The creation of safe procedures at scale is aided by the RC1mx Reaction Calorimeter with a HFCal option.
Understand the Process
Quickly and accurately determine thermodynamic data in both isothermal and non-isothermal circumstances.
Heat Flow Calorimetry - Simply Reliable
Heat flow calorimetry measures the evolution of heat under process circumstances with accuracy and precision, and it is resistant to external influences.
Measuring the True Heat of Reaction
The foundation for comprehending the course of chemical reactions, their kinetics, and their potential for hazard is the measurement of the "Complete" heat of the reaction.
Features
Avoid Incidents at Scale-Up
The RC1mx thermostat, which is both safe and incredibly powerful, can handle fast and intense exothermic events. It investigates unidentified process conditions without endangering labs or operators.
SmartConnect Plug-and-Play Concept
Thanks to adjustment and configuration data saved on a chip in the sensor/actor cable plug, SmartConnect Technology enables the plug-and-play integration of third-party sensors and third-party actors (such as dosing pumps).
RC1mx and HFCal: True Heat of Reaction
The RC1mx (30405799) and HFCal option (30400340) make up the entire system. With the RC1mx HFCal option, thermodynamic information can be determined quickly, accurately, and completely under all process circumstances.
Specifications
Specifications - RC1mx and HFCal. Source: Mettler Toledo - International
| . |
. |
| Temperature Range |
-70 °C – 300 °C |
| Precision Heat Transfer |
Typically <± 1.5 % |
| Accuracy and Precision Specific Heat |
Typically <± 5 to 8% |
| Accuracy Heat Flow |
Based on comparison of qr_hf with qc resp. ∫qr_hf with ∫ qc
Isothermal conditions: ± 1 % to 2 %
Non-isothermal conditions: ± 3 % to 8 % |
| Calorimetry Type |
Heat Flow |
| Material |
RC1mx (30405799) and HFCal Option (30400340) |
Reaction Calorimetry to Evaluate Thermal Risk | Dr. Francis Stoessel
Video Credit: Mettler Toledo - International