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การยกเลิกจำหน่ายสินค้าประเภทอุปกรณ์นิวเมติกส์ (Pneumatic equipment) รุ่น “Economy Series” |
Notice of End of Sales for Economy Series Pneumatic Equipment Category > คลิก
แจ้งวันหยุดทำการในเดือน กรกฎาคมและสิงหาคม 2567 | Notice holiday in July and August 2024 > คลิก
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Solenoid Valves(Pressure Rating:-0.1 to 0.8)
Solenoid Valve is a vital electromechanical component for beginner engineers in factory automation, operates based on electromagnetism, where an electric current creates a magnetic field to control fluid or gas flow. With its user-friendly design and precise flow control, it is easy to integrate into various projects, making it ideal for beginners. Available in different types like 2-way, 3-way, and 4-way solenoid valves, each suited for specific applications, our product ensures versatility and efficiency. Its compact, durable construction allows for longevity and suitability in tight spaces and harsh industrial environments. From regulating water in irrigation and plumbing systems to controlling air and gas flow in pneumatic setups, the solenoid valve proves highly adaptable. Additionally, it emphasizes energy efficiency, requiring minimal consumption, contributing to cost-effective and eco-friendly automation solutions. Integrate our Solenoid Valve for reliable and efficient flow control, elevating the performance of your factory automation processes.
The above value is for connection securely established between P Port and A Port when positive pressure is applied. For details, see the technical data provided by the relevant manufacturer.
The above value is for connection securely established between P Port and A Port when positive pressure is applied. For details, see the technical data provided by the relevant manufacturer.
[Features] · Long lifespan 500 million times clear: The main valve is the PC1 series with a double poppet structure that has proven reliability and performance over many years. · Both vacuum and positive pressure can be used: A pressure-balanced double poppet structure allows simultaneous control of pressure from vacuum to positive pressure (from -100 kPa to 0.8 MPa). · Prevention of problems due to contaminant: The sub-base piping type has a built-in filter in the base gasket to prevent contaminant from entering the pipe and prevents problems due to contaminant. · Clean/low dust generating: A double poppet construction without sliding parts realizes clean air blow without the use of lubricant oil. · High flow rate C value 0.2 dm^3/ (s·bar): Body width 10 mm with C value 0.2 dm^3/(s·bar) and compact with large flow rate (reference: CV0.05, effective cross-sectional area 1 mm^2). Greatly contributes to reduction of supply/exhaust time. · One coil latch type solenoid: A latch type solenoid that holds the switching position with a permanent magnet is realized with 1 solenoid. Ideal for safety by retaining a vacuum suction state.
Can only be used in Japan as a pressure-resistant explosion-proof structure certified product
・ Structural standard (Gas steam explosion proof): d2G4 (Type test model T46132) ・ Technical standards (IEC standard 79 related): Exd II BT4 (Type test model TC14604)
* This product has been certified by the Industrial Safety Technology Association of Japan (TIIS) for the explosion-proof structure and electrical machinery / equipment type certification for the pilot valve model.
Question: How do solenoid valves work? How does a solenoid valve control flow?
Answer: Solenoid valves are electromechanical devices used to control the flow of fluids or gases in a system. They work based on the principle of electromagnetism. The valve consists of a coil (solenoid) and a plunger inside it.
When an electric current passes through the coil, it creates a magnetic field, which attracts the plunger to move. This movement of the plunger opens or closes the valve's passage, allowing or blocking the flow of fluid or gas through the valve.
By controlling the electric current to the coil, we can control the position of the plunger and, consequently, regulate the flow of the fluid or gas passing through the valve.
Question: What are the different types of solenoid valves?
Answer: There are several types of solenoid valves based on their design and applications. The main types include:
2-way solenoid valves: These have one inlet and one outlet and are used to start or stop the flow of fluid or gas.
3-way solenoid valves: These have one inlet and two outlets (or vice versa). They can divert the flow between two different paths or mix two different fluids.
4-way solenoid valves: These have two inlets and two outlets and are commonly used in applications like directional control of pneumatic cylinders.
Direct-acting solenoid valves: These valves use the force of the solenoid to directly open and close the valve.
Pilot-operated solenoid valves: These use a smaller solenoid to control the flow of a larger valve, allowing them to handle higher pressures and flow rates.
Question: What are the applications of solenoid valves?
Answer: Solenoid valves are used in various applications across industries due to their ability to control fluid and gas flow efficiently. Some common applications include:
Controlling water flow in irrigation systems and plumbing fixtures.
Regulating air and gas flow in pneumatic systems and HVAC systems.
Automation and control of industrial processes in factory automation.
Medical equipment, such as in blood analyzers and dental instruments.
Dispensing and vending machines for liquids and gases.
Automotive applications, like fuel and air control in engines.
Question: How to select the right solenoid valve for my application?
Answer: To select the right solenoid valve for your application, consider the following factors:
Valve Type: Choose the appropriate valve type (2-way, 3-way, etc.) based on your flow control requirements.
Fluid or Gas Compatibility: Ensure the solenoid valve is compatible with the fluid or gas used in your system.
Flow Rate and Pressure: Determine the required flow rate and operating pressure to select a valve that can handle the expected conditions.
Voltage and Power: Check the voltage and power supply available in your system to match it with the solenoid valve's requirements.
Environmental Conditions: Consider factors like temperature, humidity, and surrounding conditions to ensure the valve can withstand the environment.
Response Time: Evaluate the response time needed for your application, as it impacts the speed of valve operation.
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