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PerkinElmer DSC 6000 User Manual

PerkinElmer DSC 6000
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DSC 6000 Hardware . 57
Cooling
The DSC 6000 incorporates a built-in cooling chamber that lies below and is attached to the
furnace assembly. The chamber uses a simple in/out design which allows for the use of any
noncorrosive circulating liquid or cooling gas.
For cooling with liquids, many commercial circulating coolers are available that can be
interfaced to the DSC 6000. The Polyscience Chiller (P/N N5370220/N5370221, 120 V and
220 V, respectively) is the recommended cooling device for the range 20 °C to 445 °C. The
Intracooler (P/N N5374098/N5374099) is recommended for the range 65 °C to 445 °C. The
Portable Cooling Device (P/N N5202068) can also be used to quickly cool the DSC 6000 to
ambient temperature, or to cool below room temperature for occasional subambient
measurements. It can be filled with ice, ice water, liquid nitrogen or any other cooling
mixtures.
The DSC 6000 with CryoFill uses liquid nitrogen for operation in the range of 170 °C to
300 °C. The pressure-controlled liquid nitrogen dewar system delivers LN2 to a built-in dewar
in the measuring cell at a rate of 2.5 l/hr.
WARNING
AVERTISSEMENT
Do not attempt to service the DSC 6000. Service must be
performed by a PerkinElmer Instruments Service
Representative
.
N'essayez pas de réparer le 6SC 4000. Le service doit être
effectué par un représentant du service PerkinElmer
Instruments
.
Other topics related to the DSC 6000 are:
Safety Precautions
Calibration
Operating Variables and Sample Handling
Subambient Operation
Maintenance
Part Numbers
Autosampler

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PerkinElmer DSC 6000 Specifications

General IconGeneral
TypeDifferential Scanning Calorimeter
Temperature Resolution0.01 °C
Temperature Accuracy±0.1 °C
SoftwarePyris Software
Calorimetric Sensitivity0.2 μW
Power Requirements100-240 VAC, 50/60 Hz
Heating Rate0.1 °C/min to 100 °C/min
Cooling Rate0.1 °C/min to 100 °C/min
DetectorHeat Flux
AtmosphereInert, Oxidizing, Reducing
Sample Pan TypeAluminum, Platinum
Data Sampling RateUp to 100 points per second

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