Temperature Control Modules for the HAAKE™ MARS Rheometer

Benefits of the temperature modules at a glance:

• Plug-and-play modules with new compact design
• Automatic temperature module recognition
• Easy installation in seconds without tools or adjustment
• Standardized connections including quick connects for cooling media and electronics for all modules
• Very low thermal mass for fast control response time
• Integrated base so that the dismounted unit can be parked on the lab bench, for example

Peltier Plate

• For fast temperature changes up to 60 K / min; temperature range: -60°C up to 200°C
• Easy exchange of lower plates due to new quick bayonet mounting ring
• Fast heat transfer and very good temperature homogeneity due to low thermal masses

Electrical Plate

• For measurements in a wide temperature range: -40°C† up to 400°C
• Easy exchange of lower plates due to new quick bayonet mounting ring
• In combination with the TM-EL-H active cone heater system a closed chamber with a 360° viewing window is created

Liquid Plate

• For very precise, constant temperature control; temperature range: -40°C† up to 200°C†
• Easy exchange of lower plates due to new quick bajonet mounting ring
• Most reasonably priced unit when using an existing circulator

Peltier Cylinder

• For fast temperature changes up to 60 K / min; temperature range: -40°† up to 200°C
• Easy exchange of cups due to new, quick bayonet mounting ring
• Smaller cups and rotors optimized for fast temperature changes
• Can also be used for cone and plate geometries by means of a lower plate adapter
• Switching between a cylinder geometry and a plate or cone geometry is a matter of seconds

Electrical Cylinder

• For very fast temperature changes; temperature range: -20°† up to 200°C (300°C using suitable geometries, e.g. for pressure cell)
• For cylinder geometries or application-focused measuring cells such as pressure cells
• Powerful, with two heating circuits

Liquid Cylinder

• For very precise, constant temperature control; temperature range: -20°C† up to 180° C†
• Larger cups and rotors for low viscosity measurements
• Most reasonably priced unit when using an existing circulator

†Depending on the cooling medium and circulator