking research and development capabilitiesLAUDA IntegralThe equipment line, this company has now demonstrated another milestone in its professional temperature control field. from 2000 Starting from the beginning of the year, powerful functionsIntegralThe process thermostat is alreadyLAUDAA fixed component of a product portfolio and a reliable solution for various applications and industries. The important application areas of thermostats mainly include reactor temperature control in the chemical and pharmaceutical industries, temperature testing on test benches in the automotive industry, or spatial simulation in mechanical and electrical engineering. The company is currently continuously advancing the research and development of process thermostats, andTSeries andXTThe series models have entered the digital age. new generationIntegralThe process thermostat therefore has many new features, including a new and intuitive control scheme through mobile terminal devices, improved pump performance, or modular and scalable interface design.

LAUDA Integral TandXT：20 Over the years, remarkable achievements have been made

new-typeLAUDA Integral TThe process thermostat ensures that -30 to 150°CThe external temperature control process achieved within the temperature range. Through appropriate heating and cooling power and smaller internal capacity, the new modelLAUDA Integral TProcess thermostats can achieve rapid temperature changes. Through an open hydraulic system, these devices can achieve rapid ventilation without limiting their functionality. Therefore, it is an ideal choice for controlling the temperature process when frequently changing electrical appliances or samples. Among them, reaction control or climate simulation are classic application fields.Integral TThe standard equipment includes a reliable and powerful submersible pump and an internal bypass for pressure limiting.

In contrast, extremely dynamic and powerfulLAUDA Integral XTThe process thermostat operates based on the flow principle covered by cold oil and can use a single temperature control medium to control the temperature -90 to 320°CUse within this larger temperature range. Eight levels through electronic regulation and magnetic couplingLAUDA VarioPumps can thermally couple volumetric flow to pressure-sensitive electrical appliances and applications with high hydraulic resistance. In addition, asXTThe internal bypass with new features as standard in the model also enhances flexibility. When there is only a small external volume flow rate, it can increase the internal volume flow rate of the device and optimize the temperature control process accordingly.

LAUDAFor the new modelIntegral XTThe model provides optional flow control units, which are particularly necessary for creating reproducible testing processes. The application in the testing process of electric vehicles is a good example. To achieve high levels of quality in production, validated testing methods rely on defined volumetric flow rates that must be followed. new-typeIntegralThe optimized hydraulic system and speed regulation device in the equipment also significantly improve the conveying efficiency of the thermostat. Operate with future oriented refrigerants – These process thermostats comply with European fluorinated gas regulations – new modelIntegralThe device provides fast temperature control as always while maintaining high operational safety.LAUDA Integral XTThe equipment has been tested for a long timeSmart Cool SystemNow also used for new modelsIntegral TIn the model. At the same time, electronic injection valves control the cooling power of the equipment as needed to ensure higher energy efficiency.

IntegralProcess thermostat – Preparing for the Digital Future

LAUDAThrough the new modelIntegralEquipment promotes the networking of temperature control technology. asLAUDAA standard device for the calendar, the process thermostat has an integrated network server. Therefore, these devices can be integrated into existing enterprise networks, enabling them toPCMonitoring and control can also be carried out using mobile devices such as tablets or smartphones as needed. If necessary, the installation location and operation can be separated from each other. This enables cross site monitoring or control. Furthermore, it can still be achieved through modern meansOLEDThe display screen allows for easy operation of the thermostat directly on the device.

The new interface design provides flexibility

new-typeIntegralThe process thermostat ensures the large-scale networking of user processes through modular and future oriented interface design. These devices come standard with EthernetUSBorPt 100Waiting for the interface. Other interfaces and communication protocols can be easily added through modules. Therefore,IntegralThermostats can be flexibly integrated into various communication scenarios. In addition,LAUDA IntegralAll three-phase AC equipment in the product line is designed for use 50 or60 HzPower frequency (dual band) operation-For users who want to flexibly use their devices around the world, this is a huge advantage.

Modular design structure provides simpler services

LAUDA IntegralThe device types are divided into three different housing sizes, with a cooling power of 1.5 to18 kWDon't wait. Even for small casing sizes, the control unit is installed at the top of the device in a highly ergonomic manner. For medium and large-sized casings, it is installed at eyebrow height on the right side. All electrical and hydraulic interfaces of the equipment are located on the right side. This makes it easier to operate and view these interfaces. Touch with instructions(Command Touch)，LAUDAIt also provides an intuitive control unit with a touch screen display and more functions, which can be connected to the device as an accessory through cables.

new generationLAUDA Integral

For decades,IntegralThe series of process thermostats have proven themselves in the market. The development of the next generation product fully utilizes the proven advantages of this series and adds many future oriented components. Hence,LAUDAWe can provide temperature control equipment for our customers to meet the requirements of today's refrigeration technology and ensure smooth transitions with high process reliability.

InIntegralAn important aspect of the new development process for the series is the European Fluorinated Gas Regulation. This regulation ensures that 2030 Gradually limit the quantity of available hydrofluorocarbons in the market. There has been a significant increase in demand for future oriented temperature control equipment that complies with fluorinated gas regulations. We have integrated many ideas and professional knowledge into the research and development of refrigeration technologyLAUDADirector of Research and DevelopmentJurgen DirscherlThe doctor said that simply replacing the refrigerant can limit performance data, putting the customer's process at risk.LAUDAThe goal of the experts is to develop a technology that can smoothly replace the existing old styleIntegralThe new generation of equipment. From thisDirscherlThe doctor said, 'We can ensure the reliability of our clients' processes.'.IntegralMany mature features and technical solutions of the series have been retained.

Through the new generationIntegral，LAUDAThe research and development of new technologies for the tested equipment series has been put on the track, and the R&D supervisor emphasized it. newLAUDADesign is clearly a prominent feature of new devices, but at the same time, people can also discover many new things. For example, the new design can achieve better contact with components without disconnecting the hydraulic circuit from the application, simplifying services. The location of interfaces, improved communication schemes and process control systems, integrated network servers or the use of pumps with larger power ranges, especially significantly increased flow rates, etc., are all using the new generationIntegralThe sufficient reasonsDirscherlSay so.

LAUDA IntegralApplication examples of process thermostats

LAUDA IntegralProcess thermostats can reliably heat and cool in various industries and applications. Therefore, these devices are used in various applications, such as temperature control of stirred pressure cookers, temperature control of reactors in chemistry, pharmaceuticals or biotechnology, temperature testing of test benches in the automotive industry, for climate simulation, performance or material testing. Even in material testing,IntegralProcess thermostats are also ideal partners. In microreactor technology, these devices are used for temperature control during the amplification process. In mechanical engineering and electrical engineering,LAUDA IntegralProcess thermostats are also a fundamental component of space simulation.

AboutLAUDA

We areLAUDA——Manufacturers in the field of temperature control. Our temperature control equipment and heating/The cooling system is the core of many applications. As a service provider, we ensure temperature control in research, production, and quality control. We are a trustworthy partner, especially in the automotive and chemical industries/Pharmaceuticals, semiconductors, and laboratories/Medical technology industry.60 For many years, we have been providing professional consulting and innovative environmental design solutions in a fresh and innovative manner every day to meet the needs of our clients.

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LAUDA IntegralProcess thermostats can be used in -90 to 320°CReliable heating and cooling within the temperature range. With their highly dynamic temperature control, high connectivity, and excellent pump performance, these devices can be used for various applications.

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Modular interface design allows users toIntegralThe equipment was successfully integrated into their process. The integrated network server allows forPCOr control the thermostat through mobile terminal devices.

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LAUDA IntegralProcess thermostats are widely used in various application fields, such as temperature control of glass reactors in chemical, pharmaceutical, or biotechnology fields.