Humphrey 062-4E2-CD Pneumatic Solenoid Valve 30-125 PSI AC 50/60Hz Miniature

Humphrey 062-4E2-CD Pneumatic Solenoid Valve 30-125 PSI AC 50/60Hz Miniature

The Humphrey 062-4E2-CD is a miniature electrically actuated pneumatic solenoid valve designed for compressed air and pneumatic control applications. It uses a solenoid coil to open or close an internal air passage, directing or blocking airflow in response to an electrical signal. The compact cylindrical body combines the solenoid coil and valve body in a single integrated unit with three lead wires for direct electrical connection.

Specifications & What's Included

• Manufacturer: Humphrey — Kalamazoo, Michigan, USA
• Model / MPN: 062-4E2-CD
• Type: Miniature Pneumatic Solenoid Valve
• Pressure Range: 30–125 PSI
• Frequency: 50/60 Hz (AC)
• Duty Cycle — Intermittent: 0.5 sec max ON, 60 sec min OFF
• Duty Cycle — Continuous: rated for continuous duty (partially visible on label)
• Actuation: Solenoid (electrically actuated)
• Electrical Connection: 3 lead wires (black, white, red/pink), bare ends
• Body: Aluminum valve body with threaded port; black solenoid coil housing
• Included: Valve with attached lead wires only — no fittings or mounting hardware

Applications

Humphrey miniature solenoid valves are used in pneumatic automation and control systems where a compact, lightweight valve is needed to switch or regulate compressed air. The 062 series are commonly found in industrial automation equipment, pick-and-place machinery, medical devices, laboratory instrumentation, and pneumatic tooling systems. They control airflow to cylinders, actuators, and other pneumatic components in response to electrical signals from PLCs, relay circuits, or microcontrollers. The 30–125 PSI pressure range covers the majority of standard shop-air and instrument-air applications. Humphrey Products has been a well-regarded manufacturer of miniature pneumatic components since the mid-twentieth century, with their small-body solenoid valves remaining a practical choice wherever space and weight constraints are priorities.