USD 103.98
A 2/2-way NC piloted diaphragm valve delivering 2000 l/min flow at 0.5-10 bar. Integrates a G1/4 connection, brass housing, and rapid 30ms switch-on time.
The Festo 161725 (Model MN1H-2-1/4-MS) is a professional-grade 2/2-way normally closed (NC) electrically actuated pneumatic diaphragm valve. Constructed with a robust brass housing and soft sealing mechanisms, it operates reliably within a medium pressure range of 0.5 to 10 bar. Designed for in-line installation with a G1/4 process connection, this pilot-actuated monostable valve delivers a high standard nominal flow rate of 2,000 l/min. It achieves rapid actuation with a 30 ms switch-on time and 100 ms switch-off time. Suitable for filtered compressed air (200 µm filtration) and capable of functioning in ambient and medium temperatures ranging from -10 °C to 60 °C, the valve meets IP65 protection standards when paired with a compatible DIN EN 175301-803 plug socket.
| Parameter | Value |
|---|---|
| Valve Function | 2/2-way, closed, monostable |
| Design Structure | Piloted diaphragm valve |
| Process Valve Connection | G1/4 |
| Standard Nominal Flow Rate | 2,000 l/min |
| Medium Pressure Range | 0.5 to 10 bar |
| Switching Time On / Off | 30 ms / 100 ms |
| Nominal Size | 13 mm |
| Housing Material | Brass |
| Degree of Protection | IP65 (with plug socket) |
| Temperature Range (Ambient & Medium) | -10 °C to 60 °C |
Controls high-capacity compressed air delivery to distributed pneumatic clamping and tooling modules across heavy assembly lines.
Engineers require dependable high-flow routing with rapid response times to synchronously actuate downstream cylinders without flow starvation.
Directs pilot air logic in packaging automation where high-speed divergence of products is mechanically triggered by pneumatic actuators.
Fast switching times and a durable monostable mechanism are essential to maintain precise timing and repeatability over millions of cycles without degradation.
Regulates precisely timed, powerful bursts of 200 µm filtered compressed air to expel metal shavings and coolant from machined components.
The system needs a chemically and mechanically resilient valve that withstands industrial cutting fluids while supplying sufficient blast pressure.
