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AELAB AQMS-200 Dynamic Calibrator – Precision Gas Dilution & Ozone Calibration

The AELAB AQMS-200 Dynamic Calibrator provides precise dilution, zero calibration, and span calibration for up to four gas sources. Using dual high-performance mass flow controllers, the system ensures stable trace-level output and supports optional ozone generation and UV photometric verification for advanced air quality and emissions monitoring workflows.
Modles : AQMS Series
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The AELAB AQMS-200 Dynamic Calibrator utilizes two mass flow controllers to perform standard zero and span calibration with up to four gas sources. It ensures stable trace-level output and supports optional ozone generation, gas phase titration, and integrated photometric measurement for independent ozone calibration.

The system incorporates a high-performance linearized mass flow controller that provides stable and reproducible output for environmental monitoring stations, CEMS platforms, and laboratory calibration facilities.

 

⚙️ Design & Construction

The AQMS-200 integrates a precision dilution manifold with dual mass flow controllers engineered for high linearity and repeatability. The internal gas pathways are optimized for low-resistance flow distribution, supporting four calibration gas inputs and one diluent gas port. Optional modules include an ozone generator (0.1–6ppm) and a UV photometer for independent ozone measurement. The housing is designed for 220V AC operation with RS232, RS485, and Ethernet interfaces.

 

🔬 Working Principle / Testing Method

The calibrator performs dynamic dilution by regulating flow rates through two electronically controlled mass flow controllers. This enables accurate preparation of target gas concentrations for zero and span calibration. When equipped with the ozone generator, the system produces controlled ozone output with <1%/24h stability. The optional UV photometer quantifies ozone concentration using a precise absorption method, providing ppb-level accuracy, rapid response, and low drift characteristics.

 

💡 Key Advantages

  • Dual-MFC architecture ensures stable dilution across 0~10SLPM and 0~100sccm ranges.
  • Fully linearized F.S. performance supporting high-accuracy zero and span calibration.
  • Optional integrated ozone generation and UV photometric validation.
  • Fast rise/fall time (<30s) for rapid gas concentration stabilization.
  • Multi-protocol communication including RS232, RS485, and Ethernet.
  • Designed for continuous operation in 0–40°C demanding field environments.
  • Supports up to four calibration gas inputs for multi-gas calibration workflows.

 

🔗 Connectivity & Integration

The AQMS-200 supports RS232, RS485, and Ethernet for seamless integration into automated CEMS systems, laboratory calibration benches, and remote environmental networks. Data communication enables real-time monitoring, calibration scheduling, and GLP-compliant reporting.

 

🧠 Model Insight

Model Specifications
AQMS-200 0~10SLPM dilution, 0~100sccm standard gas, optional 0.1~6ppm ozone generator, UV photometer (0~10ppm), RS232/RS485/Ethernet

 

🧪 Testing Applications

The AELAB AQMS-200 Dynamic Calibrator is suitable for ambient air monitoring stations, industrial emissions monitoring, CEMS verification, laboratory reference calibration, and trace-gas validation for environmental and atmospheric research. It supports ozone, NOx, SO₂, CO, and multi-component gas calibration workflows.

 

Compliance & Quality Assurance

The AQMS-200 is engineered under ISO and GLP quality protocols, ensuring calibration traceability, long-term stability, and reproducible performance for regulatory air monitoring and industrial compliance programs.

Specifications :

Dilution System
Dilution Gas Flow Range 0~10SLPM, expandable
Standard Gas Flow Range 0~100sccm; expandable
Flow Accuracy ±1% F.S.
Linearity ±(0.5~1)% F.S.
Repeatability ±0.2% F.S.
Calibration Gas Input 4
Diluent Gas Input Ports 1
Ozone Generator (Optional)
Output 0.1~6ppm
Stability <1%/24h
Linearity <1% F.S.
UV Photometer (Optional)
Range (0~0.5)ppm, (0~10)ppm
Precision 1.0ppb
Linearity 1% F.S.
Rise/Fall Time <30s
Response Time 180s(90%)
Zero Drift <1.0ppb/24h
Range Drift <1% F.S./24h
Physical and Communication
Power Requirement 220V AC, 50Hz, ≤150W
Operating Temperature 0~40°C
Operating Humidity 0~95%RH (No condensation)
Output RS232/RS485/Ethernet
Dimensions and Weight 609×432×178mm, ≤20kg
Dilution System
Dilution Gas Flow Range 0~10SLPM, expandable
Standard Gas Flow Range 0~100sccm; expandable
Flow Accuracy ±1% F.S.
Linearity ±(0.5~1)% F.S.
Repeatability ±0.2% F.S.
Calibration Gas Input 4
Diluent Gas Input Ports 1
Ozone Generator (Optional)
Output 0.1~6ppm
Stability <1%/24h
Linearity <1% F.S.
UV Photometer (Optional)
Range (0~0.5)ppm, (0~10)ppm
Precision 1.0ppb
Linearity 1% F.S.
Rise/Fall Time <30s
Response Time 180s(90%)
Zero Drift <1.0ppb/24h
Range Drift <1% F.S./24h
Physical and Communication
Power Requirement 220V AC, 50Hz, ≤150W
Operating Temperature 0~40°C
Operating Humidity 0~95%RH (No condensation)
Output RS232/RS485/Ethernet
Dimensions and Weight 609×432×178mm, ≤20kg

Frequently Asked Questions

1Does the system support ozone calibration?
Yes, the optional ozone generator and UV photometer enable independent ozone calibration.
2How many gas inputs does the AQMS-200 support?
Four calibration gas inputs and one diluent gas port.
3What communication interfaces are available?
RS232, RS485, and Ethernet.
4What is the recommended operating environment?
0–40°C with 0–95%RH non-condensing conditions.

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