Convection Temperature Device CTD 600 www.anton-paar.com Convection Temperature Device - CTD 600 Gas Convection heating and cooling 2 Typical working range: With LN2: ambient – 600°C -150°C – 600°C Advantages: - Large temperature range - Fast heating and cooling - Enough working space for special accessories like solid torsion bar fixture etc. Disadvantages: - LN2 needed for below ambient temperatures Convection Temperature Device - CTD 600 Gas convection and radiation heating and cooling 3 -150°C – 600°C Symmetrical design Extremely small temperature gradients Controller temperature equals sample temperature No temperature overshoots Easy sample access DMTA with solid torsion bar fixture etc. Convection Temperature Device- CTD 600 Solid torsion bar fixture (SRF) UXF 4 SER 2 Convection Temperature Device- CTD 600 Temperature Standard: Low temperature option: Temperature sensor: ambient to 600°C -150°C to 300°C (600°C) Pt100 Class B Supply pressure Gas: Liquid nitrogen: max. 5bar up to 1.2 bar (0.8 to 1.0 recommended) Consumption rate Gas heating: Air shaft cooling: Liquid nitrogen: 5 1.5 Nm³/h up to 400°C 0.9 Nm³/h from 400 to 500°C 0.5 Nm³/h from 500 to 600°C 1.2 Nm³/h 2-5 L/h Convection Temperature Device - CTD 600 Chamber cooling with liquid or air Gas or cooled Nitrogen gas Heater The Sample is heated by convection and radiation Pt100 (Heater) 6 Pt100 (Heater) Pt100 (Sample) Convection Temperature Device- CTD 600 Heater Actual Temp. Set value Power Ready Set value Heater 7 Actual Temp. Set value Set value Actual Temp. Controlled Power EVU10 Convection Temperature Device - CTD 600 Schematic diagram P 3 1 2 7 -150.0 P 3 5 6 TC30 Temperature Controll Unit 1 25.0°C 4 8 1....GAS 2....LSVE 3....Precision pressure controller 4....Dewar 8 5....EVU10 6....CTD600 7....TC30 8....water bath or air cooling Convection Temperature Device - CTD 600 Lower measuring plates 3 4 2 5 1 1....Holder for lower plates 2....lower measuring plate 8mm 3....lower measuring plate 25mm 4....lower measuring plate 50mm 5....lower measuring plate with groove 9 Convection Temperature Device - CTD 600 Lower disposable systems 4 6 3 2 2 5 1 10 1....Holder for lower plates 2....Fixture for disposable plates 3....Disposable lower measuring plate 50 mm 4....Disposable lower measuring plate25 mm 5....Fixture for disposable dishes 6....Disposable dishes Convection Temperature Device - CTD 600 UV-Option for Photo DMTA Based on the CTD 600 Temperatures up to 200°C Measuring plate up to 25 mm diameter recommended 11 Convection Temperature Device - CTD 600 UV accessory CTD 600 – lower part for Photo DMTA Glass plate diameter: 40 mm height: 4 mm Coupling ring with O-ring Light guide diameter 3 mm 12 Light guide diameter 3 mm Convection Temperature Device - CTD 600 Features and Benefits The CTD 600 has mayor advantage: • Extremely small temperature gradients • No temperature overshoots • PT100 signal reflects true sample temperature • No icing at low temperatures • Compact, robust design • Automatic adjustment of LN2 consumption as evaporation unit actively controls continuous flow of liquid nitrogen • Easy to open, good sample access • Sample observation during measurement • Temperature-isolated jacket (hand-warm for safe use) • Actively cooled jacket according to EN61010-1:2001 • Modular configuration (DMTA torsion/tension, Photo DMTA/UV, reaction kinetics, SER extensional viscosity, disposable plates, etc. 13 Convection Temperature Device - CTD 600 Temperature Calibration - Software supported Automatic Temperature Calibration with Certified Temperature Sensor 2 Sensors available for different temperature ranges Working range: -40°C - 200°C Calibration Temperatures: 10°C and 70°C Measurement Uncertainty: 100mK Working range: -150°C – 650°C Calibration Temperatures: Eight temperatures between -40°C and 500°C Measurement Uncertainty: < 200°C: 100mK; > 200°C 200mK 14