ReactIR 45P HL Process FTIR
Process FTIR for Classified or Hazardous Area Use
Transferring a chemical process from the lab to manufacturing can be difficult. In situ process FTIR (Fourier Transform Infrared Spectroscopy) with ReactIR 45P HL provides in-depth reaction understanding, identifies process upsets and determines reaction initiation, progression and endpoint. ReactIR 45P HL enables processes to be successfully moved from the lab to the pilot plant and production while meeting the stringent safety requirements of electrical equipment used in a hazardous or classified area. By tracking critical parameters in real-time, process design and quality is improved and variation in continuous processes as well as batch failures are eliminated.
Sampling technology is available for almost all chemistries and reactions – and for under any process conditions. These probes and sensors are suitable for studying hydrogenations, Grignard reactions, halogenations and acid chloride reactions as well as many other chemistries.
*ReactIR 45P Process FTIR is also available in a General Purpose (GP) configuration for those field environments where area classified or hazardous safety compliance is not required for electrical equipment.
Specifications
Specifications - ReactIR 45P HL Process FTIR
| For Use In | Lab, Pilot Plant, or Production |
| Software | iC IR iC Process |
| Detector | DTGS SE MCT |
| Optical Range (Base Unit) | 4000 – 650 cm-1 |
| Purge Requirement | Yes |
| Dimensions (HxWxD) | 774 mm x 457 mm x 310 mm |
| Weight | 100 lb (45 kg) |
| Communication | LC terminated Ethernet TCP/IP, duplex fiber optic |
| Resolution | 4 cm -1 maximum |
| Operating Range (Temp.) | 32 °F – 95 °F (0 °C – 35 °C) |
| Probe Optical Window | 4000 – 650 cm-1 (Sentinel) 2500 – 650 cm-1 maximum (Fiber Probe) |
| Wetted Materials | Gold Diamond or Silicon Alloy C-22 |
| Probe Pressure (Maximum) | 69bar (6.3 & 9.5mm Fiber Probe) 107bar (Sentinel) |
| Probe Temperature (Maximum) | 180°C (Fiber Probe) 200°C (Sentinel) |
| Safety Certification | NFPA 496, Class I, Division 1, Groups B, T4 Area Classification - HAZARDOUS, MET Mark E112462, UL61010-1 & CSA C22.2 No 61010-1 & NFPA 496, Class I, Division 1, Groups B ATEX listing - TRAC12ATEX0001X, Equipment marking - Ex d op pr px [ia IIC] IIB+H2 T4 Gb |
| Probe pH Range | 1 – 9 (Silicon) 1 – 14 (Diamond) |
| Protection Rating | IP54 |
Documentation
Datasheets
Successfully move processes from lab to pilot plant and production with in-situ process FTIR spectroscopy. Gain in-depth reaction understanding, ident...
ReactIR in-situ sampling technology assures usability in a wide range of batch and continuous reaction conditions.
Transfer critical control parameters determined in the laboratory to the production environment. Follow the impact on the process in production.
Use spectroscopic data to increase chemical understanding and knowledge of the chemical process and associated critical parameters.
Use real time reaction information to characterize reaction performance through identifying and quantifying key reaction species.
Predict actual concentrations of key reaction species, even in a complex mixture, in real time to understand reaction performance.
Validate ReactIR wavenumber accuracy and calibrate to a Polystyrene standard certified by the National Institute of Standards and Technology (NIST) fo...
Applications
Process Analytical Technology (PAT) is a methodology for real-time monitoring and control of chemical processes for improved efficiency and product qu...
Chemical process development and scale-up guide the development of a commercially important molecule from synthesis in the laboratory to manufacturing...
Characterize & Optimize Fermentation & Bioprocesses in Real Time to Maximize Production
Software
iC IR is used by chemists and engineers to gain important insight into reaction initiation, endpoint, mechanism, pathway, and kinetics.
Specifically designed for the production environment, iC Process enables the transfer of critical control parameters determined in the laboratory.