RS2000PAT Online Raman Analyzer

Short Description:

JINSP^® RS2000PAT On-line Raman Analyzer is an ultra-high-sensitivity on-line analytical instrument for liquid components. It is applied to liquid-component analysis and reaction-trend monitoring in chemical production processes, enabling in-situ, real-time and continuous on-line monitoring. It is especially suitable for hazardous reactions such as nitration, chlorination, fluorination, hydrogenation and diazotization.

For continuous-flow reactions, it monitors abnormal component changes to support effective process control and guarantee product quality.

For batch reactions, it tracks variation trends of raw materials, products and intermediates. It helps operators grasp reaction status in real time and identify reaction endpoints timely, so as to reduce energy consumption.

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Product Detail

Product Tags

Technical Advantages

In-situ measurement: No sampling required; avoids contact with hazardous samples

Real-time output: Results available within several seconds

Continuous operation: Full-process uninterrupted monitoring

Intelligent analysis: Analytical results generated automatically

System interconnection: Timely result feedback to central control system

Monitorable Components: Raw material content, Product content, Intermediate product content, By‑product content

Available output information: Reaction endpoint, Reaction abnormality, Reaction rate, Raw material conversion rate, Product consistency, Product qualification status

Typical Applications

1. Top-mounted probe for reaction reactor PR300 industrial Raman immersion probe: custom top-insert probe

Material: Hastelloy

Temperature resistance: -20 ~ 200 °C

Pressure resistance: 4 MPa

Corrosion resistance: resistant to HF

Length: 1-3 m; outer diameter: 60 mm

Flange: DN80 and above, customizable

2. Side-mounted probe for reaction reactor PR300 industrial Raman immersion probe: standard side-insert probe

Material: Hastelloy C276

Temperature resistance: -20 ~ 200 °C

Pressure resistance: 4 MPa

Corrosion resistance: resistant to HF

Length: 300 mm; outer diameter: 12 mm

Flange: DN20-DN40, customizable

3. Probe installation for process pipeline Short-pipe fitting matched with PR300 industrial Raman immersion probe

Material: Hastelloy C276

Temperature resistance: -20 ~ 200 °C

Pressure resistance: 4 MPa

Corrosion resistance: resistant to HF

Length: 300 mm; outer diameter: 12 mm

Flange: DN20-DN40, customizable

Technical Specifications

Performance Item	Parameter
Working Principle	Laser Raman spectroscopy
Excitation Wavelength	RS2000 series: 785 nm; RS2100 series: 1064 nm
Measurement Mode	In-situ non-destructive detection
Detection Channels	Standard: single-channel, 8-channel; other channel counts customizable
Detection Sensitivity	Limit of sensitivity: 0.01 %
Equipment Installation Form	Chassis-type: 485 mm (W) × 165 mm (H) × 525 mm (D), installable in cabinet inside analysis shelter; Explosion-proof cabinet: 800 mm (D) × 900 mm (W) × 1300 mm (H), for direct field installation
Probe Mounting	Custom-flange installation
Power Requirement	Rated voltage: 220 V AC; Frequency: 50-60 Hz; Rated power: 3000 W
Positive-pressure Air-supply Requirement	Protective gas shall be clean and noble safety gas. If air compressor is adopted, it shall be located in non-hazardous area. Max. protective-gas temperature: 40 °C Inlet pressure: 0.4-0.8 MPa; inlet flow ≥ 0.1 m³/min
Operating Temperature	Chassis-type: 5-35 °CExplosion-proof cabinet: -20-50 °C
Communication Interface	RS485, RJ45 Ethernet; ModBus protocol supported. Compatible with various industrial control systems for result feedback.
Explosion-proof Rating of Cabinet	ExdbebibmbpxbIICT4Gb / ExtbibmbIIICT135℃Db
Thermostat Unit	Explosion-proof cabinet equipped with three-stage temperature-control system for long-term stable operation under -20 ~ 50 °C, adaptable to diverse on-line-monitoring factory environments
24-Hour Continuous Operation	Built-in real-time auto-calibration, self-diagnosis, thermal control and positive-pressure protection; stable operation under high/low-temperature, explosive and corrosive conditions
Relative Humidity	0-90 % RH