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TA Instruments Q600

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Q600

The Q600 provides a true simultaneous measurement of weight change (TGA) and true differential heat flow (DSC) on the same sample from ambient to 1,500 °C. It features a field-proven horizontal dual beam design with automatic beam growth compensation, and the ability to analyze two TGA samples simultaneously. DSC heat flow data is dynamically normalized using the instantaneous sample weight at any given temperature.
Q600
Attributes
Additional Specifications System Design: Horizontal Balance & Furnace
Balance Design: Dual Beam (growth compensated)
Sample Capacity: 200 mg (350 mg including sample holder)
Balance Sensitivity: 0.1 Μg
Furnace Type: Bifilar Wound
Temperature Range: Ambient to 1500 °C
Heating Rate – Ambient to 1000 °C: 0.1 to 100 °C/min
Heating Rate – Ambient to 1500 °C: 0.1 to 25 °C/min
Furnace Cooling:
Forced Air (1500 to 50 °C in < 30 min,
1000 °C in 50 °C in < 20 min)
Thermocouples: Platinum/Platinum-Rhodium (Type R)
Temperature Calibration: Curie Point or Metal Standards (1 to 5 Points)
DTA Sensitivity: 0.001 °C
Calorimetric Accuracy/Precision: ± 2% (based on metal standards)
Mass Flow Controller with Automatic Gas Switching: Included
Vacuum: to 7 Pa (0.05 torr)
Reactive Gas Capability: Included – separate gas tube
Dual Sample TGA: Included
Auto-Stepwise TGA: Included

Sample Pans
Platinum: 40 ΜL, 110 Μl
Alumina: 40 ΜL, 90 ΜL

Features

Thermobalance
  • Accurate and reliable horizontal dual-balance
  • Supports both DSC and TGA measurements
  • Weight signal is the differential between the sample and reference beams
  • Less drift compared to single-beam designs
  • Independent TGA measurements on two samples simultaneously

Temp Control & Measurements
  • Platinum/Platinum-Rhodium thermocouple pair
  • Direct sample reference and differential temperature from ambient to 1500°C
  • Superior ΔT accuracy compared to single-beam designs
  • True differential heat flow signal
  • Superior baseline performance

Furnace
  • Rugged, bifilar-wound, horizontal furnace
  • Accurate and precise heating rate ramps and isothermal operation
  • Smooth automatic furnace opening/closing
  • Easy sample loading
  • Rapid post-experiment furnace cool-down

Purge Gas System
  • Field-proven, horizontal purge gas system
  • Dual digital mass flow controllers and gas switching capability
  • Inconel® reactive gas inlet
  • Easily interfaced to a MS or FTIR
  • Better baselines with minimum buoyancy effects

Photos

  • Q600 Front
  • Q600 Rear
Q600 Front

Q600 Front

Manuals and Resources

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Questions and Answers

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Power supply furnace impedance error

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TA Q600 SDT PROBLEM

sir our ta q600 sdt has a problem.when we sample run instroment show the massage temperature limit exceeded and run terminated.sir how we remove this problem. 

Negative Heat Flow DSC

why the heat flow values are negative for all my curves (different heat rate and particle size)obtained by this instrument, can anyone help me how to correct or subtract the baseline, thanks at advance

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