Burkert is an authorized Burkert MFC mass flow controllers.

Baodi is an authorized distributor of Burkert MFC mass flow controllers, models 8626 (00182050, medium: Argon, flow rate 800), 00247715 (Air, flow rate 500), and 00378061 (Argon, flow rate 1150). These Burkert MFC flow controllers are manufactured in France, with an 8-week delivery time.

Procurement is directly from the German Burkert manufacturer.

Discount: 60% off (an additional 2% discount for orders over €10,000). We provide Burkert MFC factory test reports, Burkert factory shipping lists, and import customs declarations. after-sales warranty and repair!

Brief Introduction: Burkert Flow Controllers/Flow Meters: Baodi offers Burkert mass flow meters for gases and liquids, meeting higher accuracy requirements in liquid control.

Applications: Bürkert mass flow controllers enable precise, automated gas regulation in reproducible fermentation processes. Product Applications: Bürkert mass flow controllers have a wide range of applications, including burner control, heat treatment, metallurgy, food industry, environmental technology, material coating, fuel cell technology, and test benches.

Model Types: Distributor of Bürkert MFC mass flow controllers: Models 8710, 8711, 8712, 8713, 8735, 8741, 8742, 8745, 8746, 8756, etc. Advantages of Bürkert MFC Mass Flow Controllers: Fermentation Tank Gases: Calibrated for up to four different gases.

Certifications: Compliant with USP Class VI, FDA, and 3.1 certification available.

No Fermentation Contamination: Parts in contact with the medium are made of stainless steel. Wide Adjustment Range: Thanks to direct measurement sensors, precise control of small to large volumes of gas is possible. Unlike float and needle valve measurements, MFC ensures consistent process flow.

Furthermore, you can enjoy all the advantages of digitalization, such as the ability to retrieve data at any time. Burkert MFC Mass Flow Controller Application Case: Fermentation: Precise Gas Control for Repeatable Processes. Definition of Fermentation in Biotechnology: Fermentation signifies the transformation of biological material.

It requires the aid of biocatalysts (such as enzymes or cells) and is highly dependent on temperature conditions (typically 35 °C to 37 °C). What is important for fermentation?

In laboratories or experimental equipment, fermentation places high demands on bioreactors or fermenters: All components must be properly certified; gas supply must be optimally controlled; process data must be recorded and evaluated; understanding the entire process helps you control parameters. This is also the only way to achieve constant quality.

Burkert Mass Flow Controllers (MFCs) can support this. Repeatable Processes are Key: Fermentation processes involving microorganisms (such as bacteria or mammalian cells) are crucial for the production of pharmaceuticals, chemicals, amino acids, etc.

The most decisive factor in the quality of the final product during fermentation is the precise regulation of gas flow.

It must meet the cultivation needs of the continuously multiplying bacteria or microorganisms. Repeatable processes are key to precise control: Same process: Gas flow data can be viewed at any time. Best end product: Targeted gas control based on process progress.

Burkert MFC mass flow controller: Precise and repeatable gas control.

Whether in a research lab or experimental equipment: Fermentation processes can be reproduced using the Burkert Mass Flow Controller (MFC) because it can automatically and repeatably adjust flow rates.

With just one device, you can control common fermenter gases such as air, oxygen, nitrogen, or carbon dioxide according to the needs of your culture.

Burkert MFC flow controllers add value to your process. What benefits does precise gas control bring to your fermentation process? The following points illustrate its benefits:

• Biocompatibility
• Repeatability
• Traceability
• Scalability
• Precision
• Data accessibility
• High quality
• Ready to go. Flexible integration of Burkert MFC solutions: Ethernet, system bus, or analog interface? Regardless of your communication standard, the versatile Burkert MFC solution is compatible with your existing interfaces. This section introduces three integration methods: **Ethernet Concept:** Connecting MFCs via Ethernet to a higher level of visibility through an integrated industrial Ethernet switch. Field devices can be directly accessed via Ethernet. **Bürkert System Bus Concept:** Connecting Burkert MFCs via a CANopen-based büS interface to a Bürkert fieldbus gateway. Suitable for applications with various airflow control loops. Easy to commission: You can connect a pre-configured MFC system to a PLC through the gateway. Device status is always accessible thanks to digital communication. **Standard Signal Concept:** Connecting Burkert MFCs to existing I/O systems via analog interfaces. You can connect Burkert MFCs via standard analog signals and continue using existing automation concepts. 0…5/10 V (switchable) One Burkert system solution, multiple benefits. Burkert also offers customized modular, gas mixing units. We will configure these units according to your requirements using adjacent, compact mass flow controllers and valves. You will receive units pre-tested for sealing, pressure, and electrical functionality. Benefits of a complete solution: ✓ Saves installation time ✓ Simplifies engineering ✓ No need to order, store, and assemble individual components. Do you also want to improve equipment efficiency and measure flow efficiently? Contact Burkert for more information on Burkert MFC/MFM products. The Burkert MFC/MFM type 8741, a mass flow controller/mass flow meter for gases, utilizes MEMS technology for direct flow measurement, offering high measurement repeatability and accuracy, extremely short response time, and CANopen-based fieldbus communication. This product is an authorized Burkert distributor's Burkert MFC mass flow controller (Model 8626). Product introduction: Type 8626 - Burkert Gas Mass Flow Controller (MFC) Description: The Burkert MFC (Model 8626) is suitable for mass flow control of large volumes of gases. An inline thermal sensor located directly in the gas flow enables very fast response. A direct-acting Burkert proportional valve ensures excellent response sensitivity. An integrated PI controller gives the MFC superior control characteristics. The Burkert MFC 8626 can be calibrated for two different gases, allowing users to switch between them. 8626 mass flow controller is particularly suitable for applications in harsh environments. Burkert MFC Gas Mass Flow Controller Model 8626 Features: Nominal flow range from 20 lN/min to a maximum of 1500 lN/min;
• High measurement accuracy and repeatability;
• Fast control speed;
• IP65 protection rating;
• Optional: Fieldbus interface. Burkert MFC Gas Flow Meter Model 8626: 00182050 (Medium: Argon, 800 N/min), 00247715 (Medium: Air, 500 N/min), 00378061 (Medium: Argon, 1150 N/min). Parameter details and physical image: 8626 Gas Mass Flow Controller * 220 nl/min, Air, 316 Base G1/2 inch, 4~20 mA. Type 8626 / Product Number 182050 Technical Attributes: Controller | Ar | 800,00 Nl/min | 24 V DC | Internal thread - G1/2" | 4-20 mA About Burkert: Bürkert Fluid Control Systems is a leading global manufacturer of fluid measurement, control, and regulation components and systems. Bürkert products are widely used in various industries and fields, from breweries and laboratories to medical technology, biotechnology, and aerospace. Producing over 30,000 products, Bürkert is a supplier capable of providing all components for fluid control systems: from solenoid valves to process analysis valves, pneumatic actuators, and sensors. Headquartered in Ingelfingen, southern Germany, with offices in 36 countries worldwide and approximately 3,000 employees, Bürkert operates five Systemhaus facilities and four R&D centers in Germany, China, and the United States, continuously developing customized system solutions and innovative products for its customers. In addition, we provide comprehensive services ranging from consulting and conceptual design to implementation, and even maintenance and training.

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