The RC1e Process Safety Workstation is a reaction calorimeter that ensures:
Thermostat and Reactor
Variables and Control
iControl RC1 Software and Data Handling
了解您的过程
在等温或非等温条件下快速且精准的确定热力学数据
热流量热法 - 简便可靠
可以完全抵抗且耐受外部影响,热流热量法可以在过程状况中既准确又准确的测量放热
测量反应的真实放热
测量“完整”的反应放热,是了解化学反应过程,它们的动力学原理以及潜在危险的基础
Thermostat | |
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Temperature Range | -50°C to 230°C (jacket temperature) temperature ranges from -70 to 300°C on request |
Control Modes | isothermal and isoperibolic, constant or ramp, adiabatic, reflux, distillation and crystallization |
Resolution | Tr = 0.2 mK, Tj 10 mK (T<100°C) |
Stirring | 30 rpm to 2500 rpm |
Ambient pressure reactors | |
Volume | 70mL … 18L |
Pressure | 50 mbar … 1 bar |
Temperature Range | -50 … 230°C |
Material | Duran® glass, PTFE |
Stirrer | Anchor, propeller, gassing |
Medium pressure reactors | |
Volume | 300 … 1000 mL |
Pressure | 6 and 10 bar pressure |
Temperature range | -50 … 230°C |
Material | Duran® glass (vessel) AISI316 or HC-22 (cover, inserts) |
Stirrer | Anchor, propeller, gassing |
High pressure reactors | |
Volume | 400 … 1600 mL |
Pressure | Up to 100 bar pressure |
Temperature range | -50 … 250°C |
Material | AISI316, HC-22 |
Stirrer | Anchor, propeller, gassing |
Data acquisition and control | |
Universal Control Box | Provides numerous standardized input and (UCB) output signals to receive signals from sensors and to control external devices. |
iControl RC1 Software | |
Software interface for the control of the reactor and ist peripherals, and the storage and evaluation of experimental data. |
Hardware
Reactors |
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Dosing Options | Sophisticated gravimetric and volume dosing solutions ensure accurate and timely addition of reagents | |
Pressure Options | Measure and control pressure precisely from 0 to 100 bar | |
Gas Uptake Set | Knowing the gas consumption is essential for reactions that use reactive gases. Manual or fully automated versions of the gas uptake set provide you with the necessary information online. | |
Reflux/Distillation | Reflux and distillation operation with and without calorimetry | |
Sensors | Precise measurement of pH or turbidity with METTLER TOLEDO sensors | |
Controllers | The Universal Control Box (UCB) connects with any METTLER TOLEDO and third party sensors and control devices that comes with a standard interface |
Calorimetry
Heat Flow | Determine precise thermodynamic data quickly for isothermal, isoperibolic or adiabatic experiments. The embedded reactor models ensure robust and accuratedata also for non-isothermal experiments |
QuickCal | Makes calorimetric calibrations faster and saves time with heat flow experiment |
RTCal™ | A leading edge technology providing heat flow data in real time without calibrations. RTCal enables optimization of reactions online and to make process adjustments in real time |
Software
iControl RC1 | The control and data evaluation software combines flexibility, ease-of-use, and sophistication while supporting the entire workflow in the chemical and process development lab. |
iC Safety | An essential tool to assess thermal risks of a chemical reaction, iC Safety provides the commonly use "safety runaway" and "criticality" graphs. iC Safety can be used by novices and advances users |