USD 165.67
Compact 5/2-way pneumatic solenoid valve (24mm width) delivering 2900 l/min flow. Features 230VAC control, G3/8 ports, monostable operation, and IP65 rating.
The Festo CPE24-M3H-5L-3/8 (Part # 163834) is a highly efficient 5/2-way electrically actuated monostable pneumatic solenoid valve. Designed with a robust piston spool structure, it features a 24mm width that provides a high nominal flow rate of 2900 l/min, making it optimal for high-density manifold installations. It requires a 230V AC control voltage and operates within a pressure range of 2.5 to 10 bar. Built with die-cast aluminum housing and an IP65 protection rating, it utilizes G3/8 pneumatic connections and an EN 175301-803 Type C plug for reliable industrial performance.
| Parameter | Value |
|---|---|
| Valve Function | 5/2-way, monostable |
| Actuation Type | Electric |
| Standard Nominal Flow Rate | 2900 l/min |
| Construction Width | 24 mm |
| Pneumatic Connection | G3/8 |
| Operating Voltage | 230V AC |
| Operating Pressure | 2.5 to 10 bar |
| Design Structure | Piston Spool |
| Type of Reset | Pneumatic spring |
| Electrical Connection | Plug Pattern Type C (EN 175301-803) |
| Degree of Protection | IP65 |
| Ambient Temperature | -5 °C to 50 °C |
Utilizing the valve's high nominal flow capacity of 2900 l/min to actuate large bore cylinders rapidly in heavy manufacturing processes.
Provides sufficient airflow to minimize cylinder actuation delays without requiring oversized, bulky pneumatic control valves.
Deploying the CPE24 series valves in tight machine enclosures where space is constrained but pneumatic performance demands are high.
Resolves space limitation issues on automation panels by offering an ultra-compact 24mm width while maintaining substantial air flow capabilities.
Applying the monostable function with a pneumatic spring reset to ensure automated systems return to a safe default state when 230V AC power is interrupted.
Prevents unpredictable pneumatic states during power loss by automatically resetting the 5/2-way valve to its home position.
