Product Description
RS2600PAT Online Raman Multi-Gas Analyzer For Industrial Application
Beyond Experience, Into Precision: The Data-Driven Synthesis Revolution
In the high-stakes production of LiPF₆, the "black-box" process reliant on operator experience is a luxury the industry can no longer afford. As LiPF₆ prices soar, hidden costs from prolonged reaction cycles and material waste silently erode profit margins. The core challenge lies in the synthesis reactor: when is the reaction truly complete? Guessing leads to either costly over-processing or risky under-processing.
The JINSP RS2600PAT Online Raman Gas Analyzer eliminates this ambiguity. Installed directly on the synthesis reactor off-gas line, it acts as a real-time process translator. It provides continuous, quantitative analysis of key gas components like PF₅, HF, and HCl with second-level response. Instead of relying on indirect parameters like time or pressure, engineers now watch the concentration of unreacted PF₅ plummet in real-time.
Tangible ROI from Precise Endpoint Control: By defining a precise, data-backed endpoint, companies report dramatic reductions in batch cycle times. This translates directly to lowered energy consumption per batch and increased effective capacity without capital expansion. Furthermore, precise endpoint determination minimizes the need for large PF₅ excess, leading to significant raw material savings. Transition from a fixed, safety-margin-based process to a dynamic, optimized one. The RS2600PAT doesn't just measure; it empowers you to fine-tune your process for maximal efficiency, turning your synthesis step from a cost center into a model of precision engineering.
Technical Highlights:
- Multi-component: simultaneous online analysis of multiple gases
- Universal: >500 types of gases are detectable except noble gases
- No need for pressure control: Quantification is not affected by changes in sample gas pressure
- Rapid response: Complete a single detection within seconds
- Wide quantitative range: detection limit is as low as ppm level, and the measurement range can be as high as 100%
Technical Specifications:
| Components |
N2, H2, O2, CO, CO2, H2S, CmHn, etc. |
| Analysis time |
2 seconds |
| Measurement uncertainty |
≤0.2% |
| Laser excitation wavelength |
532 ± 0.5 nm |
| Spectral coverage |
200 ~ 4200 cm-1 |
| Spectral resolution |
≤8 cm-1 at full spectral range |
| Air circuit interface |
6 mm standard tube fitting (3 mm, 1/8’’, and 1/4’’ are optional) |
| Explosion-proof |
ExdbebibmbpxbIICT4Gb / ExtbibmbIIICT135ºCDb |
| Input voltage |
100~240 VAC,50~60 Hz |
| Sample gas temperature |
-20 ºC ~ 55 ºC |
| Sample gas pressure |
＜1.0 MPa |
| Unit dimensions |
750 mm (Width) × 900 mm (Height) × 1400 mm (Depth) |
| Weight |
250 kg |
Main Features:
- Quantitative model of multiple standard curves, combined with the chemometric method, establishes the relationship between the spectral signal (peak intensity or peak area) and the content of multi-component substances.
- Changes in sample gas pressure and test conditions do not affect the accuracy of quantitative results.
- No need to establish a separate quantitative model for each component.
Field of Applications:
- Petrochemical field: Quantitative analysis of different Elements in Petrochemical Natural Gas
- As a mixture of hydrocarbon components, the accuracy of qualitative and quantitative analysis of natural gas components directly affects the quality index of natural gas - calorific value.
- Fluorine chemical industry: Detection of components in reaction and emitted gases of fluorine materials ; Monitoring of F2 , N2 , HF and other components in the fluorination process.
- Metallurgical field;
- Isotope gases.
- Detection of Impurity Gases in Electronic Special Gases.
Usage/implementation:
Through valve control, it can achieve the following functions:
- Monitoring the content of each component in the raw gas.
- Alarm notification for impurity gases in the raw gas.
- Monitoring the content of each component in the synthesis reactor tail gas.
- Alarm notification for the excessive emission of hazardous gases in the synthesis reactor tail gas.
Company Introduction:
JINSP – Pioneering Spectral Detection Since 2007
For over 17 years, JINSP Company Limited has been a technology leader in Raman, FT-IR, and LIBS spectral analysis. Our 200+ patented innovations reflect our dedication to world-class R&D. Operating from Beijing with a Jiangsu production plant, we combine precision engineering with ISO and international certifications (CE, ECAC, ICT, etc.). Whether for security, environmental, or industrial use, JINSP’s cutting-edge spectral solutions set the benchmark for accuracy and reliability.
FAQ:
Q1: This is the first time I use it, is it easy to operate?
A1:We will send you a manual and guide video in English, it can teach you how to operate the spectrometer. Also, our technicians will offer professional technical operation meetings.
Q2: Can you offer an operation training?
A2: Your technicians can come to our factory for training. Jinsp engineers can go to your place for local support ( installation, training, debugging, maintenance ).
Q3: How to receive the best price in the shortest time?
A3: When you send us an inquiry, please kindly offer details with wavelength, detector, effective pixels, focal length, and so on. We will send you a quotation with details soon to your email.
Q4: What about quality assurance?
A5:We have a quality inspection team. All goods will go through quality inspection before shipment. We can send you pictures for inspection.
Your message must be between 20-3,000 characters!