PRO heating bath thermostats

30...250 °C

The PRO heating bath thermostats P 10, P 20 and P 30 work up to a maximum temperature of 250 °C. The thermostats, having volumes of 10, 20 and 30 liters, are optimized for internal bath applications and offer excellent temperature stability. The removable operating unit, including mount, allows considerable reduction in the height of device.

Your advantages at a glance

Your advantages at a glance

The PRO thermostats advantages Your benefits
PRO heating bath thermostats
  • Operating unit rotates 360° and can be removed
  • 360° access to the bath
  • Spatial separation of operating unit and bath
  • Low equipment height
  • Remote control unit
PRO heating bath thermostats
  • Low filling volume combined with a powerful Varioflex pump
  • Rapid temperature change
  • Low operating costs and material deployment
PRO heating bath thermostats
  • Low minimum filling height
  • Optimized bath circulation
  • Full bath functionality
  • A wide level range allows the use of variable probes
  • Very high temperature stability and homogeneity
PRO heating bath thermostats
  • USB, Ethernet and Pt100 interface equipped as standard while other interface modules are available
  • Robust control system via local network
  • Flexible actuation possibilities
PRO heating bath thermostats
  • Hybrid cooling for the refrigeration circuit allows for cooling with both ambient air and supplementary cooling water
  • All devices are available with natural refrigerants
  • Reduction of waste heat to the ambient, flexible deployment to suit environmental conditions
  • Environment-friendly, low global warming potential (GWP)

PRO heating bath thermostats

Technical Data
Product Name LAUDA PRO P 10 LAUDA PRO P 10 C LAUDA PRO P 20 C
Working temperature min. °C 40 40 35
Working temperature max. °C 250 250 250
Interface(s) Ethernet, USB (Type B) Ethernet, USB (Type B) Ethernet, USB (Type B)
Temperature stability ±K 0.01 0.01 0.01
Bath volume max. L 10 10 20
Bath depth mm 200 200 200
Heater power kW 3.60 3.60 3.60