LAUDA Integral Thermostat Range

Ideal for use with the Asynt ReactoMate range of lab reactors, the LAUDA Integral Thermostat Range offer maximum connectivity, performance and dynamics.

With an integrated bypass for greater flexibility and easy operation, the Integral line are the ideal process thermostats for numerous scenarios. Whether in the aerospace or automotive industries, in the chemical or pharmaceutical industry or in biotechnology, the three Integral variants (T, XT and P) are reliable, trusty companions.

Asynt – LAUDA Integral range overview v1.0 (1.18 MB)

Integral P Process thermostats

Professional temperature control for realistic test processes with the pressure-superimposed Integral P process thermostats

Cooling output from 20 kW to 25 kW
Heating output from 16 kW to 24 kW
-40 to 140 °C
Fast cooling and heating cycles
Expanded temperature range for water/glycol applications
Demand-based flow rates in the application
Optimal performance of the Integral P even at extremely high pressure drops with low flow rates

Integral T Process thermostats

The new generation of Integral T process thermostats for professional external temperature control.

Cooling output from 1.4 kW to 19 kW
Heating output from 2.2 kW to 16 kW
-30 to 150 °C
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

Integral XT Process thermostats

The new generation of successful Integral XT process thermostats for professional temperature control.

Cooling output from 1.5 kW to 25 kW
Heating output from 2.8 kW to 24 kW
-90 to 320 °C
Fast cooling and heating cycles
Larger temperature range and longer service life of the temperature control media
Preventive protection for pressure-sensitive consumers provided by an eight-stage Vario pump
Optimal performance of the XT even at extremely high pressure drops with low flow rates