Precision Isoperibol Calorimeter with 1108PCL Combustion Vessel, 115 V, Parr Instrument Company, 7200CLEA

Item: 90-4082-02-EA

Parr Instrument Company® Precision Isoperibol Calorimeter with 1108PCL Combustion Vessel, 115 V, 7200CLEA

Features:

  • 7200 builds on proven performance of 6200 with next-generation electronics, 10-inch adjustable touchscreen, modern software, expanded vessel memory, and a significantly smaller footprint
  • Designed for accurate, repeatable determination of heat of combustion across wide range of laboratory applications
  • High-precision performance provides 0.05 to –0.10% precision classification with temperature measurements to 0.0001°C resolution
  • Isoperibol water jacket maintains controlled thermal conditions for reliable and consistent calorimetric measurements
  • Automatic Oxygen filling simplifies test setup while proven removable vessel and bucket design provides direct control over combustion process
  • Flexible vessel options accommodate broad range of sample types and energy levels, with compatible Parr oxygen vessels available for specialized applications
  • High-resolution 10 in. touchscreen display features  adjustable, modern interface for intuitive operation and convenient viewing of test data
  • Advanced software and processing provide automated calculations, data management, standardization, and reporting functions
  • 4 –to 8 Tests per Hour depending on system configuration, with approximately 6 minutes of operator time per test
  • USB and Ethernet connectivity supports communication with analytical balances, printers, computers, and laboratory networks
  • Compact benchtop design provides precision calorimetry in space-efficient, self-contained instrument
  • Adjustable for ASTM, BS, DIN and ISO methods
  • 1108PCL oxygen vessel, same as 1108P except  made from Alloy G30 — 350 mL vessel but with head and cylinder made of alloy with superior corrosion resistance to free chlorine and halogen acids released when burning halogenated samples— safely burns samples liberating up to maximum of 8000 calories per charge, using oxygen charging pressures up to 40 atm

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