MCQ manufactured gas mixer GB3000/4000/6000
Flow rate 0 to 5,000 ml/min/ch (compatible with input gas 3 to 6 ch) - Calibration performed with actual gas - Gas type and flow rate can be freely set for each channel.
The MCQ-made gas mixer GB3000/4000/6000 is specially designed for the mixing and dilution of non-corrosive gases. It is the best solution for generating, managing, controlling, and measuring gas mixtures and dilutions. Additionally, it allows for the management and control of mixed gases via a touch display or accompanying software. It is an innovative all-in-one system that replaces traditional systems using multiple mass flow controllers. Specifications are available in 3-channel, 4-channel, and 6-channel configurations.
basic information
- Inlet gas flow rate for each channel: 0 to 5,000 mL/min - Outlet mixed gas flow rate: 15 L/min for 3 channels, 20 L/min for 4 channels, 30 L/min for 6 channels - Accuracy: ±50 mL/min (0 to 500 mL/min), ±10 mL/min (500 to 5,000 mL/min) - Response time: 0.5 seconds - Easy setting of gas components and flow rates for each channel - Replacement of mass flow controllers and gas cylinders - Capable of generating aerobic/anaerobic culture conditions - Compact, space-saving all-in-one system - Easy installation and connection - Calibration performed using the actual gas to be used - Up to 80 points available for creating calibration curves - Equipped with an intuitive touch display for operation - User-friendly dedicated software for PC control - Compatible with USB connection, Profibus, Modbus, Simulink, etc.
Price range
Delivery Time
Applications/Examples of results
**Applications** ◆ Research and Development (R&D) in Laboratories and Research Institutions - Equipment Calibration - Adjustment of Test Gases - Analytical Instruments - Adjustment in Areas Using Mixed Gases - Chemical Experiment Applications ◆ Analysis - Gas Chromatography - Quality Assurance ◆ Food & Beverage - Control of Management Atmosphere ◆ Life Sciences - Biotechnology - Gas Environment Control - Cell Culture Research - Formulation
