Integral T Process thermostats
The new generation of Integral T process thermostats for professional external temperature control from -30 to 150 °C

Process thermostats for the effective monitoring of external temperature control processes in temperatures ranging from -30 to 150°C.

LAUDA Integral T process thermostats are optimally suited to the effective monitoring of external temperature control processes in temperatures ranging from -30 to 150°C. These devices enable rapid temperature changes thanks to tailored heating and cooling output with small internal volumes.

Thanks to the open hydraulic system, the device aerates quickly and without loss of function. This makes it ideal for temperature control processes with frequent changes in consumer or test object. A reliable, powerful submersible pump and an internal bypass to limit the pressure are

part of the Integral T's standard equipment. The modular interface concept is now also implemented in the Integral T and ensures maximum networking of user processes.

Overview

Benefits and added value

  • Quick aeration and outgassing, as well as high output and working pressures
  • Preventive protection for pressure-sensitive consumers
  • Heating and cooling functions work independently of the flow rate for the application. The flow can be interrupted, e.g. when changing consumers
  • Remote monitoring and maintenance via LAUDA.LIVE

Working range

With the modular interface concept, you can integrate the new Integral process thermostats into your processes with maximum flexibility. The devices are equipped as standard with interfaces such as Ethernet, USB or Pt 100. Additional interfaces and communication protocols can be easily added via modules.

Min. working temperature

Min. working temperature

-30 °C

Max. working temperature

Max. working temperature

120 °C

Temperature stability

Temperature stability

0.05 ± K

Product lines

Select up to 4 technical parameters that you want to display in the table

ProductMin. working tempMax. working tempHeater power max.Cooling output at 20 °C 50 HzCompare product
Integral IN 130 T -30 °C 120 °C 2.7 kW 1.4 kW Details
Integral IN 230 T -30 °C 120 °C 2.7 kW 2.2 kW Details
Integral IN 230 TW -30 °C 120 °C 2.7 kW 2.3 kW Details
Integral IN 530 T -30 °C 120 °C 8 kW 5 kW Details
Integral IN 530 TW -30 °C 120 °C 8 kW 6 kW Details
Integral IN 1030 T -30 °C 150 °C 8 kW 11 kW Details
Integral IN 1330 TW -30 °C 150 °C 16 kW 13 kW Details
Integral IN 1830 TW -30 °C 150 °C 16 kW 19 kW Details

Characteristics

Downloads - general product data

Please select which documents you would like to see in which language:

Available documents
Available languages
DeviceDevice categoryDocument typeLanguageFormatFile size
Chapter Circulation and process thermostats
Overall brochure
Process thermostats Brochure
English
PDF 4,84 MB Download document Download document
Integral T New Generation Process thermostats Operating instruction
English
PDF 7,14 MB Download document Download document
Integral T New Generation Process thermostats Brochure
English
PDF 2,22 MB Download document Download document
LAUDA Command App Process thermostats Software
English
EXE 65,34 MB Download document Download document
Operating unit Command Touch Accessories Operating instruction
English
PDF 1,75 MB Download document Download document

Accessories

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Heating thermostats

Heating thermostats

  • Various performance classes from entry-level to high-end
  • Temperature range 20 °C to 300 °C
  • Temperature stability ± 0.01 K
  • Bath sizes from 2.5 L to 40 L, bath vessels of stainless steel (insulated)
  • Various interface modules
To Heating thermostats
Cooling thermostats

Cooling thermostats

  • Various performance classes from entry-level to high-end
  • Temperature range -100 °C to 200 °C
  • Simply sustainable - can be used with natural refrigerants
  • Bath sizes from 3.3 L to 44 L, bath vessels of stainless steel (insulated)
  • Various interface modules
To Cooling thermostats
Circulation and process thermostats

Circulation and process thermostats

  • Temperature control thanks to refrigerants or Peltier technology
  • Devices with open bath systems and with pressure overlays
  • Compact design
  • Temperature range -90 °C to 320 °C
  • Cooling output 0.06 to 25 kW
To Circulation and process thermostats
Calibration thermostats

Calibration thermostats

  • Temperature range -25 °C to 200 °C
  • Constant immersion depth thanks to a calibration chamber with overflow principle
  • Various sizes, bath openings and usable depths available
  • Extensive range of accessories
  • Better heat transfer as compared to heating cabinets and metal block thermostats
To Calibration thermostats
Immersion and bridge thermostats

Immersion and bridge thermostats

  • Temperature control for any bath vessels, heating output up to 3.5 kW
  • Telescoping rod for baths from 310 to 550 mm width
  • With various pump models: Pressure-suction pump or high-performance pressure pumps
  • For different bath depths up to 320 mm
  • Selectable control head depending on the required functional scope
To Immersion and bridge thermostats

Applications and industry examples for LAUDA thermostats

Biotechnology

Biotechnology

Temperature control is essential when it comes to the quality of research and production results.

To the application example
Automotive industry

Automotive industry

Test and inspection benches and material tests are typical automotive areas where temperature control is required.

To the application example
Hydrogen

Hydrogen

Precise temperature control is required along the entire value creation chain for hydrogen.

To the application example

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