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

The features of this product are… - From the beginning, it has been designed as a dedicated automatic valve. / Generic automatic valves are structured by placing an actuator on a manual valve. Therefore, the mechanical actuator forces movement where manual operation is intended, resulting in structurally excessive stress, which inevitably shortens the lifespan. - Long lifespan / high durability performance is reflected in the usage records of our customers. - Excellent thermal durability / long lifespan / high durability with steam (water vapor) and hot water is particularly outstanding. - The actuator and valve sliding parts can be removed from the valve body (piping section). This makes maintenance easy. - A wide range of options available: - Limit switch - Directly mounted solenoid valve (banjo solenoid valve / Namur solenoid valve) - ASi (AS-interface) - Manual handle - Opening degree limiter - The Type 2106 can be equipped with a communication specification control head!

The European version of IoT and Industry 4.0 is gaining attention, enabling German manufacturing to achieve higher productivity than ever before. Bürkert, a long-established manufacturer of fluid control equipment in Germany, leverages the latest technology and its extensive knowledge to help customers realize their desired control solutions! At Bürkert, we have integrated automatic control functions into our flow control valves, not only for new lines and equipment but also to make existing factories and delivered equipment IoT-compatible. This allows for the automatic control of factors such as flow rate, pressure, and temperature (PID control) with reduced barriers (e.g., no need for additional control panels)! With the growing focus on IoT and the advancement of "visualization" in various processes, why not take a step further and easily achieve "automatic control"?

Industrial mass flow controllers by Bürkert! These mass flow controllers boast various specifications tailored to different industries, setting them apart from competitors with unique features. Beyond pressure range, Bürkert's industrial mass flow controllers offer: ● Rangeability → High precision of 1:100 ● High flow rate → Capable of controlling 2500 Nl/min (equivalent to nitrogen) with a single unit ● Warm-up operation → Ready in 1 minute ● Tight shut-off capability → Reduces costs and space for solenoid valves Additionally, as IoT generation mass flow controllers, they support various communication standards: EtherCAT, EtherNet/IP, Modbus/TCP, PROFINET.

Measurable even with zero conductivity! By adopting SAW tech, it features a lightweight design of 2kg for 15A and 3.4kg for 2S. A sanitary flow sensor "FLOWave Type8098" that replaces the Coriolis type with a completely straight tube and no pressure loss. ● Certified by EHEDG, FDA, and 3A ● Capable of measuring ultra-pure water, WFI, pure water, contact cleaning liquids, oils, etc., regardless of conductivity ● A lightweight and high-precision flow sensor weighing 3.4kg for 2S and 2kg for 15A By utilizing Surface Acoustic Waves (SAW) technology, it can measure independently of conductivity. With a completely straight stainless steel tube that removes the probe and detection element from the liquid contact area, it achieves the same cleanliness as a straight pipe. In addition to high sanitary properties, it is suitable for ultra-pure water and WFI where electromagnetic flow meters cannot be used. It can also be used for edible oils, liquid eggs, and milk (liquid milk). 【Features】 ○ Excellent cleanliness with full bore and detection area not in contact with the liquid ○ A flow sensor suitable for ultra-pure water and the pharmaceutical field, usable with zero conductivity ○ Proven track record with oils, liquid eggs, and liquid milk ○ High precision ±0.4% O.R. (flow velocity 1 m/s-10m/s) achieved

Mass flow controllers for high flow and high pressure specifications are Bürkert! While many mass flow controllers in the industry have somewhat standardized specifications, we have learned through recent activities that customers have various requests such as "I want to achieve higher flow rates" and "I want to flow without reducing pressure." [Bürkert's industrial mass flow features] ● High flow → Capable of controlling up to 2500 Nl/min (equivalent to nitrogen) with a single unit ● High pressure specifications → Supports up to 1.0 MPa Additionally, ● Low differential pressure specifications → Supports from 5 kPa ● Tight shut-off capability → Reduces costs and space for separate solenoid valves ● Response speed → From 300 msec ● Warm-up time → 1 min [Furthermore, as an IoT generation mass flow] ● Supports various communication standards Compatible with various communications such as EtherCAT, EtherNet/IP, Modbus/TCP, PROFINET, etc.

The European version of IoT and Industry 4.0 is gaining attention, achieving higher productivity in German manufacturing. Bürkert, a long-established manufacturer of fluid control equipment in Germany, leverages its high technical expertise and accumulated knowledge to realize the control that customers want! This time, we are focusing on energy savings. Bürkert's control valves do not require bleed air to maintain the opening degree, contributing to a reduction in air consumption within the factory. The internal pressure control of the cylinder that adjusts the opening degree uses Bürkert's unique electromagnetic valve technology. As a result, the appearance is compact, and it also contributes to reducing the power consumption of the compressor. Additionally, it is equipped with various functions that lead to "visualization" and "IoT integration." Specifically, it allows for the setting of the time to reach the desired opening degree and the tolerance for deviation from the set point. These alarms enable the early detection of problems occurring in other locations. It is possible to achieve advanced "energy savings," "visualization," and "IoT integration" even with existing equipment.

Measurable even with zero conductivity! By adopting a surface acoustic wave measurement method, it features an ultra-lightweight design of 2 kg at 15A and 4.9 kg at 3S. The new sanitary flow meter "FLOWave Type8098" has a full-bore structure with no pressure loss and operates on the surface acoustic wave principle. ● Certified by EHEDG, FDA, and 3A ● Suitable for WFI, RO water, and other pure water ● Capable of measuring liquid sugar and oil regardless of conductivity ● Ultra-lightweight and high-precision flow sensor at 4.9 kg in 3S size By using it in conjunction with the sanitary control valve Type2103, excellent sanitary flow control is easily achieved. By employing SAW (Surface Acoustic Waves) technology, it can measure independently of conductivity. With a complete straight stainless steel tube that removes the probe and detection element from the contact area, it achieves the same cleanliness as a straight pipe. It is ideal for WFI and RO water where electromagnetic flow meters cannot be used. 【Features】 ○ Excellent cleanliness with full bore and non-contact detection area ○ Usable with zero conductivity, making it suitable for the pharmaceutical and beverage industries ○ Achieves high precision of ±0.4% O.R. (flow velocity 1 m/s - 10 m/s)

The European version of IoT and Industry 4.0 is gaining attention, achieving higher productivity in German manufacturing. Bürkert, a long-established fluid control equipment manufacturer in Germany, leverages its high technical expertise and accumulated knowledge to realize the control our customers aspire to! Among these, we are particularly focusing on energy savings. Bürkert's control valves do not require bleed air to maintain the opening degree, contributing to a reduction in air consumption within factories. The internal pressure control of the cylinder that adjusts the opening degree employs Bürkert's unique technology of solenoid valves. As a result, the appearance is compact, and it also contributes to reducing the power consumption of compressors. Additionally, we offer a variety of digital communication specifications that lead to "IoT integration." You can choose from options that suit future capital investments, including IO-Link specifications and Bürkert's proprietary EDIP communication standard.

Burkert's liquid flow controller can accommodate requests such as, "I want to achieve a higher flow rate in the next model" and "I need a flow controller that can handle corrosive fluids other than water." It is a unique liquid flow controller developed based on the experience gained from applications involving hydrogen peroxide. **Features of Burkert's Liquid Flow Controller:** - High flow rate: Capable of controlling up to 600 ml/min (equivalent to water) with a single unit - Fluid specifications: Compatible with corrosive fluids such as ammonia, methanol, and hydrogen peroxide - Pressure specifications: Supports up to 0.6 MPa - Response speed: Up to 500 msec - Tight shut-off capability: Reduces costs and space for separate solenoid valves - No need for separate installation of check valves: Internal adjustment valve includes check function **Digital Communication Compatibility:** Supports various communications such as EtherNet/IP, EtherCAT, Modbus/TCP, and PROFINET. *For more details, please contact us or view the PDF download.*

The Bürkert Type 8050 is a compact electromagnetic flow meter that can measure flow rate, temperature, and conductivity all in one unit. With IO-Link compatibility, data visualization and system integration are made easy. Wireless short-range configuration is also possible, significantly reducing the effort required for installation and adjustment. Its robust design, which has no moving parts, ensures a long lifespan and accommodates a wide range of processes, from cleaning and cooling lines in various industries to water consumption management in energy management. Three measurements in one device: flow rate, temperature, and conductivity. Digital connection: IO-Link compatible, wireless adjustment function. High reliability: IP65/IP67, pressure-resistant design up to 16 bar. Reduced wiring and maintenance lead to cost savings and increased efficiency.