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

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.

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.

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 model 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 utilizing mass flow controllers, significant cost reductions can be achieved. Furthermore, using the Type 8611 controller equipped with a regulator 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.

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.

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, precision, 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 a proportional solenoid valve and a 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. 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.

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.

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 model 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 regulator allows for easy local control of pressure loops, flow loops, and more. Particularly in the element development stage, the aforementioned simple loop enables confirmation of the utility and operation of the proportional solenoid valve without the need to create a foundation.

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.

The Type6223 Burkert proportional solenoid valve series is the largest model in terms of diameter. However, while other products can be used for either gas or liquid, the Type6223 is exclusively for liquids. Additionally, if you require a larger diameter than the Type6223, we offer pneumatic control valves. Valve control is performed using the Type8605 proportional solenoid valve controller, which converts analog signals into PWM signals. 【Features】 ○ Continuous control of liquid flow is possible ○ Low hysteresis / high reproducibility ○ High-precision pulse control via PWM signals ○ Pilot-operated solenoid valve design accommodates large diameters －－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－ Our Japanese version data sheet may not fully correspond with our latest data sheet (English version). For detailed specification verification or selection, we would greatly appreciate it if you could contact us using the form below. －－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－

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.

The direct-acting proportional solenoid valve Type 2836 is a proportional solenoid valve capable of handling large flow rates. The valve operates in a normally closed (NC) state. Valve control is performed using the Type 8605 controller for proportional solenoid valves, which converts analog signals into PWM signals. 【Features】 ○ Proportional solenoid valve for large flow rates ○ Orifice: 3–12mm ○ Direct-acting, NC (normally closed) ○ 0–2.5 MPa ○ Threaded connection 1/2” or 3/4” －－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－ Our Japanese version data sheet may not completely correspond with our latest data sheet (English version). For detailed specification checks or selection inquiries, we would greatly appreciate it if you could contact us using the form below. －－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－

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.

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.

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.

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.