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Integral XT process thermostats
Lauda

Integral XT

Process thermostats for professional temperature control in demanding applications
Minimum working temperature: -90 °C
Maximum working temperature: 320 °C
Flow principle with cold oil blanket
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Integral XT

Process thermostats

High-performance process thermostats for temperature control from -90 to 320 °C

The LAUDA Integral XT process thermostats are designed for professional temperature control in demanding applications. With a temperature range from -90 to 320 °C and power ratings from 1.5 to 25 kW, the systems provide high-performance temperature control for dynamic processes.

The Integral XT series operates according to the flow principle and uses a cold oil blanket, allowing temperature control media to be used over an extended temperature range. This design makes the thermostats suitable for dynamic temperature control tasks requiring wide operating conditions.

Dynamic temperature control with optimized flow rates

The electronically controlled, magnetically coupled pump allows the flow rate to be adjusted according to application requirements.

The pump can be optimized for:

  • Pressure-sensitive consumers
  • Applications with high hydraulic resistance

An eight-stage Vario pump provides preventive protection for pressure-sensitive consumers while maintaining performance even at very high pressure drops and low flow rates.

Fast heating and cooling performance

The Integral XT process thermostats are designed for rapid temperature changes, providing fast heating and cooling cycles.

Additional benefits include:

  • Extended temperature range
  • Longer service life of temperature control media
  • Reliable performance under demanding hydraulic conditions

Flexible integration and digital monitoring

The Integral XT features a modular interface concept designed for flexible integration into user processes. The systems are prepared for use with LAUDA.LIVE, a digital solution for remote maintenance and monitoring. This enables additional safety and reliability through digital process supervision.

User-friendly operation

The Integral XT process thermostats can be operated directly through a modern TFT display on the device. Alternatively, an optional operating unit with touch display and extended functions is available.

Industries and typical applications

Aerospace: cyclic temperature simulation for functional and material testing under extreme conditions.

  • Simulation of space conditions
  • Life cycle testing of components and materials
  • Functional testing of electronic units

Automotive: simulation of extreme temperature ranges for component and material qualification.

  • Accelerated life testing of batteries and electronics
  • End-of-line testing in e-mobility
  • Electric motor test benches
  • Fuel cell endurance testing

Chemical and pharmaceutical: precise temperature control from laboratory-scale development through to serial production.

  • Microreaction synthesis control
  • Dynamic temperature control of batch reactions
  • Cryogenic processing of organometallic couplings

Biotechnology: reliable temperature control within narrow windows to prevent product denaturing or freeze damage.

  • Single-use bioreactor temperature control
  • Quenching of reaction processes
  • Scale-up process control
  • Temperature control of buffer and nutrient solutions

Available models:

Integral IN 4 XTW Integral IN 8 XTW Integral IN 950 XTW Integral IN 280 XTW Integral IN 280 XT Integral IN 950 XTW Integral IN 550 XT Integral IN 750 XT Integral IN 590 XTW Integral IN 1590 XTW Integral IN 1850 XTW Integral IN 250 XTW Integral IN 550 XTW Integral IN 150 XT
Working temperature min.
 25 °C 25 °C -50 °C -80 °C -80 °C -50 °C -50 °C -45 °C -90 °C -90 °C -50 °C -45 °C -50 °C -45 °C
Working temperature max.
 320 °C 320 °C 220 °C 220 °C 220 °C 220 °C 220 °C 220 °C 220 °C 220 °C 220 °C 220 °C 220 °C 220 °C
Filling volume min.
 3.3 L. 3.6 L. 4.8 L. 4.8 L. 4.8 L. 4.8 L. 4.8 L. 4.8 L. 8 L. 10 L. 8 L. 2.5 L. 4.8 L. 2.5 L.
Filling volume max.
 9.5 L. 9.8 L. 17.2 L. 17.2 L. 17.2 L. 17.2 L. 17.2 L. 17.2 L. 28.6 L. 30.6 L. 28.6 L. 8.7 L. 17.2 L. 8.7 L.
Heater power max.
 3.5 kW. 8 kW. 8 kW. 4 kW. 4 kW. 8 kW. 8 kW. 8 kW. 8 kW. 12 kW. 16 kW. 3.5 kW. 8 kW. 3.5 kW.
Cooling output at 20 °C
 2 kW. 2 kW. 9.5 kW. 1.7 kW. 1.6 kW. 9.5 kW. 5 kW. 7 kW. 4.5 kW. 18.5 kW. 20 kW. 2.1 kW. 5.8 kW. 1.5 kW.
Temperature stability
 0.1 ± K. 0.1 ± K. 0.05 ± K. 0.05 ± K. 0.05 ± K. 0.05 ± K. 0.05 ± K. 0.05 ± K. 0 ± K. 0.05 ± K. 0.05 ± K. 0.05 ± K. 0.05 ± K. 0.05 ± K.
Pump pressure max. 50 Hz.
 3.1 bar. 3.1 bar. 3.1 bar. 3.1 bar. 3.1 bar. 3.1 bar. 3.1 bar. 3.1 bar. 3.1 bar. 3.1 bar. 6 bar. 3.1 bar. 3.1 bar. 3.1 bar.
Flow rate max. (pressure) 50 Hz.
 60 L/min. 60 L/min. 65 L/min. 65 L/min. 65 L/min. 65 L/min. 65 L/min. 65 L/min. 65 L/min. 65 L/min. 120 L/min. 65 L/min. 65 L/min. 65 L/min.
Interfaces integrated.
 Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B). Ethernet, USB (Type A, B).

 

Questions about your application?

Our Xperts are happy to answer your questions and provide additional information about this instrument and its applications.

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Frequently asked questions

LAUDA Integral XT process thermostats are high‑performance temperature control systems designed for professional laboratory and industrial applications. They cover an exceptionally wide temperature range from −90 °C to 320 °C, combining precise control, high heating and cooling performance, and advanced digital connectivity.
The Integral XT series operates from −90 °C to 320 °C with a temperature stability of ±0.05 K, making it suitable for applications requiring extremely precise thermal control across cryogenic and high‑temperature ranges.
The Integral XT uses a flow‑principle design with a cold oil blanket, which extends the usable temperature range of heat transfer liquids. This enables faster heating and cooling cycles, improved temperature dynamics, and a longer service life of the heat transfer medium.
An electronically controlled, magnetically coupled eight‑stage Vario pump allows precise flow adjustment for both pressure‑sensitive consumers and systems with high hydraulic resistance. Compared to previous models, the flow rate is up to 44 % higher, supporting efficient heat transfer in complex setups.
The Integral XT delivers heating output of up to 24 kW and cooling capacity of up to 28 kW, providing sufficient power for dynamic and energy‑intensive temperature control processes.
SmartCool is an electronically controlled refrigeration system that automatically adapts cooling capacity to actual demand. This ensures energy‑efficient operation, stable temperature control, and flexible adjustment for specific application requirements.
The built‑in bypass allows pressure relief and flow optimization directly within the unit. This enables easy adaptation to different applications without additional external accessories, improving system flexibility and safety.
Typical industries include aerospace (temperature cycling and simulation of space conditions), automotive (battery, electronics, fuel cell, and e-mobility testing), chemical & pharmaceutical (reaction control from R&D to production), biotechnology (temperature-critical bioprocesses and scale-up applications).

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Brochure Integral XT Process thermostats
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