RC1mx and HFCal
Development of Safe Processes at Scale. RC1mx Reaction Calorimeter with HFCal option
Understand your Process
Determine thermodynamic data quickly and precisely under isothermal or non-isothermal conditions
Heat Flow Calorimetry - Simply Reliable
Immune and robust against external influence, heat flow calorimetry measures the evolution of heat under process conditions accurately and precisely
Measuring the True Heat of Reaction
Measuring the "Complete" heat of reaction is the basis to understand the progress of a chemical reaction, their kinetics and hazardous potential
|Precision Heat Transfer Precision Heat Transfer:Typically <± 1.5 %||Typically <± 1.5 %|
|Accuracy and Precision Specific Heat Accuracy and Precision Specific Heat:Typically <± 5 to 8%||Typically <± 5 to 8%|
|Accuracy Heat Flow Accuracy Heat Flow:Isothermal conditions: ± 1 % to 2 %Accuracy Heat Flow:Non-isothermal conditions: ± 3 % 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 %; Based on comparison of qr_hf with qc resp. ∫qr_hf with ∫ qc|
|Calorimetry Type Calorimetry Type:Heat Flow||Heat Flow|
|Material Material:RC1mx (30405799) and HFCal Option (30400340)||RC1mx (30405799) and HFCal Option (30400340)|
|Temperature range Temperature range:-70 °C – 300 °C||-70 °C – 300 °C|
Avoid Incidents at Scale-Up
The safe and extremely powerful RC1mx thermostat copes with fast and strong exothermic events effectively. It explores unknown process conditions without exposing operators or lab to any danger.
SmartConnect Plug-and-Play Concept
The SmartConnect Technology allows the integration of 3rd party sensors as well as 3rd party actors (such as dosing pumps) in a plug-and-play fashion thanks to adjustment and configuration data that are stored on a chip in the sensor/actor cable plug.
RC1mx and HFCal : True Heat of Reaction
The complete system consist of the RC1mx (30405799) and HFCal Option (30400340). The RC1mx HFCal option permits the complete determination of the thermodynamic information in a quick and precise way under all process conditions.