ビュルケルトジャパン List of Products and Services

This is a pilot-type solenoid valve that has obtained ATEX certification. By incorporating our specialty flipper mechanism into the pilot solenoid valve, it is resistant to debris and can be used for both liquids and gases. ● Can be used for both liquids and gases. ● Proven performance in areas where foreign substances are likely to mix with fluids in piping, such as drainage and cooling water. ATEX Certification: PTB03 ATEX 1030X II 2G IEC Ex PTB05.0026X

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We will propose optimal equipment solutions for fluid control devices and process automation (PA) along with operational demo units. Additionally, we will introduce fluid control devices that are ideal for food and beverage equipment and plants, showcased with a variety of demo units and actual samples. We will present a diverse range of products, including the AirLine, which integrates input/output units with a dedicated small solenoid valve for instrumentation air control, control valves with enhanced clean performance, long-lasting On/Off valves, high-temperature and high-durability enamel electrode pH meters, batch (fixed filling) control systems, and microwave level sensors, among others.

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Burkert, which has proposed high durability and long-life solenoid valves/process valves, offers the best solutions for safety! We have developed a solenoid valve that achieves a robust and safe control system while maintaining the conventional long-life structure. Would you like to realize a robust and safe control system that incorporates safety mechanisms through safety relays into instrumentation air control, compliant with the latest Machinery Directive (EN ISO 13849)? ● The design allows for the incorporation of a shut-off function via safety relays for each individual solenoid valve, enabling compliance with the latest Machinery Directive EU ISO 13849 from the perspective of instrumentation air control. ● This mechanism completely cuts off power to each individual solenoid valve. ● Product patented in Germany.

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Burkert, which has proposed high durability and long-life solenoid valves/process valves, offers the best solutions for safety as well! We have developed a solenoid valve that achieves a robust and safe control system while maintaining the conventional long-life structure. Would you like to realize a robust and safe control system that incorporates safety mechanisms through safety relays into instrumentation air control, compliant with the latest Machinery Directive (EN ISO 13849)? ● The design allows for the incorporation of a shut-off function via safety relays in each solenoid valve, enabling compliance with the latest Machinery Directive EU ISO 13849 from the perspective of instrumentation air control. ● This mechanism completely cuts off power to each individual solenoid valve. ● Product patented in Germany.

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Our "Microwave Level Sensor" can achieve high precision and stable operation without being affected by steam or agitation in the tank, environmental changes such as pressure variations, vacuum conditions, or changes in the specific gravity of the measurement target. Additionally, since the sensor does not use any encapsulated liquid, it eliminates the risk of contamination due to breakage and the risk of bacterial growth inside! 【Features】 ■ Easy installation on the tank with a 2S clamp ■ Exposed parts are only PTFE (FDA compliant) ■ No need for removal during CIP/SIP ■ Equipped with a "Noise Echo Learning Function" to eliminate the influence of agitators and tank walls *For more details, please refer to the catalog. Feel free to contact us with any inquiries.

• Sensors

The "ELEMENT Control Valve" is constructed with a stainless steel and resin exterior, thoroughly preventing issues such as rust and paint peeling. Additionally, its compact design achieves a weight reduction of 1/2 to 1/3 compared to standard products. It allows for safe and speedy installation without the need for a chain block during setup. We also offer models with built-in control functions, enabling flexible use by forming a closed control loop without the need for an external controller. 【Features】 ■ Available in both utility and sanitary types ■ Valve opening characteristics can be corrected on the positioner side ■ Control of the opening degree is possible even during trial operation ■ The smart positioner is equipped with analog output for valve opening position and binary output for errors, allowing for quick recovery response *Please feel free to contact us.

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Our "Diaphragm Valve" significantly reduces metal usage through the "Tube Bend Method" based on forged pipes! This also leads to a reduction in cooling time, achieving up to 75% weight reduction compared to conventional forging processes. Additionally, it is a diaphragm valve that meets high levels of sterility and cleanliness in accordance with ASME BPE. In addition to traditional PTFE diaphragms, a new PTFE material "GYLON" diaphragm, which excels in chemical resistance and flexibility, is also available. It complies with USP VI, FDA, EC Regulation, and more. 【Features】 ■ Achieves a weight reduction of 34-75% compared to forging methods ■ High durability against opening and closing operations and thermal cycles ■ Increased production efficiency due to shorter cooling and heating times *Please feel free to contact us for more details.

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This is an insulation jacket that achieves high durability and easy installation, ideal for angle seat valves that can withstand over 4 million cycles of On/Off operation. Burkert's angle seat valve Type 2000 has: - A proven track record of high durability and long lifespan, capable of withstanding over 4 million cycles of On/Off operation (for fluids: water). - A proven record of zero instrumentation air leakage after 5 million cycles of operation (actuator alone). It is a long-lasting valve with the above performance.

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This is a proportional solenoid valve that can support water pressure control with systems such as the Aqua Drive System, with a maximum shut-off pressure of 1.0 [MPa]. The proportional solenoid valve allows for multi-stage control by setting any desired opening degree. This enables simultaneous upgrades and miniaturization of the equipment. Our proportional solenoid valves have high rangeability, accuracy, hysteresis, and linearity. For example, there are many cases where the same type of proportional solenoid valve can be installed on two devices with different required flow rates. Additionally, by using a proportional solenoid valve and flow sensor separately in areas currently using mass flow controllers, significant cost reductions can be achieved. Furthermore, using the controller Type 8611 equipped with an adjustment meter allows for easy local control of pressure loops, flow loops, and more. Particularly in the element development stage, the aforementioned simple loop allows for verification of the usefulness and operation of the proportional solenoid valve without the need to create a foundation.

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It is compatible with water pressure control using systems such as the Aqua Drive System, and can flexibly adapt to systems utilizing air or water, featuring a proportional solenoid valve with a maximum shut-off pressure of 1.6 [MPa]. The proportional solenoid valve (solenoid control valve) allows for multi-stage control based on any desired opening setting. It simultaneously achieves upgrades and miniaturization of devices. Our proportional solenoid valves are equipped with high rangeability, precision, hysteresis, and linearity. For example, there are many cases where the same type of proportional solenoid valve can be installed on two devices with different required flow rates. Additionally, by using a proportional solenoid valve and flow sensor individually in areas currently using mass flow controllers, significant cost reductions can be achieved. Furthermore, using the controller Type 8611 designed for proportional solenoid valves with a pressure gauge allows for easy local control of pressure loops, flow loops, and more. Especially during the element development stage, the aforementioned simple loops enable verification of the usefulness and operation of the proportional solenoid valve without the need to create a foundation.

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This is a mass flow controller/mass flow meter that combines a high-precision flow sensor with a fast response (within 0.3 seconds) and a wide range of flow control valves (proportional solenoid valves) to achieve high performance. (Models with protection rating IP 65 are available.)

• Flow Control

Burkert's LFC (Liquid Flow Controller) measures and controls liquid flow rates from 15 to 600 ml/min. Compared to liquid mass flow controllers available on the market, it allows for the control of larger flow rates.

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A proportional solenoid valve is not a general-purpose on-off valve that cannot achieve high-precision control, but rather an electromagnetic valve that can take any opening degree. For example, if pressure control is to be performed using an on-off solenoid valve, the valve must be operated as follows: - If the fluid pressure exceeds the set pressure: close the on-off solenoid valve - If the fluid pressure drops below the set pressure: open the on-off solenoid valve This method allows for a range of pressure control around the set pressure, but it cannot control a specific pressure point. However, by combining a proportional solenoid valve with a pressure gauge, a pressure control loop is completed, enabling high-precision pressure control. Additionally, when combined with a flow meter, it becomes a flow control valve, and when combined with a thermometer, it becomes a temperature control valve. By simply combining with various sensors, local control can be easily achieved.

• Pressure Control

A proportional solenoid valve is an electromagnetic valve that can take any degree of opening, rather than a general-purpose on-off valve that cannot achieve high-precision control. For example, if you want to control pressure with an on-off solenoid valve, you would need to operate the valve as follows: - When the fluid pressure exceeds the set pressure: close the on-off solenoid valve - When the fluid pressure drops below the set pressure: open the on-off solenoid valve This method allows for a range of pressure control around the set pressure, but it cannot control a single point of pressure. However, by combining a proportional solenoid valve with a pressure gauge, a pressure control loop is completed, enabling high-precision pressure control. Additionally, when combined with a flow meter, it becomes a flow control valve, and when combined with a thermometer, it becomes a temperature control valve. By simply combining with various sensors, local control can be easily achieved.

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A proportional solenoid valve is an electromagnetic valve that can take any opening degree, rather than a general on-off valve that cannot achieve high-precision control. For example, if you want to control pressure using an on-off solenoid valve, you need to operate the valve as follows: - When the fluid pressure exceeds the set pressure: close the on-off solenoid valve - When the fluid pressure drops below the set pressure: open the on-off solenoid valve This method allows for a range of pressure control around the set pressure, but it cannot control a specific pressure point. However, by combining a proportional solenoid valve with a pressure gauge, a pressure control loop is completed, enabling high-precision pressure control. Additionally, when combined with a flow meter, it becomes a flow control valve, and when combined with a thermometer, it becomes a temperature control valve. By simply combining with various sensors, local control can be easily achieved.

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A proportional solenoid valve is an electromagnetic valve that can take any opening degree, rather than a general on-off valve that cannot achieve high precision control. For example, if pressure control is to be performed using an on-off solenoid valve, the valve must be operated as follows: - When the fluid pressure exceeds the set pressure: close the on-off solenoid valve - When the fluid pressure drops below the set pressure: open the on-off solenoid valve This method allows for a range of pressures around the set pressure to be controlled, but it cannot control a single point of pressure. However, by combining a proportional solenoid valve with a pressure gauge, a pressure control loop is completed, enabling high-precision pressure control. Additionally, when combined with a flow meter, it becomes a flow control valve, and when combined with a thermometer, it becomes a temperature control valve. By simply combining with various sensors, local control can be easily achieved.

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Proportional solenoid valves (Solenoid Control Valves) enable multi-stage control through arbitrary opening settings. This allows for simultaneous upgrades and miniaturization of devices. Our proportional solenoid valves possess high rangeability, accuracy, hysteresis, and linearity. For example, there are numerous cases where the same type of proportional solenoid valve can be installed on two devices with different required flow rates. Additionally, by using proportional solenoid valves and flow sensors individually in areas currently using mass flow controllers, significant cost reductions can be achieved. Furthermore, using the controller Type 8611 equipped with a gauge allows for easy local control of pressure loops, flow loops, and more. Particularly in the element development stage, the aforementioned simple loops enable verification of the utility and operation of the proportional solenoid valves without the need to create a foundation.

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Proportional solenoid valves (Solenoid Control Valves) enable multi-stage control through arbitrary opening settings. This allows for simultaneous upgrades and miniaturization of devices. Our proportional solenoid valves possess high rangeability, accuracy, hysteresis, and linearity. For example, there are numerous cases where the same type of proportional solenoid valve can be installed on two devices with different required flow rates. Additionally, by using proportional solenoid valves and flow sensors separately in areas currently using mass flow controllers, significant cost reductions can be achieved. Furthermore, using the controller Type 8611 equipped with a regulator allows for easy local control of pressure loops, flow loops, and more. Particularly in the element development stage, the aforementioned simple loops enable verification of the usefulness and operation of the proportional solenoid valves without the need to create a foundation.

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The proportional solenoid valve allows for multi-stage control based on arbitrary opening settings. This enables simultaneous upgrades and miniaturization of devices. Our proportional solenoid valves possess high rangeability, accuracy, hysteresis, and linearity. For example, there are many cases where the same type of proportional solenoid valve can be installed on two devices with different required flow rates. Additionally, by using a proportional solenoid valve and flow sensor separately in areas currently using mass flow controllers, significant cost reductions can be achieved. Furthermore, using the controller Type 8611 equipped with a regulator allows for easy local control of pressure loops, flow loops, and more. Especially during the element development stage, the aforementioned simple loops enable verification of the usefulness and operation of the proportional solenoid valve without the need to create a foundation.

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Proportional solenoid valves (Solenoid Control Valves) enable multi-stage control through arbitrary opening settings. This allows for simultaneous upgrades and miniaturization of devices. Our proportional solenoid valves possess high rangeability, precision, hysteresis, and linearity. For example, there are numerous cases where the same model of proportional solenoid valve can be installed on two devices with different required flow rates. Additionally, by using a proportional solenoid valve and flow sensor separately in areas currently using mass flow controllers, significant cost reductions can be achieved. Furthermore, using the Type 8611 controller equipped with a gauge for proportional solenoid valves allows for easy local control of pressure loops, flow loops, and more. Particularly in the element development stage, the aforementioned simple loops enable verification of the usefulness and operation of proportional solenoid valves without the need to create a foundation.

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The proportional solenoid valve allows for multi-stage control based on arbitrary opening settings. This enables simultaneous upgrades and miniaturization of devices. Our proportional solenoid valves possess high rangeability, accuracy, hysteresis, and linearity. For example, there are many cases where the same model of proportional solenoid valve can be used for two devices with different required flow rates. Additionally, by using a proportional solenoid valve and flow sensor separately in areas currently using mass flow controllers, significant cost reductions can be achieved. Furthermore, using the controller Type 8611 equipped with a pressure gauge allows for easy local control of pressure loops, flow loops, and more. Particularly in the element development stage, the aforementioned simple loops enable verification of the usefulness and operation of the proportional solenoid valve without the need to create a foundation.

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It is a small electromagnetic valve or micropump with a special structure that prevents fluid from touching the metal at all. It has been developed for the medical, biomedical, analytical (gas and liquid), bio, and semiconductor industries.

• Other pumps

It is a small solenoid valve or micropump with a special structure that prevents fluid from touching the metal at all. It has been developed for the medical, biomedical, analytical (gas and liquid), bio, and semiconductor industries.

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Electromagnetic valves with a proven track record of global adoption in inspection equipment, medical devices, and analysis (gas and liquid) equipment. They are also widely installed in devices imported into the country. Certification for various countries is also possible. Please consider them for devices intended for export.

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Electromagnetic valves with a proven track record of global adoption, including inspection equipment, medical devices, and analysis (gas and liquid) equipment. They are also widely installed in devices imported into the country. Certification for various countries is also possible. Please consider them for devices intended for export.

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Electromagnetic valves with a proven track record of global adoption in inspection equipment, medical devices, and analysis (gas and liquid) equipment. They are also widely installed in devices imported into the country. Certification for various countries is also possible. Please consider them for devices intended for export.

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Electromagnetic valves with a proven track record of global adoption in inspection equipment, medical devices, and analysis (gas and liquid) equipment. They are also widely installed in devices imported into the country. Certification for various countries is also possible. Please consider them for devices intended for export.

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It is a small solenoid valve or micropump with a special structure that prevents fluid from touching the metal at all. It has been developed for the medical, biomedical, analytical (gas and liquid), bio, and semiconductor industries.

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It is a small solenoid valve or micropump with a special structure that prevents fluid from touching the metal at all. It has been developed for the medical, medical, analytical (gas and liquid), bio, and semiconductor industries.

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The movable part of the solenoid valve's flow path is protected by a diaphragm, preventing dirt and foreign objects from flowing around the plunger, thereby reducing the frequency of physical failures.

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This 4.5mm width is designed to fit 384-well microplates and is ideal for fluid control in dispensers and pipettors. Additionally, Bürkert's unique flipper solenoid valve structure eliminates the pump effect (the suction and discharge of fluid associated with the opening and closing of the solenoid valve), enabling high-precision dispensing. Unlike conventional diaphragm solenoid valves, which have a pump effect, this design can be used for applications that previously could not utilize high-precision dispensing.

• Analytical Equipment and Devices

[For liquids only] External dimensions: 38 (H) x 19.5 (L) x 11 (W) mm (excluding protrusions such as connection parts) and an ultra-compact design. The weight is just 15g.

• Other pumps

With the internal adjustment screw of the pump, the frequency is variable, and you can select the number of shots per minute in stages. Additionally, it features a pulse mode of one pulse per shot (5μl), allowing for dispensing at any desired measurement volume.

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The smart type positioner Type 8693 not only adjusts the opening of the control valve but also comes standard with PID functionality. Therefore, it is possible to configure a control loop without using a controller. This allows for a reduction in costs associated with controllers, such as wiring and control panel installation expenses.

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The ELEMENT diaphragm-type control valve is equipped with a high-performance positioner. With the flow characteristic modification function, it can transform diaphragm valves with poor flow characteristics into controllable valves. Therefore, it is the optimal valve for applications such as pressure control in aseptic tanks and flow control in filling machines. Many customers have rated it as a "sanitary control valve."

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Globe-type control valves can be selected with three types of orifices for each pipe size. They enable precise control that meets customer specifications. Additionally, JIS flange connections are offered as the standard type, making installation easy. They are ideal for controlling steam, as well as for flow and pressure control with fast response speeds.

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Angle seat control valves have higher flow characteristics than general-purpose globe control valves due to their low pressure loss. For applications requiring high precision in control accuracy, we recommend the globe control valve; however, the angle seat control valve is a cost-effective option and falls into the medium precision class of control valves.

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This is an introduction to the "Fluid Control System Comprehensive Catalog."

• Other FA equipment

Enamel electrodes, which excel in mechanical strength and heat resistance, have made it possible to directly measure pH in culture tanks and fermentation tanks, which was previously considered impossible.

• Food environmental hygiene/contamination prevention equipment

Burkert's batch controller is a product that can be easily automated with just a flow meter and a valve, without the need for special electrical knowledge. Batch control (quantitative control) is a control method where a specific batch amount (quantity) is set, for example, "100 liters," and that amount is dispensed. For example: - I want to add "500L" of water to cement. - In bread production, I want to add "30L" of water to the flour. - To dilute alcohol by a factor of ten, first, put "10L" of alcohol in one tank, and then add "90L" of water in another tank. These are some of the applications you can use it for.

• Flow Control