Achieving low cost is also possible! Mass flow controllers for the IoT era.
Control small to large flow rates with a single unit! Capable of handling micro to high differential pressures (10kPa to 1.0MPa)! A German-made MFC for the IoT era that also enables cost reduction.
The German manufacturing industry is gaining attention with Industry 4.0. Here’s a proposal for a mass flow controller from Bürkert, a long-established German fluid control equipment manufacturer, designed for the IoT era! 【One device, multiple roles!】 ● Capable of controlling flow rates from low to high (for example, 20 to 1500 Nl/min (N2)) with a single unit ● Smooth control even at a low differential pressure of 10 kPa thanks to the inline sensor ● Smooth control even at a high differential pressure of 1.0 MPa (10 bar) ● Complete shut-off achieved with resin seals and shut-off functionality ● Fast response to set points with stability (within 0.3 to 0.5 seconds) ● The latest models can handle maximum flow rates of up to 2500 L/min! 【Easy to implement & ready for immediate use!】 ● Shipped calibrated, so no setup or adjustment is needed for immediate use ● No dedicated power supply required (operates on DC 24V) for easy installation 【Unique to Bürkert & IoT generation】 ● Flexible support for communication methods such as OpenCAN, fieldbus, RS485, in addition to analog input/output signals ● Models with protection rating IP65 are also available ● Proposals focused on maintenance ease and space-saving designs are also possible!
basic information
**Features** By equipping our uniquely high-performance flow control valve (proportional solenoid valve), we have successfully developed an IoT generation MFC that covers the functions of several conventional MFCs, pressure-reducing valves, and shut-off valves. ● It can handle a wide range of flow rates from small to large with a single unit. (For example, it can cover 20 to 1500 Nl/min (N2) with one unit) ● It supports a wide differential pressure range, achieving smooth control from a minimal differential pressure of 10 kPa to a maximum differential pressure of 1.0 MPa. ● Equipped with a shut-off function for reliable closure. ● High-speed stability within 0.3 to 0.5 seconds. ◆ Calibration is performed before shipment from the factory. There is no need to individually input gas coefficients. ◆ Gas control and flow measurement can be performed immediately after installation. ◆ No special power supply unit is required; it can be used with a standard DC 24V. ◆ We provide optimal proposals based on your application and usage conditions from a rich lineup of products. ◆ Various settings for mass flow controllers/mass flow meters can be checked and changed via a computer. The software can be downloaded for free from our website (a connector is required separately).
Price information
Prices vary depending on the quantity, so please feel free to contact us.
Delivery Time
Model number/Brand name
Burkert's mass flow controller
Applications/Examples of results
■ Hydrogen station-related ■ Gas flow control in thin film synthesis processes ■ Ammonia removal device ■ Exhaust gas combustion device for semiconductors ■ Gas flow control for various analytical instruments ■ Plasma control and so on...
Detailed information
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We also propose gas control units that include MFCs! Not only do we offer high-performance standalone MFCs, but we also provide proposals for multiple MFCs and various sensors as a unit, taking into account maintainability and ease of use. Compared to conventional MFCs, our solution can perform multiple roles with a single unit, enabling maintenance and space-saving features for your gas control needs. We can also provide our unique solution proposals, such as gas control units!
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The IoT Generation MFC is now newly available. We have introduced an MFC that is compatible with OpenCAN and Burkert's dedicated BUS, matching the IoT orientation. Connection to networks and PCs, as well as smart control of multiple MFCs, are planned to be implemented sequentially. We especially encourage you to consider this for the introduction of mass flow in research laboratories and small lab buildings!
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New MFC Models Supporting OpenCAN Now Available The Type874X series, which supports OpenCAN, has also been newly introduced. The Type874X series is designed to facilitate the smooth use of multiple MFCs, achieving high cost performance when used in multiple units. Compared to conventional mass flow controllers, it can control a wide range of functions with a single unit, allowing us to provide solution proposals not only for individual components but also for gas control itself!
