Operating Pressure (bar):3..6
Flow Capacity (m³/h):1.1..4.8
Working Voltage (V):24..230
Response Time (ms):≤ 100
Duty Cycle (%):0..100
Operating Temperature (°C):-25..+70
Connectivity:Pneumatic
Material:Stainless Steel
Actuation Type:Direct
Power Supply Type:AC/DC
Connection Size (mm):1/8..1/2
Electrical Interface:M12 connector
Environmental Protection:IP65
Weight (kg):0.05..0.3
Introducing the Festo VMPA2-M1H-J-PI Air Solenoid Valve, a masterpiece of engineering designed to meet the highest standards of industrial automation. This compact yet powerful valve is crafted from premium stainless steel, ensuring it withstands even the most rigorous working conditions without compromising on performance.
Featuring a quick response time of less than 100 milliseconds, our VMPA2-M1H-J-PI Valve ensures precise and timely operation, enhancing efficiency and reducing downtime. Its pneumatic actuation system guarantees smooth and reliable operation across a wide range of pressure and temperature conditions.
With an operating voltage compatibility of DC 12V and 24V, this valve offers versatile integration into various control systems, making it a flexible choice for diverse industrial settings. It’s capable of handling pressures from 0.1 to 0.8 MPa or 15 to 200 PSI, providing robust functionality under varying operational demands.
The VMPA2-M1H-J-PI Air Solenoid Valve is designed with an innovative sealing mechanism that ensures minimal leakage, preserving air quality and efficiency throughout its operation. Its temperature resistance from -20°C to +70°C ensures reliable performance in both cold and hot environments, further expanding its application scope.
For ease of maintenance and long-term reliability, our valve is equipped with a user-friendly design that simplifies servicing and reduces the need for frequent replacements. Backed by Festo’s commitment to quality, this product is the perfect solution for industries seeking top-tier performance, reliability, and longevity in their automation systems.
There are no reviews yet.