USD 63.43
Compact 10mm 5/3-way closed pneumatic valve. Features M3 connections, 90 l/min flow rate, direct piloting, and -0.9 to 10 bar operating pressure range.
The Festo VUWG-L10A-P53C-M3 (Part Number 573797) is a highly compact, pneumatically actuated in-line directional control valve. Featuring a 5/3-way, mid-position closed valve configuration, this piston gate valve is designed for precision pneumatic automation. Despite its small 10 mm footprint, it delivers an impressive standard nominal flow rate of 90 l/min. The valve operates efficiently across an extensive pressure range of -0.9 to 10 bar, making it fully compatible with both vacuum and high-pressure applications. Constructed with an anodised aluminium housing and soft HNBR/NBR sealing, it guarantees durability under moderate corrosion stress (CRC 2) and operates with exceptionally fast switching times.
| Parameter | Value |
|---|---|
| Valve Function | 5/3-way, mid-position closed |
| Actuation Type | Pneumatic |
| Valve Size | 10 mm |
| Standard Nominal Flow Rate | 90 l/min |
| Operating Pressure | -0.9 bar to 10 bar |
| Pilot Pressure | 3 bar to 10 bar |
| Pneumatic Connection | M3 |
| Design Structure | Piston gate valve |
| Switching Time (On / Off) | 7 ms / 19 ms |
| Housing Material | Anodised Aluminium |
The extremely compact 10 mm profile and rapid 7 ms switching time make this valve suitable for high-speed pneumatic robotic arms and assembly line effectors requiring precise start/stop air control.
Prevents delayed actuator response and minimizes the spatial footprint in dense pneumatic manifolds on fast-moving robotic gantries.
Featuring an operating pressure range that handles down to -0.9 bar, this valve serves as a direct control mechanism for vacuum suction cups on material handling systems.
Eliminates the need for separate vacuum and pressure valve arrays by natively supporting reversible flow and sub-atmospheric vacuum operations.
The 5/3 closed mid-position functionality enables highly accurate multi-positioning of small pneumatic cylinders used in dosing and fluid control equipment.
Ensures safe, secure pneumatic cylinder halting midway through a stroke via the closed mid-position fail-state during safety stops or power loss.
