4M210-08 NAMUR Solenoid Valve 1/4" Body
Delivery Time
General Delivery Time: 1 working dayIntroducing the 4M210-08 NAMUR Solenoid Valve 1/4" Body
This 4M210-08 NAMUR Solenoid Valve 1/4" Body effectively regulates 40µm filtered air, with a motion pattern of "inner guide type" 5/2 way and power consumption of 2.0VA (220VAC), 2.5VA (110VAC), or 3.0W (24VDC). The pressure range is 1.5-8 bar with a max pressure resistance of 12 bar, and it's suitable for temperatures of 5-60°C. Plus, with an IP65 rating and a max frequency of 5 cycles per second and shortest excitation time of 0.05 secs, you can count on reliable, durable operation. This solenoid valve is designed for optimal performance, with precise regulation capabilities and impressive durability. It boasts a 40µm filtered air capacity and operates at a wide pressure range of 1.5-8 bar, with a maximum pressure resistance of 12 bar. With an IP65 rating and a maximum frequency of 5 cycles per second, this valve can handle even the toughest environments. Its inner guide type and 5/2 way motion pattern ensure reliable operation, while the low power consumption (2.0VA for 220VAC, 2.5VA for 110VAC, and 3.0W for 24VDC) and short excitation time of 0.05 secs make it an efficient choice. Suitable for temperatures ranging from 5-60°C, this valve is a versatile and reliable option for your industrial needs.
Other options available on request
Range datasheet here
Efficient Design for Automation
The 4M210-08 NAMUR Solenoid Valve 1/4" Body offers an efficient design that makes it ideal for various automation applications. This valve features a robust construction, ensuring durability and longevity. As a NAMUR valve, it meets the international standards, allowing seamless integration into existing systems. Its compact size does not compromise performance, so you can use it in tight spaces without worry.
Easy Installation and Compatibility
Another advantage of the 4M210-08 NAMUR Solenoid Valve is its easy installation. Its 1/4" body allows for quick connection to various pneumatic and hydraulic setups. In addition, it is compatible with a wide range of actuators, making it versatile for different applications. Because of this compatibility and ease of use, technicians can reduce installation time and costs significantly.
Reliable Performance Under Pressure
This solenoid valve not only makes installation easy but also promises reliable performance under various pressure conditions. Designed to operate effectively at high temperatures and pressures, it maintains functionality without failure. Therefore, using the 4M210-08 NAMUR Solenoid Valve means improved efficiency in your automation processes. With its stable performance, you can trust this valve for essential tasks in your system.
Efficient Design for Automation
The 4M210-08 NAMUR Solenoid Valve 1/4" Body offers an efficient design that makes it ideal for various automation applications. This valve features a robust construction, ensuring durability and longevity. As a NAMUR valve, it meets the international standards, allowing seamless integration into existing systems. Its compact size does not compromise performance, so you can use it in tight spaces without worry.
Easy Installation and Compatibility
Another advantage of the 4M210-08 NAMUR Solenoid Valve is its easy installation. Its 1/4" body allows for quick connection to various pneumatic and hydraulic setups. In addition, it is compatible with a wide range of actuators, making it versatile for different applications. Because of this compatibility and ease of use, technicians can reduce installation time and costs significantly.
Reliable Performance Under Pressure
This solenoid valve not only makes installation easy but also promises reliable performance under various pressure conditions. Designed to operate effectively at high temperatures and pressures, it maintains functionality without failure. Therefore, using the 4M210-08 NAMUR Solenoid Valve means improved efficiency in your automation processes. With its stable performance, you can trust this valve for essential tasks in your system.