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MR-D02 Multi-Component Gas-Liquid Mixing Dynamic Gas Distribution Meter - China Suppliers & Factory
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MR-D02 Multi-Component Gas-Liquid Mixing Dynamic Gas Distribution Meter - China Suppliers & Factory

The MR-D02 Multi-Component Gas-Liquid Mixing Dynamic Gas Distribution Meter is an essential dosing device designed for research institutions and various industries utilizing toxic gasification. In scenarios where standard gases fall short, this innovative system vaporizes liquid reagents to achieve precise gas distribution levels. It facilitates the testing of critical technical parameters such as linearity, accuracy, and repeatability in gas analyzers, making it an indispensable tool for the calibration, maintenance, and repair of gas analysis instruments, as well as serving as a dilution device for fixed concentration gases, Equipped with a high-precision syringe pump and a constant temperature heating system, the MR-D02 collaborates with a state-of-the-art mass flow controller to vaporize and dilute liquids effectively. This unique China-made device integrates liquid vaporization, dynamic gas distribution, and efficient gas-liquid mixing, catering to various industry needs. As a trusted supplier and factory of advanced testing equipment, we ensure the highest quality standards in our products, supporting your gas analysis and testing requirements with reliability and precision

    Main Features

    • Support simultaneous and mixed gas distribution of gas and liquid.

    • Flow control adopts closed-loop fuzzy control technology, with fast response and accurate flow control.

    • Zero air pressure and cylinder air pressure can be monitored in real time to ensure that the air supply pressure meets the instrument requirements.

    • Large LCD screen, Chinese display, simple and convenient operation.

    • The liquid heating device used can reach up to 350℃, the temperature is stable, and the liquid can be quickly vaporized.

    • Multi-channel calibration gas input interface eliminates the tedious work of replacing multiple cylinder gases.

    Application Areas

    • Metrology institutes at all levels
    • Certification agency
    • Laboratory
    • Scientific research and development
    • Manufacturer of detectors

    Technical Parameters

    Parameters Specifications
    Flow accuracy

    Gaseous: ≤0.5%

    Liquid state: ≤1.5%

    Flow linearity ≤±0.3% F.S
    Flow repeatability ≤±0.2% F.S
    Dilution gas flow range 0~20SLM; 0~10SCCM; 0~50SCCM; 0~500SCCM (Can be selected according to needs)
    Dilution ratio 100:1 / 200:1
    Maximum ratio 5000:1 (Can be customized according to customer needs)
    Input pressure 100Kpa ~ 500Kpa
    Display method 800X480 liquid crystal 7 inch touch screen
    Ambient temperature -10℃ ~ +50℃
    Environment humidity <85% RH (No condensation)
    Equipment pressure resistance <1Mpa
    Working pressure difference range 0.05Mpa ~ 0.3Mpa
    Working power supply 110VAC ~ 240VAC, 50±0.5Hz
    Size (483x195x452) mm
    Weight 25kg ~ 30kg

    Frequently Asked Questions (FAQ)

    Q: What is the flow control technology used in this equipment?

    The equipment utilizes closed-loop fuzzy control technology for flow control, ensuring fast response times and highly accurate flow management.

    Q: Can this system handle both gas and liquid distribution?

    Yes, it supports simultaneous and mixed gas distribution of both gaseous and liquid states.

    Q: What is the maximum temperature for the liquid heating device?

    The integrated liquid heating device can reach temperatures up to 350℃. It provides stable temperature control to ensure rapid vaporization of the liquid.

    Q: What are the standard and maximum dilution ratios?

    The standard dilution ratios are 100:1 and 200:1. However, a maximum dilution ratio of up to 5000:1 can be customized based on specific customer requirements.

    Q: How is the system pressure monitored for safety?

    Both zero air pressure and cylinder air pressure are monitored in real time to guarantee that the air supply pressure constantly meets the strict requirements of the connected instruments.