Électrovanne pneumatique AirTAC série 4V DC24V, vanne de commande directionnelle 5/2 ou 5/3 voies

Description du produit

The AirTAC 4V Series DC24V is a pneumatic solenoid valve designed for directional control of compressed air in industrial automation systems. Available in 5/2-way and 5/3-way configurations, the 4V series is suitable for controlling pneumatic cylinders and other air-operated actuators. Its pilot-operated spool design provides responsive switching and reliable operation, while the DC24V coil makes it convenient for integration with PLCs, relays, and industrial control circuits. The series supports multiple valve sizes and configurations, allowing it to be applied across machinery, assembly equipment, packaging systems, and general pneumatic automation.

Caractéristiques standard

• DC24V coil voltage: Suitable for common PLC and industrial low-voltage control systems.
• 5/2 and 5/3-way configurations: Supports a variety of pneumatic directional control applications.
• Pilot-operated design: Provides responsive and stable switching of compressed-air circuits.
• Spool valve construction: Designed for reliable sealing and sensitive actuation.
• Multiple valve configurations: Available with single-solenoid, double-solenoid, and three-position options depending on model.
• Manifold compatible: Can be integrated into valve manifolds to reduce installation space and simplify pneumatic systems.
• Industrial automation use: Suitable for cylinders, actuators, packaging machinery, assembly equipment, and automated production systems.

Spécifications techniques

Paramètre	Valeur
Fabricant	AirTAC
Série	4V Series
Type de produit	Pneumatic Solenoid Valve
Tension de la bobine	24 V CC
Valve Configuration	5/2 Way or 5/3 Way, depending on model
Actuation	Solenoid Pilot Operated
Valve Structure	Sliding Spool Type
Working Medium	Filtered Compressed Air
DC Voltage Tolerance	±10%
Raccordement électrique	Terminal or Lead Wire, depending on model
Montage	Individual or Manifold Installation
Application	Pneumatic Cylinder and Actuator Control