RC1su Scale-up Workstation

Avoid Failures at Scale

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Determination of relevant process scale-up factors
Insight into process provided by real time heat flow trending
Precise measurement and control of reaction parameters
Wide operating range covering low and high temperature reaction calorimetry applications
Vessels covering small and large volumes

The RC1su Scale-up Workstation is a reaction calorimeter that ensures:

Process scale-up parameters are determined accurately
Processes are scaled efficiently
Processes are becoming more economical
Risk of failures at scale can be reduced

RC1 Process Scale-up Reaction Calorimeter Workstation

Avoid Failures at Scale

Thermostat and Reactor

Fast and precise heating and cooling
Accurate measurements and reproducible experiments
Intrinsically safe operation
Robust and flexible reactor design
Optimization of process parameters in real time
Easy access to heat data in real time
Reactors for various volumes and pressures

Variables and Control

Measurement and control of any process variables
Precise addition by weight and volume
pH measurement and control
Pressure control
PID control for special reaction calorimetry applications
Distillations and reactions under reflux with heat balance
Seamless integration with any iC software

iControl RC1 Software and Data Handling

Interactive process diagram
Direct automated control
Recipe builder
Reaction editor and chemistry table
Chemical database
Compelling data and trend display
Fast and easy data evaluation
Secure and traceable data storage

Brochures

Extended Product Information

ALR Product Catalog

Data Sheets

Software

Thermostat
Temperature Range	-50°C to 230°C (jacket temperature) other temperature ranges 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) Tr = 1 mK, Tj = 10 mK (T>100°C)
Stirring	30 rpm to 2500 rpm
Ambient pressure reactors with RTCal™
Volume	70 ... 2000mL
Pressure	50 mbar … 1 bar
Temperature Range	-50 … 165°C
Material	Duran® glass, PTFE
Stirrer	Anchor, propeller, gassing
Medium pressure reactors with RTCal™
Volume	300 … 1000 mL
Pressure	6 and 10 bar pressure
Temperature range	-50 … 165°C
Material	Duran® glass (vessel) AISI316 or HC-22 (cover, inserts)
Temperature range	-50 … 165°C
Stirrer	Anchor, propeller, gassing
Optional Reactors
Reactors with various volumes, different pressure ratings and alloys are available on request. Please contact your local METTLER TOLEDO product specialist.
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

A large portfolio of small, medium and large sized lab reactors support your application across a large temperature and pressure range. The vessels are made from glass or metal. All our vessels are especially designed for heat flow calorimetry. Optionally, the ambient and medium pressure vessels are equipped with real time heat measurement.

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

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Avoid Failures at Scale